CN207882742U - A kind of secondary water-supply remote monitoring system of pumping station - Google Patents
A kind of secondary water-supply remote monitoring system of pumping station Download PDFInfo
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- CN207882742U CN207882742U CN201820307393.4U CN201820307393U CN207882742U CN 207882742 U CN207882742 U CN 207882742U CN 201820307393 U CN201820307393 U CN 201820307393U CN 207882742 U CN207882742 U CN 207882742U
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- monitoring system
- remote monitoring
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- shock inductor
- cabinet main
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Abstract
The utility model discloses a kind of secondary water-supply remote monitoring system of pumping station, including cabinet main body, Shock inductor, fixing sucking disk and sliding slot, observation door is installed on the left of the cabinet main body, and it is provided with camera on the left of observation door, observation door is installed on the left of the Shock inductor, and the lower right of Shock inductor is provided with noise measuring instrument, water quality testing meter is installed on the right side of the noise measuring instrument, and water quality testing meter is fixedly arranged above connecting terminal, it is provided with PLC above the connecting terminal, and Switching Power Supply is installed above PLC.The secondary water-supply remote monitoring system of pumping station is provided with Shock inductor, microcontroller, accumulator and audible-visual annunciator, when generation significant shock or someone want stealing inside pumping plant, at this moment vibrations pass to Shock inductor by observing door, alarm is achieved the effect that by the information processing of microcontroller, and then by audible-visual annunciator.
Description
Technical field
The utility model is related to pumping plant technical field, specially a kind of secondary water-supply remote monitoring system of pumping station.
Background technology
Secondary water-supply pumping plant is the device that second-pumping is carried out to water, now due to the construction in city and water resource are not
Foot, some factories, study and community need to convey water, in order to which people use water, since city is multiple
Side establishes multiple pumping plants, needs to monitor these pumping plants in time, in order to understand the water supply situation inside pumping plant in time,
It is overhauled in time convenient for staff, therefore there has been secondary water-supply remote monitoring system of pumping station in the market, by being remotely
The case where system can check pumping plant in time, although the type of remote monitoring system currently on the market is varied, still
Come with some shortcomings place, for example, traditional remote monitoring system is inconvenient to be fixed and adjusting position, it cannot be in pumping plant
The noise and water quality in portion are monitored, and cause the noise of pumping plant internal element excessive, influence the use of pumping plant, cannot be swarmed into
Alarm, therefore we just propose secondary water-supply remote monitoring system of pumping station and can be good at solving problem above
Utility model content
The purpose of this utility model is to provide a kind of secondary water-supply remote monitoring system of pumping station, to solve above-mentioned background skill
The remote monitoring system traditional currently on the market that art proposes is inconvenient to be fixed and adjusting position, cannot be to pumping plant inside
Noise and water quality are monitored, and cause the noise of pumping plant internal element excessive, influence the use of pumping plant, cannot carry out swarming into alarm
The problem of.
To achieve the above object, the utility model provides the following technical solutions：A kind of secondary water-supply pumping plant remote monitoring system
It unites, including cabinet main body, Shock inductor, fixing sucking disk and sliding slot, observation door is installed, and see on the left of the cabinet main body
It is provided with camera on the left of Cha Men, observation door is installed, and the lower section of Shock inductor is right on the left of the Shock inductor
Side is provided with noise measuring instrument, water quality testing meter is equipped on the right side of the noise measuring instrument, and the top of water quality testing meter is solid
Surely there is connecting terminal, PLC is provided with above the connecting terminal, and Switching Power Supply is installed above PLC, the switch electricity
The upper right in source is fixed with 3G routers, and fire wall is provided with above 3G routers, the right side of the Shock inductor
Microcontroller is installed, and microcontroller is fixedly arranged above audible-visual annunciator, and accumulator is provided with below the microcontroller, it is described
Sliding rail is installed at left and right sides of fixing sucking disk, cabinet main body is provided on the left of the sliding slot, and be fixed on the right side of sliding slot
Slide plate is equipped with fixing groove above the slide plate, and is provided with fixed spring on the right side of fixing groove, the right side of the fixed spring
Side is equipped with noise measuring instrument.
Preferably, the Shock inductor with observation door be structure as a whole, and Shock inductor, microcontroller, accumulator and
Audible-visual annunciator is to be fixedly connected with observation door.
