CN108765896A - A kind of intelligent soil moisture alarm - Google Patents
A kind of intelligent soil moisture alarm Download PDFInfo
- Publication number
- CN108765896A CN108765896A CN201810620160.4A CN201810620160A CN108765896A CN 108765896 A CN108765896 A CN 108765896A CN 201810620160 A CN201810620160 A CN 201810620160A CN 108765896 A CN108765896 A CN 108765896A
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- China
- Prior art keywords
- wheel
- gear
- linkage
- lifting
- pulling force
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Classifications
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- G—PHYSICS
- G08—SIGNALLING
- G08B—SIGNALLING OR CALLING SYSTEMS; ORDER TELEGRAPHS; ALARM SYSTEMS
- G08B21/00—Alarms responsive to a single specified undesired or abnormal condition and not otherwise provided for
- G08B21/18—Status alarms
- G08B21/20—Status alarms responsive to moisture
Abstract
The invention discloses a kind of intelligent soil moisture alarms,Its structure includes internal regulation device,Pedestal,Body,Control panel,Thermovent,Alarm lamp,Display,Connecting tube,Internal regulation device is mounted on internal body,Organism bottom is fixedly connected with base top,It is fixedly connected on front side of control panel back and body middle-end,Connection is connected with body right end in connecting tube left end,Thermovent is spaced identical be arranged in order on front side of body top from top to bottom,Alarm lamp bottom and vertical connection at the top of body left end,It is fixedly connected at the top of display bottom and body right end,The device being capable of in depth bottom,The humidity of kind of plant root is detected,The levels of precision of detection can be increased in this way,Improve the use value of equipment,Simultaneously when soil moisture is relatively low,The device is capable of the water spray of automatic uniform,Soil moisture is adjusted,Increase the convenience used.
Description
Technical field
The present invention relates to alarm processing technology field, specifically a kind of intelligent soil moisture alarm.
Background technology
Soil moisture is also known as soil and pushes up moisture content, indicates the physical quantity of soil Moisture.It is a kind of phase of soil moisture content
To variable.It is to show usually to account for the percentage of dry ground weight with soil moisture content, also known as soil quality temperature, such as uses soil moisture Rong Ji
The percentage for accounting for soil total volume indicates, then claims soil volume humidity.The soil usually said pushes up humidity, that is, refers to quality humidity.Also
It is equivalent to the percentage of field capacity with soil moisture content to indicate ground moistening degree, soil is claimed to push up relative humidity.
Current intelligent soil moisture alarm can be detected the humidity of soil, but the depth detected is inadequate,
The order of accuarcy that equipment detection can be reduced in this way, reduces the practical value of equipment.
Invention content
It is a primary object of the present invention to overcome the deficiencies of the prior art and provide a kind of intelligent soil moisture alarm.
The present invention adopts the following technical scheme that realize：A kind of intelligent soil moisture alarm, structure include inside
Regulating device, pedestal, body, control panel, thermovent, alarm lamp, display, connecting tube, the internal regulation device
Mounted on internal body, the organism bottom is fixedly connected with base top, the control panel back and body middle-end front side
It is fixedly connected, connection is connected with body right end for the connecting tube left end, and the thermovent is spaced identical be arranged in order from top to bottom
On front side of body top, the alarm lamp bottom and vertical connection, the display bottom and body at the top of body left end
It is fixedly connected at the top of right end；The internal regulation device is by left apparatus for controlling of lifting, regulating device, lifting detection device, right liter
Control device, driving device, irrigation device, linkage composition drop；It is examined with lifting on the right side of the left apparatus for controlling of lifting bottom end
It surveys on the left of the bottom of the device and is meshed, the regulating device is mounted on inside lifting detection device top, the right elevating control dress
It sets and is meshed on the right side of left side and lifting detection device top, linkage middle-end bottom is fixed with driving device right end to be connected
It connects, is meshed at the top of linkage both ends bottom and left apparatus for controlling of lifting, right apparatus for controlling of lifting, the irrigation device
It is fixedly connected at the top of left end bottom and linkage left end.
