Smart community safety management system

Abstract

The invention relates to an intelligent community safety management system, which comprises a steering monitoring device, a layer-by-layer enhancement device, a data capture device, an information analysis device, a parameter judgment device and an abnormal transmission device. The safety management of the smart community can be enhanced.

Description

Technical Field

[0001] The present invention relates to the field of smart communities, and in particular to a smart community security management system. Background Art

[0002] The gas pipe is a special pipeline for conveying combustible gas. It is a metal gas pipe hose that replaces the traditional clip-on rubber hose. It can solve the defects of rubber hoses that are easy to fall off, easy to age, easy to be bitten by insects, and have a short service life. The gas pipe has the characteristics of easy installation, reliable connection, corrosion resistance, no gas blockage, good flexibility, long service life, and can be bent arbitrarily without deformation or gas blocking. The surface soft protective layer material is safer, easier to clean, and beautiful. The service life of the stainless steel threaded metal hose is 8 years.

[0003] Currently, if a corrugated hose is connected to a three-way joint in a gas pipeline, the joint itself and the pipeline distribution of the three-way joint will provide opportunities for gas leakage. Obviously, the corrugated hose is not allowed to be connected to the three-way joint.

[0004] At present, the concept of smart community has gradually emerged, which requires more intelligent management of various aspects of the community. However, there is currently no monitoring and early warning mechanism for the targeted scenario of the corrugated hose connecting the three-way joint, resulting in the possibility of gas leakage in the layout of the gas pipeline. Summary of the invention

[0005] In order to solve the technical problems in related fields, the present invention provides a smart community security management system. Based on a visual detection mechanism, an abnormal transmission device is used to transmit the pipeline abnormality alarm information corresponding to the private connection of the corrugated hose to the three-way joint when it is determined through visual detection that the corrugated hose and the three-way joint are in contact. A wireless network is used to transmit the pipeline abnormality alarm information corresponding to the private connection of the corrugated hose to the three-way joint, thereby forming a deterrent and warning to the abnormal pipeline state of the corrugated hose privately connected to the three-way joint.

[0006] According to the present invention, a smart community safety management system is provided, the system comprising: A steering monitoring device is used to realize steering operation based on the control pan-tilt at the bottom to perform directional visual monitoring actions facing the laying scene of the gas pipeline network, so as to obtain and output the corresponding visual monitoring picture; A layer-by-layer enhancement device, connected to the steering monitoring device and comprising a front-end enhancement component, a secondary-end enhancement component and a terminal enhancement component, for sequentially performing image content enhancement processing based on logarithmic transformation, directional blurring processing and Gaussian high-pass filtering processing on the received visual monitoring picture, so as to obtain and output a corresponding layer-by-layer enhanced picture; a data capture device connected to the layer-by-layer enhancement device, configured to receive the layer-by-layer enhanced picture, and to extract the image blocks occupied by the corrugated hose and the three-way joint in the received layer-by-layer enhanced picture based on the brightness imaging characteristics of the corrugated hose and the three-way joint, respectively, to output them as the first image block and the second image block, respectively; An information analysis device, connected to the data capture device, for detecting whether the depth of field value corresponding to the first image block is consistent with the depth of field value corresponding to the second image block, so as to issue a position closeness signal or a position difference signal; a parameter judgment device connected to the information analysis device, for analyzing, when receiving a position proximity signal, the number of repeated curvature values ​​of each curvature value on the geometric shape of the occupied image block corresponding to the corrugated hose and each curvature value on the geometric shape of the reference shape pattern corresponding to the corrugated hose, and determining that the corrugated hose is in contact with the three-way joint when the number of repeated curvature values ​​is less than or equal to a set number threshold, otherwise, determining that the corrugated hose and the three-way joint are not in contact; An abnormal transmission device is connected to the parameter judgment device, and is used to transmit the abnormal alarm information of the pipe network corresponding to the private connection of the corrugated hose to the three-way joint by using a wireless network when the parameter judgment device determines that the corrugated hose and the three-way joint are in contact; Among them, the abnormal transmission device is also used to temporarily suspend the use of wireless network to transmit the pipeline abnormality alarm information corresponding to the private connection of the corrugated hose to the three-way joint when the parameter judgment device determines that the corrugated hose and the three-way joint are not in contact.

