CN109479404A - Environment protection type soil is intubated gas permeable devices - Google Patents
Environment protection type soil is intubated gas permeable devices Download PDFInfo
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- CN109479404A CN109479404A CN201811353236.8A CN201811353236A CN109479404A CN 109479404 A CN109479404 A CN 109479404A CN 201811353236 A CN201811353236 A CN 201811353236A CN 109479404 A CN109479404 A CN 109479404A
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- connect
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- case
- blowpipe
- gas permeable
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- A—HUMAN NECESSITIES
- A01—AGRICULTURE; FORESTRY; ANIMAL HUSBANDRY; HUNTING; TRAPPING; FISHING
- A01B—SOIL WORKING IN AGRICULTURE OR FORESTRY; PARTS, DETAILS, OR ACCESSORIES OF AGRICULTURAL MACHINES OR IMPLEMENTS, IN GENERAL
- A01B45/00—Machines for treating meadows or lawns, e.g. for sports grounds
- A01B45/02—Machines for treating meadows or lawns, e.g. for sports grounds for aerating
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- A—HUMAN NECESSITIES
- A01—AGRICULTURE; FORESTRY; ANIMAL HUSBANDRY; HUNTING; TRAPPING; FISHING
- A01B—SOIL WORKING IN AGRICULTURE OR FORESTRY; PARTS, DETAILS, OR ACCESSORIES OF AGRICULTURAL MACHINES OR IMPLEMENTS, IN GENERAL
- A01B77/00—Machines for lifting and treating soil
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- Life Sciences & Earth Sciences (AREA)
- Engineering & Computer Science (AREA)
- Mechanical Engineering (AREA)
- Soil Sciences (AREA)
- Environmental Sciences (AREA)
- Wind Motors (AREA)
Abstract
A kind of environment protection type soil intubation gas permeable devices, it is related to Soil ventilation equipment and facilities, including bracket, frame bottom is connected with pillar A and pillar B, the pillar B and pillar A is located at the left and right ends of bracket, internal stent is cased with stand, stand is connect with transverse slat, transverse slat bottom is connect with hydraulic stem one end, the hydraulic stem other end is connect with gas permeable devices, the gas permeable devices are connect with control device by conducting wire, wind control device is increased in this device, it may be implemented automatically to control wind-force by wind control device, while control, it can be according to the blocking power in air port, the size of the blowout power of automatic regulating tuyere, it can accurately realize wind control；Booster set is also added in a device, Automatic-boosting can be realized by this booster set, and such supercharging mode is physical booster, does not need to realize pressurization by air compressor, this pressurization can save the energy.
Description
Technical field:
The present invention relates to Soil ventilation equipment and facilities, and in particular to a kind of environment protection type soil intubation gas permeable devices.
Background technique:
Environmental protection, full name environmental protection refer to that the mankind are solution reality or potential environmental problem, coordinate the pass of the mankind and environment
It is the general name for the various action for ensureing the sustainable development of economic society and taking.Its ways and means has engineering technology, administrative
Management, also have law, it is economical, communication and education etc..
Soil is earth land the earth's surface by various particulate minerals, organic matter, water, air and biotic component, soil
Earth is the loose surface layer that land has fertility and energy growing plant, because soil surface has one layer of loose substance.Soil without
Place do not exist, the gas permeability and oxygen content in soil are particularly important, be related to plant whether can normal growth manually may be used when necessary
Permeation functions are carried out to soil, improve the oxygen content in soil in time.
Existing Soil ventilation device there are environmental-protecting performances it is poor, cumbersome, structure is complicated the shortcomings that, existing soil
Gas permeable devices have the disadvantage in that 1, can only accomplish for permeability cell to be inserted into inside soil in Soil ventilation, and cannot basis
Size of the permeability cell inner case to wind-force is adjusted in ventilative situation；2, the supercharging device in existing apparatus is typically all
Realize pressurization using the size of air compressor, but the generally all more wasteful energy of this supercharging mode, on solving
Technical problem is stated, spy proposes a kind of new technical solution.