As an optimization, the left apparatus for controlling of lifting is drawn by gear, stayed mast, transmission belt, runner, the second runner, second
It is mutually nibbled on the left of power bar, third runner, the second transmission belt, linkage gear composition, the gear right side and lifting detection device bottom end
It closes, described stayed mast one end is connected on front side of gear outer ring, and the other end is fixed on front side of runner outer ring, runner rear end side
Be sequentially connected by transmission belt and the second runner rear end side, second runner front end side by the second stayed mast with
It is sequentially connected on front side of third runner outer ring, after second transmission belt both ends are connected respectively to third runner and linkage gear
End side surface, the linkage gear top side are meshed with linkage left end bottom side.
As an optimization, the regulating device is made of rack, towed electromagnet, power supply, conducting wire, controller, the tooth
It is wired to positive pole with towed electromagnet bottom vertical connection, the towed electromagnet cathode at the top of item,
The power cathode is wired to controller anode, and the controller cathode is wired to towed electromagnet
Anode.
As an optimization, the lifting detection device is by control gear, the first directive wheel, pulling force rope, the second directive wheel, gear
Frame, rack frame, the second pulling force rope, pulling force wheel, pull strap, pulling force gear, passive rack, lifting frame, humidity sensor composition, institute
It states pulling force rope one end and is connected to control gear front end side, the other end is connected to gear around the first directive wheel, the second directive wheel
Frame left end, the tooth rest right end side are meshed with rack frame left end, and second pulling force rope one end is connected to rack frame bottom
Portion, the other end are wound into pulling force wheel side, and pulling force wheel front end side is carried out by pull strap and pulling force gear front end side
It is sequentially connected, the pulling force gear left end is meshed with passive rack right end, the passive rack bottom and humidity sensor top
Portion's vertical connection, the rack frame right end side are connect with lifting frame right wall left slide.
As an optimization, the right apparatus for controlling of lifting is drawn by driving gear, active transmission belt, the second driving gear, activity
Power bar, right wheel, intermediate linkage, left wheel, longitudinal transmission belt, nose bar wheel, elevating control gear composition, the driving gear
Top side is meshed with linkage right end bottom side, and active transmission belt both ends are connected respectively to driving gear and the second driving tooth
Front end side is taken turns, second driving gear bottom end rear side carries out transmission company by movable stayed mast and right wheel bottom end trailing flank
It connects, the intermediate linkage both ends are connected respectively to right wheel and left-hand rotation wheel side, and left wheel front end side passes through longitudinal direction
Transmission belt is sequentially connected with nose bar wheel rear end side, on front side of the nose bar wheel left end with elevating control gear right end side into
Row is sequentially connected.
As an optimization, the driving device is by motor, toothed disc, the first driving wheel, comprehensive drive link, the second driving wheel group
At, it is meshed on front side of motor right end trailing flank and toothed disc left end, first driving wheel, the second driving wheel bottom end front side
It is fixedly connected with the right half end trailing flank of comprehensive drive link.The comprehensive drive link left end is connected to toothed disc bottom end trailing flank, institute
State the first driving wheel, the second transmission wheel side is fixedly connected with linkage middle-end bottom.
As an optimization, the irrigation device is by water storage frame, gear pump, outlet pipe, transporting room, internal thread application cylinder, control
Bar, transmission belt, hand frame, connecting conduit, sprinkler composition, the gear pump left end are connected connection with water storage frame right end, it is described go out
Water pipe one end and gear pump right end vertical connection, the other end are fixedly connected with transporting room left end, the control-rod bottom end with connect
Conduit left end vertical connection, control-rod top side are attached with inside internal thread application cylinder by screw thread, the hand
Reel cage bottom end side is sequentially connected by transmission belt and end side surface in internal thread application cylinder, and described connecting conduit one end is in
Turn room right end to be fixedly connected, the other end and nozzle left end vertical connection.
As an optimization, the linkage is by integrating drive link, bearing, upper frame, linkage, the second linkage, the second axis
Composition is held, the bearing is mounted on inside upper frame left end, and the second bearing side is connect with second bearing right end internal vertical,
It is fixedly connected inside the comprehensive drive link both ends and bearing, second bearing, end side surface passes through linkage in the comprehensive drive link
Band, the second linkage and the first driving wheel, the second transmission wheel side are sequentially connected.
