CN115660510A - Shelter hospital building quality management method and system - Google Patents
Shelter hospital building quality management method and system Download PDFInfo
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Abstract
The invention discloses a shelter hospital building quality management method and system, in particular to the technical field of management data processing, and the method comprises the following steps: firstly, a patient concentration area is received through big data information statistics, a coordinate point is obtained by utilizing GPS positioning, and the gravity center coordinate of a mass point system is simulated to be taken in
Calculating and using the address as the address of the shelter hospital; then, building a model of a building shelter hospital by utilizing Twinmotion software, reasonably planning a construction task of a construction project, and carrying out hierarchical treatment from a quality detection and construction management system of a building material at a quality inspection station; book (notebook)The invention particularly adopts a GPS positioning patient two-dimensional coordinate statistical module to acquire the position coordinates of the patient, thereby achieving the effects of establishing a perfect building construction management system, reasonably combining theory and practice data of building site selection, fully supervising the building, shortening the construction period, reducing the construction difficulty and improving the building quality of the shelter hospital.
Description
Technical Field
The invention relates to the technical field of managed data processing, in particular to a shelter hospital building quality management method and system.
Background
The shelter hospital is a mobile medical shelter which is built by using an integral loading and unloading design concept and following a principle of combining peaceful and urgent services in modern medical equipment, and a mobile treatment platform with medical comprehensive functional integration is rapidly built and deployed in public places by adopting infrastructure.
The existing shelter hospital building quality management is to adopt a planned manual management system to carry out quality detection on building equipment and construct a three-dimensional framework of a building organization for open source throttling treatment, and to manage the building and operation of a shelter hospital through a modern intelligent digital system, so that the problem of building quality risk is avoided, and the quality management of the building shelter hospital engineering is controlled.
The existing shelter hospital building quality management method is characterized in that the communication of uploading and downloading effects between constructors and government staff is adopted for quality monitoring and management, the building construction management system is established to be imperfect, the shelter hospital building quality management system has a communication module separation link, the building site selection is unreasonable, and the design concept of combining theory and practical experience is lacked, so that the problems of insufficient building supervision, large construction difficulty, long construction period and unqualified building quality are caused.
Disclosure of Invention
In order to overcome the defects in the prior art, the embodiment of the invention provides a shelter hospital building quality management method and system, patient coordinates are positioned through a GPS (global positioning system), the number information of patients is acquired through big data, the gravity center coordinates of a mass point system are simulated to carry out gravity center calculation, a site selection position is obtained, the optimal evaluation cost is carried out by combining with the evaluation of environmental value assets, and the site selection position is determined; and a square cabin hospital building model is constructed by adopting Twinmotion software so as to solve the problems in the background technology.
In order to achieve the purpose, the invention provides the following technical scheme: a shelter hospital building quality management method and system comprises the following steps:
s1, receiving a patient concentration area through big data information statistics, obtaining coordinate points by GPS positioning, and simulating gravity center coordinates of a mass point system
Calculating and using the address as the address of the shelter hospital;
s2, building a model of the building shelter hospital by utilizing Twinmotion software, reasonably planning a construction task of the building engineering, and performing hierarchical step processing from a quality detection and construction management system of the building material at a quality inspection station;
s3, carrying out environmental value asset evaluation on the calculated site selection position and the field surrounding environment
Building materials with qualified infrastructure detected by a quality monitoring station are built and put in a cabin hospital by utilizing the trend of a peripheral resource distribution hydropower network;
and S4, finally, performing man-machine dual quality supervision and restriction on communicable infrastructure of the building shelter hospital by using the panoramic camera, collecting image video information in real time, uploading the image video information to a server, and performing background process follow-up management and manual examination and acceptance of a construction site.
