CN213769905U - Glass steel wisdom storage tank of many parameters monitoring - Google Patents

Abstract

The utility model provides a glass steel wisdom storage tank of many parameter monitoring, relates to glass steel storage tank field, including storage tank body, jar foot and cover, wherein install many parameter monitoring system and solar power module on the storage tank body, solar power module is used for doing many parameter monitoring system provides the electric energy, can be through the collection and the analysis to a plurality of parameters of glass steel inside lining storage tank, and then monitors and aassessment the healthy running state of storage tank to realize producing electric energy certainly and supply through solar energy.

Description

Glass steel wisdom storage tank of many parameters monitoring

Technical Field

The utility model relates to a glass steel storage tank field, concretely relates to glass steel wisdom storage tank of many parameters monitoring.

Background

Along with the use of glass steel storage tank is more and more frequent, has also proposed higher requirement to the quality and the multifunctionality of storage tank, and common multi-functional storage tank is for setting up various sensors on the storage tank body in order to reach the effect that multiple parameter presents and monitors, gradually, not only need install the hardware sensor additional, still need realize the real-time communication between each sensor to present the healthy state of storage tank, make the storage tank become more intelligent. However, the more hardware is added on the storage tank, the greater the energy consumption is, and the solution of the problem of the electric energy consumption of the intelligent storage tank is of great significance to the development of the intelligent storage tank.

SUMMERY OF THE UTILITY MODEL

The utility model provides a glass steel wisdom storage tank of many parameter monitoring can be through the collection and the analysis to a plurality of parameters of glass steel inside lining storage tank, and then monitor and aassessment the healthy running state of storage tank to realize self-generating energy and supply with through solar energy.

The above technical purpose of the present invention can be achieved by the following technical solutions: the utility model provides a glass steel wisdom storage tank of many parameter monitoring, includes storage tank body, jar foot and cover, wherein install many parameter monitoring system and solar energy power module on the storage tank body, solar energy power module is used for doing many parameter monitoring system provides the electric energy.

Preferably, the solar power supply module comprises a solar panel, a frame plate rod, an angle rod and a rotating rod groove, the rotating rod groove is a circular through groove which protrudes outwards from the surface of the tank cover and is oppositely arranged, the angle rod is a cylindrical rod which is inserted into the rotating rod grooves on two sides, and the middle of the frame plate rod extends upwards to be connected with the straight rod of the solar panel.

Preferably, the rack rod and the solar panel are connected through a spherical rotating part, and the spherical rotating part is used for adjusting the orientation angle of the solar panel.

Preferably, the ball rotating part comprises a rod end ball particle and a lower plate ball groove, the rod end ball particle is a ball block protruding outwards from the upper end of the plate supporting rod, and the lower plate ball groove is a spherical groove recessed inwards from the middle of the lower surface of the solar panel.

Preferably, the ball pivot portion further includes a resistance increasing portion for increasing a frictional force between the contact surfaces of the rod end pellets and the underfloor ball grooves.

Preferably, the resistance-increasing portion includes a spherical convex strip and a spherical concave strip, the spherical convex strip is a convex strip extending outwards from the lower side surface of the rod end spherical particle, and the spherical concave strip is a concave strip extending inwards from the lower side surface of the ball groove under the plate.

Preferably, the ball rotating part further comprises a ball abutting plate, the ball abutting plate is connected to the upper surface of the lower ball groove of the plate through a spring, and the ball abutting plate is a spherical arc plate.

Preferably, the rack bar further comprises a slot part for enhancing the stability of the inclination angle of the rack bar.

Preferably, the slot part comprises a circumferential rod insertion plate and a circumferential array groove bottom locking groove, the circumferential rod insertion plate extends outwards from the angle rod wall surface, and the circumferential array groove bottom locking groove is a circumferential strip groove which is downwards sunken from the lower side surface of the rotating rod groove and is arranged at intervals.

To sum up, the utility model discloses following beneficial effect has.

1. The intelligent storage tank integrating multiple parameters can monitor multiple health states of the storage tank in real time, and the intelligent storage tank encounters a sudden situation and is timely subjected to alarm processing.