Advantageous effect
A kind of intelligent soil moisture alarm of the present invention is carrying out in use, we need to generate driving by motor
Torque band moving teeth wheel disc rotates, and toothed disc pulls the first driving wheel and the second driving wheel to rotate by comprehensive drive link, and first passes
Driving wheel and the second driving wheel pull comprehensive drive rod rotation, comprehensive drive link that can drive master by linkage, the second linkage
Moving gear is rotated with linkage gear, and linkage gear pulls third runner to rotate by the second transmission belt, and third runner passes through second
Stayed mast pulls the rotation of the second runner, the second runner to control gear by the transmission between stayed mast, transmission belt, runner and rotate,
Gear can control the lifting of lifting frame, and driving gear pulls the second driving gear to rotate by active transmission belt, and second actively
Gear pulls right wheel rotation, right wheel to pass through intermediate linkage, left wheel, longitudinal transmission belt, nose bar by movable stayed mast
Transmission control elevating control gear rotation between wheel, to control the lifting of lifting frame, lifting frame in this way can be in depth
Bottom, controller control towed electromagnet band carry-over bar and move down, and rack can drive control gear rotation, control gear logical
It crosses pulling force rope and pulls tooth rest rotation, to drive rack frame toward rising, rack frame pulls pulling force to rotate by the second pulling force rope
Dynamic, pulling force wheel drives pulling force gear to rotate by pull strap, and pulling force gear is pressed down humidity sensor by passive rack, this
Sample can be detected the humidity of soil, and the water inside water storage frame can be passed through outlet pipe, connecting conduit, spray by gear pump
Head sprays, and the flow of connecting conduit can be adjusted in control-rod, to control nozzle jet pressure, left apparatus for controlling of lifting
The lifting for lifting detection device can be controlled with right apparatus for controlling of lifting, driving device can be dynamic to be provided inside equipment
Power, irrigation device can change the humidity of soil, and linkage can increase the stability of transmission.
Compared with prior art, the beneficial effects of the invention are as follows：The device can in depth bottom, to the wet of kind of plant root
Degree is detected, and can increase the levels of precision of detection in this way, improves the use value of equipment, while relatively low in soil moisture
When, which is capable of the water spray of automatic uniform, and soil moisture is adjusted, and increases the convenience used.
Description of the drawings
Upon reading the detailed description of non-limiting embodiments with reference to the following drawings, other feature of the invention,
Objects and advantages will become more apparent upon：
Fig. 1 is a kind of structural schematic diagram of intelligent soil moisture alarm of the present invention.
Fig. 2 is the structural schematic diagram of internal regulation device of the present invention.
Fig. 3 is the structural schematic diagram of internal regulation device of the present invention refinement.
Fig. 4 is the structural schematic diagram of internal regulation working state of device of the present invention.
In figure：Internal regulation device 1, pedestal 2, body 3, control panel 4, thermovent 5, alarm lamp 6, display 7,
Connecting tube 8, left apparatus for controlling of lifting 11, regulating device 12, lifting detection device 13, right apparatus for controlling of lifting 14, driving device
15, irrigation device 16, linkage 17, gear 111, stayed mast 112, transmission belt 113, runner 114, the second runner 115, second
Stayed mast 116, third runner 117, the second transmission belt 118, linkage gear 119, rack 121, towed electromagnet 122, power supply
123, conducting wire 124, controller 125, control gear 131, the first directive wheel 132, pulling force rope 133, the second directive wheel 134, gear
Frame 135, rack frame 136, the second pulling force rope 137, pulling force wheel 138, pull strap 139, pulling force gear 1310, passive rack 1311,
Lift frame 1312, humidity sensor 1313, driving gear 141, active transmission belt 142, the second driving gear 143, movable pulling force
Bar 144, right wheel 145, intermediate linkage 146, left wheel 147, longitudinal transmission belt 148, nose bar wheel 149, elevating control gear
1410, motor 151, toothed disc 152, the first driving wheel 153, comprehensive drive link 154, the second driving wheel 155, water storage frame 161, tooth
Wheel pump 162, transporting room 164, internal thread application cylinder 165, control-rod 166, transmission belt 167, hand frame 168, connects outlet pipe 163
Connect conduit 169, nozzle 1610, comprehensive drive link 171, bearing 172, upper frame 173, linkage 174, the second linkage 175, second
Bearing 176.
Specific implementation mode
Following will be combined with the drawings in the embodiments of the present invention, and technical solution in the embodiment of the present invention carries out clear, complete
Site preparation describes, it is clear that described embodiments are only a part of the embodiments of the present invention, instead of all the embodiments.It is based on
Embodiment in the present invention, it is obtained by those of ordinary skill in the art without making creative efforts every other
Embodiment shall fall within the protection scope of the present invention.
