CN112631187A - Customized home decoration monitoring and management system based on Internet of things and artificial intelligence - Google Patents
Customized home decoration monitoring and management system based on Internet of things and artificial intelligence Download PDFInfo
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- CN112631187A CN112631187A CN202011575402.6A CN202011575402A CN112631187A CN 112631187 A CN112631187 A CN 112631187A CN 202011575402 A CN202011575402 A CN 202011575402A CN 112631187 A CN112631187 A CN 112631187A
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- G05B19/00—Programme-control systems
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Abstract
The invention discloses a customized home decoration monitoring and management system based on the Internet of things and artificial intelligence, which is used for solving the problems that the existing home decoration system cannot monitor the construction condition of constructors in a construction team in real time and cannot perform timely replacement treatment when a user is unsatisfied; the system comprises a data acquisition module, a customized database, a server, an intelligent home decoration module and a home decoration monitoring module; the intelligent home decoration module is used for enabling a user to select intelligent home decoration through the mobile phone terminal, enabling the user to input a home decoration instruction and a home decoration position to the intelligent home decoration module through the computer terminal, enabling the intelligent home decoration module to obtain a three-dimensional home decoration scheme model in the customized database through the server, issuing the customized three-dimensional model of the user, analyzing the three-dimensional home decoration scheme according to the distance value, the working time and the age to obtain a home decoration value of a person, and reasonably selecting corresponding constructors to construct home decoration materials through the home decoration value, so that the construction efficiency of the customized home decoration is improved.
Description
Technical Field
The invention relates to the technical field of home decoration monitoring management, in particular to a customized home decoration monitoring management system based on the Internet of things and artificial intelligence.
Background
The customized home decoration market is huge before, but the main market is still occupied by the traditional home decoration at present. However, the traditional home decoration is in a sub-package mode, and the mode comprises adverse factors such as construction medium, material medium, no supervision, uneven worker level and the like.
In a patent CN106651678A, a novel home decoration supervision process management method and system disclose that a required construction team and supervision team are selected in a system platform, a background server sorts from near to far according to the specific position of an owner house, and pushes the construction team and supervision team in the same city as the owner house; but has the following defects: the construction condition of constructors in a construction team cannot be monitored in real time, and when a user is not satisfied, the home decoration monitoring system cannot perform timely replacement processing.
Disclosure of Invention
The invention aims to provide a customized home decoration monitoring and management system based on the Internet of things and artificial intelligence, and aims to solve the problems that the existing home decoration system cannot monitor the construction condition of constructors in a construction team in real time and cannot replace and process the constructors in time when a user is not satisfied.
The purpose of the invention can be realized by the following technical scheme: the customized home decoration monitoring and management system based on the Internet of things and artificial intelligence comprises a data acquisition module, the Internet of things, a customized database, a server, an intelligent home decoration module and a home decoration monitoring module;
the data acquisition module is used for acquiring material information of home decoration materials and sending the material information to the server through the Internet of things;
the customized database is used for storing a three-dimensional home decoration scheme model, and the three-dimensional home decoration scheme model comprises a decoration three-dimensional stereo map, home decoration products used in the map and material information of the corresponding products;
the intelligent home decoration module is used for enabling a user to select intelligent home decoration through a mobile phone terminal, and comprises the following specific steps:
the method comprises the following steps: the method comprises the steps that a user inputs a home decoration instruction and a home decoration position to an intelligent home decoration module through a computer terminal, the intelligent home decoration module obtains a home decoration scheme three-dimensional model in a customized database through a server, and the user accesses the home decoration scheme three-dimensional model through the computer terminal and carries out modification operation to obtain a customized three-dimensional model of the user;
step two: the intelligent home decoration module issues home decoration tasks of the customized three-dimensional model and selects corresponding constructors, and the method specifically comprises the following steps:
s21: obtaining and marking all home decoration materials inside the customized three-dimensional model as Pi, i =1, … …, n; the method comprises the steps that a person obtains home decoration materials corresponding to a home decoration task of a customized three-dimensional model through a mobile phone terminal, selects the person obtaining the home decoration materials of the home decoration task of the customized three-dimensional model and marks the person as a primary selection person as Pij; j =1, … …, n;
