阅读说明：本技术 一种地下室排水检测方法 (Basement drainage detection method ) 是由 刘锐 窦建奇 于 2019-11-20 设计创作，主要内容包括：本发明提供了一种地下室排水检测方法,包括以下步骤：确定地下室某一排水管的输出点与排出点,分别获取输出点的坐标与排出点的坐标；输入第一预设值距离值,并根据第一预设距离值确定下室某一排水管的输出点与排出点之间的若干中介点；检测系统基于某一排水管的输出点与排出点以及某一中介点之间,并将输出点与排出点以及某一中介点之间出现的问题发现并发出信息；基于定位系统确定地下室某一排水管的输出点与排出点以及中介点,并根据定位系统在以中介点形成图像,并根据电脑终端导出某一排水管的问题。通过对地下排水管进行分段式实时监控,将它分为多个阶段,解决了不能进行实时监控,堵塞是不能及时排查那个位置堵塞或出其它的问题。(The invention provides a basement drainage detection method, which comprises the following steps: determining an output point and a discharge point of a certain water discharge pipe of the basement, and respectively acquiring a coordinate of the output point and a coordinate of the discharge point; inputting a first preset distance value, and determining a plurality of intermediate points between an output point of a certain drainage pipe of the lower chamber and a drainage point according to the first preset distance value; the detection system is based on the output point of a certain drainage pipe, the drainage point and a certain intermediate point, and finds and sends out information about problems occurring between the output point and the drainage point and between the output point and the certain intermediate point; the output point and the discharge point of a certain water discharge pipe of the basement and the intermediary point are determined based on the positioning system, an image is formed at the intermediary point according to the positioning system, and the problem of the certain water discharge pipe is derived according to the computer terminal. By carrying out sectional type real-time monitoring on the underground drainage pipe and dividing the underground drainage pipe into a plurality of stages, the problems that real-time monitoring cannot be carried out and blockage at the position cannot be timely checked or other problems are solved.)

1. A basement drainage detection method is characterized by comprising the following steps:

determining an output point and a discharge point of a certain water discharge pipe of the basement, and respectively acquiring a coordinate of the output point and a coordinate of the discharge point;

inputting a first preset distance value, and determining a plurality of intermediate points between an output point of a certain drainage pipe of the lower chamber and a drainage point according to the first preset distance value;

the detection system is based on the output point of a certain drainage pipe, the drainage point and a certain intermediate point, and finds and sends out information about problems occurring between the output point and the drainage point and between the output point and the certain intermediate point;

the output point and the discharge point of a certain water discharge pipe of the basement and the intermediary point are determined based on the positioning system, an image is formed at the intermediary point according to the positioning system, and the problem of the certain water discharge pipe is derived according to the computer terminal.

2. The basement drainage detection method of claim 1,

the step of determining an output point and a discharge point of a certain water discharge pipe of the basement and respectively acquiring the coordinates of the output point and the discharge point further comprises the following steps:

longitude information and latitude information of an output point of a certain drainage pipe, and longitude information and latitude information of a drainage point;

the longitude information a1 and the latitude information a2 of the output point X, and the longitude information B1 and the latitude information B2 of the discharge point Y are generated into a one-dimensional quadratic equation according to a first formula, as shown in formula 1:

Y＝KX+B (1)

wherein the content of the first and second substances,

the coordinates X of the output point were (a1, a2), and the discharge point Y was (B1, B2).

3. The basement drainage detection method of claim 2,

the step of inputting a first preset distance value and determining a plurality of intermediate points between an output point of a certain drainage pipe of the lower chamber and the drainage point according to the first preset distance value further comprises the following steps:

and acquiring a first preset value distance value, and determining intermediate points of different longitude information C1 and latitude information C2 according to the preset value distance and based on the formula (2).

4. The basement drainage detection method of claim 1,

the water pump further comprises a second preset value, wherein the second preset value is the distance between the output point of a certain water drainage pipe and any intermediate point, between the output point of the certain water drainage pipe and the intermediate point or between any two intermediate points.

5. The basement drainage detection method of claim 1,

the detection system is based on the output point of a certain drainage pipe, the drainage point and a certain intermediate point, and finds and sends out information about problems occurring between the output point and the drainage point and between the output point and the certain intermediate point, and the detection system further comprises the following steps:

the detection module is used for detecting and collecting problem signals between the output point and the discharge point of a certain drainage pipe and between each intermediate point based on the output point and the discharge point of the certain drainage pipe and between each intermediate point, and sending the collected signals to the management computer terminal;

and the control module is used for monitoring the detection data of the detection module in real time based on the position between the detection module and the management computer terminal and sending the data signal of the real-time monitoring to the management computer terminal.

6. The basement drainage detection method of claim 1,

the method comprises the following steps of determining an output point, a discharge point and an intermediary point of a certain water discharge pipe of the basement based on a positioning system, forming an image at the intermediary point according to the positioning system, and leading out the problem of the certain water discharge pipe according to a computer terminal:

forming and reminding the output dot image, the discharge dot image and the intermediate image respectively;

the output dot image, the discharge dot image, and the intermediate image are stored separately.

7. The basement drainage detection method of claim 6,

the positioning system is any one of a GPS positioning module, a Beidou satellite positioning module or a Galileo positioning module.