- 4 are please referred to Fig.1, the present invention provides a kind of intelligent soil moisture alarm technical solution：Its structure includes inside
Regulating device 1, pedestal 2, body 3, control panel 4, thermovent 5, alarm lamp 6, display 7, connecting tube 8, the inside
Regulating device 1 is mounted on inside body 3, and 2 top of 3 bottom of the body and pedestal is fixedly connected, 4 back of the control panel and
It is fixedly connected on front side of 3 middle-end of body, connection is connected with 3 right end of body in 8 left end of the connecting tube, and the thermovent 5 is from top to bottom
It is spaced identical be arranged in order in 3 top of body front side, 6 bottom of the alarm lamp and vertical connection at the top of 3 left end of body, institute
It states and is fixedly connected at the top of 7 bottom of display and 3 right end of body；The internal regulation device 1 is by left apparatus for controlling of lifting 11, adjusting
Device 12, lifting detection device 13, right apparatus for controlling of lifting 14, driving device 15, irrigation device 16, linkage 17 form；
It is meshed on the left of 13 bottom end of lifting detection device on the right side of 11 bottom end of left apparatus for controlling of lifting, the regulating device 12 is installed
Inside 13 top of lifting detection device, mutually nibbled on the right side of 14 left side of the right apparatus for controlling of lifting and 13 top of lifting detection device
It closes, 17 middle-end bottom of the linkage is fixedly connected with 15 right end of driving device, 17 both ends bottom of the linkage and a left side
Apparatus for controlling of lifting 11,14 top of right apparatus for controlling of lifting are meshed, 16 left end bottom of the irrigation device and linkage 17
It is fixedly connected at the top of left end, the left apparatus for controlling of lifting 11 is by gear 111, stayed mast 112, transmission belt 113, runner 114, the
Two runners 115, the second stayed mast 116, third runner 117, the second transmission belt 118, linkage gear 119 form, the gear 111
It is meshed on the left of right side and 13 bottom end of lifting detection device, 112 one end of the stayed mast is connected on front side of 111 outer ring of gear, separately
One end is fixed on front side of 114 outer ring of runner, and 114 rear end side of the runner passes through 115 rear end side of transmission belt 113 and the second runner
Face is sequentially connected, and second runner, 115 front end side passes through the second stayed mast 116 and 117 outer ring of third runner front side
It being sequentially connected, 118 both ends of the second transmission belt are connected respectively to third runner 117 and 119 rear end side of linkage gear,
119 top side of the linkage gear is meshed with 17 left end bottom side of linkage, and the regulating device 12 is by rack 121, towed
Electromagnet 122, power supply 123, conducting wire 124, controller 125 form, 121 top of the rack and 122 bottom of towed electromagnet
Vertical connection, 122 cathode of towed electromagnet are connected to 123 anode of power supply, 123 cathode of the power supply by conducting wire 124
It is connected to 125 anode of controller by conducting wire 124,125 cathode of the controller is connected to towed electromagnet by conducting wire 124
122 anodes, the lifting detection device 13 is by control gear 131, the first directive wheel 132, pulling force rope 133, the second directive wheel
134, tooth rest 135, rack frame 136, the second pulling force rope 137, pulling force wheel 138, pull strap 139, pulling force gear 1310, passive tooth
Item 1311, lifting frame 1312, humidity sensor 1313 form, and 133 one end of the pulling force rope is connected to 131 front end side of control gear
Face, the other end are connected to 135 left end of tooth rest, 135 right end of the tooth rest around the first directive wheel 132, the second directive wheel 134
Side is meshed with 136 left end of rack frame, and described second pulling force rope, 137 one end is connected to 136 bottom of rack frame, other end winding
To 138 side of pulling force wheel, 138 front end side of the pulling force wheel is carried out by pull strap 139 and 1310 front end side of pulling force gear
Be sequentially connected, 1310 left end of pulling force gear is meshed with 1311 right end of passive rack, 1311 bottom of passive rack and
1313 top vertical connection of humidity sensor, 136 right end side of the rack frame are connect with lifting 1312 right wall left slide of frame,
The right apparatus for controlling of lifting 14 is by driving gear 141, active transmission belt 142, the second driving gear 143, movable stayed mast
144, right wheel 145, intermediate linkage 146, left wheel 147, longitudinal transmission belt 148, nose bar wheel 149, elevating control gear
1410 compositions, 141 top side of the driving gear are meshed with 17 right end bottom side of linkage, 142 both ends of active transmission belt
It is connected respectively to 143 front end side of driving gear 141 and the second driving gear, is led on rear side of 143 bottom end of the second driving gear
It crosses movable stayed mast 144 to be sequentially connected with 145 bottom end trailing flank of right wheel, 146 both ends of intermediate linkage connect respectively
