CN206657011U - A kind of hillside fields water and soil detection means - Google Patents
A kind of hillside fields water and soil detection means Download PDFInfo
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- CN206657011U CN206657011U CN201720359458.5U CN201720359458U CN206657011U CN 206657011 U CN206657011 U CN 206657011U CN 201720359458 U CN201720359458 U CN 201720359458U CN 206657011 U CN206657011 U CN 206657011U
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Abstract
The utility model discloses a kind of hillside fields water and soil detection means, including collecting pipe, header tank, header tank and collection mud box；Collecting pipe slant setting, its side opening upward；Header tank is placed below the port of the relatively low one end of collecting pipe, and header tank is connected by the end；Header tank is placed below header tank, and its bottom connects header tank by collector pipe, and flowmeter is equiped with collector pipe；Being offered in header tank side wall makes the Ji Nikou of outer connection inside header tank, and collection mud box is located on the outside of header tank, and connects header tank by Ji Nikou；Header tank internal frame is provided with every mud net, is laterally set every mud net, and above collection mud mouth, mud sieve bottom is provided with mud-guard, mud-guard fitting header tank side wall, and cover Ji Nikou；It is rotatablely connected, rotary electric machine of the rotating shaft connection on the outside of header tank, is spun upside down every mud net under the driving of rotary electric machine with header tank every the rotating shaft that mud Netcom is crossed thereon.The utility model can effectively reduce cost, laborsaving saving of labor, and can carry out dynamic detection, and practicality is preferable.
Description
Technical field
Water and soil detection device technical field is the utility model is related to, more particularly to a kind of hillside fields water and soil detection means.
Background technology
Runoff of sloping field soil loss monitoring is an important ring for Soil and Water Conservation and Desertification Combating, can be with by Monitoring Data
Technical staff and administrative department is understood the soil erosion situation in certain area in time, and make corresponding behave.However, mesh
Most of preceding water and soil checkout facility is hardening of cement, and cost is high, is taken greatly, and land destruction face is big, in addition, can not also be effective
Certain limitation be present in dynamic monitoring, practicality.
Utility model content
In view of the above, it is necessary to provide a kind of hillside fields water and soil detection means, the hillside fields water and soil detection means can be effective
Cost, laborsaving saving of labor are reduced, and dynamic detection can be carried out, practicality is preferable.
To reach above-mentioned purpose, technical scheme is used by the utility model：A kind of hillside fields water and soil detection means, including
Collecting pipe, header tank, header tank, collection mud box and controller；The collecting pipe slant setting, its side opening upward；The collection
Manage and header tank is placed below the port of relatively low one end, and the header tank is connected by the end；Header tank is placed below the header tank, and
Its bottom connects the header tank by collector pipe, and flowmeter is equiped with the collector pipe, and the flowmeter connects controller；
Being offered in the header tank side wall makes the Ji Nikou of outer connection inside header tank, and the collection mud box is located on the outside of header tank, and passes through institute
State Ji Nikou connection header tanks；
The header tank internal frame is provided with every mud net, described laterally to be set every mud net, and above the collection mud mouth, it is described every
Mud sieve bottom is provided with mud-guard, and the mud-guard is bonded header tank side wall, and covers the Ji Nikou；It is described to cross it every mud Netcom
On rotating shaft and the header tank be rotatablely connected, rotary electric machine of the rotating shaft connection on the outside of header tank, the rotary electric machine connects
Connect controller and driven by controller and run, it is described to be spun upside down every mud net under the driving of rotary electric machine, and downwardly turning over
When, the mud-guard opens Ji Nikou, and the header tank connects collection mud box.
Further, the top that header tank is located at every mud net, the rotating shaft are located at every the centre of mud net.
Further, described that the fence upwardly extended is provided with every mud net week edge, the fence is integrally formed, and described
Breach is formed directly over mud-guard.
Further, projection is provided with the inside of the header tank, it is described raised below collection mud mouth, its upper side with it is described
Mud-guard bottom surface contacts, and globoidal structure formed by the raised upper side and the mud-guard are with its bottom when mud net rotates
Plane of rotation formed by the walking of face is consistent.
Further, described raised one end away from Ji Nikou is provided with clamp part, and the clamp part is located at mud-guard fortune
The end in dynamic direction, and with the convex upper side face into angle.