8. The basement drainage detection method of claim 6, further comprising the following modules;

a storage module: storing the output point image, the discharge point image and the intermediary image respectively, and permanently storing data and signals detected by the detection module and real-time intermediary data monitoring of the control module respectively;

a processing module: processing the output dot image, the discharge dot image, and the intermediate image, respectively, to determine data generated in the image;

a prompt module: and prompting the image with the data.

Technical Field

The invention relates to the technical field of underground pipeline treatment, in particular to a basement drainage detection method.

Background

The underground chamber is generally provided with a drainage ditch, underground water is drained through underground water pipes which are complicated and complicated, and the underground water pipes are easy to block when raining or being used for a long time, so that the blocking of the underground water pipes is rarely treated.

However, real-time monitoring is not possible, and blockage is a problem that the blockage at that position cannot be checked in time or otherwise.

Disclosure of Invention

Aiming at the defects in the prior art, the invention aims to: the problem that the blockage at the position cannot be checked in time or other problems that real-time monitoring cannot be carried out at present is solved.

The invention provides a basement drainage detection method, which comprises the following steps:

determining an output point and a discharge point of a certain water discharge pipe of the basement, and respectively acquiring a coordinate of the output point and a coordinate of the discharge point;

inputting a first preset distance value, and determining a plurality of intermediate points between an output point of a certain drainage pipe of the lower chamber and a drainage point according to the first preset distance value;

the detection system is based on the output point of a certain drainage pipe, the drainage point and a certain intermediate point, and finds and sends out information about problems occurring between the output point and the drainage point and between the output point and the certain intermediate point;

the output point and the discharge point of a certain water discharge pipe of the basement and the intermediary point are determined based on the positioning system, an image is formed at the intermediary point according to the positioning system, and the problem of the certain water discharge pipe is derived according to the computer terminal.

Further, in the above-mentioned case,

the step of determining an output point and a discharge point of a certain water discharge pipe of the basement and respectively acquiring the coordinates of the output point and the discharge point further comprises the following steps:

longitude information and latitude information of an output point of a certain drainage pipe, and longitude information and latitude information of a drainage point;

the longitude information a1 and the latitude information a2 of the output point X, and the longitude information B1 and the latitude information B2 of the discharge point Y are generated into a one-dimensional quadratic equation according to a first formula, as shown in formula 1:

Y＝KX+B

(1)

where, B is the intercept, generating equation (2):

Y＝X+B

(2)

the coordinates X of the output point were (a1, a2), and the discharge point Y was (B1, B2).

Further, in the above-mentioned case,

the step of inputting a first preset distance value and determining a plurality of intermediate points between an output point of a certain drainage pipe of the lower chamber and the drainage point according to the first preset distance value further comprises the following steps:

and acquiring a first preset value distance value, and determining intermediate points of different longitude information C1 and latitude information C2 according to the preset value distance and based on the formula (2).

Further, in the above-mentioned case,

the water pump further comprises a second preset value, wherein the second preset value is the distance between the output point of a certain water drainage pipe and any intermediate point, between the output point of the certain water drainage pipe and the intermediate point or between any two intermediate points.

Further, in the above-mentioned case,

the detection system is based on the output point of a certain drainage pipe, the drainage point and a certain intermediate point, and finds and sends out information about problems occurring between the output point and the drainage point and between the output point and the certain intermediate point, and the detection system further comprises the following steps:

the detection module is used for detecting and collecting problem signals between the output point and the discharge point of a certain drainage pipe and between each intermediate point based on the output point and the discharge point of the certain drainage pipe and between each intermediate point, and sending the collected signals to the management computer terminal;

the control module is used for monitoring the detection data of the detection module in real time based on the position between the detection module and the management computer terminal and sending a data signal monitored in real time to the management computer terminal;

further, in the above-mentioned case,

the method comprises the following steps of determining an output point, a discharge point and an intermediary point of a certain water discharge pipe of the basement based on a positioning system, forming an image at the intermediary point according to the positioning system, and leading out the problem of the certain water discharge pipe according to a computer terminal:

forming and reminding the output dot image, the discharge dot image and the intermediate image respectively;

storing the output dot image, the discharge dot image, and the intermediate image, respectively;

further, in the above-mentioned case,

the positioning system is any one of a GPS positioning module, a Beidou satellite positioning module or a Galileo positioning module.

Further, the device also comprises the following modules

A storage module: storing the output point image, the discharge point image and the intermediary image respectively, and permanently storing data and signals detected by the detection module and real-time intermediary data monitoring of the control module respectively;

a processing module: processing the output dot image, the discharge dot image, and the intermediate image, respectively, to determine data generated in the image;

a prompt module: and prompting the image with the data.

The effect of the present invention is that,

by carrying out sectional type real-time monitoring on the underground water drainage pipe, the underground water drainage pipe is divided into a plurality of stages, each stage is seen to be provided with an output point and an output point, a plurality of intermediate points are seen between the output point and the output point, when each position of the underground water drainage pipe is blocked or rusted and has other problems, and the underground water drainage pipe is arranged between certain nodes, therefore, a certain section of the underground water pipe with problems can be positioned through a positioning system, images and data are formed, a worker can know the position of the underground water pipe with the image data more, and timely maintenance can be carried out.

Drawings

FIG. 1 is an overall flow diagram of a basement drainage detection method;

Detailed Description