It is connected to right wheel 145 and 147 side of left wheel, 147 front end side of the left wheel passes through longitudinal transmission belt 148 and nose bar wheel
149 rear ends side are sequentially connected, and are passed with 1410 right end side of elevating control gear on front side of 149 left end of nose bar wheel
Dynamic connection, the driving device 15 are driven by motor 151, toothed disc 152, the first driving wheel 153, comprehensive drive link 154, second
155 composition of wheel, 151 right end trailing flank of the motor are meshed with toothed disc 152 left end front side, first driving wheel 153, the
It is fixedly connected with 154 right half end trailing flank of comprehensive drive link on front side of two driving wheels, 155 bottom end.154 left end of comprehensive drive link
It is connected to 152 bottom end trailing flank of toothed disc, 17 middle-end of first driving wheel 153,155 side of the second driving wheel and linkage
Bottom is fixedly connected, and the irrigation device 16 is by water storage frame 161, gear pump 162, outlet pipe 163, transporting room 164, internal thread control
Cylinder 165 processed, control-rod 166, transmission belt 167, hand frame 168, connecting conduit 169, nozzle 1610 form, the gear pump 162
Left end is connected connection with 161 right end of water storage frame, 163 one end of the outlet pipe and 162 right end vertical connection of gear pump, the other end with
164 left end of transporting room is fixedly connected, 166 bottom end of the control-rod and 169 left end vertical connection of connecting conduit, the control-rod
166 tops side are attached with inside internal thread application cylinder 165 by screw thread, and 168 bottom end side of the hand frame passes through biography
Defeated band 167 is sequentially connected with end side surface in internal thread application cylinder 165, and 169 one end of the connecting conduit is right with transporting room 164
End is fixedly connected, and the other end and 1610 left end vertical connection of nozzle, the linkage 17 is by comprehensive drive link 171, bearing
172, upper frame 173, linkage 174, the second linkage 175, second bearing 176 form, and the bearing 172 is mounted on upper frame 173
Inside left end, 176 side of the second bearing is connect with 176 right end internal vertical of second bearing, 171 liang of the comprehensive drive link
It end and is fixedly connected inside bearing 172, second bearing 176, end side surface passes through linkage 174, the in the comprehensive drive link 171
Two linkages 175 are sequentially connected with the first driving wheel 153,155 side of the second driving wheel.
It is carrying out in use, we need to generate the driving torque drive rotation of toothed disc 152, toothed disc by motor 151
152 pull the first driving wheel 153 and the second driving wheel 155 to rotate by comprehensive drive link 154, the first driving wheel 153 and second
Driving wheel 155 pulls comprehensive drive link 171 to rotate by linkage 174, the second linkage 175, and comprehensive drive link 171 being capable of band
Dynamic driving gear 141 is rotated with linkage gear 119, and linkage gear 119 pulls 117 turns of third runner by the second transmission belt 118
Dynamic, third runner 117 pulls the second runner 115 to rotate by the second stayed mast 116, the second runner 115 by stayed mast 112,
Transmission control gear 111 between transmission belt 113, runner 114 rotates, and gear 111 can control the lifting of lifting frame 1312, main
Moving gear 141 pulls the rotation of the second driving gear 143, the second driving gear 143 to pass through movable pulling force by active transmission belt 142
Bar 144 pulls right wheel 145 to rotate, and right wheel 145 passes through intermediate linkage 146, left wheel 147, longitudinal transmission belt 148, convex
Transmission control elevating control gear 1410 between bar wheel 149 rotates, and to control the lifting of lifting frame 1312, lifts frame in this way
1312 in depth bottom, controller 125 can control towed electromagnet 122 and move down with carry-over bar 121,121 energy of rack
Enough that control gear 131 is driven to rotate, control gear 131 pulls tooth rest 135 to rotate by pulling force rope 133, to carry-over bar
For frame 136 toward rising, rack frame 136 pulls pulling force wheel 138 to rotate by the second pulling force rope 137, and pulling force wheel 138 passes through pull strap
139 drive pulling force gear 1310 to rotate, and pulling force gear 1310 is pressed down humidity sensor 1313 by passive rack 1311, this
Sample can be detected the humidity of soil, and the water inside water storage frame 161 can be passed through outlet pipe 163, company by gear pump 162
Conduit 169, the ejection of nozzle 1610 are connect, the flow of connecting conduit 169 can be adjusted in control-rod 166, to control nozzle
1610 jet pressures, left apparatus for controlling of lifting 11 can carry out the lifting for lifting detection device 13 with right apparatus for controlling of lifting 14
Control, driving device 15 can be to provide power inside equipment, and irrigation device 16 can change the humidity of soil, linkage 17
The stability of transmission can be increased.