Preferably, the noise measuring instrument is installed in the bottom of cabinet main body with water quality testing meter.
Preferably, the sliding rail is " U "-shaped, and the connection type of sliding rail and fixing sucking disk is to be connected together.
Preferably, the slide plate constitutes slide construction with cabinet main body by sliding slot, and the peak of slide plate is less than cabinet
The peak of bottom part body.
Preferably, the elastic maximum of the fixed spring is less than the length of fixing groove, and the elasticity of fixed spring is minimum
Value is equal to a quarter of fixed slot length.
Compared with prior art, the utility model has the beneficial effects that：The secondary water-supply remote monitoring system of pumping station；
(1) it is provided with Shock inductor, microcontroller, accumulator and audible-visual annunciator, significant shock is generated inside pumping plant
Or someone, when wanting stealing, at this moment vibrations pass to Shock inductor by observing door, and Shock inductor receives the shake in the external world
It is dynamic, by the information processing of microcontroller, information is then transmitted to audible-visual annunciator, and then alarm has been reached by audible-visual annunciator
Effect, prompt periphery personnel protect, the model RV-971 of Shock inductor, the model AT89C20 of microcontroller, acousto-optic
The model CTE-96J of alarm；
(2) noise measuring instrument, the model LM61-AWA6291 of noise measuring instrument, the model of water quality testing meter are installed
ZYD-HF is mounted on the bottom of cabinet main body, and noise measuring instrument and water quality inspection by noise measuring instrument and water quality testing meter
It surveys instrument to be slided in the sliding slot of cabinet bottom part body by slide plate, while by fixing groove and fixed spring to noise measuring
Instrument and water quality testing meter are detected convenient for noise measuring instrument and the multi-faceted noise to pumping plant of water quality monitor in turn, pass through
Water quality monitor carries out timely detection and monitoring to the water quality inside pumping plant, and then improves the quality of pumping plant internal water；
(3) fixing sucking disk is installed, engaging sliding is carried out inside " u "-shaped sliding rail by fixing sucking disk, convenient for adjusting rule
Determine the position of sucker, therefore be not only convenient for that whole system is fixed well, is also convenient for adjusting the position of whole system.
Description of the drawings
Fig. 1 is the utility model cabinet main body main structure diagram；
Fig. 2 is that the utility model observes door side structure schematic view；
Fig. 3 is the utility model cabinet main body backsight structural representation；
Fig. 4 is the utility model noise measuring instrument and slide plate overlooking structure diagram；
Fig. 5 is the utility model flowage structure schematic diagram.
In figure：1, cabinet main body, 2, observation door, 3, camera, 4, Shock inductor, 5, noise measuring instrument, 6, terminals
Son, 7, PLC, 8, Switching Power Supply, 9,3G routers, 10, fire wall, 11, water quality testing meter, 12, audible-visual annunciator, 13, monolithic
Machine, 14, accumulator, 15, fixing sucking disk, 16, sliding rail, 17, fixing groove, 18, slide plate, 19, sliding slot, 20, fixed spring.
Specific implementation mode
The following will be combined with the drawings in the embodiments of the present invention, carries out the technical scheme in the embodiment of the utility model
Clearly and completely describe, it is clear that the described embodiments are only a part of the embodiments of the utility model, rather than whole
Embodiment.Based on the embodiments of the present invention, those of ordinary skill in the art are without making creative work
The every other embodiment obtained, shall fall within the protection scope of the present invention.