Further, the top of the collection mud box connects with header tank, and the collection mud box internal frame is provided with screen cloth, and the screen cloth is horizontal
To setting, and above the collection mud box inner bottom surface；The collection mud box bottom offers delivery port, and the delivery port is by going out
Water pipe connects header tank；The outlet pipe slant setting, its higher end connect the collection mud box；It is equiped with the outlet pipe logical
Only valve, the logical only valve is check valve, and its circulating direction is to flow to header tank from collection mud box.
Further, poidometer is provided with the screen cloth, the poidometer connects controller.
Further, it is two that the header tank, which sets quantity, and each header tank is connected by collector pipe and received
Collector, the collector pipe are equiped with the flowmeter.
Further, the hillside fields water and soil detection means also includes water storage box and water level sensor；The water storage box is located at
Header tank side, and its underpart connects with the header tank bottom；The water level sensor is arranged on water storage box, its induction part
Position for sensing the water level in the water storage box, and generates water level signal and sent out in the control being attached thereto in the water storage box
Device processed.
Further, the hillside fields water and soil detection means also includes the alarm being connected with the controller, the control
Device receives and sends alarm command to alarm after water level signal, and the alarm sends alarm after receiving alarm command.
After adopting the above technical scheme, the utility model compared with prior art, has the advantages that：
1. the utility model can avoid hardening of cement processing, its cost is relatively low, and is easily installed and uses, Detection results
It is good, and can be detected in real time, there is certain practicality.
2. the utility model monitors the water and soil situation in hillside fields by way of by rainwater and soil separation, which can carry
The testing result of the high hillside fields water and soil detection means, and can avoid invading washing away for flowmeter because soil mixes with rainwater
Erosion acts on, and reduces soil plug situation, improves the service life of the hillside fields water and soil detection means and the continuity of detection.
3. the utility model is by the separation that rainwater and soil are realized every mud net in header tank, and set controller,
Flowmeter and rotary electric machine, then the soil after separation is smoothly transferred in collection mud box, rainwater is then flowed into header tank, so as to
Realize rainwater and soil it is separated and detection；Wherein, the transfer of soil is to realize in the following way：Stream on collector pipe
When the water that gauge detects is below or equal to the water minimum that controller is pre-set, controller is sent to rotary electric machine
Turn signal, rotary electric machine promote to overturn every mud net, wherein, operated under lateral where mud-guard, the Ji Nikou on header tank is gradual
Open, header tank connects with collection mud box, is shifted every the online soil of mud under rain drop erosion effect to collection mud box, when the timing of transfer one
Between after, controller drive again rotary electric machine antiport until every mud net reset, carry out the collection of next round with separating.
Brief description of the drawings
Fig. 1 is a kind of structure schematic diagram of hillside fields water and soil detection means of the utility model.
Fig. 2 is the partial structural diagram of header tank and collection mud box in Fig. 1.
Main element symbol description
In figure, collecting pipe 1, header tank 2, collection mud mouth 21, projection 22, clamp part 23, convex column 24, header tank 3, collector pipe 4, stream
Gauge 5, collection mud box 6, screen cloth 61, delivery port 62, outlet pipe 63, logical only valve 64, every mud net 7, mud-guard 71, rotating shaft 72, fence
73rd, water storage box 8, water level sensor 9.
Following embodiment will further illustrate the utility model with reference to above-mentioned accompanying drawing.