Summary of the invention:
In place of overcoming above-mentioned the shortcomings of the prior art, and provide a kind of environment protection type soil intubation
Gas permeable devices.
The technical solution adopted by the present invention are as follows: a kind of environment protection type soil intubation gas permeable devices, including bracket, frame bottom connect
It is connected to pillar A and pillar B, the pillar B and pillar A is located at the left and right ends of bracket, internal stent is cased with stand, stands
Frame is connect with transverse slat, and transverse slat bottom is connect with hydraulic stem one end, and the hydraulic stem other end is connect with gas permeable devices, the ventilative dress
It sets and is connect with control device by conducting wire, control device is connect with solar panel by conducting wire and solar panel is fixed
In on bracket, the control device is connected in pressing device by conducting wire and pressing device is fixed on pillar A.
The control device includes air compressor, hydraulic press, controller, receiver and electrical storage device, the storage
Device is connect with solar panel by conducting wire, and electrical storage device is connect with controller by conducting wire, and controller is with hydraulic press by leading
Line connection, hydraulic press connect with hydraulic stem by pipeline, and controller is connect with air compressor by conducting wire, air compressor and
Gas permeable devices are connected by conducting wire, and controller is connect with receiver by conducting wire, and receiver is connect with pressing device by conducting wire.
The pressing device includes control panel, rotating seat A, rotary shaft A, swingle A, rotary shaft B, swingle B, rotation
Rotating shaft C and rotating seat B, the rotating seat B is connect with pillar A and connection type between the two is to be fixedly connected, rotating seat B
It is connect with the one end swingle B by rotary shaft C, the swingle B other end is connect with the one end swingle A by rotary shaft B, swingle
The A other end is connect with rotating seat A by rotary shaft A, and rotating seat A is connect with control panel, and control panel passes through with control device
Conducting wire connection.
The gas permeable devices include input unit A, input unit B, sliding case, power device A, power device B, power
Device C and input unit C, the sliding case are connect with hydraulic stem, sliding case inside be equipped with power device A, power device B and
Power device C, power device A, power device B and power device C are placed side by side, and the power device A and input unit A connect
It connects, the power device B is connect with input unit B, and the power device C is connect with input unit C.
The power device A includes motor B, screw rod and swivel bearing, and the motor B is fixed in sliding case
Portion, motor B output shaft are connect with screw rod one end, and the screw rod other end is connect with swivel bearing and swivel bearing is in sliding case
Portion；The power device B includes motor B, screw rod and swivel bearing, and the motor B is fixed on inside sliding case, electricity
Motivation B output shaft is connect with screw rod one end, and the screw rod other end is connect with swivel bearing and swivel bearing is inside sliding case；Institute
The power device C stated includes motor B, screw rod and swivel bearing, and the motor B is fixed on inside sliding case, motor B
Output shaft is connect with screw rod one end, and the screw rod other end is connect with swivel bearing and swivel bearing is inside sliding case.
The sliding case includes cabinet, fluting A, fluting B and fluting C, and the cabinet is hollow cuboid, cabinet
Bottom is provided with fluting A, fluting B and fluting C, the fluting A, fluting B and fluting C are placed side by side, fluting A, fluting B and fluting
It is parallel to each other between C three.
The input unit A includes swivel nut, sliding seat, blowpipe, wind control device, fixing seat, motor A, connection
Set, drill bit, fixed frame, brill case, air port, booster set and blast pipe, the swivel nut are connect with power device A, swivel nut and sliding
Seat connection, sliding seat are connect with blowpipe one end, and the blowpipe other end is connect with fixing seat, and fixing seat is connect with case is bored, and are bored inside case
Equipped with motor A and motor A is fixed on by fixed frame and is bored inside case, and motor A output shaft is connect with drill bit, drill bit and company
Female connector one end connects and between the two to roll connection, and the connector sleeve other end connect with brill case and is between the two to be fixedly connected,
The blowpipe is connect with blast pipe, and booster set is equipped with inside blowpipe, is equipped with wind control device and wind-force control below booster set
Device processed is fixed in fixing seat, is provided with air port on the blowpipe.