[0007] It can be seen that the present invention has at least the following four important invention points: Important invention point A: Based on the brightness imaging characteristics of the corrugated hose and the three-way connector, the image blocks occupied by the corrugated hose and the three-way connector in the received layer-by-layer enhanced picture are respectively extracted to be output as the first image block and the second image block respectively; Important invention point B: detecting whether the depth of field value corresponding to the first image block is consistent with the depth of field value corresponding to the second image block, so as to send a position closeness signal or a position difference signal; Important invention point C: when receiving a position proximity signal, analyzing the number of repeated curvature values ​​of each curvature value on the geometric shape of the occupied image block corresponding to the corrugated hose and each curvature value on the geometric shape of the reference shape pattern corresponding to the corrugated hose, and when the number of repeated curvature values ​​is less than or equal to a set number threshold, determining that the corrugated hose and the three-way joint are in contact, otherwise, determining that the corrugated hose and the three-way joint are not in contact; Important invention point D: When the corrugated hose and the three-way joint are determined to be in contact through visual detection, an abnormal transmission device is used to transmit the pipe network abnormality alarm information corresponding to the private connection of the corrugated hose to the three-way joint through a wireless network, thereby forming a deterrent and warning to the abnormal pipe network status of the corrugated hose privately connected to the three-way joint. BRIEF DESCRIPTION OF THE DRAWINGS

[0008] The embodiments of the present invention will be described below with reference to the accompanying drawings, wherein: Figure 1 A schematic diagram of the internal structure of a smart community security management system shown as a corrugated hose according to an embodiment of the present invention.

[0009] Figure 2 A schematic diagram of the internal structure of a smart community security management system shown in a three-way connector according to an embodiment of the present invention.

[0010] Figure 3 Schematic diagram of the internal structure of a smart community security management system according to implementation scheme C of the present invention. DETAILED DESCRIPTION

[0011] The implementation scheme of the smart community security management system of the present invention will be described in detail below with reference to the accompanying drawings.

[0012] Figure 1 The internal structure diagram of the smart community security management system shown in the corrugated hose according to the embodiment of the present invention, the system includes: A steering monitoring device is used to realize steering operation based on the control pan-tilt at the bottom to perform directional visual monitoring actions facing the laying scene of the gas pipeline network, so as to obtain and output the corresponding visual monitoring picture; For example, a steering monitoring device for implementing a steering operation based on a control pan-tilt at the bottom to perform a directional visual monitoring action facing a gas pipe network laying scene to obtain and output a corresponding visual monitoring picture includes: the steering monitoring device includes a control pan-tilt, a positioning unit, and an image sensing unit; A layer-by-layer enhancement device, connected to the steering monitoring device and comprising a front-end enhancement component, a secondary-end enhancement component and a terminal enhancement component, for sequentially performing image content enhancement processing based on logarithmic transformation, directional blurring processing and Gaussian high-pass filtering processing on the received visual monitoring picture, so as to obtain and output a corresponding layer-by-layer enhanced picture; a data capture device connected to the layer-by-layer enhancement device, configured to receive the layer-by-layer enhanced picture, and to extract the image blocks occupied by the corrugated hose and the three-way joint in the received layer-by-layer enhanced picture based on the brightness imaging characteristics of the corrugated hose and the three-way joint, respectively, to output them as the first image block and the second image block, respectively; An information analysis device, connected to the data capture device, for detecting whether the depth of field value corresponding to the first image block is consistent with the depth of field value corresponding to the second image block, so as to issue a position closeness signal or a position difference signal; a parameter judgment device connected to the information analysis device, for analyzing, when receiving a position proximity signal, the number of repeated curvature values ​​of each curvature value on the geometric shape of the occupied image block corresponding to the corrugated hose and each curvature value on the geometric shape of the reference shape pattern corresponding to the corrugated hose, and determining that the corrugated hose is in contact with the three-way joint when the number of repeated curvature values ​​is less than or equal to a set number threshold, otherwise, determining that the corrugated hose and the three-way joint are not in contact; An abnormal transmission device is connected to the parameter judgment device, and is used to transmit the abnormal alarm information of the pipe network corresponding to the private connection of the corrugated hose to the three-way joint by using a wireless network when the parameter judgment device determines that the corrugated hose and the three-way joint are in contact; Wherein, the abnormal transmission device is also used to temporarily suspend the use of a wireless network to transmit the pipe network abnormality alarm information corresponding to the private connection of the corrugated hose to the three-way joint when the parameter judgment device determines that the corrugated hose and the three-way joint are not in contact; Wherein, based on the brightness imaging characteristics of the corrugated hose and the three-way joint, the image blocks occupied by the corrugated hose and the three-way joint in the received layer-by-layer enhanced picture are respectively extracted to be output as the first image block and the second image block respectively, including: the brightness imaging characteristics of the corrugated hose are the first brightness value distribution interval corresponding to the corrugated hose; Wherein, based on the brightness imaging characteristics of the corrugated hose and the three-way joint, the image blocks occupied by the corrugated hose and the three-way joint in the received layer-by-layer enhanced picture are respectively extracted to output as the first image block and the second image block respectively, and further includes: the brightness imaging characteristic of the three-way joint is a second brightness value distribution interval corresponding to the three-way joint; Among them, the layer-by-layer enhancement device is connected to the steering monitoring device and includes a front-end enhancement component, a secondary-end enhancement component and a terminal enhancement component, which is used to perform image content enhancement processing based on logarithmic transformation, directional blurring processing and Gaussian high-pass filtering processing on the received visual monitoring picture in sequence to obtain and output the corresponding layer-by-layer enhanced picture, including: the front-end enhancement component is used to perform image content enhancement processing based on logarithmic transformation.