Embodiment
Fig. 1 to Fig. 2 is referred to, in a kind of better embodiment of the present utility model, a kind of hillside fields water and soil detection means,
Including a collecting pipe 1, a header tank 2, header tank 3, a collection mud box 6 and a controller.The slant setting of collecting pipe 1, its side upward
Opening；Header tank 2 is placed below the port of 1 relatively low one end of collecting pipe, and header tank 2 is connected by the end；The lower section of header tank 2, which is placed, catchments
Case 3, and its bottom connects header tank 3 by collector pipe 4, and flowmeter 5 is equiped with collector pipe 4；Being offered in the side wall of header tank 2 makes
The collection mud mouth 21 of the outer connection in the inside of header tank 2, collection mud box 6 is located at the outside of header tank 2, and connects header tank 2 by collecting mud mouth 21.Header tank 2
Internal frame is provided with one every mud net 7, is laterally set every mud net 7, and positioned at the top of collection mud mouth 21, the bottom of mud net 7 is provided with a screening mud
Plate 71, mud-guard 71 are bonded the side wall of header tank 2, and cover collection mud mouth 21；Rotated every mud net 7 by rotating shaft 72 thereon with header tank 2
Connection a, rotary electric machine of the connection of rotating shaft 72 on the outside of header tank 2, spins upside down every mud net 7 under the driving of rotary electric machine, and
When downwardly turning over, mud-guard 71 opens collection mud mouth 21, and header tank 2 connects collection mud box 6.Controller is distinguished connection flow gauge 5 and turned
Dynamic motor, wherein, flowmeter 5 is used for the flow for detecting the water for flowing into header tank 3, and generates flow signal and send out in controller, control
Device processed controls the operation of rotary electric machine according to the flow signal, to promote to spin upside down every mud net 7 by controlling rotary electric machine.
The utility model is used to detect Topographic factor situation, wherein, along under hillside fields when collecting pipe 1 is used to collect the rainy day
The rainwater of stream and the soil by rain drop erosion, and collected rainwater and soil are imported in header tank 2, header tank 2 passes through it again
Interior setting separates rainwater and soil every mud net 7, avoids soil from being brought because entering header tank 3 to the flowmeter 5 on collector pipe 4
Block or wash away, improve the service life of flowmeter 5, while improve the continuity of water and soil detection process；Rainwater after separation
Drop down onto the bottom of header tank 2, and entered by collector pipe 4 in header tank 3, and soil is then rested on every on mud net 7, when every on mud net 7
Earth accumulation it is excessive when, rainwater can not fall into the bottom of header tank 2, and now, the water of the bottom of header tank 2 is fewer and fewer, on collector pipe 4
The water that flowmeter 5 detects accordingly reduces, when the water minimum for decreasing below or pre-setting equal to controller,
Controller sends turn signal to rotary electric machine, and rotary electric machine promotes to overturn every mud net 7, wherein, under lateral where mud-guard 71
Operate, the collection mud mouth 21 on header tank 2 is gradually opened, and header tank 2 connects with collection mud box 6, is made every the soil on mud net 7 in rain drop erosion
Shifted with lower to collection mud box 6, after certain time is shifted, controller drives rotary electric machine antiport until multiple every mud net 7 again
Position, it is achieved thereby that the separation and separation of soil and rainwater are stored.
Further, in order to preferably separate rainwater and soil, it is located at the top of header tank 2 in header tank 2 every mud net 7, and every
The periphery of mud net 7 is provided with the fence 73 upwardly extended, and the fence 73 is integrally formed, and is formed and lacked directly over mud-guard 71
Mouthful, the breach faces collection mud mouth 21 when Ji Nikou 21 is opened, and to be limited by fence 73 every the soil on mud net 7, and prevents
Only soil of the soil transfer process every the edge of mud net 7 falls to the bottom of header tank 2, and the setting of breach then defines the stream of soil
Dynamic direction.Preferably, it is located at every the rotating shaft 72 on mud net 7 every the centre of mud net 7.
And in order to prevent soil from falling to the bottom of header tank 2 because spacing be present between mud net 7 and collection mud mouth 21, this practicality
New that a projection 22 is provided with the inside of case, the projection 22 connects positioned at the lower section of collection mud mouth 21, its upper side with the bottom surface of mud-guard 71
Touch, to be used as the bridge between mud net 7 and collection mud mouth 21 by the use of projection 22；Preferably, arc formed by the upper side of projection 22
Face structure is consistent with plane of rotation formed by its bottom surface walking when mud net 7 rotates with mud-guard 71, so that being rotated every mud net 7
Process, the bottom of mud-guard 71 contact with projection 22 and form closed structure all the time, in addition, being additionally favorable for, every the reseting procedure of mud net 7, hiding
The soil that mud plate 71 will fall off in projection 22 is pushed to collect mud mouth 21.Further, the size of mud-guard 71 is more than collection mud
Mouth 21 opens up size, and the length of projection 22 is slightly longer than the length of mud-guard 71, and its opposite sides is provided with a convex column 24,
Convex column 24 is located at the opposite sides of mud-guard 71, for preventing soil from being slid from the both sides.In addition, projection 22 is away from collection mud mouth 21
One end is provided with a clamp part 23, and clamp part 23 is located at the end of the direction of motion of mud-guard 71, and with raised 22 upper sides into folder
Angle, the degree of rotation every mud net 7 is limited with the setting by clamp part 23.