The technological progress that the present invention obtains compared with the prior art is：The device can in depth bottom, to kind of plant root
Humidity is detected, and can increase the levels of precision of detection in this way, improves the use value of equipment, while relatively low in soil moisture
When, which is capable of the water spray of automatic uniform, and soil moisture is adjusted, and increases the convenience used.
Although the present invention is described in detail referring to the foregoing embodiments, for those skilled in the art,
It still can be with technical scheme described in the above embodiments is modified, or is carried out to which part technical characteristic etc.
With replacing, all within the spirits and principles of the present invention, any modification, equivalent replacement, improvement and so on should be included in this
Within the protection domain of invention.
Claims (8)
1. a kind of intelligent soil moisture alarm, structure include internal regulation device, pedestal, body, control panel, heat dissipation
Mouth, alarm lamp, display, connecting tube, it is characterised in that：
The internal regulation device is mounted on internal body, and the organism bottom is fixedly connected with base top, the control plane
It is fixedly connected on front side of backboard portion and body middle-end, the connecting tube left end is connected connection with body right end, and the thermovent is from upper
It is arranged in order on front side of body top to lower interval is identical, the alarm lamp bottom and vertical connection at the top of body left end,
It is fixedly connected at the top of the display bottom and body right end；
The internal regulation device is by left apparatus for controlling of lifting, regulating device, lifting detection device, right apparatus for controlling of lifting, drive
Dynamic device, irrigation device, linkage composition；
It is meshed on the left of lifting detection device bottom end on the right side of the left apparatus for controlling of lifting bottom end, the regulating device is mounted on
It lifts inside detection device top, is meshed on the right side of lifting detection device top on the left of the right apparatus for controlling of lifting, it is described
Linkage middle-end bottom is fixedly connected with driving device right end, linkage both ends bottom and left apparatus for controlling of lifting,
It is meshed at the top of right apparatus for controlling of lifting, is fixedly connected at the top of irrigation device left end bottom and linkage left end.
2. a kind of intelligent soil moisture alarm according to claim, it is characterised in that：The left elevating control dress
It sets by gear, stayed mast, transmission belt, runner, the second runner, the second stayed mast, third runner, the second transmission belt, linkage gear
It is meshed on the left of composition, the gear right side and lifting detection device bottom end, before described stayed mast one end is connected to gear outer ring
Side, the other end are fixed on front side of runner outer ring, and runner rear end side is carried out by transmission belt and the second runner rear end side
It is sequentially connected, second runner front end side on front side of the second stayed mast and third runner outer ring by being sequentially connected, institute
It states the second transmission belt both ends and is connected respectively to third runner and linkage gear rear end side, the linkage gear top side is filled with linkage
Left end bottom side is set to be meshed.
3. a kind of intelligent soil moisture alarm according to claim 1, it is characterised in that：The regulating device is by tooth
Item, towed electromagnet, power supply, conducting wire, controller composition, the rack top and towed electromagnet bottom vertical connection,
The towed electromagnet cathode is wired to positive pole, and the power cathode is being wired to controller just
Pole, the controller cathode are wired to towed electromagnet anode.