The input unit B includes swivel nut, sliding seat, blowpipe, wind control device, fixing seat, motor A, connection
Set, drill bit, fixed frame, brill case, air port, booster set and blast pipe, the swivel nut are connect with power device B, swivel nut and sliding
Seat connection, sliding seat are connect with blowpipe one end, and the blowpipe other end is connect with fixing seat, and fixing seat is connect with case is bored, and are bored inside case
Equipped with motor A and motor A is fixed on by fixed frame and is bored inside case, and motor A output shaft is connect with drill bit, drill bit and company
Female connector one end connects and between the two to roll connection, and the connector sleeve other end connect with brill case and is between the two to be fixedly connected,
The blowpipe is connect with blast pipe, and booster set is equipped with inside blowpipe, is equipped with wind control device and wind-force control below booster set
Device processed is fixed in fixing seat, is provided with air port on the blowpipe.
The input unit C includes swivel nut, sliding seat, blowpipe, wind control device, fixing seat, motor A, connection
Set, drill bit, fixed frame, brill case, air port, booster set and blast pipe, the swivel nut are connect with power device C, swivel nut and sliding
Seat connection, sliding seat are connect with blowpipe one end, and the blowpipe other end is connect with fixing seat, and fixing seat is connect with case is bored, and are bored inside case
Equipped with motor A and motor A is fixed on by fixed frame and is bored inside case, and motor A output shaft is connect with drill bit, drill bit and company
Female connector one end connects and between the two to roll connection, and the connector sleeve other end connect with brill case and is between the two to be fixedly connected,
The blowpipe is connect with blast pipe, and booster set is equipped with inside blowpipe, is equipped with wind control device and wind-force control below booster set
Device processed is fixed in fixing seat, is provided with air port on the blowpipe.
It, can be with by wind control device the beneficial effects of the present invention are: increase wind control device in 1, this device
Realization automatically controls wind-force, can be according to the blocking power in air port, the blowout of automatic regulating tuyere while control
The size of power can accurately realize wind control；2, booster set is also added in a device, can be realized by this booster set
Automatic-boosting, such supercharging mode are physical booster, do not need to realize pressurization by air compressor, this pressurization can
Save the energy.
Detailed description of the invention:
Fig. 1 is schematic structural view of the invention.
Fig. 2 is gas permeable devices structural schematic diagram of the present invention.
Fig. 3 is present invention sliding box structure schematic diagram.
Fig. 4 is input device structure schematic diagram of the present invention.
Fig. 5 is wind control apparatus structure schematic diagram of the present invention.
Fig. 6 is booster set structural schematic diagram of the present invention.
Specific embodiment:
The attached figures are only used for illustrative purposes and cannot be understood as limitating the patent；In order to better illustrate this embodiment, attached drawing
A little components have omission, zoom in or out, and do not represent the size of actual product；To those skilled in the art, attached drawing
In it is understandable that some well-known structures and descriptions thereof may be omitted.
Referring to each figure, a kind of environment protection type soil is intubated gas permeable devices, including bracket 6,6 bottom of bracket be connected with pillar A2 and
Pillar B3, the pillar B3 and pillar A2 are located at the left and right ends of bracket 6, are cased with stand 5 inside bracket 6, stand 5 with
Transverse slat 8 connects, and 8 bottom of transverse slat is connect with 1 one end of hydraulic stem, and 1 other end of hydraulic stem is connect with gas permeable devices 4, and described is ventilative
Device 4 is connect with control device by conducting wire, and control device is connect with solar panel 7 by conducting wire and solar panel
7 are fixed on bracket 6, and the control device is connected in pressing device by conducting wire and pressing device is fixed on pillar A2.
