CN111075332A

CN111075332A - Intelligent waterproof control method and system based on computer information technology

Info

Publication number: CN111075332A
Application number: CN201911345653.2A
Authority: CN
Inventors: 曹珏
Original assignee: Nanjing Jingyu Information Technology Co Ltd
Current assignee: Nanjing Jingyu Information Technology Co Ltd
Priority date: 2019-12-24
Filing date: 2019-12-24
Publication date: 2020-04-28

Abstract

An intelligent waterproof control method and system based on computer information technology includes: the control laser ranging sensor acquires flood control plate height information in real time and analyzes whether the flood control plate is abutted to the lower surface of a flood control block or not, if so, the control fixing mechanism drives the fixing bolt to extend out to be abutted to the fixing groove of the flood control plate and controls the telescopic mechanism to drive the flood control reinforcing plate to completely extend out, the control drainage pipeline is controlled to be opened and controls the first water suction pump to start and extract liquid inside the drainage pipeline to be dispersed in a circulating pipeline through a pipeline flow divider, the control liquid level measuring instrument is controlled to start and acquire liquid height information inside the flood control groove in real time and analyze whether the liquid inside the flood control groove is lower than a first preset height or not, if so, the control fixing mechanism drives the fixing bolt to completely contract and controls the telescopic mechanism to drive the flood control reinforcing plate to completely contract, the real-time acquisition of current city weather information and the real-time analysis whether the time exceeds the preset time and is.

Description

Intelligent waterproof control method and system based on computer information technology

Technical Field

The invention relates to the field of urban flood control, in particular to an intelligent waterproof control method and system based on a computer information technology.

Background

At present, with the increasing deterioration of the environment, the frequent occurrence of extreme weather such as rainstorm, and the like, especially the problem of waterlogging in the current cities is particularly prominent, and once the cities have rainstorm for a plurality of consecutive days, the phenomena of waterlogging, flood irrigation and flooding are very easy to occur in the lower areas and underground places of the cities, and in order to avoid the phenomena, the current practice is to adopt a sand bag stacking mode to block the arrival of rainwater and flood, and the mode is labor-consuming in operation, has an unobvious effect, and is not easy to remove the rainwater after the rainwater recedes.

Therefore, how to combine information technology with flood control, so that in severe weather conditions, the flood control equipment automatically extends out of the ground and is fixed, so as to block flood and guide the blocked flood to be shunted into a circulating pipeline under the city, so as to relieve the flood and automatically withdraw the flood control equipment after the flood is finished, and in dry weather, stored accumulated water is dispersed and permeated into the ground for moistening; the problem to be solved is to reduce a large amount of manpower and material resources.

Disclosure of Invention

The purpose of the invention is as follows: in order to overcome the disadvantages in the background art, embodiments of the present invention provide an intelligent waterproof control method and system based on a computer information technology, which can effectively solve the problems related to the background art.

The technical scheme is as follows:

an intelligent waterproof control method based on computer information technology, the method comprises the following steps:

s1, controlling a laser ranging sensor arranged at the lower surface of a flood control block at the top end of the inner wall of the flood control groove to start to acquire height information of the flood control plate in real time and analyzing whether the flood control plate collides with the lower surface of the flood control block according to the height information of the flood control plate;

s2, if yes, controlling a fixing mechanism arranged at the side position of the flood control block to start and drive a fixing bolt to extend out to be abutted against and fixed with a fixing groove of the flood control plate and controlling a telescopic mechanism arranged inside the flood control plate to drive a connected flood control reinforcing plate to completely extend out;

s3, controlling the drainage pipeline of the flood control block to be opened and controlling a first water drawing pump connected with the drainage pipeline to start and draw liquid in the drainage pipeline to be dispersed in a circulating pipeline arranged underground in a city through a pipeline diverter;

s4, controlling a liquid level measuring instrument arranged at an inner position of the flood control tank to start to obtain liquid height information in the flood control tank in real time, and analyzing whether liquid in the flood control tank is lower than a first preset height or not according to the liquid height information;

s5, if yes, controlling the fixing mechanism to drive the fixing bolt to completely contract and controlling the flood control reinforcing plate which is driven and connected by the telescopic mechanism to completely contract;

s6, acquiring weather information of the current city in real time and analyzing whether the current city is in dry weather for more than preset time in real time according to the weather information;

and S7, if so, controlling an electric one-way valve connected with the circulating pipeline and positioned in the drainage pipeline to start to seep the liquid in the circulating pipeline to the urban ground through the seepage port of the drainage pipeline.

As a preferable mode of the present invention, in S3, the method further includes the steps of:

s30, if the flood control groove is identified to be arranged at the underground garage position, controlling a second water drawing pump arranged inside the flood control plate to start to draw liquid inside the flood control groove through a connected water drawing pipe;

and S31, controlling a drainage head arranged at the top end of the flood control plate and connected with a second water drawing pump to discharge the liquid drawn by the second water drawing pump to the outer area of the flood control reinforcing plate.

As a preferred mode of the present invention, after S30, the method further includes the steps of:

s300, controlling an ultrasonic ranging sensor arranged at the side position of the top end of the flood control plate to start to acquire accumulated water height information of an external area of the flood control plate in real time and analyzing whether the accumulated water height information exceeds a second preset height or not according to the accumulated water height information;

s301, if so, controlling a water outlet arranged at the bottom end of the flood control tank to open and discharge accumulated water in the flood control tank to an underground water storage bin through a water drainage pipeline, and controlling a first water suction pump arranged at the position of a first discharge port of the underground water storage bin to start and discharge the accumulated water to an adjacent river channel region through a connected water guide pipe.