s22: calculating the distance difference between the position of the primary selected person and the home decoration position to obtain a distance value, and marking the distance value as GPij；
S23: calculating the time difference between the entering time of the primary election personnel and the current time of the system to obtain the working time length of the primary election personnel and marking the working time length as TPij；
S24: setting the age of the primary selected person to be NPij(ii) a Carrying out dequantization processing on the interval value, the working duration and the age and taking the numerical values of the interval value, the working duration and the age;
s25: using formulas
s26: selecting the initial selection personnel with the largest home decoration value as the constructor of the home decoration material Pi;
step three: sending the home decoration position and the name of the home decoration material to a mobile phone terminal of the constructor;
the home decoration monitoring module is used for monitoring home decoration construction by a user, and the specific monitoring steps are as follows:
s1: the method comprises the steps that a constructor sends a current real-time position and a construction starting instruction to a home decoration monitoring module through a mobile phone terminal, the home decoration monitoring module receives the current real-time position and the construction starting instruction sent by the constructor and then carries out position matching, the current real-time position is matched with the home decoration position, a confirmation instruction is generated and sent to the mobile phone terminal of the constructor, timing is started at the same time, the timing starting time is marked as the construction starting time of the constructor, then the home decoration monitoring module is in communication connection with the mobile phone terminal of the constructor, and the mobile phone terminal of the constructor is controlled to collect videos of the constructor on construction of home decoration materials;
s2: the home decoration monitoring module sends the video to a computer terminal of a user, and the user monitors home decoration materials of construction personnel in real time through the computer terminal; when a user sends a construction stopping instruction to the home decoration monitoring module through the computer terminal;
s3: the home decoration monitoring module receives the construction stopping instruction and then sends the video to the background auditing module, the background auditing module receives and processes the video to obtain an agreement instruction or a negation instruction and sends the agreement instruction or the negation instruction to the home decoration monitoring module, when the home decoration monitoring module receives the agreement instruction, construction stopping information is sent to a mobile phone terminal of a constructor, and the total stopping times of the constructor are increased once; meanwhile, a reselection instruction is generated, the home decoration monitoring module sends the reselection instruction, home decoration materials and home decoration positions to the intelligent home decoration module, the intelligent home decoration module receives the reselection instruction and then obtains corresponding constructors according to the processing in the step two, and then S1 and S2 are executed;
s4: when the home appliance monitoring module receives a negative instruction, the negative instruction is directly sent to a computer terminal of a user;
s5: the construction personnel sends a completion instruction and a construction area to the home decoration monitoring module through the mobile phone terminal, the home decoration monitoring module sends the completion instruction and the construction area to a computer terminal of a user after receiving the completion instruction and the construction area, timing is stopped at the same time, and the time of stopping timing is marked as the construction finishing time of the construction personnel; the user inputs the value of the credit to the home decoration monitoring module through the computer terminal;
s6: calculating the time difference between the construction ending time and the construction starting time to obtain the construction duration edge mark V1 of the constructor; setting the score value input by the user as V2; carrying out dequantization processing on the construction duration and the input score value, taking the numerical value of the dequantization processing, obtaining a single value of a constructor by using a formula VD =1/V1 × b1+ V2 × b2, summing all the single values of the constructor, and averaging to obtain the construction value of the constructor; b1 and b2 are both preset proportionality coefficients;
s7: setting the total stopping times of the constructors as V3; obtaining a single low-level value F of a constructor by using a formula F = V3 × b3, and summing all the single low-level values of the constructor to obtain a low-level value F of the constructor; wherein b3 is a preset scaling factor.
Preferably, the material information comprises the name, price and specification of the material, the corresponding position of the material and the name of a business belonging to the material, and the home decoration material comprises bricks, cement, sand, glue, putty powder, a pointing agent, anti-cracking gauze, furniture, electric appliances and interior ornaments.
Preferably, the system also comprises a registration login module, wherein the registration login module is used for submitting personnel information for registration through a mobile phone terminal and sending the personnel information which is successfully registered to the server for storage; the personnel information includes name, identification number, time of entry, location and age, and home decoration material of construction.