[0013] Figure 2 A schematic diagram of the internal structure of a smart community security management system shown in a three-way connector according to an embodiment of the present invention.

[0014] Compared with the corrugated hose of the embodiment, the smart community safety management system shown in the three-way connector of the embodiment may also include the following components: A decibel measurement mechanism is connected to the data capture device, the front-end enhancement component, the secondary-end enhancement component and the terminal enhancement component, respectively, and is used to measure the decibel of noise near the data capture device, the front-end enhancement component, the secondary-end enhancement component and the terminal enhancement component respectively; Wherein, the decibel measurement mechanism is respectively connected to the data capture device, the front-end enhancement component, the secondary-end enhancement component and the terminal enhancement component, and is used to respectively measure the decibels of the noise near the data capture device, the front-end enhancement component, the secondary-end enhancement component and the terminal enhancement component, including: the decibel measurement mechanism includes a plurality of decibel measurement units, which are respectively connected to the data capture device, the front-end enhancement component, the secondary-end enhancement component and the terminal enhancement component, so as to complete the respective measurement of the decibels of the noise near the data capture device, the front-end enhancement component, the secondary-end enhancement component and the terminal enhancement component; Wherein, the decibel measurement mechanism includes a plurality of decibel measurement units, which are used to be connected to the data capture device, the front-end enhancement component, the secondary-end enhancement component and the terminal enhancement component respectively, so as to complete the respective measurement of the decibel of the noise near the data capture device, the front-end enhancement component, the secondary-end enhancement component and the terminal enhancement component respectively, including: the plurality of decibel measurement units are a plurality of decibel sensor circuits, which are used to be connected to the data capture device, the front-end enhancement component, the secondary-end enhancement component and the terminal enhancement component respectively, so as to complete the respective measurement of the decibel of the noise near the data capture device, the front-end enhancement component, the secondary-end enhancement component and the terminal enhancement component respectively; The multiple decibel measurement units are multiple decibel sensing circuits, which are used to be connected to the data capture device, the front-end enhancement component, the secondary-end enhancement component and the terminal enhancement component respectively, so as to complete the measurement of the decibel of the noise near the data capture device, the front-end enhancement component, the secondary-end enhancement component and the terminal enhancement component respectively, including: the structures of the multiple decibel sensing circuits are the same; And wherein, the multiple decibel measurement units are multiple decibel sensing circuits, which are used to be connected to the data capture device, the front-end enhancement component, the secondary-end enhancement component and the terminal enhancement component respectively, so as to complete the separate measurement of the decibels of the nearby noise of the data capture device, the front-end enhancement component, the secondary-end enhancement component and the terminal enhancement component respectively, and also include: the multiple decibel sensing circuits have the same decibel measurement upper limit value and decibel measurement lower limit value.