The control device includes air compressor 101, hydraulic press 102, controller 103, receiver 104 and electrical storage device
105, the electrical storage device 105 is connect with solar panel 7 by conducting wire, and electrical storage device 105 and controller 103 are connected by conducting wire
It connects, controller 103 is connect with hydraulic press 102 by conducting wire, and hydraulic press 102 is connect with hydraulic stem 1 by pipeline, controller 103
Connect with air compressor 101 by conducting wire, air compressor 101 is connect with gas permeable devices 4 by conducting wire, controller 103 with
Receiver 104 is connected by conducting wire, and receiver 104 is connect with pressing device by conducting wire.
The pressing device includes control panel 201, rotating seat A202, rotary shaft A203, swingle A204, rotary shaft
B205, swingle B206, rotary shaft C207 and rotating seat B208, the rotating seat B208 are connect and between the two with pillar A2
Connection type be fixedly connected, rotating seat B208 is connect with the one end swingle B206 by rotary shaft C207, swingle B206
The other end is connect with the one end swingle A204 by rotary shaft B205, and the swingle A204 other end and rotating seat A202 pass through rotation
Axis A203 connection, rotating seat A202 are connect with control panel 201, and control panel 201 is connect with control device by conducting wire.This dress
Pressing device in setting plays the role of being input control in whole device, and specific input terminal is control panel 201, this dress
Control panel 201 can be fabricated to touch screen form or conventional keys according to the needs of users by the control panel 201 in setting
Form, while rotating seat A202, swingle A204, swingle B206 and the rotation being connect in this device with control panel 201
Swivel base B208, respectively by rotary shaft A203, rotary shaft B205 and rotary shaft C206 connection, therefore being between two swingles can be with
It mutually rotates, at this time according to the principle that the demand of user can be adjusted the position of control panel 201, specifically adjusts
For by pulling control panel 201, control panel 201 drives rotating seat A202, and swingle A203 passes through rotation to rotating seat A202 again
Shaft A203 connection, therefore rotating seat A202 can do 360 degree rotation in the one end swingle A203, similarly the swingle A204 other end
360 degree rotation, same principle can be done on swingle B206, swingle B206 can do 360 degree on rotating seat B208
It rotates, under the principle that user can rotate herein at this time, control panel 201 can be adjusted according to their own needs,
Oneself is finally reached to use until position.
The gas permeable devices 4 include input unit A402, input unit B403, sliding case 404, power device A, power
Device B, power device C and input unit C, the sliding case 404 are connect with hydraulic stem 1, are slided and are equipped with power inside case 404
Device A, power device B and power device C, power device A, power device B and power device C power placed side by side, described
Device A is connect with input unit A402, and the power device B is connect with input unit B403, the power device C with it is defeated
Enter device C407 connection.
The power device A includes motor B401, screw rod 405 and swivel bearing 406, and the motor B401 is solid
Inside sliding case 404, motor B401 output shaft is connect with 405 one end of screw rod, 405 other end of screw rod and swivel bearing
406 connections and swivel bearing 406 are embedded in inside sliding case 404；The power device B include motor B401, screw rod 405 and
Swivel bearing 406, the motor B401 are fixed on inside sliding case 404, motor B401 output shaft and 405 one end of screw rod
Connection, 405 other end of screw rod is connect with swivel bearing 406 and swivel bearing 406 is inside sliding case 404；The power
Device C includes motor B401, screw rod 405 and swivel bearing 406, and the motor B401 is fixed on inside sliding case 404,
Motor B401 output shaft is connect with 405 one end of screw rod, and 405 other end of screw rod is connect with swivel bearing 406 and swivel bearing 406
Inside sliding case 404.
The sliding case includes cabinet 601, fluting A602, fluting B603 and fluting C604, during the cabinet 601 is
Empty cuboid, 601 bottom of cabinet are provided with fluting A602, fluting B603 and fluting C604, the fluting A602, fluting B603
And fluting C604 is placed side by side, is parallel to each other between fluting A602, fluting B603 and fluting C604 three.
