CN112330500A - Comprehensive platform type property supervision system based on Internet - Google Patents
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Abstract
The invention discloses an internet-based comprehensive platform type property supervision system, which comprises a database, a controller, a data encryption unit, a property end and a user end, wherein the database is used for storing data; the property end comprises a repair supervision unit, a charging supervision unit, a personnel supervision unit, a service supervision unit and an equipment sharing unit; the invention distributes maintenance personnel according to the distribution rule by the repair reporting and monitoring unit according to the maintenance information, thereby realizing the check of the service record of each service personnel and realizing the property service management of one-to-one responsibility to the personnel; the device sharing unit is combined with the sharing principle to analyze the device use information uploaded by the user, so that the utilization rate of each device is improved, and the optimal service is provided for the user; the data encryption unit is used for encrypting the personal information, so that the grouping mark value F is flexibly obtained, the safety of the personal information of the user is ensured, and the risk of personal information leakage is reduced.
Description
Technical Field
The invention belongs to the field of internet, relates to a property supervision system technology, and particularly relates to an internet-based comprehensive platform type property supervision system.
Background
With the advent of the information age, the survival and competitive environment of enterprises has changed fundamentally. Informatization plays a key role in enterprise operations, whether as a strategic approach or a tactical approach. The rapid development of the internet brings great convenience to enterprises, the operation of the enterprises depends on the support of an information system, and the information system becomes an important means for ensuring the economic benefit and the operation efficiency of the enterprises and even becomes a direct means for the profit of the enterprises. Because the traditional office mode is inefficient and has high working strength. A great deal of time and energy are consumed for manually processing the complicated and repeated work, and the delay and the error of the manual processing are the defects which should be removed in the modern management.
For a long time, the old houses are rarely brought into the property management, namely, the newly built housing districts are far from enough management force although the property management is carried out, so that the property management work of many residential districts only stays on shallow levels of watching a door, sweeping the floor, repairing leakage, collecting garbage and the like. Moreover, because the starting fund of the property management enterprise is insufficient, various operation services are not good, and the like, the workers with high professional level cannot be called, and in addition, the management means is lagged behind, the benefit of the property management enterprise is difficult to improve. In the manual operation era, the community management is very complicated in work, needs a large amount of manpower, material resources and financial resources, and greatly wastes the resources of community property. In the past manual operation era, the projects need to be recorded manually, are troublesome and trivial, and often have errors, so that great inconvenience is brought to vast owners.
With the rapid development of the real estate industry, people gradually accept a management mode of property management. Good property management has become an important factor for floor sales and also an important consideration for property company selection by owners or tenants. An internet-based integrated platform property supervision system is now provided.
Disclosure of Invention
The invention aims to provide an integrated platform type property supervision system based on the Internet.
The invention aims to:
the repair reporting supervision unit distributes maintenance personnel according to the maintenance information and the distribution rule, so that the service records of the service personnel can be checked, and the property service management of one-to-one person in charge is realized; the device sharing unit is combined with the sharing principle to analyze the device use information uploaded by the user, so that the utilization rate of each device is improved, and the optimal service is provided for the user; the data encryption unit is used for encrypting the personal information, so that the grouping mark value F is flexibly obtained, the safety of the personal information of the user is ensured, and the risk of personal information leakage is reduced.
The purpose of the invention can be realized by the following technical scheme:
an integrated platform type property supervision system based on the Internet comprises a database, a controller, a data encryption unit, a property end and a user end; the property end comprises a repair supervision unit, a charging supervision unit, a personnel supervision unit, a service supervision unit and an equipment sharing unit; the user side comprises a personal information unit, an announcement unit, a reporting unit and a data request unit; the personal information unit is used for a user to log in a platform and upload/modify personal information, the personal information comprises family member name, gender, relationship, age, occupation and building number information, and the specific uploading format is as follows: building number + name + sex + relationship + age + occupation; the personal information unit is also used for uploading the personal information of the user to the controller through the data encryption unit and transmitting the personal information to the database for storage through the controller; the announcement unit is used for a user to check the announcement information of the cell, wherein the announcement information comprises power failure information, water cut-off information and activity information; the reporting unit is used for reporting the lease information, the decoration construction information, the equipment use information and the maintenance information of the house by a user and grading the service; the data request unit is used for uploading request to view property annual financial statement information, property lease information and charging information by a user; the repair reporting and monitoring unit is used for monitoring the maintenance information uploaded by the user for the property and distributing maintenance personnel for maintenance according to the maintenance information and the distribution rule; the charging supervision unit comprises a charge table setting module, a charging project setting module, a user meter reading module, a charging management module, a billing module and a bill management module, and the personnel supervision unit comprises a personnel data storage module, a personnel movement recording module and a personnel work distribution recording module; the service supervision unit is used for supervising the progress and the score of each service; the equipment sharing unit is used for enabling users to share various pieces of equipment of the property according to a sharing principle; the database stores personal information of users and various equipment information of property.