[0015] Figure 3 Schematic diagram of the internal structure of a smart community security management system according to implementation scheme C of the present invention.

[0016] Compared with the corrugated hose in the embodiment, the smart community safety management system shown in embodiment C may also include the following components: A voice control processing device is arranged near the data capture device, the front-end enhancement component, the secondary-end enhancement component and the terminal enhancement component, and is used to provide the data capture device, the front-end enhancement component, the secondary-end enhancement component and the terminal enhancement component with their respective voice control services; The voice control processing device is arranged near the data capture device, the front-end enhancement component, the secondary-end enhancement component and the terminal enhancement component, and is used to provide the data capture device, the front-end enhancement component, the secondary-end enhancement component and the terminal enhancement component with the voice control services they need respectively, including: the voice control processing device includes a sound collection unit, a value conversion unit and a signal sending unit; The voice control processing device is arranged near the data capture device, the front-end enhancement component, the secondary-end enhancement component and the terminal enhancement component, and is used to provide the data capture device, the front-end enhancement component, the secondary-end enhancement component and the terminal enhancement component with their respective voice control services, and further includes: the numerical conversion unit is connected to the sound collection unit and the signal sending unit respectively; Among them, the voice control processing device is arranged near the data capture device, the front-end enhancement component, the secondary-end enhancement component and the terminal enhancement component, and is used to provide the data capture device, the front-end enhancement component, the secondary-end enhancement component and the terminal enhancement component with their respective required voice control services. It also includes: the sound collection unit is used to collect sound signals near the data capture device, the front-end enhancement component, the secondary-end enhancement component and the terminal enhancement component, and whether the respectively collected sound signals belong to sound control signals, so as to only send the sound control signals to the numerical conversion unit for control signal analysis.

[0017] In addition, in the smart community safety management system, a layer-by-layer enhancement device is connected to the steering monitoring device and includes a front-end enhancement component, a secondary-end enhancement component, and a terminal enhancement component, which is used to sequentially perform image content enhancement processing based on logarithmic transformation, directional blur processing, and Gaussian high-pass filtering processing on the received visual monitoring picture to obtain and output the corresponding layer-by-layer enhanced picture, and also includes: the secondary-end enhancement component is used to perform directional blur processing; Among them, the layer-by-layer enhancement device is connected to the steering monitoring device and includes a front-end enhancement component, a secondary-end enhancement component and a terminal enhancement component, which is used to perform image content enhancement processing based on logarithmic transformation, directional blur processing and Gaussian high-pass filtering processing on the received visual monitoring picture in sequence to obtain and output the corresponding layer-by-layer enhanced picture. It also includes: the terminal enhancement component is used to perform Gaussian high-pass filtering processing.

[0018] In addition, a layer-by-layer enhancement device is connected to the steering monitoring device and includes a front-end enhancement component, a secondary-end enhancement component and a terminal enhancement component, which is used to sequentially perform image content enhancement processing based on logarithmic transformation, directional blur processing and Gaussian high-pass filtering processing on the received visual monitoring picture to obtain and output the corresponding layer-by-layer enhanced picture. It also includes: the front-end enhancement component, the secondary-end enhancement component and the terminal enhancement component are respectively implemented using different types of SOC chips.

[0019] The smart community safety management system of the present invention solves the technical problem in the prior art that it is difficult to specifically analyze the abnormal gas pipeline status of the corrugated hose privately connected to the three-way joint. By adopting an abnormal transmission device, when it is determined through visual detection that the corrugated hose and the three-way joint are in contact, the abnormal pipeline alarm information corresponding to the private connection of the corrugated hose to the three-way joint is wirelessly transmitted, thereby forming a deterrent and warning to the abnormal pipeline status of the corrugated hose privately connected to the three-way joint.