The input unit A402 includes swivel nut 701, sliding seat 702, blowpipe 703, wind control device 704, fixes
Seat 705, connector sleeve 707, drill bit 708, fixed frame 709, bores case 710, air port 711, booster set 712 and air inlet at motor A706
Pipe 713, the swivel nut 701 are connect with power device A, and swivel nut 701 is connect with sliding seat 702, sliding seat 702 and blowpipe 703
One end connection, 703 other end of blowpipe are connect with fixing seat 705, and fixing seat 705 is connect with case 710 is bored, and are bored and are equipped with inside case 710
Motor A706 and motor A706 are fixed on by fixed frame 709 to be bored inside case 710, motor A706 output shaft and drill bit
708 connect, and drill bit 708 connect with 707 one end of connector sleeve and connects between the two to roll, 707 other end of connector sleeve and brill case
710 connect and are between the two to be fixedly connected, and the blowpipe 703 is connect with blast pipe 713, and pressurization is equipped with inside blowpipe 703
712 are covered, wind control device 704 is equipped with below booster set 712 and wind control device 704 is fixed in fixing seat 705, it is described
Blowpipe 703 on be provided with air port 711.
The input unit B403 include including swivel nut 701, sliding seat 702, blowpipe 703, wind control device 704,
Fixing seat 705, motor A706, connector sleeve 707, drill bit 708, fixed frame 709, bore case 710, air port 711, booster set 712 and
Blast pipe 713, the swivel nut 701 are connect with power device B, and swivel nut 701 is connect with sliding seat 702, sliding seat 702 and blowpipe
The connection of 703 one end, 703 other end of blowpipe are connect with fixing seat 705, and fixing seat 705 is connect with case 710 is bored, and are bored and are set inside case 710
There is motor A706 and motor A706 is fixed on by fixed frame 709 and is bored inside case 710, motor A706 output shaft and drill bit
708 connect, and drill bit 708 connect with 707 one end of connector sleeve and connects between the two to roll, 707 other end of connector sleeve and brill case
710 connect and are between the two to be fixedly connected, and the blowpipe 703 is connect with blast pipe 713, and pressurization is equipped with inside blowpipe 703
712 are covered, wind control device 704 is equipped with below booster set 712 and wind control device 704 is fixed in fixing seat 705, it is described
Blowpipe 703 on be provided with air port 711.
The input unit C407 include including swivel nut 701, sliding seat 702, blowpipe 703, wind control device 704,
Fixing seat 705, motor A706, connector sleeve 707, drill bit 708, fixed frame 709, bore case 710, air port 711, booster set 712 and
Blast pipe 713, the swivel nut 701 are connect with power device C, and swivel nut 701 is connect with sliding seat 702, sliding seat 702 and blowpipe
The connection of 703 one end, 703 other end of blowpipe are connect with fixing seat 705, and fixing seat 705 is connect with case 710 is bored, and are bored and are set inside case 710
There is motor A706 and motor A706 is fixed on by fixed frame 709 and is bored inside case 710, motor A706 output shaft and drill bit
708 connect, and drill bit 708 connect with 707 one end of connector sleeve and connects between the two to roll, 707 other end of connector sleeve and brill case
710 connect and are between the two to be fixedly connected, and the blowpipe 703 is connect with blast pipe 713, and pressurization is equipped with inside blowpipe 703
712 are covered, wind control device 704 is equipped with below booster set 712 and wind control device 704 is fixed in fixing seat 705, it is described
Blowpipe 703 on be provided with air port 711.