2. Through indirect measurement medium temperature of temperature between the layers and the mode of surveying supersound liquid level outward, avoided the mode installation that uses trompil and mouth of pipe flange when accurate measurement, can well adapt to the demand of chemical industry.

3. Arrange banded weeping induction zone between glass steel layer and plastic layer, have unique structural advantage, on the basis that does not influence each item performance of storage tank itself, can realize that the hardware of wisdom storage tank lays, realizes accurate temperature and leakage monitoring.

4. The remote online monitoring system can facilitate workers to master the state of the field storage tank in real time, and dynamic data management facilitates data integration, processing and analysis.

5. The solar power supply module supplies power to all parts of the intelligent storage tank, so that electric energy is generated by itself, and energy consumption is reduced.

Drawings

Fig. 1 is a schematic diagram of the overall structure of an intelligent storage tank.

Fig. 2 is a schematic structural diagram of a solar power supply module on a tank cover.

Fig. 3 is a front view of fig. 2.

Fig. 4 is an enlarged view of the ball turning portion.

Fig. 5 is an enlarged view of the structure of the slot portion.

In the figure: 1. storage tank body, 2, cover, 3, solar panel, 4, frame board pole, 5, angle pole, 6, bull stick groove, 7, rod end spherulites, 8, board ball groove down, 9, sphere sand grip, 10, ball groove concave strip, 11, support ball board, 12, pole week picture peg, 13, groove bottom capture groove.

Detailed Description

The present invention will be described in further detail with reference to the accompanying drawings.

The present embodiment is only for explaining the present invention, and it is not limited to the present invention, and those skilled in the art can make modifications to the present embodiment without inventive contribution as required after reading the present specification, but all of them are protected by patent laws within the scope of the claims of the present invention.

Embodiment 1, as shown in fig. 1 to 3, a glass fiber reinforced plastic smart storage tank of multi-parameter monitoring includes a storage tank body 1, a tank foot and a tank cover 2, wherein, a multi-parameter monitoring system and a solar power supply module are installed on the storage tank body 1, and the solar power supply module is used for providing electric energy for the multi-parameter monitoring system. The intelligent storage tank is a glass fiber reinforced plastic lining plastic storage tank and is composed of a lining plastic layer and a glass fiber reinforced plastic layer, the multi-parameter monitoring system mainly comprises a hardware system and a software system, the multi-parameter monitoring system monitors and evaluates the healthy running state of the storage tank by collecting and analyzing a plurality of parameters of the glass fiber reinforced plastic lining storage tank, and particularly, the layout mode of the hardware system is mainly divided into internal layout and external layout. The internal layout is to lay the micro sensor between a lining plastic layer and a glass fiber reinforced plastic layer, and specifically comprises a positioning type leakage induction belt laid along the position of a lining plastic welding seam and a micro temperature sensor laid along multiple points of the vertical direction of the cylinder body. The external arrangement is to arrange the sensors and other equipment on the outer surface of the glass fiber reinforced plastic layer, and specifically comprises ultrasonic water level measuring probes arranged at the bottom of the storage tank; the temperature and humidity module and the solar power supply module are distributed at the top of the storage tank; the monitoring camera and the system control box are arranged on the side face of the storage tank, an ultrasonic water level calibration probe, an inclination sensor, a temperature and humidity collector electrically connected with the micro temperature sensor and the temperature and humidity module, a positioning type leakage controller electrically connected with the positioning type leakage induction belt, an external measurement type ultrasonic water level meter electrically connected with the ultrasonic measuring probe and the calibration probe, and a 4G DTU electrically connected with the temperature and humidity collector, the positioning type leakage controller, the ultrasonic water level meter and the inclination sensor are arranged in the control box. The monitoring camera is connected with the 4G DTU through a network cable, and the control box is connected with the solar power supply module through a power line. The software system is mainly an online monitoring and data dynamic management system and mainly comprises a real-time monitoring module, a data analysis and statistics module, an alarm module and a system management module.