Further, the top of collection mud box 6 of the present utility model connects with header tank 2, in order to import soil.And in order to divide
From the rainwater entered with soil, the internal frame of collection mud box 6 is provided with a screen cloth 61, and the screen cloth 61 is laterally set, and positioned at bottom in collection mud box 6
Above face.The bottom of collection mud box 6 offers delivery port 62, and delivery port 62 connects header tank 2 by outlet pipe 63, by the rain after separation
Water is back in header tank 2；Preferably, the slant setting of outlet pipe 63, its higher end connection collection mud box 6；Installed on outlet pipe 63
There is logical only valve 64, logical only valve 64 is check valve, and its circulating direction is to flow to header tank 2 from collection mud box 6, to prevent the rain in header tank 2
Water enters in collection mud box 6.
In order to be apparent from the weight of soil in collection mud box 6, the utility model is provided with poidometer on screen cloth 61, should
Poidometer connects controller.
Further, the hillside fields water and soil detection means also includes water storage box 8, water level sensor 9 and alarm.Water storage box
8 are located at the side of header tank 3, and its underpart is connected with the bottom of header tank 3, and the rainwater in header tank 3 is transferred into water storage box 8
In, improve the measurement capacity of the hillside fields water and soil detection means.Water level sensor 9 is arranged on water storage box 8, its sensing part position
In in water storage box 8, for sensing the water level in water storage box 8, and generate water level signal and send out in the controller being attached thereto, with real-time
The hillside fields water and soil detection means reservoir capacity situation is detected, and the situation is sent out in controller.Controller receives water level letter
After number, alarm command is sent to the alarm being connected with controller, alarm sends alarm after receiving alarm command, to utilize report
The alarm function of alert device the hillside fields water and soil detection means reservoir capacity to reach after higher limit to send alarm to staff
Information, it is easy to staff to know hillside fields water and soil situation in time, and corresponding preparation is made according to situation about being known.It is preferred that
Ground, the sensing part of water level sensor 9 are located at the top of water storage box 8.
In addition, the utility model also includes a display, display connection controller, can display controller received
The each information arrived, such as the water level information of the flow information of flowmeter 5, the weight information of poidometer and water level sensor 9, with
It is easy to staff clearly to know the every terms of information of water and soil detection process.
In another embodiment of the present utility model, it is two that header tank 3, which sets quantity, and each header tank 3 is logical
Cross collector pipe 4 and connect collecting pipe 1, collector pipe 4 is equiped with the flowmeter 5 being connected with controller, to shunt the rain in header tank 2
Water, and improve testing result.
Described above is the detailed description for the preferable possible embodiments of the utility model, but embodiment is not limited to
Patent claim of the present utility model, the equal change or modification completed under the technical spirit suggested by all the utility model
Change, all should belong to the utility model and cover the scope of the claims.
Claims (10)
- A kind of 1. hillside fields water and soil detection means, it is characterised in that：Including collecting pipe, header tank, header tank, collection mud box and controller； The collecting pipe slant setting, its side opening upward；Header tank is placed below the port of described relatively low one end of collecting pipe, and is passed through The end connects the header tank；Header tank is placed below the header tank, and its bottom connects the header tank by collector pipe, it is described Flowmeter is equiped with collector pipe, the flowmeter connects controller；Being offered in the header tank side wall makes outer inside header tank connect Logical Ji Nikou, the collection mud box are located on the outside of header tank, and connect header tank by the Ji Nikou；The header tank internal frame is provided with every mud net, described laterally to be set every mud net, and above the collection mud mouth, it is described every mud net Bottom is provided with mud-guard, and the mud-guard is bonded header tank side wall, and covers the Ji Nikou；It is described to be crossed thereon every mud Netcom Rotating shaft is rotatablely connected with the header tank, rotary electric machine of the rotating shaft connection on the outside of header tank, the rotary electric machine connection control Device processed simultaneously drives operation by controller, described to be spun upside down every mud net under the driving of rotary electric machine, and when downwardly turning over, institute State mud-guard and open Ji Nikou, the header tank connects collection mud box.
