CN104700161B - A kind of construction site inspection optimization method and system based on risk factors collection - Google Patents

A kind of construction site inspection optimization method and system based on risk factors collection Download PDF

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CN104700161B
CN104700161B CN201510099380.3A CN201510099380A CN104700161B CN 104700161 B CN104700161 B CN 104700161B CN 201510099380 A CN201510099380 A CN 201510099380A CN 104700161 B CN104700161 B CN 104700161B
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construction site
information
construction
pipe network
inspection
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CN104700161A (en
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安跃红
尤英俊
夏元斌
赵水根
罗冬林
金铁龙
蔡文佳
谢高新
钱勤晖
刘波
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Shenzhen Gas Corp Ltd
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Shenzhen Gas Corp Ltd
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Abstract

A kind of construction site inspection optimization method and system, the method based on risk factors collection provided by the present invention specifically includes: being arranged and store risk factors existing for construction site and the corresponding risk class information of the risk factors in pipe network intelligence inspection system in advance；Acquisition construction site information in real time, and the construction site information of the acquisition is matched with corresponding risk class information described in the risk factors of systemic presupposition and the risk factors；If information matches success, pipe network intelligence inspection system automatically generates the inspection period of the construction site according to a pre-defined rule, and the inspection management work of construction site is carried out according to the inspection period allocated associated worksite administrative staff.The present invention, to automatically provide the building site inspection period, improves inspection efficiency by matching the construction site information of acquisition with risk factors pre-set in system and risk class.

Description

A kind of construction site inspection optimization method and system based on risk factors collection
Technical field
The present invention relates to gas ductwork inspection technical field more particularly to a kind of construction sites based on risk factors collection Inspection optimization method and system.
Background technique
Fuel gas conduit inspection has extremely important effect during combustion gas storage and transportation conveying, is that safety in production is indispensable Indispensable link；In face of the building site quantity and polygon construction form of surge, experience again also can by building site management personnel abundant Face the case where feeling at a loss.The construction site visiting method for not occurring standardization, procedure currently on the market, is easy to make The horizontal difference of inspection caused by origin cause of formation building site management personnel profile.
That is, defect existing in the prior art are as follows: the inspection period setting for lacking automation leads to gas pipeline inspection effect Rate is low.
Therefore, the existing technology needs to be improved and developed.
Summary of the invention
The technical problem to be solved in the present invention is that in view of the above drawbacks of the prior art, provide it is a kind of based on risk because The construction site inspection optimization method and system of element identification, it is intended to solve to lack patrolling for automation in the prior art through the invention The defect looked into period setting, lead to gas pipeline inspection inefficiency.
The technical proposal for solving the technical problem of the invention is as follows:
A kind of construction site inspection optimization method based on risk factors collection, the inspection optimization method are used for pipe network intelligence In energy inspection system, wherein comprising steps of
S1, it is arranged in pipe network intelligence inspection system in advance and stores risk factors existing for construction site and the risk The corresponding risk class information of factor；
S2, in real time acquisition construction site information, and by the construction site information of the acquisition and the risk of systemic presupposition because Corresponding risk class information described in the plain and described risk factors is matched；
If the success of S3, information matches, pipe network intelligence inspection system automatically generate the construction work according to a pre-defined rule The inspection period on ground, and work is managed according to the inspection that the inspection period allocated associated worksite administrative staff carry out construction site Make.
The construction site inspection optimization method based on risk factors collection, wherein existing for the construction site Risk factors include: basic condition factor and administrative intervention factor.
The construction site inspection optimization method based on risk factors collection, wherein the basic condition factor packet It includes: construction operation project progress, construction operation controllable degree and construction operation and pipeline range information；The administrative intervention factor It include: construction operation supervision degree, the safeguard measure implementation of conditions of the construction site, the pipe network different degree, the pipe network Pressure rank and the pipe network information integrity degree.
The construction site inspection optimization method based on risk factors collection, wherein the risk factors are corresponding Risk class information includes: level-one, second level, three-level, level Four and Pyatyi；Wherein level-one highest, Pyatyi are minimum.