[0020] It will be appreciated by those skilled in the art that various modifications and changes may be made without departing from the scope and spirit of the present invention. It should therefore be understood that the above embodiments are for illustration only and are not intended to be limiting. Because the scope of the present invention is defined by the claims rather than the foregoing description, any changes and modifications that fall within the scope and boundaries of the claims or the equivalents of these scopes and boundaries are subject to the claims.

Claims

1. A smart community security management system, characterized in that: The system comprises: A steering monitoring device is used to realize steering operation based on the control pan-tilt at the bottom to perform directional visual monitoring actions facing the laying scene of the gas pipeline network, so as to obtain and output the corresponding visual monitoring picture; A layer-by-layer enhancement device, connected to the steering monitoring device and comprising a front-end enhancement component, a secondary-end enhancement component and a terminal enhancement component, for sequentially performing image content enhancement processing based on logarithmic transformation, directional blurring processing and Gaussian high-pass filtering processing on the received visual monitoring picture, so as to obtain and output a corresponding layer-by-layer enhanced picture; a data capture device connected to the layer-by-layer enhancement device, configured to receive the layer-by-layer enhanced picture, and to extract the image blocks occupied by the corrugated hose and the three-way joint in the received layer-by-layer enhanced picture based on the brightness imaging characteristics of the corrugated hose and the three-way joint, respectively, to output them as the first image block and the second image block, respectively; An information analysis device, connected to the data capture device, for detecting whether the depth of field value corresponding to the first image block is consistent with the depth of field value corresponding to the second image block, so as to issue a position closeness signal or a position difference signal; a parameter judgment device connected to the information analysis device, for analyzing, when receiving a position proximity signal, the number of repeated curvature values ​​of each curvature value on the geometric shape of the occupied image block corresponding to the corrugated hose and each curvature value on the geometric shape of the reference shape pattern corresponding to the corrugated hose, and determining that the corrugated hose is in contact with the three-way joint when the number of repeated curvature values ​​is less than or equal to a set number threshold, otherwise, determining that the corrugated hose and the three-way joint are not in contact; An abnormal transmission device is connected to the parameter judgment device, and is used to transmit the abnormal alarm information of the pipe network corresponding to the private connection of the corrugated hose to the three-way joint by using a wireless network when the parameter judgment device determines that the corrugated hose and the three-way joint are in contact; Among them, the abnormal transmission device is also used to temporarily suspend the use of wireless network to transmit the pipeline abnormality alarm information corresponding to the private connection of the corrugated hose to the three-way joint when the parameter judgment device determines that the corrugated hose and the three-way joint are not in contact.

2. The smart community security management system according to claim 1, characterized in that: Based on the brightness imaging characteristics of the corrugated hose and the three-way joint, the image blocks occupied by the corrugated hose and the three-way joint in the received layer-by-layer enhanced picture are respectively extracted to output as the first image block and the second image block respectively, including: the brightness imaging characteristic of the corrugated hose is a first brightness value distribution interval corresponding to the corrugated hose; Wherein, based on the brightness imaging characteristics of the corrugated hose and the three-way joint, the image blocks occupied by the corrugated hose and the three-way joint in the received layer-by-layer enhanced picture are respectively extracted to output as the first image block and the second image block respectively, and further includes: the brightness imaging characteristic of the three-way joint is a second brightness value distribution interval corresponding to the three-way joint; Among them, the layer-by-layer enhancement device is connected to the steering monitoring device and includes a front-end enhancement component, a secondary-end enhancement component and a terminal enhancement component, which is used to perform image content enhancement processing based on logarithmic transformation, directional blurring processing and Gaussian high-pass filtering processing on the received visual monitoring picture in sequence to obtain and output the corresponding layer-by-layer enhanced picture, including: the front-end enhancement component is used to perform image content enhancement processing based on logarithmic transformation.