As a preferred mode of the present invention, after S300, the method further includes the steps of:

s3000, if the height of the accumulated water is lower than a second preset height, controlling a drain opening at the bottom end of the flood control tank to open and discharge the accumulated water in the flood control tank to an underground water storage bin through a drain pipeline, and controlling a monitoring camera arranged at the inlet and outlet positions of the underground garage to start to capture a monitoring image in real time under normal weather;

s3001, analyzing whether the position of the entrance and the exit of the underground garage is provided with a motor vehicle to enter the underground garage or not according to the monitoring image, and analyzing whether the motor vehicle to enter the underground garage is in a door and window closing state or not;

s3002, if then control to set up in the second suction pump of the second discharge port position of secret water storage storehouse and start the washing pipeline that will through connecting the inside ponding of secret water storage storehouse guides to the washing shower nozzle position of connecting and according to control image control the washing shower nozzle starts to spray the inside liquid of washing pipeline to the motor vehicle surface that is in door and window closed condition and prepares to get into the underground garage.

As a preferable mode of the present invention, in S3002, the method further includes the steps of:

s3003, extracting the outer surface image of the motor vehicle to be cleaned contained in the monitoring image, and comparing the outer surface image of the motor vehicle with the image stored in the database to analyze whether the motor vehicle is in a clean state;

and S3004, if yes, controlling the second water pump to stop and controlling the cleaning spray head to cancel starting.

An intelligent waterproof control system based on computer information technology uses an intelligent waterproof control method based on computer information technology, and comprises a flood control device, a ground library device, a cleaning device and a server;

the flood control device comprises a flood control groove, a flood control block, a laser ranging sensor, a flood control plate, a telescopic mechanism, a flood control reinforcing plate, a protective pipeline, a fixing mechanism, a fixing groove, a drainage pipeline, a first switching mechanism, a first water drawing pump, a pipeline flow divider, a circulating pipeline, a drainage pipeline, an electric one-way valve and a liquid level measuring instrument, wherein the flood control groove is planned to be placed at an inlet and an outlet of an urban underground garage and/or a river channel position according to an urban water conservancy management center; the flood control block is arranged at the top end of the inner wall of the flood control groove; the laser ranging sensor is arranged at the position below the flood control block and used for acquiring the rising height information of the flood control plate; the flood control plate is placed in the flood control groove and used for blocking flood; the telescopic mechanism is arranged in the inner position of the flood control plate, is connected with the flood control reinforcing plate and is used for driving the connected flood control reinforcing plate to stretch; the flood control reinforcing plate is arranged at the inner position of the flood control plate and used for lengthening the height of blocking flood after extending out; the protective pipeline is respectively connected with the flood control groove and the river channel and is used for guiding liquid in the flood control groove to the river channel; the fixing mechanism comprises a hydraulic pump and a fixing bolt, the hydraulic pump is arranged at the inner position of the side of the flood control block, is connected with the fixing bolt and is used for driving the connected fixing bolt to stretch; the fixing bolt is arranged at the inner position of the side of the flood control block and is used for being abutted and fixed with the fixing groove of the flood control plate after being extended out; the fixing groove is arranged at the side position of the flood control plate end seat; the drainage pipeline is arranged in the flood control block, the inlet of the drainage pipeline is positioned at the upper end of the flood control block, and the outlet of the drainage pipeline is positioned at the side end of the flood control block; the first switch mechanism is arranged at the inlet position of the drainage pipeline and is used for switching on and off the drainage pipeline; the first water suction pump is respectively connected with the outlet of the drainage pipeline and the pipeline diverter and is used for sucking accumulated water above the ground through the drainage pipeline and guiding the sucked accumulated water into the connected pipeline diverter; the pipeline flow divider is respectively connected with the first water drawing pump and the circulating pipeline and is used for dividing liquid drawn by the first water drawing pump into the connected circulating pipeline; the drainage pipeline is perpendicular to and connected with the circulating pipeline and is used for seeping liquid in the circulating pipeline to the lower part of the ground; the electric one-way valve is arranged at the connecting position of the drainage pipeline and the circulating pipeline; the liquid level measuring instrument is arranged at the position inside the flood control groove and is used for acquiring liquid height information inside the flood control groove;

the ground reservoir device also comprises a second water drawing pump, a water drawing pipe, a water discharge head, an ultrasonic distance measuring sensor, a water discharge port, a second switch mechanism, a water discharge pipeline, an underground water storage bin, a first water discharge port, a first water suction pump and a water guide pipe, wherein the second water drawing pump is arranged at the inner position of the flood control plate, is connected with the water drawing pipe and the water discharge head and is used for drawing liquid in the flood control groove through the water drawing pipe and guiding the drawn liquid into the connected water discharge head; the water drawing pipe is respectively connected with the second water drawing pump and the bottom end of the flood control plate and is used for drawing liquid in the flood control groove; the drainage head is arranged at the top end of the flood control reinforcing plate and used for discharging liquid sucked by the second water suction pump to the outer area of the flood control reinforcing plate; the ultrasonic ranging sensor is arranged at the side position of the top end of the flood control plate and used for acquiring height information of surface accumulated water; the water drainage opening is arranged at the bottom position of the flood control groove and connected with the water drainage pipeline and used for guiding liquid in the flood control groove into the water drainage pipeline; the second switch mechanism is arranged at the inlet position of the water outlet and is used for switching the water outlet; the water drainage pipeline is respectively connected with the water drainage opening and the underground water storage bin and is used for guiding liquid in the flood control tank into the underground water storage bin; the first discharge port is arranged at the bottom end of the underground water storage bin and is connected with a first water suction pump; the first water suction pump is respectively connected with the first discharge port and the water guide pipe and is used for pumping liquid in the underground water storage bin through the first discharge port and guiding the liquid into the connected water guide pipe; the water guide pipe is respectively connected with the first water pump and the river channel and is used for discharging the liquid pumped by the first water pump into the river channel;