The construction site inspection optimization method based on risk factors collection, wherein the step S3 is specifically included Step:
S31, pipe network intelligence inspection system are by the risk factors of the construction site information and systemic presupposition that acquire in real time and institute Corresponding risk class information described in risk factors is stated to be matched；
If S32, successful match and detect building site in the basic condition factor comprising 2 or more prime risks or Include the building site of 3 or more prime risks in administrative intervention factor described in person, then set for the first inspection period；
If S33, successful match simultaneously detect the building site for having 1 prime risk in the basic condition factor or described There is the building site of prime risk in administrative intervention factor, then set for the second inspection period；
S44, otherwise then sets the third inspection period in other cases；
S45, pipe network intelligence inspection system are applied according to the inspection period allocated associated worksite administrative staff of the setting The inspection management work in work building site.
A kind of construction site inspection optimization system based on risk factors collection, wherein include:
Module is stored in advance, for being arranged in pipe network intelligence inspection system in advance and storing risk existing for construction site Factor and the corresponding risk class information of the risk factors；
Information acquisition module, in real time acquire construction site information, and by the construction site information of the acquisition be Corresponding risk class information described in preset risk factors of uniting and the risk factors is matched；
Inspection cycle set module, if pipe network intelligence inspection system is according to a pre-defined rule for information matches success The inspection period of the construction site is automatically generated, and is constructed according to the inspection period allocated associated worksite administrative staff The inspection management work in building site.
The construction site inspection optimization system based on risk factors collection, wherein wind existing for the construction site Dangerous factor includes: basic condition factor and administrative intervention factor.
The construction site based on risk factors collection is patrolled optimization system, wherein the basic condition factor includes: Construction operation project progress, construction operation controllable degree and construction operation and pipeline range information；The administrative intervention factor packet Include: construction operation supervises degree, the safeguard measure implementation of conditions of the construction site, the pipe network different degree, the pipe network pressure Power rank and the pipe network information integrity degree.
The construction site based on risk factors collection is patrolled optimization system, wherein the corresponding wind of the risk factors Dangerous class information includes: level-one, second level, three-level, level Four and Pyatyi；Wherein level-one highest, Pyatyi are minimum.
The construction site inspection optimization system based on risk factors collection, wherein the inspection cycle set module It specifically includes:
Information matching unit, for pipe network intelligence inspection system by the construction site information acquired in real time and systemic presupposition Corresponding risk class information described in risk factors and the risk factors is matched；
First inspection period setting unit, if for successful match and detecting in the basic condition factor comprising 2 Include the building site of 3 or more prime risks in the building site of the above prime risk or the administrative intervention factor, then sets first It patrols the period；
Second inspection period setting unit, if for successful match and detecting in the basic condition factor there is 1 one There is the building site of prime risk in the building site of grade risk or the administrative intervention factor, then set for the second inspection period；
Third inspection period setting unit, for otherwise, then setting the third inspection period in other cases；
Inspection management work allocation unit, for pipe network intelligence inspection system according to the inspection period allocated phase of the setting Close the inspection management work that building site management personnel carry out construction site.
A kind of construction site inspection optimization method and system based on risk factors collection provided by the present invention, the side Method specifically includes: being arranged in pipe network intelligence inspection system in advance and stores risk factors existing for construction site and the risk The corresponding risk class information of factor；Acquisition construction site information in real time, and by the construction site information and system of the acquisition Corresponding risk class information described in preset risk factors and the risk factors is matched；If information matches success, Pipe network intelligence inspection system automatically generates the inspection period of the construction site according to a pre-defined rule, and according to the inspection week Phase distributes the associated worksite administrative staff inspection management work for carrying out construction site.The present invention passes through the construction site that will be acquired and believes Breath is matched with risk factors pre-set in system and risk class, to automatically provide the building site inspection period, is mentioned High inspection efficiency.
Detailed description of the invention
Fig. 1 is that the present invention is based on the streams of the first preferred embodiment of the construction site of risk factors collection inspection optimization method Cheng Tu.
Fig. 2 is that the present invention is based on the function of the first preferred embodiment of the construction site of risk factors collection inspection optimization system It can module map.