Wind control device 704 in above-mentioned input unit A402, input unit B403 and input unit C407 have with
Flowering structure, wind control device 704 include arrow 501, sliding tube 502, diffuser vane A503, fixing pipe 504, diffuser vane
B505, spring 506, connecting plate 507, bearing block A508 and bearing block B509, the connecting plate 507 are connect with fixing seat 705,
Connecting plate 507 is connect with 504 one end of fixing pipe, 504 other end of fixing pipe pass through bearing block A508 as sliding tube 502 inside,
Spring 506 is cased in the fixing pipe 502,506 one end of spring is connect with connecting plate 507,506 other end of spring and bearing block
A508 connection, bearing block A508 are equipped with diffuser vane B505 and are connected between the two by bearing, the bearing block A508
Connect with 502 one end of sliding tube, sliding tube 502 be equipped with bearing block B509, bearing block B509 be equipped with diffuser vane A503 and
It is connected between the two by bearing, 502 other end of sliding tube is connect with arrow 501.This wind control device 704 acts predominantly on
In: according to the blocking power in air port 711, the size of the blowout power of automatic regulating tuyere 711 can accurately realize wind control,
Principle is embodied are as follows: during use, input unit is inserted into underground, at this time by air compressor to blast pipe
713 carry out input gas, and gas is input in blowpipe 703 by blast pipe 713 at this time, are imported by blowpipe 703 to gas,
The gas in blowpipe 703 is pressurized by booster set 712 simultaneously, gas enters wind control device 704 later, then
711 position of air port is reached, outlet is carried out to it by air port 711, gas transmission is carried out to soil, so that soil be made to reach ventilative effect
Fruit, when input unit has just been inserted into soil bottom, the gap between air port 711 and soil is smaller, is now placed in blowpipe 703
Diffuser vane A503 and diffuser vane B505 in the wind control device 704 in portion can be rotated, at this time due to air port 711
Outlet air rate is lower, and diffuser vane A503 and diffuser vane B505 only rotates at this time, without moving, with pushing away for time
It moves, the gap between air port 711 and soil increases, and the outlet air rate in air port 711 also will increase, and the negative pressure of air hose 711 is caused to increase
Add, sliding tube 502 can be pressed downward by gas at this time, move downward it, while diffuser vane A503 and diffuser vane B505
One can be followed to play movement, made when two blades reach 711 position of air port, two blades will not stop again gas, this
When gas can be sprayed from air port 711, reach maximum outlet air state, be enough between overcoming between air port 711 and soil at this time
Gap increase leads to the situation of wind-force deficiency, when reusing, sliding tube 502 can be made to be restored to just by the effect of spring 506
Beginning position, facilitates subsequent operation, and wind control device is increased in this device, may be implemented certainly by wind control device 704
Dynamic controls wind-force, can be according to the blocking power in air port 711, the blowout of automatic regulating tuyere 711 while control
The size of power can accurately realize wind control.
Booster set 712 is also added in a device, and Automatic-boosting, such pressurization side can be realized by this booster set 712
Formula is physical booster, does not need to realize pressurization by air compressor 101, this pressurization can save the energy, this pressurization
The specific structure of set 712 is that booster set 712 includes supercharging device and connecting tube 124, the upper and lower ends of the connecting tube 124
It is respectively connected with one group of supercharging device, the supercharging device includes fixed plate 121, tiltedly circle 122 and bottom plate 123, the bottom plate
123 connect with connecting tube 124, and bottom plate 123 is connect with oblique circle 122, and tiltedly circle 122 is connect with fixed plate 121, and fixed plate 121 is fixed
On 703 inner wall of blowpipe.The concrete operating principle of this booster set 712 is, by the supercharging device of upper end to the gas of input into
Row is collected, and is exported by connecting tube 124, is sprayed finally by the supercharging device for being located at lower end, to reach pressurization
Effect, supercharging mode does not need to increase the output of air compressor 101 in this, so that it may achieve the effect that pressurization, give user
It brings convenience, while can be with energy saving.
Specific embodiment is as follows: this device converts light energy into electricity during use, by solar panel 7
Can, and this electric energy is stored into electrical storage device 105, control signal is issued by pressing device, and this control signal is transferred to
This control signal is identified that the motor A706 then controlled in gas permeable devices 4 starts work by control device by control device
Make, motor A706 drives drill bit 708, is drilled through by drill bit 708 to soil, while by hydraulic press 102 with hydrodynamic pressure
Bar 1 drives gas permeable devices 4 to be moved down, and gas permeable devices 4 is made to be moved to underground, then controls air compressor 101 and starts
Work, imported into gas inside blowpipe 703, is pressurized and is controlled by booster set 712 and wind control device 704, made
Soil reaches air permeability effect.