the cleaning device further comprises a monitoring camera, a second discharge port, a second water pump, a cleaning pipeline and a cleaning nozzle, wherein the monitoring camera is arranged at an inlet and outlet area of the underground garage and used for acquiring environment images of the inlet and outlet area of the underground garage; the second discharge port is arranged at the bottom end of the underground water storage bin and is connected with a second water suction pump; the second water suction pump is respectively connected with the second discharge port and the cleaning pipeline and is used for pumping liquid in the underground water storage bin through the second discharge port and guiding the liquid into the connected cleaning pipeline; the cleaning pipeline is respectively connected with the second water suction pump and the cleaning spray head and is used for guiding liquid to the position of the connected cleaning spray head; the cleaning spray head is arranged at the inlet and outlet area of the underground garage and is used for spraying liquid guided by the cleaning pipeline to the outer surface of the motor vehicle to be cleaned;

the server sets up in the planned position of placing of urban water conservancy management center, the server includes:

the wireless module is used for being respectively in wireless connection with the laser ranging sensor, the telescopic mechanism, the fixing mechanism, the first switch mechanism, the first water suction pump, the electric one-way valve, the second water suction pump, the water discharge head, the ultrasonic ranging sensor, the second switch mechanism, the first water suction pump, the monitoring camera, the second water suction pump, the cleaning sprayer and the urban water conservancy management center;

the laser ranging module is used for controlling the starting or closing of the laser ranging sensor;

the information analysis module is used for processing and analyzing the information according to the specified information;

the flood control fixing module is used for controlling a fixing bolt connected with a hydraulic pump to perform telescopic operation;

the telescopic reinforcing module is used for controlling the flood control reinforcing plate which is in driving connection with the telescopic mechanism to perform telescopic operation;

the first switch module is used for controlling the first switch mechanism to open or close the drainage pipeline;

the first water drawing module is used for controlling the starting or closing of the first water drawing pump;

the liquid level measuring module is used for controlling the starting or the closing of the liquid level measuring instrument;

the information acquisition module is used for acquiring information and/or requests and/or instructions;

and the one-way control module is used for controlling the starting or closing of the electric one-way valve.

As a preferred aspect of the present invention, the server further includes:

the second water drawing module is used for controlling the second water drawing pump to be started or closed;

and the drainage control module is used for controlling the starting or closing of the drainage head.

As a preferred aspect of the present invention, the server further includes:

the ultrasonic ranging module is used for controlling the starting or the closing of the ultrasonic ranging sensor;

the second switch module is used for controlling the second switch mechanism to open or close the water outlet;

and the first water pumping module is used for controlling the starting or closing of the first water pumping pump.

As a preferred aspect of the present invention, the server further includes:

the monitoring shooting module is used for controlling the starting or closing of the monitoring camera;

the second water pumping module is used for controlling the starting or closing of a second water pumping pump;

and the cleaning control module is used for controlling the cleaning spray head to execute the set operation according to the set steps.

As a preferred aspect of the present invention, the server further includes:

a database for storing information of the motor vehicle;

and the information comparison module is used for comparing the motor vehicle image contained in the monitoring image with the motor vehicle information stored in the database and acquiring a comparison result.

The invention realizes the following beneficial effects:

1. when the intelligent waterproof control system identifies that the current city is in severe weather, the height of a flood control plate in a flood control groove is obtained in real time, when a flood control block is identified to be in contact with the bottom of the flood control plate, the fixing mechanism is controlled to fix the flood control plate, the flood control reinforcing plate is controlled to be completely extended out, a drainage pipeline of the flood control block is controlled to be opened, and after the drainage pipeline is opened, a first water suction pump is controlled to suck accumulated water in the outer area of the flood control plate and disperse the sucked water into a circulating pipeline buried underground; when the current city is in dry weather, controlling the circulating pipeline to guide liquid into the drainage channel and pressurizing and permeating the liquid in the drainage channel to the ground area of the city; so as to reduce a large amount of manpower and material resources.

2. If the intelligent waterproof control system identifies that the flood control groove is located in the entrance and exit area of the underground garage, the second water suction pump is controlled to pump liquid in the flood control groove in real time and discharge the liquid in the flood control groove to the position of the area outside the flood control plate through the drainage head, so that excessive seepage of the liquid in the flood control groove to the area inside the flood control groove is avoided; meanwhile, after the water level of the outer area of the flood control plate is identified to be higher than the set height, the drainage opening is controlled to guide accumulated water in the outer area of the flood control plate to an adjacent river channel area; when the underground garage is in normal weather, if the motor vehicles which are to enter the underground garage entrance and exit area, have doors and windows closed and have unclean surfaces are identified, the cleaning spray heads are controlled to spray water for storage and cleaning.

Drawings

The accompanying drawings, which are incorporated in and constitute a part of this specification, illustrate embodiments consistent with the present disclosure and together with the description, serve to explain the principles of the disclosure.