- 2. water and soil detection means in hillside fields as claimed in claim 1, it is characterised in that：The top for being located at header tank every mud net, The rotating shaft is located at every the centre of mud net.
- 3. water and soil detection means in hillside fields as claimed in claim 1, it is characterised in that：Described be provided with every mud net week edge is prolonged upwards The fence stretched, the fence are integrally formed, and form breach directly over the mud-guard.
- 4. water and soil detection means in hillside fields as claimed in claim 1, it is characterised in that：Projection is provided with the inside of the header tank, institute Projection is stated below collection mud mouth, its upper side contacts with the mud-guard bottom surface, and arc formed by the raised upper side Face structure is consistent with plane of rotation formed by its bottom surface walking when mud net rotates with the mud-guard.
- 5. water and soil detection means in hillside fields as claimed in claim 4, it is characterised in that：Described raised one end away from Ji Nikou is set It is equipped with clamp part, the clamp part is located at the end of the mud-guard direction of motion, and with the convex upper side face into angle.
- 6. water and soil detection means in hillside fields as claimed in claim 1, it is characterised in that：The top of the collection mud box connects with header tank Logical, the collection mud box internal frame is provided with screen cloth, and the screen cloth is laterally set, and above the collection mud box inner bottom surface；The collection Mud box bottom offers delivery port, and the delivery port connects header tank by outlet pipe；The outlet pipe slant setting, it is higher by one End connects the collection mud box；Logical only valve is equiped with the outlet pipe, the logical only valve is check valve, and its circulating direction is from collection Mud box flows to header tank.
- 7. water and soil detection means in hillside fields as claimed in claim 6, it is characterised in that：Poidometer, institute are provided with the screen cloth State poidometer connection controller.
- 8. water and soil detection means in hillside fields as claimed in claim 1, it is characterised in that：It is two that the header tank, which sets quantity, And each header tank connects collecting pipe by collector pipe, the collector pipe is equiped with the flowmeter.
- 9. water and soil detection means in hillside fields as claimed in claim 1, it is characterised in that：Also include water storage box and water level sensor； The water storage box is located at header tank side, and its underpart connects with the header tank bottom；The water level sensor, which is arranged on, to be stored On water tank, its sensing part is located in the water storage box；The water level sensor connects controller.
- 10. water and soil detection means in hillside fields as claimed in claim 9, it is characterised in that：Also include what is be connected with the controller Alarm.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201720359458.5U CN206657011U (en) | 2017-04-07 | 2017-04-07 | A kind of hillside fields water and soil detection means |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201720359458.5U CN206657011U (en) | 2017-04-07 | 2017-04-07 | A kind of hillside fields water and soil detection means |
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| Publication Number | Publication Date |
|---|---|
| CN206657011U true CN206657011U (en) | 2017-11-21 |
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201720359458.5U Active CN206657011U (en) | 2017-04-07 | 2017-04-07 | A kind of hillside fields water and soil detection means |
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| CN (1) | CN206657011U (en) |
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN110066039A (en) * | 2019-05-30 | 2019-07-30 | 广州恒德环保科技有限公司 | A kind of interim processing unit of movable type sewage |
| CN112730805A (en) * | 2020-12-22 | 2021-04-30 | 常州从容科技服务有限公司 | Soil erosion and water loss measuring device |
| CN110066039B (en) * | 2019-05-30 | 2024-06-07 | 广州恒德环保科技有限公司 | Portable sewage temporary treatment device |
-
2017
- 2017-04-07 CN CN201720359458.5U patent/CN206657011U/en active Active
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN110066039A (en) * | 2019-05-30 | 2019-07-30 | 广州恒德环保科技有限公司 | A kind of interim processing unit of movable type sewage |
| CN110066039B (en) * | 2019-05-30 | 2024-06-07 | 广州恒德环保科技有限公司 | Portable sewage temporary treatment device |
| CN112730805A (en) * | 2020-12-22 | 2021-04-30 | 常州从容科技服务有限公司 | Soil erosion and water loss measuring device |
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