In figure, description positional relationship only for illustration, should not be understood as the limitation to this patent；Obviously, this hair
Bright the above embodiment is merely an example for clearly illustrating the present invention, and is not to embodiments of the present invention
It limits.For those of ordinary skill in the art, other different forms can also be made on the basis of the above description
Variation or variation.There is no necessity and possibility to exhaust all the enbodiments.It is all the spirit and principles in the present invention it
Any modifications, equivalent replacements, and improvements made by interior etc., should all be included in the scope of protection of the claims of the present invention.
Claims (9)
1. a kind of environment protection type soil is intubated gas permeable devices, including bracket, it is characterised in that: frame bottom is connected with pillar A and branch
Column B, the pillar B and pillar A are located at the left and right ends of bracket, and internal stent is cased with stand, and stand is connect with transverse slat,
Transverse slat bottom is connect with hydraulic stem one end, and the hydraulic stem other end is connect with gas permeable devices, the gas permeable devices and control device
It is connected by conducting wire, control device is connect with solar panel by conducting wire and solar panel is fixed on bracket, institute
The control device stated is connected in pressing device by conducting wire and pressing device is fixed on pillar A.
2. environment protection type soil according to claim 1 is intubated gas permeable devices, it is characterised in that: the control device includes
Air compressor, hydraulic press, controller, receiver and electrical storage device, the electrical storage device and solar panel are connected by conducting wire
It connects, electrical storage device is connect with controller by conducting wire, and controller is connect with hydraulic press by conducting wire, and hydraulic press and hydraulic stem pass through pipe
Line connection, controller are connect with air compressor by conducting wire, and air compressor is connect with gas permeable devices by conducting wire, controller
It is connect with receiver by conducting wire, receiver is connect with pressing device by conducting wire.
3. environment protection type soil according to claim 1 or 2 is intubated gas permeable devices, it is characterised in that: the pressing device
It is described including control panel, rotating seat A, rotary shaft A, swingle A, rotary shaft B, swingle B, rotary shaft C and rotating seat B
Rotating seat B is connect with pillar A and connection type between the two is to be fixedly connected, and rotating seat B and the one end swingle B pass through rotation
Axis C connection, the swingle B other end are connect with the one end swingle A by rotary shaft B, and the swingle A other end passes through with rotating seat A
Rotary shaft A connection, rotating seat A are connect with control panel, and control panel is connect with control device by conducting wire.
4. environment protection type soil according to claim 1 is intubated gas permeable devices, it is characterised in that: the gas permeable devices include
Input unit A, input unit B, sliding case, power device A, power device B, power device C and input unit C, the cunning
Dynamic case is connect with hydraulic stem, is equipped with power device A, power device B and power device C, power device A, power inside sliding case
Device B and power device C are placed side by side, and the power device A is connect with input unit A, the power device B and input
Device B connection, the power device C are connect with input unit C.
5. environment protection type soil according to claim 4 is intubated gas permeable devices, it is characterised in that: the power device A packet
Motor B, screw rod and swivel bearing are included, the motor B is fixed on inside sliding case, motor B output shaft and screw rod one
End connection, the screw rod other end is connect with swivel bearing and swivel bearing is inside sliding case；The power device B includes electricity
Motivation B, screw rod and swivel bearing, the motor B are fixed on inside sliding case, and motor B output shaft and screw rod one end connect
It connects, the screw rod other end is connect with swivel bearing and swivel bearing is inside sliding case；The power device C includes motor
B, screw rod and swivel bearing, the motor B are fixed on inside sliding case, and motor B output shaft is connect with screw rod one end, spiral shell
The bar other end is connect with swivel bearing and swivel bearing is inside sliding case.