Preferably, the specific processing steps of the background auditing module are as follows:
s31: marking the staff as Rk; k is a positive integer; setting the audited times of the staff as ERk；
S32: calculating the time difference between the working time of the staff and the current time of the system to obtain the working time of the staff and marking the working time as TRkThe working duration is dequantized and the numerical value is taken;
s33: using the formula YCRk=TRk×b4+ERk×b5+HRkObtaining the excellent value YC of the staff by the x b6Rk(ii) a Wherein b4, b5 and b6 are all preset proportionality coefficients; hRkIs the effect value of the staff;
s34: selecting the worker with the largest optimal value as the selected worker, sending the video to the computer terminal of the selected worker, and marking the moment of sending the video as the processing starting moment of the selected worker;
s35: the staff checks the video through the computer terminal and inputs an approval instruction or a negative instruction to the background auditing module; the background auditing module marks the time when the approval instruction or the negative instruction is received as the processing ending time;
s36: calculating the time difference between the processing starting time and the processing ending time to obtain a single processing time length which is marked as L1; obtaining a single processing value LD of the selected person by using a formula LD = (1/L1) × b7, wherein b7 is a preset proportionality coefficient; and summing all the single processing values of the selected person to obtain the effect value of the selected person.
Compared with the prior art, the invention has the beneficial effects that:
the intelligent home decoration module is used for enabling a user to select intelligent home decoration through a mobile phone terminal, enabling the user to input a home decoration instruction and a home decoration position to the intelligent home decoration module through a computer terminal, enabling the intelligent home decoration module to obtain a three-dimensional model of a home decoration scheme in a customized database through a server, and enabling the user to access the three-dimensional model of the home decoration scheme through the computer terminal and conduct modification operation to obtain the customized three-dimensional model of the user; the intelligent home decoration module issues home decoration tasks of the customized three-dimensional model, selects corresponding constructors, performs dequantization processing on the spacing value, the working duration and the age and takes numerical values of the spacing value, the working duration and the age; obtaining the home decoration value of the primary selected personnel by using a formula, and selecting the primary selected personnel with the largest home decoration value as the constructor of the home decoration material; the home decoration position and the name of the home decoration material are sent to a mobile phone terminal of the constructor, the home decoration value of the constructor is obtained by publishing the customized three-dimensional model of the user and analyzing the space value, the working time and the age, and the corresponding constructor is reasonably selected to construct the home decoration material according to the home decoration value, so that the construction efficiency of the customized home decoration is improved;
secondly, the home decoration monitoring module is used for monitoring home decoration construction by a user, constructors send current real-time positions and construction starting instructions to the home decoration monitoring module through mobile phone terminals, the home decoration monitoring module matches the current real-time positions and the construction starting instructions sent by the constructors after receiving the current real-time positions and the construction starting instructions, the current real-time positions are matched with the home decoration positions, confirmation instructions are generated and sent to the mobile phone terminals of the constructors, timing is started at the same time, the timing starting time is marked as the construction starting time of the constructors, then the home decoration monitoring module is in communication connection with the mobile phone terminals of the constructors, and the mobile phone terminals of the constructors are controlled to collect videos of the construction of the home decoration materials by the constructors; the home decoration monitoring module sends the video to a computer terminal of a user, and the user monitors home decoration materials of construction personnel in real time through the computer terminal; when a user sends a construction stopping instruction to the home decoration monitoring module through the computer terminal; the home decoration monitoring module receives the construction stopping instruction and then sends the video to the background auditing module, the background auditing module receives and processes the video to obtain an agreement instruction or a negation instruction and sends the agreement instruction or the negation instruction to the home decoration monitoring module, when the home decoration monitoring module receives the agreement instruction, construction stopping information is sent to a mobile phone terminal of a constructor, and the total stopping times of the constructor are increased once; meanwhile, a reselection instruction is generated, the home decoration monitoring module sends the reselection instruction, home decoration materials and home decoration positions to the intelligent home decoration module, the intelligent home decoration module receives the reselection instruction and then obtains corresponding constructors according to the processing in the step two, and then S1 and S2 are executed; the user monitors the construction process of constructors in real time, sends a construction stopping instruction through the computer terminal, then audits through the background auditing module, and selects the constructors again for construction after the audit is passed, so that dissatisfaction in the construction process is avoided, and the constructors are not convenient to replace.