In a preferred embodiment, the GPS positioning and acquiring coordinate point is to position the position of the big data patient by using GPS software, obtain a world coordinate system relative to global satellite coordinates, convert the world coordinate system into a space physical coordinate system by using a computer device, remove Z-axis coordinate data, retain X-and Y-axis horizontal coordinate data, and count two-dimensional plane coordinate data of the patient; the GPS is a high-precision radio positioning system based on an artificial earth satellite, and is suitable for navigation and positioning of mobile equipment; the world coordinate system is an absolute coordinate system taking a global satellite as a reference, the position of the user coordinate system is confirmed and established through the original point of the original coordinate system, and the physical coordinate system comprises a linear coordinate system, a plane rectangular coordinate system and a space coordinate system and is used for determining the position and the direction of the target point.
In a preferred embodiment, the barycentric coordinates of the mass point system are determined by using a calculation formula
Wherein m is the weight of the mass point, X is the position of the X axis in the two-dimensional plane coordinate system of the mass point, and y isThe position of the Y axis in the two-dimensional plane coordinate system of the mass point is defined by the principle that when the mass of each mass point in the mass point system is a fixed value, the barycenter and the barycenter of the mass point system depend on the relative position of each mass point in the mass point system, and the mass number of the patient is defined by the principle of the barycenter coordinate system, i, the weight of the mass point is replaced by the mass number of the patient, m, and m, the mass point is replaced by the mass number of the patient
Calculating the gravity center of the position of the patient in the big data; the specific calculation process is as follows: if there are two patients, at the point
Is provided with
Number of people, in the point
Is provided with
The number of people is substituted into the formula for calculating the center of gravity
Temporarily selecting the center of gravity of the site selection site of the shelter hospital, if n patients exist, selecting the center of gravity
Is provided with
Number of people, in the point
Is provided with
Number of people, in the point
Is provided with
The number of people is substituted into the formula for calculating the center of gravity
And temporarily selecting a gravity center point from the site selection site of the shelter hospital, evaluating and calculating an optimal solution according to the occupied area and the consumption cost of the shelter building hospital according to the periphery taking the gravity center coordinate point as the circle center under the field investigation, and then confirming the site selection point of the shelter hospital.
In a preferred embodiment, the environmental value asset assessment is a comprehensive assessment of the peripheral environmental assets with important sites, the waste rate of dismantling facilities and the cost of building shelter hospitals by combining the economic and management concepts, and the assessment result showing the optimal economic value is measured in the form of converting quantitative articles into money, wherein the environmental value asset assessment calculation formula is adopted
Wherein p is the result of the evaluation of the environmental value assets,
the minimum value of the waste rate of the assets and the disassembly facilities of the surrounding environment and the cost of the building shelter hospital,
the influence coefficient of the variable factors of the change of the material consumption and the material price of raw materials, the increase of the materials of construction staff and the improvement of labor productivity on the manufacturing cost of the shelter hospital.
In a preferred embodiment, the shelter hospital building quality management system comprises a main control computer service platform, mobile equipment, a monitoring center and a monitoring center, wherein the main control computer service platform is connected with other modules in the system through a port protocol and wirelessly connected with government affairs personnel and construction building personnel through a local area network, receives and sends communication information for data processing, and is used for controlling the data processing of the shelter hospital building quality management system;
the GPS positioning patient two-dimensional coordinate counting module is characterized in that GPS positioning software is installed by utilizing a service platform of a main control computer, a single CPU is distributed to operate the GPS positioning to collect patient coordinates and collect patient number information in webpage big data by utilizing a crawler technology, the collected patient coordinate information and the number data are stored in the module, and the information is counted and transmitted to a data collecting and communicating processing module for data calculation;
the data acquisition communication processing module is used for communicating and receiving data transmitted by the GPS positioning patient two-dimensional coordinate counting module through a wireless communication technology by using a port protocol to calculate barycentric coordinates, performing site selection evaluation by combining with peripheral environmental value assets, confirming a site selection place of a shelter hospital, and transmitting the calculated and processed data to the quality monitoring station hierarchical processing module to examine and approve buildings;
the method comprises the steps that Twinmotion software is used for building a shelter hospital building engineering management module, twinmotion modeling software is installed on a main control computer service platform, a 3D model of the shelter hospital is built by using the Twinmotion software, and modeling information is transmitted to a quality monitoring station hierarchical processing module to carry out building management of a planning shelter hospital;
the quality monitoring station hierarchical processing module is used for receiving data information of a shelter hospital building engineering management module constructed by the data acquisition communication processing module and Twinmotion software, performing hierarchical processing on the building quality management of a shelter hospital, performing flow management of building project establishment, construction, quality inspection and acceptance, and transmitting the processed data information to the camera real-time monitoring quality continuous management module for continuous monitoring management and real-time information feedback of a main control machine service platform;
the camera real-time monitoring quality continuous management module receives data information of a quality monitoring station hierarchical processing module, takes the building quality as a monitoring object, enables a shelter hospital to put into use after the building is finished, still continuously controls the quality of the shelter hospital, is used for ensuring the building quality of the shelter hospital, and can take a repair and filling measure in advance when an emergency happens.