Specific embodiment
The construction site inspection optimization method and system that the invention discloses a kind of based on risk factors collection, to make this hair Bright objects, technical solutions and advantages are clearer, clear, as follows in conjunction with drawings and embodiments to of the invention further detailed Explanation.It should be appreciated that the specific embodiments described herein are merely illustrative of the present invention, it is not intended to limit the present invention.
Referring to Figure 1, Fig. 1 is that the present invention is based on the first of the construction site of risk factors collection inspection optimization method is preferable The flow chart of embodiment.Construction site inspection optimization method shown in FIG. 1 based on risk factors collection, comprising:
Step S101, it is arranged in pipe network intelligence inspection system in advance and stores risk factors existing for construction site and institute State the corresponding risk class information of risk factors.
It needs to be arranged in pipe network intelligence inspection system in advance in the embodiment of the present invention and stores wind existing for construction site Dangerous factor and the corresponding risk class information of the risk factors, wherein risk factors existing for the construction site include: base Plinth condition element and administrative intervention factor.
Further, the basic condition factor includes: construction operation project progress, construction operation controllable degree and construction Operation and pipeline range information；The administrative intervention factor includes: that the protection of construction operation supervision degree, the construction site is arranged Apply implementation of conditions, the pipe network different degree, the ductwork pressure rank and the pipe network information integrity degree.
Further, set the corresponding risk class information of the risk factors include: level-one, second level, three-level, level Four, And Pyatyi；Wherein level-one highest, Pyatyi are minimum.
Step S102, acquisition construction site information in real time, and by the construction site information of the acquisition and systemic presupposition Corresponding risk class information described in risk factors and the risk factors is matched.
If step S103, information matches success, pipe network intelligence inspection system automatically generates described according to a pre-defined rule The inspection period of construction site, and according to the inspection pipe of the inspection period allocated associated worksite administrative staff progress construction site Science and engineering is made.
In the embodiment of the present invention, the step S103 specifically includes step:
S31, pipe network intelligence inspection system are by the risk factors of the construction site information and systemic presupposition that acquire in real time and institute Corresponding risk class information described in risk factors is stated to be matched；
If S32, successful match and detect building site in the basic condition factor comprising 2 or more prime risks or Include the building site of 3 or more prime risks in administrative intervention factor described in person, then set for the first inspection period；
If S33, successful match simultaneously detect the building site for having 1 prime risk in the basic condition factor or described There is the building site of prime risk in administrative intervention factor, then set for the second inspection period；
S44, otherwise then sets the third inspection period in other cases；
S45, pipe network intelligence inspection system are applied according to the inspection period allocated associated worksite administrative staff of the setting The inspection management work in work building site.
Preferably, the first inspection period is at least to patrol twice daily；It is described second inspection the period be daily at least Inspection is primary；The third inspection period is that at least inspection in every two days is primary.If existing simultaneously two or more ranks, with inspection Subject to period short rank.Without supervision or the poor building site of supervision, can be appropriate to increase inspection time according to its construction speed Number.
It is illustrated below according to a concrete application embodiment.
Construction site information element is attributed to construction site characteristic information, building site management information and building site by the first step Interior three bulk of pipe network information, each piece has all been done extremely detailed content and definition.
1 construction site characteristic information
Construction site characteristic information include construction operation project progress, construction operation controllable degree and operation and pipeline away from From.
1.1, according to construction operation project progress, can be divided into:
1) active period building site refers to there is construction operation, and potentially affects the operation of pipeline and facility, as ground excavates Deng；
2) stationary phase building site refers to suspension of works, building site stockyard or ground (containing ground) operation, influences on pipeline and facility It is lesser；
3) phase building site is not known, refers to that the construction of construction period uncertain or provisional (less than 7 consecutive days) is made Industry point.
1.2, according to construction operation controllable degree, can be divided into:
1) it is small to refer to that operation mode influences periphery, is not likely to produce the engineering of secondary event, such as the high building site of controllable degree Hand excavation etc..
2) the low building site of controllable degree refers to the more difficult construction for holding control of operation, such as Directional Drilling, push pipe, exploration work Industry.