Drawings
In order to facilitate understanding for those skilled in the art, the present invention will be further described with reference to the accompanying drawings.
Fig. 1 is a schematic block diagram of the present invention.
Detailed Description
The technical solutions of the present invention will be described clearly and completely with reference to the following embodiments, and it should be understood that the described embodiments are only a part of the embodiments of the present invention, and not all of the embodiments. All other embodiments, which can be derived by a person skilled in the art from the embodiments given herein without making any creative effort, shall fall within the protection scope of the present invention.
Referring to fig. 1, the customized home decoration monitoring and management system based on the internet of things and artificial intelligence comprises a data acquisition module, the internet of things, a customized database, a server, a background database, a background auditing module, a registration and login module, an intelligent home decoration module and a home decoration monitoring module;
the data acquisition module is used for acquiring material information of home decoration materials and sending the material information to the server through the Internet of things; the material information comprises the name, price and specification of the material, the corresponding position of the material and the name of a merchant, and the home decoration material comprises bricks, cement, sand, glue, putty powder, a crack control gauze, furniture, electric appliances and indoor ornaments;
the customized database is used for storing a three-dimensional model of the home decoration scheme, and the three-dimensional model of the home decoration scheme comprises a decoration three-dimensional stereo map, home decoration products used in the map and material information of the corresponding products;
the intelligent home decoration module is used for enabling a user to select intelligent home decoration through the mobile phone terminal, and comprises the following specific steps:
the method comprises the following steps: the method comprises the steps that a user inputs a home decoration instruction and a home decoration position to an intelligent home decoration module through a computer terminal, the intelligent home decoration module obtains a home decoration scheme three-dimensional model in a customized database through a server, and the user accesses the home decoration scheme three-dimensional model through the computer terminal and carries out modification operation to obtain a customized three-dimensional model of the user;
step two: the intelligent home decoration module issues home decoration tasks of the customized three-dimensional model and selects corresponding constructors, and the method specifically comprises the following steps:
s21: obtaining and marking all home decoration materials inside the customized three-dimensional model as Pi, i =1, … …, n; the method comprises the steps that a person obtains home decoration materials corresponding to a home decoration task of a customized three-dimensional model through a mobile phone terminal, selects the person obtaining the home decoration materials of the home decoration task of the customized three-dimensional model and marks the person as a primary selection person as Pij; j =1, … …, n;
s22: calculating the distance difference between the position of the primary selected person and the home decoration position to obtain a distance value, and marking the distance value as GPij；
S23: calculating the time difference between the entering time of the primary election personnel and the current time of the system to obtain the working time length of the primary election personnel and marking the working time length as TPij；
S24: setting the age of the primary selected person to be NPij(ii) a Carrying out dequantization processing on the interval value, the working duration and the age and taking the numerical values of the interval value, the working duration and the age;
s25: using formulas
s26: selecting the initial selection personnel with the largest home decoration value as the constructor of the home decoration material Pi;
step three: sending the home decoration position and the name of the home decoration material to a mobile phone terminal of the constructor;
the home decoration monitoring module is used for monitoring home decoration construction by a user, and the specific monitoring steps are as follows:
s1: the method comprises the steps that a constructor sends a current real-time position and a construction starting instruction to a home decoration monitoring module through a mobile phone terminal, the home decoration monitoring module receives the current real-time position and the construction starting instruction sent by the constructor and then carries out position matching, the current real-time position is matched with the home decoration position, a confirmation instruction is generated and sent to the mobile phone terminal of the constructor, timing is started at the same time, the timing starting time is marked as the construction starting time of the constructor, then the home decoration monitoring module is in communication connection with the mobile phone terminal of the constructor, and the mobile phone terminal of the constructor is controlled to collect videos of the constructor on construction of home decoration materials;