4. a kind of intelligent soil moisture alarm according to claim 1 or 2, it is characterised in that：The lifting detection
Device by control gear, the first directive wheel, pulling force rope, the second directive wheel, tooth rest, rack frame, the second pulling force rope, pulling force wheel,
Pull strap, pulling force gear, passive rack, lifting frame, humidity sensor composition, before described pulling force rope one end is connected to control gear
End side surface, the other end are connected to tooth rest left end, the tooth rest right end side and tooth around the first directive wheel, the second directive wheel
Item frame left end is meshed, and second pulling force rope one end is connected to rack frame bottom, and the other end is wound into pulling force wheel side, described
Pulling force wheel front end side is sequentially connected by pull strap and pulling force gear front end side, the pulling force gear left end with it is passive
Rack right end is meshed, vertical connection at the top of the passive rack bottom and humidity sensor, the rack frame right end side with
Lift the connection of frame right wall left slide.
5. a kind of intelligent soil moisture alarm according to claim 1, it is characterised in that：The right elevating control dress
It sets by driving gear, active transmission belt, the second driving gear, movable stayed mast, right wheel, intermediate linkage, left wheel, longitudinal direction
Transmission belt, nose bar wheel, elevating control gear composition, the driving gear top side is meshed with linkage right end bottom side, described
Active transmission belt both ends are connected respectively to driving gear and the second driving gear front end side, behind second driving gear bottom end
Side is sequentially connected by movable stayed mast and right wheel bottom end trailing flank, and the intermediate linkage both ends are connected respectively to the right side
Runner and left-hand rotation wheel side, left wheel front end side carry out transmission company by longitudinal transmission belt and nose bar wheel rear end side
It connects, is sequentially connected with elevating control gear right end side on front side of the nose bar wheel left end.
6. a kind of intelligent soil moisture alarm according to claim 1, it is characterised in that：The driving device is by electricity
Machine, toothed disc, the first driving wheel, comprehensive drive link, the second driving wheel group are at motor right end trailing flank and toothed disc left end
Front side is meshed, and is fixedly connected with the right half end trailing flank of comprehensive drive link on front side of first driving wheel, the second driving wheel bottom end,
The comprehensive drive link left end is connected to toothed disc bottom end trailing flank, first driving wheel, the second transmission wheel side and linkage
Device middle-end bottom is fixedly connected.
7. a kind of intelligent soil moisture alarm according to claim 1, it is characterised in that：The irrigation device is by storing
Water frame, gear pump, outlet pipe, transporting room, internal thread application cylinder, control-rod, transmission belt, hand frame, connecting conduit, nozzle group
At connection, described outlet pipe one end and gear pump right end vertical connection are connected with water storage frame right end for the gear pump left end, another
End is fixedly connected with transporting room left end, the control-rod bottom end and connecting conduit left end vertical connection, the control-rod tip side
Face is attached with inside internal thread application cylinder by screw thread, and the hand frame bottom end side is controlled by transmission belt and internal thread
End side surface is sequentially connected in cylinder, and described connecting conduit one end is fixedly connected with transporting room right end, the other end and nozzle left end
Vertical connection.
8. a kind of intelligent soil moisture alarm according to claims 1 or 2 or 5 or 6, it is characterised in that：It is described
Dynamic device is formed by integrating drive link, bearing, upper frame, linkage, the second linkage, second bearing, and the bearing is mounted on top
Inside frame left end, the second bearing side is connect with second bearing right end internal vertical, the comprehensive drive link both ends and axis
It holds, be fixedly connected inside second bearing, end side surface passes through linkage, the second linkage and the first transmission in the comprehensive drive link
Wheel, the second transmission wheel side are sequentially connected.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201810620160.4A CN108765896A (en) | 2018-06-15 | 2018-06-15 | A kind of intelligent soil moisture alarm |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201810620160.4A CN108765896A (en) | 2018-06-15 | 2018-06-15 | A kind of intelligent soil moisture alarm |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN108765896A true CN108765896A (en) | 2018-11-06 |
Family
ID=63978143
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201810620160.4A Pending CN108765896A (en) | 2018-06-15 | 2018-06-15 | A kind of intelligent soil moisture alarm |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN108765896A (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN114323161A (en) * | 2022-03-09 | 2022-04-12 | 徐州迈远智能科技有限公司 | Sensor for monitoring field environment for plant protection |
-
2018
- 2018-06-15 CN CN201810620160.4A patent/CN108765896A/en active Pending
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN114323161A (en) * | 2022-03-09 | 2022-04-12 | 徐州迈远智能科技有限公司 | Sensor for monitoring field environment for plant protection |
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Application publication date: 20181106 |