1.3 distance according to construction operation apart from pipeline can be divided into:
1) operation within the scope of pipe protection: by Shenzhen's pipe protection requirement, low pressure, middle pressure pipeline protection scope are pipe Region within the scope of 1 meter of wall and facility outer rim two sides；Sub-high pressure pipe protection range is 2 meters of tube wall and facility outer rim two sides Region in range；Pressure piping protection scope is the region within the scope of 5 meters of tube wall and facility outer rim two sides.
2) operation within the scope of pipe control: by Shenzhen's pipe protection requirement, low pressure, middle pressure pipeline control range are pipe Region within the scope of 1 meter to 6 meters of wall and facility outer rim two sides；Sub-high pressure pipe control range is tube wall and facility outer rim two sides Region within the scope of 2 meters to 10 meters；Pressure piping control range is within the scope of 5 meters to 50 meters of tube wall and facility outer rim two sides Region.
3) operation outside pipe control range: by Shenzhen's pipe protection requirement, low pressure, middle pressure pipeline control range are pipe Region over 6 meters of wall and facility outer rim two sides；Sub-high pressure pipe control range is that 10 meters of tube wall and facility outer rim two sides are opened Outer region；Pressure piping control range is the region over 50 meters of tube wall and facility outer rim two sides.
2 construction site management informations
2.1 supervise degree according to construction operation, can be divided into:
1) there are the engineering of supervision in the stronger construction operation of supervision, Zhi You government work permit, government and our unit.
2) the weaker construction operation of supervision.
3) operation of without supervision refers to without government's work permit, and the engineering of unmanned supervision and management.
2.2 according to construction site to the safeguard measure implementation of conditions of pipe network, can be divided into:
1) protection scheme is not formulated, implements safeguard measure.
2) formulating has protection scheme, but do not implement specifically.
3) formulating has protection scheme, and implementing has safeguard measure.
3 pipe network characteristic informations
3.1 press pipe network different degree, can be divided into
1) it is supplied to essential industry user.
2) the above user's gas in 10000 families (containing) may be influenced.
3) responsible consumer may be influenced or influence 5000 families (containing) above user's gas.
4) 5000 families or less user's gas may be influenced.
3.2 press ductwork pressure, can be divided into
1) high pressure pipe network.
2) sub-high pressure pipe network.
3) fecder system network.
4) low-pressure pipe network.
3.3 press pipe network information integrity degree, can be divided into:
1) do not have on GIS, but there is pipe network at scene.
2) have on GIS, live not pipe network.
3) there is a pipe network at GIS and scene, but information is not inconsistent.
4) there is a pipe network at GIS and scene, and information is consistent.
Second step, the information content that three bulks include is integrated in the mobile phone terminal of pipe network intelligence inspection system by we.
Third step, by means of mobile phone of patrolling, building site management personnel can accomplish to acquire all building site information without missing And it is reported.
4th step, all construction site information are carried out the judgement of risk factors collection and risk class by we.
Further, the corresponding risk class setting of the risk factors is as shown in following table, and wherein table 1 is construction operation The risk class of project progress divides, and table 2 is the division of construction operation controllable degree risk class, and table 3 is construction operation and pipeline Range information risk class divides, and table 4 is that construction operation supervises the division of degree risk class, and table 5 is that the protection of construction site is arranged The division of implementation of conditions risk class is applied, table 6 is the division of pipe network different degree risk class, and table 7 is ductwork pressure rank risk class It divides, table 8 is the division of pipe network information integrity degree risk class.
Table 1
Table 2
Table 3
Table 4
Table 5
Table 6
Table 7
Table 8
It is automatically raw in system background by a default rule according to the corresponding risk class of the risk factors set above At the inspection period for changing building site.The preset rules are as follows: if thering is 2(to contain in basic condition factor) a above prime risk, or 3(contains in person's administrative intervention factor) building site of a above prime risk, it at least patrols daily twice.Have 1 in basic condition factor A prime risk or have the building site of prime risk in administrative intervention factor, at least inspection is primary daily.Except above-mentioned two o'clock it Outer building site, at least inspection in every two days are primary.If existing simultaneously two or more ranks, it is subject to period short rank of patrolling. Without supervision or the poor building site of supervision, can be appropriate to increase inspection number according to its construction speed.Building site management people later Member carries out the inspection management work in building site according to the inspection period of generation.