Fig. 1 is a flowchart of an intelligent waterproof control method according to an example of the present invention;

fig. 2 is a flow chart of a method for controlling the waterproofing of an underground garage according to one embodiment of the present invention;

FIG. 3 is a flow chart of a method of providing standing water drainage according to one example of the present invention;

FIG. 4 is a flow chart of a method for cleaning vehicles at an entrance and an exit of an underground garage according to an exemplary embodiment of the present invention;

FIG. 5 is a flow chart of a method for identifying a vehicle provided by one example of the present invention;

FIG. 6 is a connection diagram of an intelligent waterproof control system according to an exemplary embodiment of the present invention;

FIG. 7 is a schematic view, partially in section, of an area in which a flood protection trough is located according to one example of the invention;

FIG. 8 is a schematic cross-sectional view of a flood barrier according to an example of the present invention;

FIG. 9 is a schematic view of a flood block according to an exemplary embodiment of the present invention;

FIG. 10 is a schematic top view of a pipeline diverter provided in accordance with one example of the present invention;

FIG. 11 is a schematic partially cut-away view of the drain conduit and the area of the circulation conduit according to one example of the present invention;

figure 12 is a partial schematic view of an underground water storage provided by one example of the present invention.

Detailed Description

The technical solutions in the embodiments of the present invention will be clearly and completely described below with reference to the drawings in the embodiments of the present invention, and it is obvious that the described embodiments are only a part of the embodiments of the present invention, and not all of the embodiments.

Example one

Referring to fig. 1, fig. 6-11.

Specifically, the embodiment provides an intelligent waterproof control method based on a computer information technology, and the method includes the following steps:

s1, controlling a laser ranging sensor 102 arranged at the lower surface of a flood control block 101 at the top end of the inner wall of the flood control groove 100 to start to acquire the height information of the flood control plate 103 in real time and analyzing whether the flood control plate 103 collides with the lower surface of the flood control block 101 according to the height information of the flood control plate 103.

In S1, in severe weather, the laser ranging module 41 included in the server 4 controls the laser ranging sensor 102 disposed at the lower surface of the flood control block 101 on the top of the inner wall of the flood control trough 100 to start to acquire height information of the flood control panel 103 in real time, that is, to acquire distance information between the bottom of the flood control panel 103 and the laser ranging sensor 102, after the laser ranging sensor 102 is started, the information analysis module 42 included in the server 4 analyzes whether the flood control panel 103 collides with the lower surface of the flood control block 101 according to the height information of the flood control panel 103, and the collision between the flood control panel 103 and the lower surface of the flood control block 101 means that the distance between the upper surface of the bottom of the flood control panel 103 and the laser ranging sensor 102 on the lower surface of the flood control block 101 is 0, and at this time, the center of the fixing pin 107-2 of the flood control block 101 corresponds to the center of the fixing slot 108 of.

Wherein, the severe weather includes, but is not limited to, raining, snowing and the like.

S2, if any, controlling the fixing mechanism 107 disposed at the side position of the flood control block 101 to actuate the fixing pin 107-2 to extend to be abutted against the fixing groove 108 of the flood control panel 103 and controlling the telescopic mechanism 104 disposed inside the flood control panel 103 to drive the connected flood control reinforcing panel 105 to fully extend.

At S2, specifically, after the information analysis module 42 analyzes that the flood control plate 103 has a contact with the lower surface of the flood control block 101, the flood control fixing module 43 of the server 4 controls the hydraulic pump 107-1 disposed at the inner position of the lateral side of the flood control block 101 to drive the connecting fixing pin 107-2 to be in contact with the fixing groove 108 of the flood control plate 103 for fixing, and after the fixing pin 107-2 is completely extended, the telescopic reinforcing module 44 of the server 4 controls the telescopic rod disposed inside the flood control plate 103 to be in drive connection with the first telescopic motor to completely extend the connecting flood control reinforcing plate 105, so as to form a flood control wall by combining with the flood control plate 103.

S3, controlling the drainage pipeline 109 of the flood control block 101 to open and controlling the first water drawing pump 111 connected with the drainage pipeline 109 to start and draw the liquid in the drainage pipeline 109 to be dispersed in the circulation pipeline 113 arranged under the city through the pipeline diverter 112.

At S3, specifically, while the flood control reinforcing plate 105 is extended, the first switch module 45 of the server 4 controls the second expansion motor at the side inner position of the drainage pipeline 109 of the flood control block 101 to drive the connected first expansion plate to fully contract to open the drainage pipeline 109 to guide the accumulated water in the outer region of the flood control plate 103 to the position of the first water suction pump 111, after the drainage pipeline 109 is opened, the first water suction module 46 of the server 4 controls the first water suction pump 111 connected to the drainage pipeline 109 to start to suction the liquid in the drainage pipeline 109 to be dispersed in the circulation pipeline 113 disposed under the urban ground through the pipeline diverter 112, and a one-way valve is disposed at the connection between the circulation pipeline 113 and the pipeline diverter 112 to prevent the liquid in the circulation pipeline 113 from flowing back to the pipeline diverter 112.

S4, controlling the liquid level measuring instrument 116 disposed in the interior of the flood control trough 100 to start to obtain the liquid height information in the interior of the flood control trough 100 in real time, and analyzing whether the liquid in the interior of the flood control trough 100 is lower than a first preset height according to the liquid height information.

At S4, specifically, after the first water drawing pump 111 is started, the liquid level measurement module 47 included in the server 4 controls the liquid level measurement instrument 116 disposed at the internal position of the flood protection trough 100 to start and obtain the height information of the liquid inside the flood protection trough 100 in real time, and after the liquid level measurement instrument 116 is started, the information analysis module 42 analyzes whether the liquid inside the flood protection trough 100 is lower than a first preset height according to the liquid height information, where the first preset height is a total height of the flood protection trough 100-a height of the flood protection trough 1001/3, and in this embodiment, is preferably a height of the flood protection trough 1001/2.

S5, if any, controlling the fixing mechanism 107 to drive the fixing pin 107-2 to be fully contracted and controlling the telescopic mechanism 104 to drive the connected flood control reinforcing plate 105 to be fully contracted.