s2: the home decoration monitoring module sends the video to a computer terminal of a user, and the user monitors home decoration materials of construction personnel in real time through the computer terminal; when a user sends a construction stopping instruction to the home decoration monitoring module through the computer terminal;
s3: the home decoration monitoring module receives the construction stopping instruction and then sends the video to the background auditing module, the background auditing module receives the video and processes the video to obtain an agreement instruction or a negative instruction and sends the agreement instruction or the negative instruction to the home decoration monitoring module, and the specific processing steps are as follows:
s31: marking the staff as Rk; k is a positive integer; setting the audited times of the staff as ERk；
S32: calculating the time difference between the working time of the staff and the current time of the system to obtain the working time of the staff and marking the working time as TRkThe working duration is dequantized and the numerical value is taken;
s33: using the formula YCRk=TRk×b4+ERk×b5+HRkObtaining the excellent value YC of the staff by the x b6Rk(ii) a Wherein b4, b5 and b6 are all preset proportionality coefficients; hRkIs the effect value of the staff;
s34: selecting the worker with the largest optimal value as the selected worker, sending the video to the computer terminal of the selected worker, and marking the moment of sending the video as the processing starting moment of the selected worker;
s35: the staff checks the video through the computer terminal and inputs an approval instruction or a negative instruction to the background auditing module; the background auditing module marks the time when the approval instruction or the negative instruction is received as the processing ending time;
s36: calculating the time difference between the processing starting time and the processing ending time to obtain a single processing time length which is marked as L1; obtaining a single processing value LD of the selected person by using a formula LD = (1/L1) × b7, wherein b7 is a preset proportionality coefficient; summing all single processing values of the selected personnel to obtain an effect value of the selected personnel;
when the home furnishing monitoring module receives the agreement instruction, the construction stopping information is sent to a mobile phone terminal of the constructor, and the total stopping times of the constructor are increased once; meanwhile, a reselection instruction is generated, the home decoration monitoring module sends the reselection instruction, home decoration materials and home decoration positions to the intelligent home decoration module, the intelligent home decoration module receives the reselection instruction and then obtains corresponding constructors according to the processing in the step two, and then S1 and S2 are executed;
s4: when the home appliance monitoring module receives a negative instruction, the negative instruction is directly sent to a computer terminal of a user;
s5: the construction personnel sends a completion instruction and a construction area to the home decoration monitoring module through the mobile phone terminal, the home decoration monitoring module sends the completion instruction and the construction area to a computer terminal of a user after receiving the completion instruction and the construction area, timing is stopped at the same time, and the time of stopping timing is marked as the construction finishing time of the construction personnel; the user inputs the value of the credit to the home decoration monitoring module through the computer terminal;
s6: calculating the time difference between the construction ending time and the construction starting time to obtain the construction duration edge mark V1 of the constructor; setting the score value input by the user as V2; carrying out dequantization processing on the construction duration and the input score value, taking the numerical value of the dequantization processing, obtaining a single value of a constructor by using a formula VD =1/V1 × b1+ V2 × b2, summing all the single values of the constructor, and averaging to obtain the construction value of the constructor; b1 and b2 are both preset proportionality coefficients;
s7: setting the total stopping times of the constructors as V3; obtaining a single low-level value F of a constructor by using a formula F = V3 × b3, and summing all the single low-level values of the constructor to obtain a low-level value F of the constructor; wherein b3 is a preset scaling factor.