Based on the above embodiment, the present invention also provides a kind of, and the construction site inspection optimization based on risk factors collection is System, as shown in Figure 2, comprising:
Module 100 is stored in advance, for being arranged in pipe network intelligence inspection system in advance and storing existing for construction site Risk factors and the corresponding risk class information of the risk factors；As detailed above.
Information acquisition module 200, in real time acquire construction site information, and by the construction site information of the acquisition with Corresponding risk class information described in the risk factors of systemic presupposition and the risk factors is matched；As detailed above.
Inspection cycle set module 300, if pipe network intelligence inspection system is according to a pre- set pattern for information matches success The inspection period of the construction site is then automatically generated, and is applied according to the inspection period allocated associated worksite administrative staff The inspection management work in work building site；As detailed above.
Further, risk factors existing for the construction site include: basic condition factor and administrative intervention factor；Institute Stating basic condition factor includes: construction operation project progress, construction operation controllable degree and construction operation and pipeline range information； The administrative intervention factor includes: construction operation supervision degree, the safeguard measure implementation of conditions of the construction site, the pipe network Different degree, the ductwork pressure rank and the pipe network information integrity degree.
Further, the corresponding risk class information of the risk factors includes: level-one, second level, three-level, level Four and five Grade；Wherein level-one highest, Pyatyi are minimum.
Further, the inspection cycle set module specifically includes:
Information matching unit, for pipe network intelligence inspection system by the construction site information acquired in real time and systemic presupposition Corresponding risk class information described in risk factors and the risk factors is matched；As detailed above.
First inspection period setting unit, if for successful match and detecting in the basic condition factor comprising 2 Include the building site of 3 or more prime risks in the building site of the above prime risk or the administrative intervention factor, then sets first It patrols the period；As detailed above.
Second inspection period setting unit, if for successful match and detecting in the basic condition factor there is 1 one There is the building site of prime risk in the building site of grade risk or the administrative intervention factor, then set for the second inspection period；Specifically such as It is upper described.
Third inspection period setting unit, for otherwise, then setting the third inspection period in other cases；It is specific as above It is described.
Inspection management work allocation unit, for pipe network intelligence inspection system according to the inspection period allocated phase of the setting Close the inspection management work that building site management personnel carry out construction site；As detailed above.
Preferably, the first inspection period is at least to patrol twice daily；It is described second inspection the period be daily at least Inspection is primary；The third inspection period is that at least inspection in every two days is primary.If existing simultaneously two or more ranks, with inspection Subject to period short rank.Without supervision or the poor building site of supervision, can be appropriate to increase inspection time according to its construction speed Number.
In conclusion a kind of construction site inspection based on risk factors collection provided by the present invention and is at optimization method System, the method specifically include: being arranged in pipe network intelligence inspection system in advance and store risk factors existing for construction site Risk class information corresponding with the risk factors；Acquisition construction site information in real time, and by the construction site of the acquisition Information is matched with corresponding risk class information described in the risk factors of systemic presupposition and the risk factors；If information With success, then pipe network intelligence inspection system automatically generates the inspection period of the construction site according to a pre-defined rule, and according to The inspection period allocated associated worksite administrative staff carry out the inspection management work of construction site.The present invention, which will pass through, to be acquired Construction site information is matched with risk factors pre-set in system and risk class, is patrolled to automatically provide building site The period is looked into, inspection efficiency is improved.
It should be understood that the application of the present invention is not limited to the above for those of ordinary skills can With improvement or transformation based on the above description, all these modifications and variations all should belong to the guarantor of appended claims of the present invention Protect range.