As shown in fig. 3 and 4, the solar power supply module includes a solar panel 3, a frame plate rod 4, an angle rod 5 and a rotating rod groove 6, the rotating rod groove 6 is a circular through groove protruding outwards from the surface of the tank cover 2 and oppositely disposed at an interval, the through grooves on both sides penetrate and extend on the same straight line, the angle rod 5 is a cylindrical rod inserted in the rotating rod groove 6 on both sides, and the frame plate rod 4 is a straight rod extending upwards from the middle of the angle rod 5 and connected with the solar panel 3. Can be through rotating turret plate bar 4, accomplish the rotation of angle pole 5 in bull stick groove 6, thereby accomplish the change of 4 gestures of frame plate bar, control then and adjust solar panel 3 orientation and the distance apart from cover 2, one adjust and promote solar panel 3 generating efficiency to the light angle, two come can be when weather that wind is big or night, fall back cover 2 surfaces and carry out photoelectric generation or accomodate the protection, avoid strong wind to destroy the condition appearance such as incomplete solar panel 3. Wherein, the angle rod 5 and the rotating rod groove 6 are tightly matched in an extrusion way, and the rotary positioning device still has the capability of extrusion positioning under the rotatable condition.

The frame plate rod 4 and the solar panel 3 are connected through a ball rotating part, and the ball rotating part is used for adjusting the orientation angle of the solar panel 3. The ball portion includes ball groove 8 under the outside bellied ball piece in the upper end of putting up plate pole 4, the outside sunken spherical recess in the middle part of the lower surface of solar panel 3 of ball groove 8 under the board under the pole end spherulite 7 for putting up plate pole 4. The opening caliber of the ball groove 8 under the plate is slightly smaller than the diameter of the rod end ball 7, so that the rod end ball 7 is not easy to separate after being inserted into the ball groove 8 under the plate. The orientation and posture of the solar panel 3 on the frame plate rod 4 can be independently adjusted through the spherical rotating part, so that the adjustability of the solar panel 3 becomes more flexible and multidimensional.

The ball swivel portion also includes a friction increasing portion that increases the friction between the contact surfaces of the rod end pellets 7 and the under-plate ball grooves 8. The resistance increasing part comprises a spherical convex strip 9 and a spherical groove concave strip 10, the spherical convex strip 9 is a convex strip extending outwards from the lower side surface of the rod end spherulite 7, and the spherical groove concave strip 10 is a concave groove strip extending inwards from the lower side surface of the plate lower spherical groove 8. Increase the roughness between the ball groove 8 contact surface under rod end spherulite 7 and the board through increasing the portion of hindering for rod end spherulite 7 has better stability under the board in ball groove 8, avoids rotating easily, landing, influences solar panel 3's gesture. The ball grooves 10 may be provided in a larger number than the spherical protrusions 9, so that the spherical protrusions 9 can be more easily inserted into the ball grooves 10 by rotating the rod end pellets 7. The ball rotating part also comprises a ball supporting plate 11, the ball supporting plate 11 is connected to the upper surface of the lower ball groove 8 of the plate through a spring, and the ball supporting plate 11 is a spherical arc plate. Through the extrusion of ball board 11, increase the pressfitting power between the ball groove 8 under rod end spherulite 7 and the board, especially be difficult for breaking away from behind sphere sand grip 9 and the gomphosis of ball groove concave strip 10, the stability and the fastness of reinforcing ball portion department, at this moment, if need rotate rod end spherulite 7 in the ball groove 8 under the board, can make solar panel 3 face the extending direction of frame plate pole 4 and to 2 extrusion of cover, make sphere sand grip 9 remove from ball groove concave strip 10, and the downside surface of rod end spherulite 7 no longer laminates the board under the downside surface of ball groove 8, can rotate rod end spherulite 7 at this moment more laborsavingly, change solar panel 3 towards the gesture.