In a preferred embodiment, the service platform of the main control computer is composed of software of 3D and GPS, information input and output protocol channel, processing memory of computer server, and software and hardware of display, the software of 3D and GPS is installed in the computer of the main control computer for use, wherein the software of 3D is Twinmotion software; the information input and output protocol channel is a protocol channel used for transmitting information between the memory and the system module in the main control computer under the control of the CPU and is used for data exchange; the computer server processing memory consists of a computer, a CPU, an RAM and a server and is used for receiving digital information calculation processing and artificially editing instructions to execute control; the display is a liquid crystal display screen of the computer and is used for feeding back pupil data information content.
In a preferred embodiment, the GPS module for positioning patient two-dimensional coordinates comprises a GPS positioning unit, wherein the GPS positioning unit is connected to a GPS network through an antenna by using GPS software, and performs all-weather high-precision positioning through 24 GPS satellites to obtain the position of a patient; the data acquisition communication processing module comprises a 4G wireless communication unit, a big data acquisition patient coordinate information storage unit, a mass point system gravity center coordinate calculation unit and an environmental value asset evaluation method unit, wherein the 4G wireless communication unit is a 4G network used for wireless communication, and is used for carrying out data communication transmission between modules in the system and utilizing a main control machine service platform to receive data communication so as to realize centralized management; the 4G wireless communication has the characteristics of high communication speed, wide network spectrum and flexible communication; the big data acquisition patient coordinate information storage unit receives and stores GPS positioning patient coordinate data and the information of the number of patients in the positions by using an RAM (random access memory) and is used for calculating initial data of the selected shelter hospital address; the mass m in the mass point system gravity center coordinate formula is replaced by the quantity l by using a mathematical algorithm in a computer, and the mass m is calculated according to the calculation formula
Calculating the gravity center of the distribution of the patients in the city, and confirming the site selection position of the shelter hospital; the environment value asset evaluation method unit is based on the barycentric coordinates of the mass point systemThe barycentric coordinate position calculated by the calculation unit is used as an original point, the range of the site of the shelter hospital is circled by setting the occupied area of the shelter hospital to be a circular area, the comprehensive evaluation is carried out by combining the value assets of the peripheral environment examined on the spot, the optimal value of the evaluation cost is obtained, and the site of the shelter hospital is judged and selected.
In a preferred embodiment, the Twinmotion software construction shelter hospital construction engineering management module comprises a construction shelter hospital model unit and a hydropower network engineering arrangement management unit, wherein the construction shelter hospital model unit utilizes the Twinmotion software to construct and draw three sections and two channels inside the construction shelter hospital, the hydropower network line arrangement trend, the outside construction shape and the floor occupying planning facility on a computer, and a three-dimensional model according to the physical construction engineering drawing proportion is used for quality planning of construction; the three-area two-channel system comprises a medical treatment area, a medical staff working area and a patient isolation resident area, and the two channels comprise a detection patient entering channel and a treatment healing exit channel; the water and power grid engineering arrangement management unit is used for wiring and installation on the principle of horizontal, horizontal and vertical according to installation personnel in combination with geological survey data and peripheral environment resources.