3. The smart community security management system according to claim 2, characterized in that: The system further comprises: A decibel measurement mechanism is connected to the data capture device, the front-end enhancement component, the secondary-end enhancement component and the terminal enhancement component, respectively, and is used to measure the decibel of noise near the data capture device, the front-end enhancement component, the secondary-end enhancement component and the terminal enhancement component respectively; Among them, the decibel measuring mechanism is respectively connected to the data capture device, the front-end enhancement component, the secondary-end enhancement component and the terminal enhancement component, and is used to respectively measure the decibels of noise near the data capture device, the front-end enhancement component, the secondary-end enhancement component and the terminal enhancement component. The decibel measuring mechanism includes multiple decibel measuring units, which are respectively connected to the data capture device, the front-end enhancement component, the secondary-end enhancement component and the terminal enhancement component to complete the respective measurements of the decibels of noise near the data capture device, the front-end enhancement component, the secondary-end enhancement component and the terminal enhancement component.

4. The smart community security management system according to claim 3, characterized in that: The decibel measurement mechanism includes a plurality of decibel measurement units, which are used to be respectively connected to the data capture device, the front-end enhancement component, the secondary-end enhancement component and the terminal enhancement component to complete the respective measurements of the decibels of noise near the data capture device, the front-end enhancement component, the secondary-end enhancement component and the terminal enhancement component. The plurality of decibel measurement units are a plurality of decibel sensing circuits, which are used to be respectively connected to the data capture device, the front-end enhancement component, the secondary-end enhancement component and the terminal enhancement component to complete the respective measurements of the decibels of noise near the data capture device, the front-end enhancement component, the secondary-end enhancement component and the terminal enhancement component.

5. The smart community security management system according to claim 4, characterized in that: The multiple decibel measurement units are multiple decibel sensing circuits, which are used to be connected to the data capture device, the front-end enhancement component, the secondary-end enhancement component and the terminal enhancement component respectively, so as to complete the separate measurement of the decibels of noise near the data capture device, the front-end enhancement component, the secondary-end enhancement component and the terminal enhancement component respectively, including: the structures of the multiple decibel sensing circuits are the same.

6. The smart community security management system according to claim 5, characterized in that: The multiple decibel measurement units are multiple decibel sensing circuits, which are used to be connected to the data capture device, the front-end enhancement component, the secondary-end enhancement component and the terminal enhancement component respectively, so as to complete the separate measurement of the decibels of noise near the data capture device, the front-end enhancement component, the secondary-end enhancement component and the terminal enhancement component respectively, and also include: the multiple decibel sensing circuits have the same decibel measurement upper limit value and decibel measurement lower limit value.

7. The smart community security management system according to any one of claims 3 to 6, characterized in that: The system further comprises: The voice control processing device is arranged near the data capture device, the front-end enhancement component, the secondary-end enhancement component and the terminal enhancement component, and is used to provide the data capture device, the front-end enhancement component, the secondary-end enhancement component and the terminal enhancement component with the voice control services they need respectively.

8. The smart community security management system according to claim 7, characterized in that: The voice control processing device is arranged near the data capture device, the front-end enhancement component, the secondary-end enhancement component and the terminal enhancement component, and is used to provide the data capture device, the front-end enhancement component, the secondary-end enhancement component and the terminal enhancement component with their respective required voice control services, including: the voice control processing device includes a sound collection unit, a numerical conversion unit and a signal sending unit.

9. The smart community security management system according to claim 8, characterized in that: The voice control processing device is arranged near the data capture device, the front-end enhancement component, the secondary-end enhancement component and the terminal enhancement component, and is used to provide the data capture device, the front-end enhancement component, the secondary-end enhancement component and the terminal enhancement component with their respective required voice control services, and further includes: the numerical conversion unit is connected to the sound collection unit and the signal sending unit respectively; Among them, the voice control processing device is arranged near the data capture device, the front-end enhancement component, the secondary-end enhancement component and the terminal enhancement component, and is used to provide the data capture device, the front-end enhancement component, the secondary-end enhancement component and the terminal enhancement component with their respective required voice control services. It also includes: the sound collection unit is used to collect sound signals near the data capture device, the front-end enhancement component, the secondary-end enhancement component and the terminal enhancement component, and whether the respectively collected sound signals belong to sound control signals, so as to only send the sound control signals to the numerical conversion unit for control signal analysis.

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