Claims (4)

  1. The optimization method 1. a kind of construction site based on risk factors collection is patrolled, the inspection optimization method is for pipe network intelligence In inspection system, which is characterized in that comprising steps of
    S1, it is arranged in pipe network intelligence inspection system in advance and stores risk factors existing for construction site and the risk factors Corresponding risk class information；
    S2, in real time acquisition construction site information, and by the risk factors and institute of construction site information collected and systemic presupposition Corresponding risk class information described in risk factors is stated to be matched；
    If the success of S3, information matches, pipe network intelligence inspection system automatically generate the construction site according to a pre-defined rule It patrols the period, and carries out the inspection management work of construction site according to the inspection period allocated associated worksite administrative staff；
    The step S3 specifically includes step:
    S31, pipe network intelligence inspection system are by the risk factors of the construction site information and systemic presupposition that acquire in real time and the wind Corresponding risk class information described in dangerous factor is matched；
    If S32, successful match simultaneously detect the building site in basic condition factor comprising 2 or more prime risks or administrative intervention Include the building site of 3 or more prime risks in factor, then set for the first inspection period；
    If S33, successful match and detect the building site for having 1 prime risk in the basic condition factor or administrative intervention because There is the building site of prime risk in element, then set for the second inspection period；
    S44, otherwise then sets the third inspection period in other cases；
    S45, pipe network intelligence inspection system carry out construction site according to set inspection period allocated associated worksite administrative staff Inspection management work；
    The construction site information includes: construction site characteristic information, pipe network information in building site management information and building site；
    Risk factors existing for the construction site include: basic condition factor and administrative intervention factor；
    The basic condition factor include: construction operation project progress, construction operation controllable degree and construction operation and pipeline away from From information；The administrative intervention factor includes: construction operation supervision degree, the safeguard measure implementation of conditions of construction site, pipe network Different degree, ductwork pressure rank and pipe network information integrity degree；
    The construction site characteristic information include: construction operation project progress, construction operation controllable degree and operation and pipeline away from From；
    According to construction operation project progress, construction site is divided into:
    Active period building site refers to there is construction operation, and potentially affects the operation of pipeline and facility；
    Stationary phase building site refers to suspension of works, building site stockyard or ground operation, influences on pipeline and facility lesser；
    Uncertain phase building site, refers to the uncertain or provisional construction operation point of construction period；
    According to construction operation controllable degree, construction site is divided into:
    It is small to refer to that operation mode influences periphery, is not likely to produce the engineering of secondary event for the high building site of controllable degree；
    The low building site of controllable degree refers to the more difficult construction for holding control of operation, comprising: Directional Drilling, push pipe, exploration；
    Distance according to construction operation apart from pipeline, construction site are divided into:
    Operation within the scope of pipe protection: low pressure, middle pressure pipeline protection scope are within the scope of 1 meter of tube wall and facility outer rim two sides Region；Sub-high pressure pipe protection range is the region within the scope of 2 meters of tube wall and facility outer rim two sides；Pressure piping protection scope is Region within the scope of 5 meters of tube wall and facility outer rim two sides；
    Operation within the scope of pipe control: low pressure, middle pressure pipeline control range are tube wall and 1 meter to 6 meters of facility outer rim two sides model Enclose interior region；Sub-high pressure pipe control range is the region within the scope of 2 meters to 10 meters of tube wall and facility outer rim two sides；High-voltage tube Road control range is the region within the scope of 5 meters to 50 meters of tube wall and facility outer rim two sides；
    Operation outside pipe control range: low pressure, middle pressure pipeline control range are the area over 6 meters of tube wall and facility outer rim two sides Domain；Sub-high pressure pipe control range is the region over 10 meters of tube wall and facility outer rim two sides；Pressure piping control range is pipe Region over 50 meters of wall and facility outer rim two sides；
    The building site management information includes: the safeguard measure implementation of conditions of construction operation supervision degree and construction site to pipe network；
    Degree is supervised according to construction operation, construction site is divided into:
    There are the engineering of supervision in the stronger construction operation of supervision, Zhi You government work permit, government and our unit；
    The weaker construction operation of supervision；
    The operation of without supervision refers to without government's work permit, and the engineering of unmanned supervision and management；
    According to construction site to the safeguard measure implementation of conditions of pipe network, construction site is divided into:
    Protection scheme is not formulated and does not implement safeguard measure；
    Formulation has protection scheme, but do not implement specifically；
    Formulation has protection scheme, and implementing has safeguard measure；
    Pipe network information includes in the building site: pipe network different degree, ductwork pressure and pipe network information integrity degree；
    Pipe network different degree is pressed, construction site is divided into:
    It is supplied to essential industry user；
    It may influence the above user's gas in 10000 families；
    It may influence responsible consumer or influence the above user's gas in 5000 families；
    It may influence 5000 families or less user's gas；
    By ductwork pressure, construction site is divided into:
    High pressure pipe network；
    Sub-high pressure pipe network；
    Fecder system network；
    Low-pressure pipe network；
    By pipe network information integrity degree, construction site is divided into:
    Do not have on GIS, but there is pipe network at scene；
    Have on GIS, live not pipe network；
    There is a pipe network at GIS and scene, but information is not inconsistent；
    There is a pipe network at GIS and scene, and information is consistent；
    The information content that construction site information is included is integrated in the mobile phone terminal of pipe network intelligence inspection system, by means of hand of patrolling Machine, building site management personnel acquire all construction site information and simultaneously report, by all construction site information carry out risk because The judgement of element identification and risk class.