In a preferred embodiment, the quality supervision station hierarchical processing module comprises an item declaration unit, a planning building auditing unit, a construction building management unit and a quality acceptance unit, wherein the item declaration unit is used for sending the site selection and three-dimensional model file of the construction shelter hospital project to the relevant personnel of the government agency, carrying out land application pre-review and an implementation application report, and is used for planning the shelter hospital building, saving the communication time of the government agency and improving the construction management; the planning and building auditing unit starts to execute the building shelter hospital through the approval of a government department in the project declaration unit, and combines the unified ideas of the region division, the water and electricity net arrangement and the medical facility arrangement of the hospital and the building construction department, and the two parties audit the three-dimensional model and reserve an expansion space and synchronously perform the building quality management of the shelter hospital.
In a preferred embodiment, the construction building management unit is used for a constructor to perform quality supervision on the material quality of the infrastructure of the building shelter hospital and each link of the building quality, so as to ensure that the built shelter hospital meets the national building quality standard; the quality acceptance unit is used for performing completion acceptance and audit record by matching with personnel of relevant government departments before being directly put into medical use after following the construction process in the construction and building management unit.
The invention has the technical effects and advantages that:
the invention has the advantages that the function of collecting the position coordinates of the patient is specifically realized through a GPS positioning patient two-dimensional coordinate counting module, the function of data calculation processing is added by adopting a data collecting and communicating processing module, the function of three-dimensional construction model is added by adopting a Twinmotion software construction shelter hospital building engineering management module, and the complete system of shelter hospital building quality management is added by adopting a quality supervision station hierarchical step processing module, so that the effects of establishing a perfect building construction management system, reasonably combining theory and practice data of building site selection, fully supervising the building, shortening the construction period, reducing the construction difficulty and improving the building quality of the shelter hospital are achieved.
Drawings
FIG. 1 is a flow chart of the shelter hospital building quality management method of the present invention;
FIG. 2 is a block diagram of a shelter hospital building quality management system of the present invention;
FIG. 3 is a combined software and hardware diagram of the service platform of the main control computer according to the present invention;
FIG. 4 is a diagram of a GPS positioning patient two-dimensional coordinate statistics module and data acquisition communication processing module of the present invention;
FIG. 5 is a block diagram of the Twinmotion software building shelter hospital construction project management of the present invention;
FIG. 6 is a block diagram of a hierarchical process of the quality monitoring station according to the present invention.
Detailed Description
The technical solutions in the embodiments of the present invention will be clearly and completely described below with reference to the drawings in the embodiments of the present invention, and it is obvious 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 obtained by a person skilled in the art without making any creative effort based on the embodiments in the present invention, belong to the protection scope of the present invention.
The embodiment provides a shelter hospital building quality management method as shown in fig. 1, which comprises the following steps:
s1, receiving a patient concentration area through big data information statistics, obtaining coordinate points by GPS positioning, and simulating gravity center coordinates of a mass point system
Calculating and using the address as the address of the shelter hospital;
s2, building a model of the building shelter hospital by utilizing Twinmotion software, reasonably planning a construction task of a construction project, and performing hierarchical processing from a quality detection and construction management system of a building material at a quality inspection station;
s3, carrying out environmental value asset evaluation on the calculated site selection position and the field surrounding environment
Building materials with qualified infrastructure detected by a quality monitoring station are built and put in a cabin hospital by utilizing the trend of a peripheral resource distribution hydropower network;
and S4, finally, performing man-machine double quality supervision and restriction on communicable infrastructure of the building shelter hospital by using the panoramic camera, acquiring image video information in real time, uploading the image video information to a server, and performing background process follow-up management and manual examination and acceptance of a construction site.