- 5 are please referred to Fig.1, the utility model provides a kind of technical solution：A kind of secondary water-supply remote monitoring system of pumping station,
Including cabinet main body 1, observation door 2, camera 3, Shock inductor 4, noise measuring instrument 5, connecting terminal 6, PLC7, Switching Power Supply
8,3G routers 9, fire wall 10, water quality testing meter 11, audible-visual annunciator 12, microcontroller 13, accumulator 14, fixing sucking disk 15,
The left side of sliding rail 16, fixing groove 17, slide plate 18, sliding slot 19 and fixed spring 20, cabinet main body 1 is equipped with observation door 2, and observes
The left side of door 2 is provided with camera 3, and the left side of Shock inductor 4 is equipped with observation door 2, and the lower right of Shock inductor 4
It is provided with noise measuring instrument 5, Shock inductor 4 is structure as a whole with observation door 2, and Shock inductor 4, microcontroller 13, electric power storage
Pond 14 and audible-visual annunciator 12 are to be fixedly connected with observation door 2, are convenient for being detected vibrations by Shock inductor 4, together
When alarmed by audible-visual annunciator 12, the right side of noise measuring instrument 5 is equipped with water quality testing meter 11, and water quality testing meter 11
Be fixedly arranged above connecting terminal 6, noise measuring instrument 5 is installed in the bottom of cabinet main body 1 with water quality testing meter 11, by making an uproar
Sound detector 5 can be detected the noise and water quality of pumping plant element with water quality testing meter 11, the top setting of connecting terminal 6
There is PLC7, and Switching Power Supply 8 is installed above PLC7, the upper right of Switching Power Supply 8 is fixed with 3G routers 9, and the roads 3G
Fire wall 10 is provided with by the top of device 9, the right side of Shock inductor 4 is equipped with microcontroller 13, and the top of microcontroller 13 is solid
Fixed sound light crossing-signal 12, the lower section of microcontroller 13 are provided with accumulator 14, and the left and right sides of fixing sucking disk 15 is equipped with sliding rail
16, sliding rail 16 is " U "-shaped, and the connection type of sliding rail 16 and fixing sucking disk 15 is to be connected together, just by the " u "-shaped of sliding rail 16
It is moved, and then is fixed well convenient for whole system, the left side of sliding slot 19 inside sliding rail 16 in fixing sucking disk 15
It is provided with cabinet main body 1, and the right side of sliding slot 19 is fixed with slide plate 18, slide plate 18 is made up of sliding slot 19 with cabinet main body 1 and slides
Dynamic structure, and the peak of slide plate 18 is less than the peak of 1 bottom of cabinet main body, is carried out in the inside of sliding slot 19 by slide plate 18
Sliding, and then noise measuring instrument 5 is driven to be slided so that noise measuring instrument 5 is examined into Row noise well in whole system
It surveys, the top of slide plate 18 is equipped with fixing groove 17, and the right side of fixing groove 17 is provided with fixed spring 20, the bullet of fixed spring 20
Property maximum value be less than fixing groove 17 length, and the elastic minimum value of fixed spring 20 be equal to 17 length of fixing groove four/
One, the length of fixing groove 17 is less than by the elastic maximum of fixed spring 20, convenient for fixed spring 20 to 5 He of noise measuring instrument
Water quality testing meter 11 is fixed, and the right side of fixed spring 20 is equipped with noise measuring instrument 5.
Operation principle：When using the secondary water-supply remote monitoring system of pumping station, first, whole system is moved to work
In region, fixing sucking disk 15 is slided in the inside of sliding rail 16 after reaching working region, to be adjusted by sliding rail 16
Height of the fixing sucking disk 15 above cabinet main body 1, convenient for carrying out the fixation of different location to cabinet main body 1, according to workspace
Situation with strength in domain adjusts the position of fixing sucking disk 15, fixing sucking disk 15 regulate after by fixing sucking disk 15 and cabinet main body
1 is pressed against working region, and then by fixing sucking disk 15 so that cabinet main body 1 is consolidated well with working region
It is fixed, it is fixed well convenient for whole system, then whole system just proceeds by monitoring work, and camera 3 starts work
Make, camera 3 is monitored pumping plant inside, then camera 3 by PLC7,3G router 9 and fire wall 10 by shooting
Image and sound are handled by central processing module, are then transmitted to network client module, then pass through networking client
Module is transmitted to display module, and the image shot in this way to camera 3 by display module is shown, it is thus achieved that entire system
The remote monitoring of system, the case where monitoring pumping plant in time convenient for staff, when pumping plant encounters stealing or the strong thunder shake of natural calamity
When dynamic, vibrations pass to Shock inductor 4 by observing door 2, and Shock inductor 4 carries out information processing by microcontroller 13, so
Microcontroller 13 passes information to alarm modules afterwards, and at this moment alarm modules pass information to audible-visual annunciator 12, thus acousto-optic
Alarm 12 just carries out alarming, and slide plate 18 is moved inside the sliding slot 19 of 1 bottom of cabinet main body so that noise measuring
Instrument 5 carries out multi-faceted detection to the element noise inside pumping plant, it is possible thereby to the noise of pumping plant is detected well, so as to
It works, the fixed spring 20 of the 17 inside left and right sides of fixing groove is squeezed with hand, then by water well in pumping plant
Quality detection instrument 11 is taken out inside fixing groove 17 is detected the water quality of pumping plant by water quality testing meter 11, in this specification not
The content being described in detail, such as camera 3, Shock inductor 4, noise measuring instrument 5,3G routers 9, fire wall 10, water quality
Detector 11, audible-visual annunciator 12 and microcontroller 13, belong to the prior art well known to professional and technical personnel in the field.