In S5, specifically, when the information analysis module 42 analyzes that the liquid inside the flood control trough 100 is lower than a first preset height, that is, when the accumulated water inside the flood control trough 100 is reduced to less than half of the flood control trough 100, the flood control fixing module 43 controls the hydraulic pump 107-1 inside the flood control block 101 of the flood control trough 100 to drive the connected fixing bolt 107-2 to be completely retracted, and simultaneously the telescopic reinforcement module 44 controls the first telescopic motor inside the flood control plate 103 to drive the connected telescopic rod to completely retract the flood control reinforcement plate 105; while controlling the water discharge line 109 to be closed.

And S6, acquiring weather information of the current city in real time and analyzing whether the weather exceeds the preset time and is in dry weather in real time according to the weather information.

In S6, after severe weather ends, the information obtaining module 48 included in the server 4 obtains weather information of the current city in real time, and when the information obtaining module 48 obtains the weather information, the information analyzing module 42 analyzes whether there is a time exceeding a preset time in dry weather in real time according to the weather information, where the preset time is 2 to 15 days, and preferably 5 days in this embodiment; the dry weather is all-day sunny.

And S7, if yes, controlling the electric one-way valve 115 connected with the circulating pipeline 113 and positioned in the drainage pipeline 114 to start to seep the liquid in the circulating pipeline 113 to the urban ground position through the seepage port of the drainage pipeline 114.

In S7, specifically, after the information analysis module 42 analyzes that more than 5 days are in a sunny day all day, the one-way control module 49 included in the server 4 controls the electric one-way valve 115 connected to the circulating pipeline 113 and located inside the drainage pipeline 114 to start, after the electric one-way valve 115 is started, the liquids inside the circulating pipeline 113 and the drainage pipeline 114 can flow through each other, and then the server 4 controls the booster pump of the circulating pipeline 113 at the connection position of the drainage pipeline 114 to start to boost the liquid inside the circulating pipeline 113 to the top end position of the drainage pipeline 114, and extends out to the urban ground through the seepage port in the top end region of the drainage pipeline 114, so as to moisten the urban ground and reduce the ground dryness.

Example two

As shown with reference to fig. 2-12.

Specifically, this embodiment is substantially the same as the first embodiment, except that in S3, the method further includes the following steps:

and S30, if the flood control groove 100 is identified to be arranged at the underground garage position, controlling a second water drawing pump 200 arranged inside the flood control plate 103 to start to draw the liquid inside the flood control groove 100 through the connected water drawing pipe 201.

Wherein, the position of each flood control slot 100 is recorded in the server 4; the water discharge head 202 is connected with the second water drawing pump 200 through a telescopic pipe, and the telescopic pipe is in a telescopic design.

Specifically, before the drainage pipeline 109 is opened, if the server 4 recognizes that the flood protection trough 100 is disposed at an underground garage location, the second water drawing module 50 included in the server 4 controls the second water drawing pump 200 disposed inside the flood protection plate 103 to start to draw the liquid inside the flood protection trough 100 through the connected water drawing pipe 201.

S31, controlling the drain head 202 connected to the second water-drawing pump 200 and disposed at the top of the flood control plate 103 to discharge the liquid drawn by the second water-drawing pump 200 to the region outside the flood control reinforcing plate 105.

Specifically, after the second water drawing pump 200 is started, the drainage control module 51 included in the server 4 controls the drainage head 202 disposed at the top end of the flood control plate 103 and connected to the second water drawing pump 200 to drain the liquid drawn by the second water drawing pump 200 to the area outside the flood control reinforcing plate 105, so as to avoid the problem that the liquid inside the flood control trough 100 seeps out too much.

s300, controlling the ultrasonic ranging sensor 203 arranged at the side position of the top end of the flood control plate 103 to start to acquire the height information of the accumulated water in the external area of the flood control plate 103 in real time and analyzing whether the accumulated water exceeds a second preset height according to the height information of the accumulated water.

Specifically, after the second water drawing plate is started, the ultrasonic ranging module 52 included in the server 4 controls the ultrasonic ranging sensor 203 arranged at the side position of the top end of the flood control plate 103 to start to acquire the height information of the water accumulated in the outer area of the flood control plate 103 in real time, wherein the ultrasonic ranging sensor 203 acquires the height information of the water accumulated in the outer area of the flood control plate 103 and passes through: subtracting the recorded distance between the ultrasonic ranging sensor 203 and the ground, wherein the currently acquired distance between the ultrasonic ranging sensor 203 and the water surface is equal to the ponding height information; after the ultrasonic ranging sensor 203 is started, the information analysis module 42 analyzes whether the water level exceeds a second preset height according to the water level information, wherein the second preset height is the total height of the flood control panel 103 to the height of the flood control panel 1031/3, and is preferably the height of the flood control panel 1032/3 in this embodiment, that is, whether the water level in the outer area of the flood control panel 103 reaches the height of the extended flood control panel 1032/3 is analyzed.

S301, controlling a drain opening 204 arranged at the bottom end of the flood control trough 100 to open and drain accumulated water in the flood control trough 100 to an underground water storage bin 207 through a drain pipe 206, and controlling a first water pump 209 arranged at the position of a first drain opening 208 of the underground water storage bin 207 to start and drain the accumulated water to an adjacent river channel area through a connected water guide pipe 210.