Further, the method for distributing the maintenance personnel according to the distribution rule by the repair reporting and supervising unit according to the maintenance information is as follows:
step SS 01: the repair reporting supervision unit acquires the building number information and the maintenance type information of the user from the maintenance information;
step SS 02: the repair reporting supervision unit acquires service personnel information corresponding to the building number from the personnel work allocation recording module according to the building number information;
step SS 03: the repair reporting supervision unit selects on-duty service personnel of the corresponding work type from the service personnel information according to the maintenance type information, and correspondingly marks the service personnel as Pi + work number, wherein Pi represents the service personnel of the ith corresponding work type, and i is a positive integer;
step SS 04:
when i is 1, the service personnel is the assigned maintenance personnel;
when i is not less than 2, the repair reporting and supervising unit calls the state of the service staff of the work number from the staff movement recording module according to the work number, and the operation goes to step SS 05;
step SS 05:
when the service personnel in the idle state is equal to one, the service personnel is the distributed maintenance personnel;
when the number of the service personnel in the idle state is more than or equal to two, the slave personnel move to the recording module to call the monthly workload information of the service personnel of the job number, the service personnel are sorted from low to high according to the monthly workload, and the service personnel with the lowest workload is selected as the distributed maintenance personnel.
Further, the method for the device sharing unit to share the devices of the property between the users according to the sharing principle is as follows:
step S01: the device sharing unit acquires device use information from the information uploaded by the reporting unit, wherein the device use information comprises a device name, a use place and use time;
step S02: the equipment sharing unit analyzes the equipment use information uploaded by the user by combining a sharing principle to obtain borrowing equipment;
step S03: the controller sends a return signal to a corresponding user according to the acquired borrowing equipment, and when receiving the return response of the user side, the controller automatically generates a borrowable signal and recommends the borrowing equipment to the requested user for use.
Further, in step S02, the device sharing unit analyzes the device usage information uploaded by the user in combination with the sharing principle, and the step of acquiring the borrowing device is as follows:
step S021: firstly, acquiring a device name and a use place uploaded by a user;
step S022: acquiring the vacancy number of the equipment of the corresponding category according to the equipment name, and processing according to the vacancy number;
step S023: when the spare number of the equipment of the category corresponding to the equipment name is larger than 0, turning to the step S024; otherwise go to step S025;
step S024: generating an admission signal directly according to the equipment use information of the user; correspondingly subtracting 1 from the spare number of the equipment in the category;
step S025: when the empty remainder of the equipment of the category corresponding to the equipment name is 0, the controller automatically acquires the real-time positions of all the equipment of the category, and the real-time positions of the equipment and the use places uploaded by the user are obtained; acquiring the distance between the use place and all devices in the category, and marking the distance as a real-time distance Jj, j being 1, 2, 3,. or m; jm represents the distance between the mth device in the category and the place of use;
step S026: acquiring the use time of all the devices of the category initiated by the last user, acquiring the time which has passed at present according to the use time, and marking the time which has passed as used time Sj, j is 1, 2, 3,. and m;
step S027: calculating a return value Gj according to the real-time distance Jj and the used time Sj;
Gj＝0.469*Jj+0.531*Sj；
in the formula, 0.469 and 0.531 are both introduced weights;
step S028: and sorting the devices according to the sequence of Gj from large to small, and marking the first three devices as borrowing devices.
Further, the data encryption unit encrypts the personal information by:
step S1: acquiring time, minutes and seconds when personal information is uploaded/modified, and adding each data value in the time, the minutes and the seconds separately to obtain data sum;
step S2: the data and each data added with the building number in the personal information are intercepted, the value on the highest bit of the obtained data is divided by 2, and the data on the bit of the intercepted value is marked as a grouping mark value F;
step S3: acquiring building number, name, gender, relationship, age and occupation in the personal information, and correspondingly marking as: la + Xap + Bap + Gap + Nap + Zap, La + Xap + Bap + Gap + Nap + Zap represent building number a corresponding p family member's name Xap + sex Bap + relationship Gap + age Nap + occupation Zap;
step S4:
if p is 1, the encrypted personal information is La +1+ Xap + Bap + Gap + Nap + Zap;
and if p is larger than or equal to 2, replacing the p-th information of the p-th family member person with the p-th information of the 1 st family member person, replacing the 1 st information of the p-th family member person with the 1 st information of the 1 st family member person, and then grouping and displaying the personal information of all the family members according to the grouping mark value F to obtain the encrypted personal information.