The registration login module is used for submitting personnel information for registration through a mobile phone terminal and sending the personnel information which is successfully registered to the server for storage; the personnel information comprises names, identity card numbers, time of entry, positions, ages and home decoration materials for construction;
the background database is used for storing personnel data of workers, wherein the personnel data comprise names, time of attendance and mailboxes;
the system also comprises a material issuing module, wherein the material issuing module is used for issuing and processing the residual information of the home decoration material by a user through a mobile phone terminal, and marking the user as an issuing user, wherein the residual information comprises the residual content, the residual position and the material information of the home decoration material; the specific treatment steps are as follows:
a1: marking a user who inputs a home decoration instruction as a primary user, acquiring all home decoration materials in a customized three-dimensional model of the primary user, matching the residual information of the home decoration materials with all home decoration materials in the customized three-dimensional model of the primary user, and marking the primary user as a preferred user and as Qq when the material information in the residual information is matched with all home decoration materials in the customized three-dimensional model, wherein q =1, … … and n;
a2: obtaining a route with the minimum distance between the home decoration position of the preferred user and the position in the residual information, analyzing the route, and setting the distance of the route as G1Qq(ii) a The distance of the cement pavement in the course is counted and marked as G2Qq；
A3: using formula GQq=(1/G2Qq)×b8+G2QqObtaining the coincidence value G of the preferred user by x b9Qq(ii) a Wherein b8 and b9 are both preset proportionality coefficients;
a4: sorting the preferred users according to the coincidence value from big to small, sending residual information and a receiving instruction to a mobile phone terminal of the preferred user with the top sorting by a material issuing module, sending the home position of the preferred user to the mobile phone terminal of the issuing user when receiving a confirmation instruction of the preferred user within a preset time range, and conveying the residual home material to the home position of the preferred user after the issuing user receives the home position of the preferred user; when the confirmation instruction is not received within the preset time range, sending the residual information and the receiving instruction to the mobile phone terminal of the preferred user which is sequenced in the next time, and so on;
the user transports the rest home decoration materials to the corresponding preferred user for use through the material publishing module;
the server is also internally stored with a map and route information, wherein the route information comprises the type and the distance of the route, and the type of the route comprises a cement road surface and a non-cement road surface;
the formulas are obtained by acquiring a large amount of data and performing software simulation, and the coefficients in the formulas are set by the technicians in the field according to actual conditions;
when the intelligent home decoration system is used, the intelligent home decoration module is used for a user to select intelligent home decoration through the mobile phone terminal, the user inputs a home decoration instruction and a home decoration position to the intelligent home decoration module through the computer terminal, the intelligent home decoration module obtains a three-dimensional model of a home decoration scheme in a customized database through the server, and the user accesses the three-dimensional model of the home decoration scheme through the computer terminal and carries out modification operation to obtain a customized three-dimensional model of the user; the intelligent home decoration module issues home decoration tasks of the customized three-dimensional model, selects corresponding constructors, performs dequantization processing on the spacing value, the working duration and the age and takes numerical values of the spacing value, the working duration and the age; obtaining the home decoration value of the primary selected personnel by using a formula, and selecting the primary selected personnel with the largest home decoration value as the constructor of the home decoration material; the home decoration position and the name of the home decoration material are sent to a mobile phone terminal of the constructor, the home decoration value of the constructor is obtained by publishing the customized three-dimensional model of the user and analyzing the space value, the working time and the age, and the corresponding constructor is reasonably selected to construct the home decoration material according to the home decoration value, so that the construction efficiency of the customized home decoration is improved;
the home decoration monitoring module is used for monitoring home decoration construction by a user, a constructor sends a current real-time position and a construction starting instruction to the home decoration monitoring module through a mobile phone terminal, the home decoration monitoring module matches the current real-time position and the construction starting instruction sent by the constructor after receiving the current real-time position and the construction starting instruction, the current real-time position is matched with the home decoration position, a confirmation instruction is generated and sent to the mobile phone terminal of the constructor, timing is started at the same time, the timing starting time is marked as the construction starting time of the constructor, then the home decoration monitoring module is in communication connection with the mobile phone terminal of the constructor, and the mobile phone terminal of the constructor is controlled to acquire a video of the construction of the home decoration; the home decoration monitoring module sends the video to a computer terminal of a user, and the user monitors home decoration materials of construction personnel in real time through the computer terminal; when a user sends a construction stopping instruction to the home decoration monitoring module through the computer terminal; the home decoration monitoring module receives the construction stopping instruction and then sends the video to the background auditing module, the background auditing module receives and processes the video to obtain an agreement instruction or a negation instruction and sends the agreement instruction or the negation instruction to the home decoration monitoring module, when the home decoration monitoring module receives the agreement instruction, construction stopping information is sent to a mobile phone terminal of a constructor, and the total stopping times of the constructor are increased once; meanwhile, a reselection instruction is generated, the home decoration monitoring module sends the reselection instruction, home decoration materials and home decoration positions to the intelligent home decoration module, the intelligent home decoration module receives the reselection instruction and then obtains corresponding constructors according to the processing in the step two, and then S1 and S2 are executed; the user monitors the construction process of constructors in real time, sends a construction stopping instruction through the computer terminal, then audits through the background auditing module, and selects the constructors again for construction after the audit is passed, so that dissatisfaction in the construction process is avoided, and the constructors are not convenient to replace.