Specifically, after the information analysis module 42 analyzes that the height of the accumulated water in the external area of the flood control panel 103 reaches the height position of the extended flood control panel 1032/3, the second switch module 53 included in the server 4 controls the second retractable panel which is arranged at the inner position of the inner wall of the water outlet 204 at the bottom end of the flood control tank 100 and is in drive connection with the third retractable motor to be fully retracted so as to open the water outlet 204 and discharge the accumulated water in the flood control tank 100 to the underground water storage bin 207 through the water discharge pipeline 206, and a one-way valve is arranged at the connection position of the water discharge pipeline 206 and the underground water storage bin 207 to prevent the liquid in the underground water storage bin 207 from flowing back to the water discharge pipeline 206; after the drainage opening 204 is opened, the first water pumping module 54 included in the server 4 controls the first water pump 209 disposed at the first discharge opening 208 of the underground water storage 207 to start to discharge the water to the adjacent river channel area through the connected water conduit 210.

s3000, if the height of the accumulated water is lower than the second preset height, the drain outlet 204 at the bottom end of the flood control tank 100 is controlled to be opened, the accumulated water in the flood control tank 100 is discharged to the underground water storage bin 207 through the drain pipeline 206, and the monitoring cameras 30 arranged at the inlet and outlet positions of the underground garage are controlled to be started to capture monitoring images in real time in normal weather.

Specifically, analyze out flood control board 103 outside area ponding height and be less than the high position of the flood control board 1032/3 that stretches out and be higher than the high back of the flood control board 1031/3 that stretches out at information analysis module 42, second switch module 53 control sets up the second expansion plate that the drive of the flexible motor of third that sets up in flood control groove 100 bottom outlet 204 inner wall internal position is connected and contracts completely in order to open outlet 204 and discharge the ponding of flood control groove 100 inside to secret water storage bin 207 through outlet pipe 206, and information analysis module 42 analyzes out bad weather and finishes and reach after normal weather simultaneously, the control that server 4 contained is absorbed module 55 control and is set up the control camera 30 that imports the position in underground garage and start the environment image that the underground garage goes into in real time.

S3001, analyzing whether the entrance and exit positions of the underground garage are provided with motor vehicles to enter the underground garage according to the monitoring images, and analyzing whether the motor vehicles to enter the underground garage are in a door and window closing state.

Specifically, after the monitoring camera 30 is started, the information analysis module 42 analyzes whether the underground garage entrance/exit position is ready for the motor vehicle to enter the underground garage according to the monitoring image, and after the motor vehicle ready for entering the underground garage is analyzed, the information analysis module continues to analyze whether the motor vehicle ready for entering the underground garage is in all door and window closing states.

S3002, if so, control the second suction pump 32 arranged at the position of the second discharge port 31 of the underground water storage bin 207 to start the cleaning pipeline 33 connected with the second suction pump, guide the accumulated water in the underground water storage bin 207 to the position of the cleaning nozzle 34 connected with the second suction pump, and control the cleaning nozzle 34 to start the liquid in the cleaning pipeline 33 to be sprayed to the outer surface of the motor vehicle in the door and window closing state and ready to enter the underground garage according to the monitoring image.

Specifically, analyze at information analysis module 42 and go out that the motor vehicle prepares to get into underground garage and all doors and windows of this motor vehicle all are in the closed condition after, second pump module 56 control that server 4 contains sets up the second suction pump 32 that sets up in the second discharge port 31 position of underground reservoir 207 and starts to be with through the washing pipeline 33 of connection the inside ponding guide of underground reservoir 207 is to the washing shower nozzle 34 position of connecting, after second suction pump 32 starts, washing control module 57 that server 4 contains controls according to the control image washing shower nozzle 34 starts to spray the inside liquid of washing pipeline 33 to being in door and window closed condition and preparing to get into the motor vehicle surface in underground garage for the motor vehicle washes.

s3003, extracting the to-be-cleaned outer surface image of the motor vehicle contained in the monitoring image, and comparing the outer surface image of the motor vehicle with the image stored in the database 58 to analyze whether the motor vehicle is in a clean state.

Specifically, after the second water pump 32 is started and before the cleaning nozzle 34 is started, the server 4 extracts the outer surface image of the motor vehicle to be cleaned, which is contained in the monitoring image, after the extraction is completed, the information comparison module 59 compares the outer surface image of the motor vehicle with the image stored in the database 58 and obtains a comparison result, and after the information comparison module 59 obtains the comparison result, the information analysis module 42 analyzes whether the motor vehicle is in a clean state, i.e., analyzes whether the motor vehicle is a cleaned clean motor vehicle.

And S3004, if yes, controlling the second water pump 32 to stop and controlling the cleaning spray head 34 to cancel starting.

Specifically, after the information analysis module 42 analyzes that the motor vehicle is in a clean state, the second water pumping module 56 controls the second water pumping pump 32 to stop, and the cleaning control module 57 controls the cleaning nozzle 34 to be deactivated.

EXAMPLE III

As shown with reference to fig. 6-12.