Although the utility model is described in detail with reference to the foregoing embodiments, those skilled in the art is come
Say, still can with technical scheme described in the above embodiments is modified, or to which part technical characteristic into
Row equivalent replacement, within the spirit and principle of the utility model, any modification, equivalent replacement, improvement and so on should all
It is included within the scope of protection of this utility model.
Claims (6)
1. a kind of secondary water-supply remote monitoring system of pumping station, including cabinet main body (1), Shock inductor (4), fixing sucking disk (15)
With sliding slot (19), it is characterised in that：Observation door (2) is installed on the left of the cabinet main body (1), and observes the left side of door (2)
It is provided with camera (3), observation door (2), and the lower section of Shock inductor (4) are installed on the left of the Shock inductor (4)
Right side is provided with noise measuring instrument (5), water quality testing meter (11) is equipped on the right side of the noise measuring instrument (5), and water quality is examined
It surveys instrument (11) and is fixedly arranged above connecting terminal (6), be provided with PLC (7) above the connecting terminal (6), and PLC (7)
Top is equipped with Switching Power Supply (8), and the upper right of the Switching Power Supply (8) is fixed with 3G routers (9), and 3G routers
(9) it is provided with fire wall (10) above, microcontroller (13), and microcontroller are installed on the right side of the Shock inductor (4)
(13) be fixedly arranged above audible-visual annunciator (12), be provided with accumulator (14), the fixation below the microcontroller (13)
Sliding rail (16) is installed at left and right sides of sucker (15), cabinet main body (1), and sliding slot are provided on the left of the sliding slot (19)
(19) it is fixed with slide plate (18) on the right side of, fixing groove (17), and the right side of fixing groove (17) are installed above the slide plate (18)
Side is provided with fixed spring (20), and noise measuring instrument (5) is equipped on the right side of the fixed spring (20).
2. a kind of secondary water-supply remote monitoring system of pumping station according to claim 1, it is characterised in that：The Vibration induction
Device (4) is structure as a whole with observation door (2), and Shock inductor (4), microcontroller (13), accumulator (14) and audible-visual annunciator
(12) it is to be fixedly connected with observation door (2).
3. a kind of secondary water-supply remote monitoring system of pumping station according to claim 1, it is characterised in that：The noise measuring
Instrument (5) is installed in the bottom of cabinet main body (1) with water quality testing meter (11).
4. a kind of secondary water-supply remote monitoring system of pumping station according to claim 1, it is characterised in that：The sliding rail (16)
It is " U "-shaped, and the connection type of sliding rail (16) and fixing sucking disk (15) is to be connected together.
5. a kind of secondary water-supply remote monitoring system of pumping station according to claim 1, it is characterised in that：The slide plate (18)
Slide construction is constituted by sliding slot (19) with cabinet main body (1), and the peak of slide plate (18) is less than cabinet main body (1) bottom
Peak.
6. a kind of secondary water-supply remote monitoring system of pumping station according to claim 1, it is characterised in that：The fixed spring
(20) elastic maximum is less than the length of fixing groove (17), and the elastic minimum value of fixed spring (20) is equal to fixing groove (17)
The a quarter of length.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201820307393.4U CN207882742U (en) | 2018-03-06 | 2018-03-06 | A kind of secondary water-supply remote monitoring system of pumping station |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201820307393.4U CN207882742U (en) | 2018-03-06 | 2018-03-06 | A kind of secondary water-supply remote monitoring system of pumping station |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN207882742U true CN207882742U (en) | 2018-09-18 |
Family
ID=63496695
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201820307393.4U Active CN207882742U (en) | 2018-03-06 | 2018-03-06 | A kind of secondary water-supply remote monitoring system of pumping station |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN207882742U (en) |
-
2018
- 2018-03-06 CN CN201820307393.4U patent/CN207882742U/en active Active
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