Further, the 1 st information in the step S4 is name information Xap, and the p-th information is defined as counted from the 1 st information.
The invention has the beneficial effects that:
the invention distributes maintenance personnel according to the distribution rule by the repair reporting and supervising unit according to the maintenance information, selects on-duty service personnel corresponding to the work type from the service personnel serving the building number, appoints the distributed maintenance personnel to carry out maintenance service on the user according to the state and the number of the service personnel, the monthly workload information of the service personnel and the like, reasonably arranges the personnel, and realizes the service record of each service personnel to be checked, thereby realizing the property service management of one-to-one responsibility to the people;
the method analyzes the equipment use information uploaded by a user by combining an equipment sharing unit and a sharing principle to obtain borrowing equipment; when the empty remainder of the equipment of the category corresponding to the equipment name is 0, the controller automatically acquires the real-time positions of all the equipment of the category, and the real-time positions of the equipment and the use places uploaded by the user are obtained; the method comprises the steps of obtaining the distance between a use place and all devices in the category, calculating a return value Gj, sequencing the devices according to the sequence from big to small of the Gj, marking the top three devices as borrowing devices, sending a return signal to corresponding use users by a controller according to the obtained borrowing devices, automatically generating borrowable signals when receiving return responses of user ends, recommending the borrowing devices to the requesting users for use, improving the utilization rate of the devices, reasonably managing each device, and providing the best business service for the users;
according to the invention, the personal information is encrypted by the data encryption unit, and the grouping mark value F is flexibly obtained according to the time, minute and second when the personal information is uploaded/modified and each data of the building number in the personal information, so that the safety of the personal information of a user is ensured, and the risk of personal information leakage is reduced.
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 system block diagram of an Internet-based integrated platform property monitoring system according to the present invention;
FIG. 2 is a system block diagram of the property side of the present invention;
fig. 3 is a system block diagram of a user side according to the present invention.
Detailed Description
As shown in fig. 1-3, an internet-based integrated platform property monitoring system includes a database, a controller, a data encryption unit, a property end, and a user end; the property end comprises a repair supervision unit, a charging supervision unit, a personnel supervision unit, a service supervision unit and an equipment sharing unit; the user side comprises a personal information unit, an announcement unit, a reporting unit and a data request unit; the personal information unit is used for a user to log in a platform and upload/modify personal information, the personal information comprises family member name, gender, relationship, age, occupation and building number information, and the specific uploading format is as follows: building number + name + sex + relationship + age + occupation; the personal information unit is also used for uploading the personal information of the user to the controller through the data encryption unit and transmitting the personal information to the database for storage through the controller; the announcement unit is used for a user to check the announcement information of the cell, wherein the announcement information comprises power failure information, water cut-off information and activity information; the reporting unit is used for reporting the lease information, the decoration construction information, the equipment use information and the maintenance information of the house by a user and grading the service; the data request unit is used for uploading request to view property annual financial statement information, property lease information and charging information by a user; the repair reporting and monitoring unit is used for monitoring the maintenance information uploaded by the user for the property and distributing maintenance personnel for maintenance according to the maintenance information and the distribution rule; the personnel supervision unit comprises a personnel data storage module, a personnel movement direction recording module and a personnel work distribution recording module; the service supervision unit is used for supervising the progress and the score of each service; the equipment sharing unit is used for enabling users to share various pieces of equipment of the property according to a sharing principle; the database stores personal information of users and various equipment information of property.