Specifically, the embodiment provides an intelligent waterproof control system based on a computer information technology, and an intelligent waterproof control method based on the computer information technology is used, and comprises a flood control device 1, a ground library device 2, a cleaning device 3 and a server 4;

the flood control device 1 comprises a flood control groove 100, a flood control block 101, a laser ranging sensor 102, a flood control plate 103, a telescopic mechanism 104, a flood control reinforcing plate 105, a protection pipeline 106, a fixing mechanism 107, a fixing groove 108, a drainage pipeline 109, a first switching mechanism 110, a first water suction pump 111, a pipeline flow divider 112, a circulating pipeline 113, a drainage pipeline 114, an electric one-way valve 115 and a liquid level measuring instrument 116, wherein the flood control groove 100 is planned to be placed at an inlet and an outlet of an urban underground garage and/or a river channel position according to an urban water conservancy management center; the flood control block 101 is arranged at the top end of the inner wall of the flood control groove 100; the laser ranging sensor 102 is arranged below the flood control block 101 and used for acquiring the height information of the rising of the flood control plate 103; the flood control plate 103 is placed at an inner position of the flood control trough 100 and used for blocking flood; the telescopic mechanism 104 is arranged at the inner position of the flood control plate 103, is connected with the flood control reinforcing plate 105, and is used for driving the connected flood control reinforcing plate 105 to stretch; the flood control reinforcing plate 105 is arranged at an inner position of the flood control plate 103 and used for lengthening the height of blocking flood after extending out; the protective pipe 106 is respectively connected with the flood control trough 100 and the river channel, and is used for guiding the liquid in the flood control trough 100 to the river channel; the fixing mechanism 107 comprises a hydraulic pump 107-1 and a fixing bolt 107-2, wherein the hydraulic pump 107-1 is arranged at the inner position of the side of the flood control block 101, is connected with the fixing bolt 107-2 and is used for driving the connected fixing bolt 107-2 to stretch and retract; the fixing bolt 107-2 is arranged at the inner position of the side of the flood control block 101 and is used for being abutted and fixed with the fixing groove 108 of the flood control plate 103 after being extended out; the fixing groove 108 is arranged at the side position of the end seat of the flood control plate 103; the drainage pipeline 109 is arranged in the flood control block 101, the inlet of the drainage pipeline 109 is positioned at the upper end of the flood control block 101, and the outlet is positioned at the side end of the flood control block 101; the first switch mechanism 110 is arranged at the inlet position of the drainage pipeline 109 and is used for switching on and off the drainage pipeline 109; the first water suction pump 111 is respectively connected with the outlet of the drainage pipeline 109 and the pipeline diverter 112, and is used for sucking accumulated water above the ground through the drainage pipeline 109 and guiding the sucked accumulated water into the connected pipeline diverter 112; the pipeline flow divider 112 is respectively connected with the first water drawing pump 111 and the circulating pipeline 113, and is used for dividing the liquid drawn by the first water drawing pump 111 into the connected circulating pipeline 113; the drainage pipeline 114 is perpendicular to and connected with the circulating pipeline 113 and is used for seeping the liquid in the circulating pipeline 113 to the ground below; the electric check valve 115 is arranged at the connecting position of the drainage pipeline 114 and the circulating pipeline 113; the liquid level measuring instrument 116 is disposed inside the flood control trough 100, and is used for acquiring liquid height information inside the flood control trough 100;

the ground reservoir device 2 further comprises a second water drawing pump 200, a water drawing pipe 201, a water discharge head 202, an ultrasonic distance measuring sensor 203, a water discharge port 204, a second switch mechanism 205, a water discharge pipeline 206, an underground water storage bin 207, a first water discharge port 208, a first water drawing pump 209 and a water guide pipe 210, wherein the second water drawing pump 200 is arranged at the inner position of the flood control plate 103, is connected with the water drawing pipe 201 and the water discharge head 202, and is used for drawing the liquid in the flood control tank 100 through the water drawing pipe 201 and guiding the drawn liquid to the connected water discharge head 202; the water drawing pipe 201 is respectively connected with the second water drawing pump 200 and the bottom end of the flood control plate 103, and is used for drawing liquid in the flood control groove 100; the drainage head 202 is arranged at the top end of the flood control reinforcing plate 105 and is used for discharging liquid pumped by the second water suction pump 200 to the outer area of the flood control reinforcing plate 105; the ultrasonic ranging sensor 203 is arranged at the side position of the top end of the flood control plate 103 and used for acquiring height information of surface water; the drainage opening 204 is arranged at the bottom end of the flood protection trough 100 and connected with the drainage pipe 206, and is used for guiding the liquid in the flood protection trough 100 into the drainage pipe 206; the second switch mechanism 205 is arranged at the inlet of the drain opening 204 and is used for switching on and off the drain opening 204; the drainage pipe 206 is respectively connected with the drainage port 204 and the underground water storage bin 207, and is used for guiding the liquid in the flood control tank 100 into the underground water storage bin 207; the first discharge port 208 is arranged at the bottom end of the underground water storage bin 207 and is connected with a first water pump 209; the first water pump 209 is respectively connected with the first discharge port 208 and the water conduit 210, and is used for pumping the liquid in the underground water storage bin 207 through the first discharge port 208 and guiding the liquid into the connected water conduit 210; the water guide pipe 210 is respectively connected with the first water pump 209 and the river channel, and is used for discharging the liquid pumped by the first water pump 209 into the river channel;

the cleaning device 3 further comprises a monitoring camera 30, a second discharge port 31, a second water pump 32, a cleaning pipeline 33 and a cleaning nozzle 34, wherein the monitoring camera 30 is arranged at an inlet and outlet area of the underground garage and used for acquiring environment images of the inlet and outlet area of the underground garage; the second discharge port 31 is arranged at the bottom end of the underground water storage bin 207 and is connected with a second water pump 32; the second water pump 32 is respectively connected with the second discharge port 31 and the cleaning pipeline 33, and is used for pumping the liquid in the underground water storage bin 207 through the second discharge port 31 and guiding the liquid into the connected cleaning pipeline 33; the cleaning pipeline 33 is respectively connected with the second water pump 32 and the cleaning spray head 34 and is used for guiding liquid to the position of the connected cleaning spray head 34; the cleaning spray head 34 is arranged at the inlet and outlet area of the underground garage and is used for spraying the liquid introduced by the cleaning pipeline 33 to the outer surface of the motor vehicle to be cleaned;