The preferred embodiments of the invention disclosed above are intended to be illustrative only. The preferred embodiments are not intended to be exhaustive or to limit the invention to the precise forms disclosed. Obviously, many modifications and variations are possible in light of the above teaching. The embodiments were chosen and described in order to best explain the principles of the invention and the practical application, to thereby enable others skilled in the art to best utilize the invention. The invention is limited only by the claims and their full scope and equivalents.
Claims (4)
1. The customized home decoration monitoring and management system based on the Internet of things and artificial intelligence is characterized by comprising a data acquisition module, a customized database, a server, an intelligent home decoration module and a home decoration monitoring module;
the data acquisition module is used for acquiring material information of home decoration materials and sending the material information to the server through the Internet of things;
the customized database is used for storing a three-dimensional home decoration scheme model, and the three-dimensional home decoration scheme model comprises a decoration three-dimensional stereo map, home decoration products used in the map and material information of the corresponding products;
the intelligent home decoration module is used for enabling a user to select intelligent home decoration through a mobile phone terminal, and comprises the following specific steps:
the method comprises the following steps: the method comprises the steps that a user inputs a home decoration instruction and a home decoration position to an intelligent home decoration module through a computer terminal, the intelligent home decoration module obtains a home decoration scheme three-dimensional model in a customized database through a server, and the user accesses the home decoration scheme three-dimensional model through the computer terminal and carries out modification operation to obtain a customized three-dimensional model of the user;
step two: the intelligent home decoration module issues home decoration tasks of the customized three-dimensional model and selects corresponding constructors, and the method specifically comprises the following steps:
s21: obtaining and marking all home decoration materials inside the customized three-dimensional model as Pi, i =1, … …, n; the method comprises the steps that a person obtains home decoration materials corresponding to a home decoration task of a customized three-dimensional model through a mobile phone terminal, selects the person obtaining the home decoration materials of the home decoration task of the customized three-dimensional model and marks the person as a primary selection person as Pij; j =1, … …, n;
s22: calculating the distance difference between the position of the primary selected person and the home decoration position to obtain a distance value, and marking the distance value as GPij；
S23: calculating the time difference between the entering time of the primary election personnel and the current time of the system to obtain the working time length of the primary election personnel and marking the working time length as TPij；
S24: setting the age of the primary selected person to be NPij(ii) a Carrying out dequantization processing on the interval value, the working duration and the age and taking the numerical values of the interval value, the working duration and the age;
s25: using formulas
s26: selecting the initial selection personnel with the largest home decoration value as the constructor of the home decoration material Pi;
step three: sending the home decoration position and the name of the home decoration material to a mobile phone terminal of the constructor;
the home decoration monitoring module is used for monitoring home decoration construction by a user, and the specific monitoring steps are as follows:
s1: the method comprises the steps that a constructor sends a current real-time position and a construction starting instruction to a home decoration monitoring module through a mobile phone terminal, the home decoration monitoring module receives the current real-time position and the construction starting instruction sent by the constructor and then carries out position matching, the current real-time position is matched with the home decoration position, a confirmation instruction is generated and sent to the mobile phone terminal of the constructor, timing is started at the same time, the timing starting time is marked as the construction starting time of the constructor, then the home decoration monitoring module is in communication connection with the mobile phone terminal of the constructor, and the mobile phone terminal of the constructor is controlled to collect videos of the constructor on construction of home decoration materials;
s2: the home decoration monitoring module sends the video to a computer terminal of a user, and the user monitors home decoration materials of construction personnel in real time through the computer terminal; when a user sends a construction stopping instruction to the home decoration monitoring module through the computer terminal;