Preferably, the charge supervision unit comprises a charge table setting module, a charge item setting module, a user meter reading module, a charging management module, a charge management module, an account marking module and a bill management module, wherein the charge table setting module can set various independent tables, common tables, general tables and virtual tables, can set a father table (three levels can be set) for various non-virtual tables, and can check the installation conditions of various charge tables according to the relationship among table names, houses and tables; the charging item setting module may set attributes such as name, calculation formula, unit price, currency, rate of late, start and stop date of charging, and calculation period of the charging item. The calculation formula is completely defined by the user, dozens of parameters and functions are provided for the user to select, and the calculation of various apportioned costs is easily realized. The discount starting and ending date and discount rate can be set for each charging item of each house, and the calculation of discount can be automatically carried out. The unit price of each charging item for each house can be set to be automatically variable according to the amount and time, and different rates can be set for different charging items for different houses, and whether to debit. The user meter reading module can record the row degree of each meter reading and automatically calculate the usage. The condition that the reading of the fee meter is returned to 0 is automatically identified, and the system automatically changes color for reminding according to the set reading of too large and too small. And reserving an interface with an automatic meter reading system.
Preferably, the method for distributing the maintenance personnel according to the distribution rule by the repair reporting and supervising unit according to the maintenance information is as follows:
step SS 01: the repair reporting supervision unit acquires the building number information and the maintenance type information of the user from the maintenance information;
step SS 02: the repair reporting supervision unit acquires service personnel information corresponding to the building number from the personnel work allocation recording module according to the building number information;
step SS 03: the repair reporting supervision unit selects on-duty service personnel of the corresponding work type from the service personnel information according to the maintenance type information, and correspondingly marks the service personnel as Pi + work number, wherein Pi represents the service personnel of the ith corresponding work type, and i is a positive integer;
step SS 04:
when i is 1, the service personnel is the assigned maintenance personnel;
when i is not less than 2, the repair reporting and supervising unit calls the state of the service staff of the work number from the staff movement recording module according to the work number, and the operation goes to step SS 05;
step SS 05:
when the service personnel in the idle state is equal to one, the service personnel is the distributed maintenance personnel;
when the number of the service personnel in the idle state is more than or equal to two, the slave personnel move to the recording module to call the monthly workload information of the service personnel of the job number, the service personnel are sorted from low to high according to the monthly workload, and the service personnel with the lowest workload is selected as the distributed maintenance personnel.
Preferably, the method for the device sharing unit to share the devices of the property between the users according to the sharing principle is as follows:
step S01: the device sharing unit acquires device use information from the information uploaded by the reporting unit, wherein the device use information comprises a device name, a use place and use time;
step S02: the equipment sharing unit analyzes the equipment use information uploaded by the user by combining a sharing principle to obtain borrowing equipment;
step S03: the controller sends a return signal to a corresponding user according to the acquired borrowing equipment, and when receiving the return response of the user side, the controller automatically generates a borrowable signal and recommends the borrowing equipment to the requested user for use.
Preferably, in step S02, the device sharing unit analyzes the device usage information uploaded by the user in combination with the sharing principle, and the step of acquiring the borrowing device is as follows:
step S021: firstly, acquiring a device name and a use place uploaded by a user;
step S022: acquiring the vacancy number of the equipment of the corresponding category according to the equipment name, and processing according to the vacancy number;
step S023: when the spare number of the equipment of the category corresponding to the equipment name is larger than 0, turning to the step S024; otherwise go to step S025;
step S024: generating an admission signal directly according to the equipment use information of the user; correspondingly subtracting 1 from the spare number of the equipment in the category;
step S025: when the empty remainder of the equipment of the category corresponding to the equipment name is 0, the controller automatically acquires the real-time positions of all the equipment of the category, and the real-time positions of the equipment and the use places uploaded by the user are obtained; acquiring the distance between the use place and all devices in the category, and marking the distance as a real-time distance Jj, j being 1, 2, 3,. or m; jm represents the distance between the mth device in the category and the place of use;
step S026: acquiring the use time of all the devices of the category initiated by the last user, acquiring the time which has passed at present according to the use time, and marking the time which has passed as used time Sj, j is 1, 2, 3,. and m;
step S027: calculating a return value Gj according to the real-time distance Jj and the used time Sj;
Gj＝0.469*Jj+0.531*Sj；
in the formula, 0.469 and 0.531 are both introduced weights;
step S028: and sorting the devices according to the sequence of Gj from large to small, and marking the first three devices as borrowing devices.