  2. The optimization method 2. construction site according to claim 1 based on risk factors collection is patrolled, which is characterized in that institute Stating the corresponding risk class information of risk factors includes: level-one, second level, three-level, level Four and Pyatyi；Wherein level-one highest, Pyatyi It is minimum.
  3. The optimization system 3. a kind of construction site based on risk factors collection is patrolled characterized by comprising
    Module is stored in advance, for being arranged in pipe network intelligence inspection system in advance and storing risk factors existing for construction site Risk class information corresponding with the risk factors；
    Information acquisition module, for acquiring construction site information in real time, and by construction site information collected and systemic presupposition Risk factors and the risk factors described in corresponding risk class information matched；
    Inspection cycle set module, if for information matches success, pipe network intelligence inspection system is automatic according to a pre-defined rule The inspection period of the construction site is generated, and carries out construction site according to the inspection period allocated associated worksite administrative staff Inspection management work；
    The inspection cycle set module specifically includes:
    Information matching unit, for pipe network intelligence inspection system by the risk of the construction site information and systemic presupposition that acquire in real time Corresponding risk class information described in factor and the risk factors is matched；
    First inspection period setting unit, if for successful match and detecting in the basic condition factor comprising 2 or more Include the building site of 3 or more prime risks in the building site of prime risk or administrative intervention factor, then set for the first inspection period；
    Second inspection period setting unit, if for successful match and detecting there is 1 force one wind in the basic condition factor There is the building site of prime risk in the building site of danger or administrative intervention factor, then set for the second inspection period；
    Third inspection period setting unit, for otherwise, then setting the third inspection period in other cases；
    Inspection management work allocation unit, for pipe network intelligence inspection system according to set inspection period allocated associated worksite The inspection management work of administrative staff's progress construction site；
    The construction site information includes: construction site characteristic information, pipe network information in building site management information and building site；
    Risk factors existing for the construction site include: basic condition factor and administrative intervention factor；
    The basic condition factor include: construction operation project progress, construction operation controllable degree and construction operation and pipeline away from From information；The administrative intervention factor includes: construction operation supervision degree, the safeguard measure implementation of conditions of construction site, pipe network Different degree, ductwork pressure rank and pipe network information integrity degree；
    The construction site characteristic information include: construction operation project progress, construction operation controllable degree and operation and pipeline away from From；
    According to construction operation project progress, construction site is divided into:
    Active period building site refers to there is construction operation, and potentially affects the operation of pipeline and facility；
    Stationary phase building site refers to suspension of works, building site stockyard or ground operation, influences on pipeline and facility lesser；
    Uncertain phase building site, refers to the uncertain or provisional construction operation point of construction period；
    According to construction operation controllable degree, construction site is divided into:
    It is small to refer to that operation mode influences periphery, is not likely to produce the engineering of secondary event for the high building site of controllable degree；
    The low building site of controllable degree refers to the more difficult construction for holding control of operation, comprising: Directional Drilling, push pipe, exploration；
    Distance according to construction operation apart from pipeline, construction site are divided into:
    Operation within the scope of pipe protection: low pressure, middle pressure pipeline protection scope are within the scope of 1 meter of tube wall and facility outer rim two sides Region；Sub-high pressure pipe protection range is the region within the scope of 2 meters of tube wall and facility outer rim two sides；Pressure piping protection scope is Region within the scope of 5 meters of tube wall and facility outer rim two sides；
    Operation within the scope of pipe control: low pressure, middle pressure pipeline control range are tube wall and 1 meter to 6 meters of facility outer rim two sides model Enclose interior region；Sub-high pressure pipe control range is the region within the scope of 2 meters to 10 meters of tube wall and facility outer rim two sides；High-voltage tube Road control range is the region within the scope of 5 meters to 50 meters of tube wall and facility outer rim two sides；
    Operation outside pipe control range: low pressure, middle pressure pipeline control range are the area over 6 meters of tube wall and facility outer rim two sides Domain；Sub-high pressure pipe control range is the region over 10 meters of tube wall and facility outer rim two sides；Pressure piping control range is pipe Region over 50 meters of wall and facility outer rim two sides；
    The building site management information includes: the safeguard measure implementation of conditions of construction operation supervision degree and construction site to pipe network；
    Degree is supervised according to construction operation, construction site is divided into:
    There are the engineering of supervision in the stronger construction operation of supervision, Zhi You government work permit, government and our unit；
    The weaker construction operation of supervision；
    The operation of without supervision refers to without government's work permit, and the engineering of unmanned supervision and management；
    According to construction site to the safeguard measure implementation of conditions of pipe network, construction site is divided into:
    Protection scheme is not formulated and does not implement safeguard measure；
    Formulation has protection scheme, but do not implement specifically；
    Formulation has protection scheme, and implementing has safeguard measure；
    Pipe network information includes in the building site: pipe network different degree, ductwork pressure and pipe network information integrity degree；
    Pipe network different degree is pressed, construction site is divided into:
    It is supplied to essential industry user；
    It may influence the above user's gas in 10000 families；
    It may influence responsible consumer or influence the above user's gas in 5000 families；
    It may influence 5000 families or less user's gas；
    By ductwork pressure, construction site is divided into:
    High pressure pipe network；
    Sub-high pressure pipe network；
    Fecder system network；
    Low-pressure pipe network；
    By pipe network information integrity degree, construction site is divided into:
    Do not have on GIS, but there is pipe network at scene；
    Have on GIS, live not pipe network；
    There is a pipe network at GIS and scene, but information is not inconsistent；
    There is a pipe network at GIS and scene, and information is consistent；
    The information content that construction site information is included is integrated in the mobile phone terminal of pipe network intelligence inspection system, by means of hand of patrolling Machine, building site management personnel acquire all construction site information and simultaneously report, by all construction site information carry out risk because The judgement of element identification and risk class.
  4. 4. the construction site inspection optimization system based on risk factors collection according to claim 3, which is characterized in that described The corresponding risk class information of risk factors includes: level-one, second level, three-level, level Four and Pyatyi；Wherein level-one highest, Pyatyi be most It is low.
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CN110472858B (en) * 2019-08-10 2023-05-16 浙江同洲项目管理有限公司 Construction engineering supervision information management method
CN110587629A (en) * 2019-10-15 2019-12-20 云南电网有限责任公司电力科学研究院 Transformer substation inspection robot, inspection method and inspection robot control method
CN111563620A (en) * 2020-04-29 2020-08-21 云南电网有限责任公司电力科学研究院 Optimization method of power transmission line patrol plan
CN111768073B (en) * 2020-05-20 2024-03-22 深圳市燃气集团股份有限公司 Pipeline protection method based on intelligent identification
CN112633530A (en) * 2020-12-24 2021-04-09 深圳市兴海物联科技有限公司 House decoration inspection management method and inspection management system
CN117172542B (en) * 2023-09-05 2024-02-20 广州机施建设集团有限公司 Big data-based construction site inspection management system

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