s3: the home decoration monitoring module receives the construction stopping instruction and then sends the video to the background auditing module, the background auditing module receives and processes the video to obtain an agreement instruction or a negation instruction and sends the agreement instruction or the negation instruction to the home decoration monitoring module, when the home decoration monitoring module receives the agreement instruction, construction stopping information is sent to a mobile phone terminal of a constructor, and the total stopping times of the constructor are increased once; meanwhile, a reselection instruction is generated, the home decoration monitoring module sends the reselection instruction, home decoration materials and home decoration positions to the intelligent home decoration module, the intelligent home decoration module receives the reselection instruction and then obtains corresponding constructors according to the processing in the step two, and then S1 and S2 are executed;
s4: when the home appliance monitoring module receives a negative instruction, the negative instruction is directly sent to a computer terminal of a user;
s5: the construction personnel sends a completion instruction and a construction area to the home decoration monitoring module through the mobile phone terminal, the home decoration monitoring module sends the completion instruction and the construction area to a computer terminal of a user after receiving the completion instruction and the construction area, timing is stopped at the same time, and the time of stopping timing is marked as the construction finishing time of the construction personnel; the user inputs the value of the credit to the home decoration monitoring module through the computer terminal;
s6: calculating the time difference between the construction ending time and the construction starting time to obtain the construction duration edge mark V1 of the constructor; setting the score value input by the user as V2; carrying out dequantization processing on the construction duration and the input score value, taking the numerical value of the dequantization processing, obtaining a single value of a constructor by using a formula VD =1/V1 × b1+ V2 × b2, summing all the single values of the constructor, and averaging to obtain the construction value of the constructor; b1 and b2 are both preset proportionality coefficients;
s7: setting the total stopping times of the constructors as V3; obtaining a single low-level value F of a constructor by using a formula F = V3 × b3, and summing all the single low-level values of the constructor to obtain a low-level value F of the constructor; wherein b3 is a preset scaling factor.
2. The customized home-decoration monitoring and management system based on the internet of things and artificial intelligence as claimed in claim 1, wherein the material information includes name, price and specification of the material, and corresponding position of the material and name of the belonging business, and the home-decoration material includes brick, cement, sand, glue, putty powder, pointing agent, anti-cracking gauze, furniture, electric appliances and indoor ornaments.
3. The customized home decoration monitoring and management system based on the internet of things and artificial intelligence as claimed in claim 1, further comprising a registration login module, wherein the registration login module is used for submitting personnel information for registration through a mobile phone terminal and sending the personnel information which is successfully registered to a server for storage; the personnel information includes name, identification number, time of entry, location and age, and home decoration material of construction.
4. The customized home decoration monitoring and management system based on the internet of things and artificial intelligence as claimed in claim 1, wherein the specific processing steps of the background auditing module are as follows:
s31: marking the staff as Rk; k is a positive integer; setting the audited times of the staff as ERk；
S32: calculating the time difference between the time of the staff's job and the current time of the system to obtain the time of the staff's jobLong and marked as TRkThe working duration is dequantized and the numerical value is taken;
s33: using the formula YCRk=TRk×b4+ERk×b5+HRkObtaining the excellent value YC of the staff by the x b6Rk(ii) a Wherein b4, b5 and b6 are all preset proportionality coefficients; hRkIs the effect value of the staff;
s34: selecting the worker with the largest optimal value as the selected worker, sending the video to the computer terminal of the selected worker, and marking the moment of sending the video as the processing starting moment of the selected worker;
s35: the staff checks the video through the computer terminal and inputs an approval instruction or a negative instruction to the background auditing module; the background auditing module marks the time when the approval instruction or the negative instruction is received as the processing ending time;
s36: calculating the time difference between the processing starting time and the processing ending time to obtain a single processing time length which is marked as L1; obtaining a single processing value LD of the selected person by using a formula LD = (1/L1) × b7, wherein b7 is a preset proportionality coefficient; and summing all the single processing values of the selected person to obtain the effect value of the selected person.
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