Preferably, the data encryption unit encrypts the personal information by:
step S1: acquiring time, minutes and seconds when personal information is uploaded/modified, and adding each data value in the time, the minutes and the seconds separately to obtain data sum;
step S2: the data and each data added with the building number in the personal information are intercepted, the value on the highest bit of the obtained data is divided by 2, and the data on the bit of the intercepted value is marked as a grouping mark value F;
step S3: acquiring building number, name, gender, relationship, age and occupation in the personal information, and correspondingly marking as: la + Xap + Bap + Gap + Nap + Zap, La + Xap + Bap + Gap + Nap + Zap represent building number a corresponding p family member's name Xap + sex Bap + relationship Gap + age Nap + occupation Zap;
step S4:
if p is 1, the encrypted personal information is La +1+ Xap + Bap + Gap + Nap + Zap;
and if p is larger than or equal to 2, replacing the p-th information of the p-th family member person with the p-th information of the 1 st family member person, replacing the 1 st information of the p-th family member person with the 1 st information of the 1 st family member person, and then grouping and displaying the personal information of all the family members according to the grouping mark value F to obtain the encrypted personal information.
Preferably, the 1 st information in the step S4 is name information Xap, and the p-th information is defined as counted from the 1 st information.
During work, a maintenance person is distributed according to a distribution rule through a maintenance reporting and monitoring unit according to maintenance information, on-duty service personnel corresponding to the work types are selected from service personnel serving the building number, the distributed maintenance personnel are appointed to carry out maintenance service on users according to the state and the number of the service personnel, the monthly workload information of the service personnel and the like, the personnel are reasonably arranged, the service records of the service personnel can be checked, and the property service management of one-to-one accountability to the people is realized; analyzing the equipment use information uploaded by the user by combining a sharing principle through an equipment sharing unit to obtain borrowing equipment; when the empty remainder of the equipment of the category corresponding to the equipment name is 0, the controller automatically acquires the real-time positions of all the equipment of the category, and the real-time positions of the equipment and the use places uploaded by the user are obtained; the method comprises the steps of obtaining the distance between a use place and all devices in the category, calculating a return value Gj, sequencing the devices according to the sequence from big to small of the Gj, marking the top three devices as borrowing devices, sending a return signal to corresponding use users by a controller according to the obtained borrowing devices, automatically generating borrowable signals when receiving return responses of user ends, recommending the borrowing devices to the requesting users for use, improving the utilization rate of the devices, reasonably managing each device, and providing the best business service for the users; the personal information is encrypted through the data encryption unit, and the grouping mark value F is flexibly obtained according to the time, minute and second when the personal information is uploaded/modified and each data of the building number in the personal information, so that the safety of the personal information of a user is ensured, and the risk of personal information leakage is reduced.
The foregoing is merely exemplary and illustrative of the present invention and various modifications, additions and substitutions may be made by those skilled in the art to the specific embodiments described without departing from the scope of the invention as defined in the following claims.
Claims (6)
1. The integrated platform type property supervision system based on the Internet is characterized by comprising a database, a controller, a data encryption unit, a property end and a user end;
the property end comprises a repair supervision unit, a charging supervision unit, a personnel supervision unit, a service supervision unit and an equipment sharing unit;
the user side comprises a personal information unit, an announcement unit, a reporting unit and a data request unit;
the personal information unit is used for a user to log in a platform and upload/modify personal information, the personal information comprises family member name, gender, relationship, age, occupation and building number information, and the specific uploading format is as follows: building number + name + sex + relationship + age + occupation; the personal information unit is also used for uploading the personal information of the user to the controller through the data encryption unit and transmitting the personal information to the database for storage through the controller;
the announcement unit is used for a user to check the announcement information of the cell, wherein the announcement information comprises power failure information, water cut-off information and activity information;
the reporting unit is used for reporting the lease information, the decoration construction information, the equipment use information and the maintenance information of the house by a user and grading the service;
the data request unit is used for uploading request to view property annual financial statement information, property lease information and charging information by a user;
the repair reporting and monitoring unit is used for monitoring the maintenance information uploaded by the user for the property and distributing maintenance personnel for maintenance according to the maintenance information and the distribution rule;
the charging supervision unit comprises a charge table setting module, a charging project setting module, a user meter reading module, a charging management module, an account marking module and a bill management module;
the personnel supervision unit comprises a personnel data storage module, a personnel movement direction recording module and a personnel work distribution recording module;
the service supervision unit is used for supervising the progress and the score of each service;
the equipment sharing unit is used for enabling users to share various pieces of equipment of the property according to a sharing principle;
the database stores personal information of users and various equipment information of property.