As shown in fig. 5, a slot part for enhancing the stability of the inclination angle of the shelf rod 4 is further included. The slot part comprises a peripheral rod inserting plate 12 and a slot bottom locking slot 13, the peripheral rod inserting plate 12 is a circumferentially arrayed straight plate extending outwards from the wall surface of the angle rod 5, and the slot bottom locking slot 13 is a circumferentially spaced straight groove recessed downwards from the lower side surface of the rod slot 6. The slot part can make the angle rod 5 have stable posture in the rotating rod groove 6, and the condition that the self-deflection occurs because the pressing force between the angle rod 5 and the rotating rod groove 6 is insufficient is prevented. Specifically, when the angle lever 5 is required to be rotated, the shelf lever 4 can be lifted upward so that the angle lever 5 is positioned at an upper position in the rotating lever groove 6, and the angle lever 5 is adjusted at this time so that the lever peripheral plate 12 is inserted into the lower groove bottom locking groove 13 when a desired angle is obtained, and the angle lever 5 is prevented from rotating by the slot portion.

Claims (9)

1. The utility model provides a glass steel wisdom storage tank of many parameter monitoring, includes storage tank body (1), jar foot and cover (2), its characterized in that install many parameter monitoring system and solar energy power module on storage tank body (1), solar energy power module is used for doing many parameter monitoring system provides the electric energy.

2. The intelligent glass fiber reinforced plastic storage tank with multi-parameter monitoring function as claimed in claim 1, wherein the solar power supply module comprises a solar panel (3), a frame plate rod (4), an angle rod (5) and a rotating rod groove (6), the rotating rod groove (6) is a spaced circular through groove protruding outwards from the surface of the tank cover (2) and arranged oppositely, the angle rod (5) is a cylindrical rod inserted into the rotating rod groove (6) on two sides, and the frame plate rod (4) is a straight rod extending upwards from the middle of the angle rod (5) and connected with the solar panel (3).

3. The intelligent storage tank of glass fiber reinforced plastic for multi-parameter monitoring as claimed in claim 2, wherein the shelf rod (4) and the solar panel (3) are connected by a ball rotation part, and the ball rotation part is used for adjusting the orientation angle of the solar panel (3).

4. The smart glass fiber reinforced plastic storage tank with multi-parameter monitoring function as claimed in claim 3, wherein the ball rotation part comprises rod end pellets (7) and under-board ball grooves (8), the rod end pellets (7) are spherical blocks protruding outwards from the upper end of the shelf rod (4), and the under-board ball grooves (8) are spherical grooves recessed inwards from the middle of the lower surface of the solar panel (3).

5. The smart fiberglass storage tank with multi-parameter monitoring as claimed in claim 4, wherein the ball rotating portion further comprises a resistance increasing portion for increasing the friction between the contact surfaces of the rod end pellets (7) and the under-plate ball grooves (8).

6. The smart fiberglass storage tank for monitoring multiple parameters of claim 5, wherein the resistance-increasing portion comprises a spherical convex strip (9) and a spherical concave strip (10), the spherical convex strip (9) is a convex strip extending outwards from the lower side surface of the rod end pellet (7), and the spherical concave strip (10) is a concave strip extending inwards from the lower side surface of the under-plate spherical groove (8).

7. The intelligent storage tank of glass fiber reinforced plastic for multi-parameter monitoring as claimed in claim 6, wherein the ball rotating part further comprises a ball abutting plate (11), the ball abutting plate (11) is connected to the upper surface of the ball groove (8) under the plate through a spring, and the ball abutting plate (11) is a spherical arc plate.

8. A smart fiber reinforced plastic tank as claimed in claim 2 or 7, further comprising a slot for enhancing the stability of the inclination angle of the shelf rod (4).

9. The intelligent glass fiber reinforced plastic storage tank with multi-parameter monitoring function as claimed in claim 8, wherein the slot part comprises a peripheral rod insertion plate (12) and a bottom locking groove (13), the peripheral rod insertion plate (12) is a circumferential array of straight plates extending outwards from the wall surface of the angle rod (5), and the bottom locking groove (13) is a circumferential spaced straight groove recessed downwards from the lower side surface of the rotating rod groove (6).

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