6. environment protection type soil according to claim 4 is intubated gas permeable devices, it is characterised in that: the sliding case includes case
Body, fluting A, fluting B and fluting C, the cabinet are hollow cuboid, and the bottom of box is provided with fluting A, fluting B and fluting
C, the fluting A, fluting B and fluting C are placed side by side, are parallel to each other between fluting A, fluting B and fluting C three.
7. environment protection type soil according to claim 4 is intubated gas permeable devices, it is characterised in that: the input unit A packet
Include swivel nut, sliding seat, blowpipe, wind control device, fixing seat, motor A, connector sleeve, drill bit, fixed frame, bore case, air port,
Booster set and blast pipe, the swivel nut are connect with power device A, and swivel nut is connect with sliding seat, and sliding seat and blowpipe one end connect
It connects, the blowpipe other end is connect with fixing seat, and fixing seat is connect with brill case, bores case inside equipped with motor A and motor A passes through admittedly
Determine frame to be fixed on inside brill case, motor A output shaft is connect with drill bit, and drill bit connect with connector sleeve one end and is between the two rolling
Dynamic connection, the connector sleeve other end connect with brill case and between the two to be fixedly connected, and the blowpipe is connect with blast pipe, blowpipe
Inside is equipped with booster set, is equipped with wind control device below booster set and wind control device is fixed in fixing seat, described
Air port is provided on blowpipe.
8. environment protection type soil according to claim 4 is intubated gas permeable devices, it is characterised in that: the input unit B packet
Include swivel nut, sliding seat, blowpipe, wind control device, fixing seat, motor A, connector sleeve, drill bit, fixed frame, bore case, air port,
Booster set and blast pipe, the swivel nut are connect with power device B, and swivel nut is connect with sliding seat, and sliding seat and blowpipe one end connect
It connects, the blowpipe other end is connect with fixing seat, and fixing seat is connect with brill case, bores case inside equipped with motor A and motor A passes through admittedly
Determine frame to be fixed on inside brill case, motor A output shaft is connect with drill bit, and drill bit connect with connector sleeve one end and is between the two rolling
Dynamic connection, the connector sleeve other end connect with brill case and between the two to be fixedly connected, and the blowpipe is connect with blast pipe, blowpipe
Inside is equipped with booster set, is equipped with wind control device below booster set and wind control device is fixed in fixing seat, described
Air port is provided on blowpipe.
9. environment protection type soil according to claim 4 is intubated gas permeable devices, it is characterised in that: the input unit C packet
Include swivel nut, sliding seat, blowpipe, wind control device, fixing seat, motor A, connector sleeve, drill bit, fixed frame, bore case, air port,
Booster set and blast pipe, the swivel nut are connect with power device C, and swivel nut is connect with sliding seat, and sliding seat and blowpipe one end connect
It connects, the blowpipe other end is connect with fixing seat, and fixing seat is connect with brill case, bores case inside equipped with motor A and motor A passes through admittedly
Determine frame to be fixed on inside brill case, motor A output shaft is connect with drill bit, and drill bit connect with connector sleeve one end and is between the two rolling
Dynamic connection, the connector sleeve other end connect with brill case and between the two to be fixedly connected, and the blowpipe is connect with blast pipe, blowpipe
Inside is equipped with booster set, is equipped with wind control device below booster set and wind control device is fixed in fixing seat, described
Air port is provided on blowpipe.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201811353236.8A CN109479404A (en) | 2018-11-14 | 2018-11-14 | Environment protection type soil is intubated gas permeable devices |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201811353236.8A CN109479404A (en) | 2018-11-14 | 2018-11-14 | Environment protection type soil is intubated gas permeable devices |
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| Publication Number | Publication Date |
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| CN109479404A true CN109479404A (en) | 2019-03-19 |
Family
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| CN201811353236.8A Withdrawn CN109479404A (en) | 2018-11-14 | 2018-11-14 | Environment protection type soil is intubated gas permeable devices |
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| CN (1) | CN109479404A (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| GB2619534A (en) * | 2022-06-08 | 2023-12-13 | Knight Peter | A ground aeration device |
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