server 4 sets up in the planned position of placing of urban water conservancy management center, server 4 includes:

the wireless module 40 is used for being respectively in wireless connection with the laser ranging sensor 102, the telescopic mechanism 104, the fixing mechanism 107, the first switch mechanism 110, the first water suction pump 111, the electric one-way valve 115, the second water suction pump 200, the drainage head 202, the ultrasonic ranging sensor 203, the second switch mechanism 205, the first water suction pump 209, the monitoring camera 30, the second water suction pump 32, the cleaning nozzle 34 and the urban water conservancy management center;

the laser ranging module 41 is used for controlling the laser ranging sensor 102 to be started or closed;

an information analysis module 42 for processing and analyzing information according to the specified information;

the flood control fixing module 43 is used for controlling the hydraulic pump 107-1 to drive the connected fixing bolt 107-2 to perform telescopic operation;

the telescopic reinforcing module 44 is used for controlling the telescopic mechanism 104 to drive the connected flood control reinforcing plate 105 to perform telescopic operation;

the first switch module 45 is used for controlling the first switch mechanism 110 to open or close the drainage pipeline 109;

the first water drawing module 46 is used for controlling the starting or closing of the first water drawing pump 111;

a level measurement module 47 for controlling the on or off of the level gauge 116;

an information obtaining module 48 for obtaining information and/or requests and/or instructions;

and a one-way control module 49 for controlling the activation or deactivation of the electric one-way valve 115.

As a preferred embodiment of the present invention, the server 4 further includes:

the second water drawing module 50 is used for controlling the second water drawing pump 200 to be started or closed;

and the drainage control module 51 is used for controlling the starting or the closing of the drainage head 202.

the ultrasonic ranging module 52 is used for controlling the starting or the closing of the ultrasonic ranging sensor 203;

the second switch module 53 is used for controlling the second switch mechanism 205 to open or close the drain opening 204;

and the first water pumping module 54 is used for controlling the starting or the closing of the first water pumping pump 209.

the monitoring shooting module 55 is used for controlling the starting or closing of the monitoring camera 30;

a second pumping module 56 for controlling the second pump 32 to be turned on or off;

and a cleaning control module 57 for controlling the cleaning head 34 to perform the set operation according to the set step.

a database 58 for storing information about the motor vehicle;

and the information comparison module 59 is configured to compare the vehicle image included in the monitoring image with the vehicle information stored in the database 58 and obtain a comparison result.

The telescopic mechanism 104 comprises a first telescopic motor and a telescopic rod, wherein the first telescopic motor is arranged inside the flood control plate 103, is connected with the telescopic rod and is used for driving the connected telescopic rod to stretch; the telescopic link is connected with a first telescopic motor and a flood control reinforcing plate 105 respectively, and the flood control reinforcing plate 105 connected with the telescopic link in a driving mode stretches.

The first switch mechanism 110 includes a second telescopic motor and a first telescopic plate, the second telescopic motor is disposed at an inner position of the side of the drainage pipeline 109 and connected with the first telescopic plate, and is used for driving the first telescopic plate in a telescopic manner; the first expansion plate is arranged at the inner position of the side of the drainage pipeline 109 and used for opening and closing the drainage pipeline 109.

The second switch mechanism 205 includes a third telescopic motor and a second telescopic plate, the third telescopic motor is disposed in an inner wall of the drain opening 204 and connected to the second telescopic plate, and is configured to drive the second telescopic plate to extend and retract; the second expansion plate is arranged in the inner wall of the drain opening 204 and used for opening and closing the drain opening 204.

Wherein, a booster pump is arranged at the joint of the circulating pipeline 113 and the drainage pipeline 114, and is used for boosting the liquid inside the circulating pipeline 113 to the drainage pipeline 114.

It should be understood that, in the third embodiment, the specific implementation process of each module described above may correspond to the description of the above method embodiments (the first embodiment to the second embodiment), and is not described in detail here.

The system provided in the third embodiment is only illustrated by dividing the functional modules, and in practical applications, the above-mentioned functions may be distributed by different functional modules according to needs, that is, the internal structure of the system is divided into different functional modules to complete all or part of the above-described functions.

The above embodiments are merely illustrative of the technical ideas and features of the present invention, and are intended to enable those skilled in the art to understand the contents of the present invention and implement the present invention, and not to limit the scope of the present invention. All equivalent changes or modifications made according to the spirit of the present invention should be covered within the protection scope of the present invention.

Claims

1. An intelligent waterproof control method based on computer information technology is characterized by comprising the following steps:

2. The intelligent waterproof control method based on computer information technology as claimed in claim 1, wherein in S3, the method further comprises the following steps:

3. The intelligent waterproof control method based on computer information technology of claim 2, wherein after S30, the method further comprises the following steps:

4. The intelligent waterproof control method based on computer information technology of claim 3, wherein after S300, the method further comprises the following steps:

5. The intelligent waterproof control method based on computer information technology as claimed in claim 4, wherein in S3002, the method further comprises the following steps:

6. An intelligent waterproof control system based on computer information technology, which uses the intelligent waterproof control method based on computer information technology of any one of claims 1-5, and comprises a flood control device, a ground library device, a cleaning device and a server, and is characterized in that:

7. The intelligent waterproof control system based on computer information technology of claim 6, characterized in that the server further comprises:

8. The intelligent waterproof control system based on computer information technology of claim 6, characterized in that the server further comprises:

9. The intelligent waterproof control system based on computer information technology of claim 6, characterized in that the server further comprises:

10. The intelligent waterproof control system based on computer information technology of claim 6, characterized in that the server further comprises:

a database for storing information of the motor vehicle;