2. The internet-based integrated platform property management system according to claim 1, wherein the method for distributing the maintenance personnel according to the distribution rule by the repair supervision unit according to the maintenance information is as follows:
step SS 01: the repair reporting supervision unit acquires the building number information and the maintenance type information of the user from the maintenance information;
step SS 02: the repair reporting supervision unit acquires service personnel information corresponding to the building number from the personnel work allocation recording module according to the building number information;
step SS 03: the repair reporting supervision unit selects on-duty service personnel of the corresponding work type from the service personnel information according to the maintenance type information, and correspondingly marks the service personnel as Pi + work number, wherein Pi represents the service personnel of the ith corresponding work type, and i is a positive integer;
step SS 04:
when i is 1, the service personnel is the assigned maintenance personnel;
when i is not less than 2, the repair reporting and supervising unit calls the state of the service staff of the work number from the staff movement recording module according to the work number, and the operation goes to step SS 05;
step SS 05:
when the service personnel in the idle state is equal to one, the service personnel is the distributed maintenance personnel;
when the number of the service personnel in the idle state is more than or equal to two, the slave personnel move to the recording module to call the monthly workload information of the service personnel of the job number, the service personnel are sorted from low to high according to the monthly workload, and the service personnel with the lowest workload is selected as the distributed maintenance personnel.
3. The internet-based integrated platform property management system according to claim 1, wherein the device sharing unit is configured to share the devices of the property between the users according to a sharing principle by:
step S01: the device sharing unit acquires device use information from the information uploaded by the reporting unit, wherein the device use information comprises a device name, a use place and use time;
step S02: the equipment sharing unit analyzes the equipment use information uploaded by the user by combining a sharing principle to obtain borrowing equipment;
step S03: the controller sends a return signal to a corresponding user according to the acquired borrowing equipment, and when receiving the return response of the user side, the controller automatically generates a borrowable signal and recommends the borrowing equipment to the requested user for use.
4. The internet-based integrated platform property management system according to claim 3, wherein the device sharing unit in step S02 analyzes the device usage information uploaded by the user according to the sharing principle, and obtains the borrowed device according to the following steps:
step S021: firstly, acquiring a device name and a use place uploaded by a user;
step S022: acquiring the vacancy number of the equipment of the corresponding category according to the equipment name, and processing according to the vacancy number;
step S023: when the spare number of the equipment of the category corresponding to the equipment name is larger than 0, turning to the step S024; otherwise go to step S025;
step S024: generating an admission signal directly according to the equipment use information of the user; correspondingly subtracting 1 from the spare number of the equipment in the category;
step S025: when the empty remainder of the equipment of the category corresponding to the equipment name is 0, the controller automatically acquires the real-time positions of all the equipment of the category, and the real-time positions of the equipment and the use places uploaded by the user are obtained; acquiring the distance between the use place and all devices in the category, and marking the distance as a real-time distance Jj, j being 1, 2, 3,. or m; jm represents the distance between the mth device in the category and the place of use;
step S026: acquiring the use time of all the devices of the category initiated by the last user, acquiring the time which has passed at present according to the use time, and marking the time which has passed as used time Sj, j is 1, 2, 3,. and m;
step S027: calculating a return value Gj according to the real-time distance Jj and the used time Sj;
Gj＝0.469*Jj+0.531*Sj；
in the formula, 0.469 and 0.531 are both introduced weights;
step S028: and sorting the devices according to the sequence of Gj from large to small, and marking the first three devices as borrowing devices.
5. The internet-based integrated platform property management system according to claim 1, wherein the data encryption unit encrypts the personal information by:
step S1: acquiring time, minutes and seconds when personal information is uploaded/modified, and adding each data value in the time, the minutes and the seconds separately to obtain data sum;
step S2: the data and each data added with the building number in the personal information are intercepted, the value on the highest bit of the obtained data is divided by 2, and the data on the bit of the intercepted value is marked as a grouping mark value F;
step S3: acquiring building number, name, gender, relationship, age and occupation in the personal information, and correspondingly marking as: la + Xap + Bap + Gap + Nap + Zap, La + Xap + Bap + Gap + Nap + Zap represent building number a corresponding p family member's name Xap + sex Bap + relationship Gap + age Nap + occupation Zap;
step S4:
if p is 1, the encrypted personal information is La +1+ Xap + Bap + Gap + Nap + Zap;
and if p is larger than or equal to 2, replacing the p-th information of the p-th family member person with the p-th information of the 1 st family member person, replacing the 1 st information of the p-th family member person with the 1 st information of the 1 st family member person, and then grouping and displaying the personal information of all the family members according to the grouping mark value F to obtain the encrypted personal information.
6. The internet-based integrated platform-based property management system of claim 5, wherein the 1 st information in the step S4 is name information Xap, and the p-th information is defined as counted from the 1 st information.
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