As shown in fig. 1, in this embodiment, it is specifically described that the GPS positioning acquiring coordinate point is to position the position of the big data patient by using GPS software, obtain a world coordinate system corresponding to global satellite coordinates, convert the world coordinate system into a space physical coordinate system by using a computer device, remove coordinate data of a Z axis, retain horizontal coordinate data of X and Y axes, and count two-dimensional plane coordinate data of the patient; the GPS is a high-precision radio positioning system based on an artificial earth satellite, and is suitable for navigation positioning of mobile equipment; the world coordinate system is an absolute coordinate system taking a global satellite as a reference, the position of the user coordinate system is confirmed and established through the original point of the original coordinate system, and the physical coordinate system comprises a linear coordinate system, a plane rectangular coordinate system and a space coordinate system, so that the position and the direction of the target point are determined.
In the embodiment shown in fig. 1, it is specifically explained that the barycentric coordinates of the mass point system are determined by using a calculation formula
Wherein m is the weight of the mass point, X is the position of the X axis in the two-dimensional plane coordinate system of the mass point, and Y is the position of the Y axis in the two-dimensional plane coordinate system of the mass point
Calculating the gravity center of the position of the patient in the big data; the specific calculation process is as follows: if there are two patients, at the point
Is provided with
Number of people, in the point
Is provided with
The number of people is substituted into the formula for calculating the center of gravity
Temporarily selecting the center of gravity of the site selection site of the shelter hospital, if n sites existPatient, at point of
Is provided with
Number of people, in the point
Is provided with
Number of people, at the point
Is provided with
The number of people is substituted into the formula for calculating the center of gravity
And temporarily selecting a gravity center point from the site selection site of the shelter hospital, evaluating and calculating an optimal solution according to the occupied area and the consumption cost of the shelter building hospital according to the periphery taking the gravity center coordinate point as the circle center under the field investigation, and then confirming the site selection point of the shelter hospital.
In the embodiment shown in fig. 1, it is specifically explained that the environmental value asset assessment is a comprehensive assessment of the peripheral environmental assets of the important site, the waste rate of the dismantling facilities and the cost of the building shelter hospital by combining the economic and management concepts, and the assessment result showing the optimal economic value is measured in the form of converting quantitative articles into money, wherein the environmental value asset assessment calculation formula is adopted as
Wherein p is the result of the evaluation of the environmental value assets,
wave rate and building shelter for surrounding environment assets and dismantling facilitiesThe minimum value of the cost of the hospital,
the influence coefficient of the variation factors of the raw material consumption and the material price, the increase of the construction personnel materials and the improvement of the labor productivity on the manufacturing cost of the shelter hospital; the assets of the surrounding environment are resources which are related to the environment and can bring economic benefits to the society, and the assets comprise naturally formed resources and resources created by manual labor investment in the past; the waste rate of the disassembly facilities is to disassemble and utilize the house equipment which obstructs the building shelter hospital in the site selection site, and calculate the waste rate of the unavailable waste device, wherein the waste rate is that the unavailable equipment is one hundred percent higher than the total equipment; the building shelter hospital cost includes infrastructure cost, artificial building wages, time period, patient admission medical cost, and other factors.
As shown in fig. 2, in this embodiment, specifically, it is described that the shelter hospital building quality management system includes a service platform of a main control computer, which is connected to other modules in the system through a port protocol, and is wirelessly connected to mobile devices of government staff and construction building staff through a local area network, and receives and sends communication information for data processing, so as to control data processing of the shelter hospital building quality management system;
the GPS positioning patient two-dimensional coordinate counting module is characterized in that GPS positioning software is installed by utilizing a service platform of a main control computer, a single CPU is distributed to operate the GPS positioning to collect patient coordinates and collect patient number information in webpage big data by utilizing a crawler technology, the collected patient coordinate information and the number data are stored in the module, and the information is counted and transmitted to a data collecting and communicating processing module for data calculation;
the data acquisition communication processing module is used for communicating and receiving data transmitted by the GPS positioning patient two-dimensional coordinate statistical module through a wireless communication technology by using a port protocol to calculate gravity center coordinates, performing site selection evaluation by combining with surrounding environment value assets, confirming site selection places of the shelter hospitals, and transmitting the calculated and processed data to the hierarchical processing module of the quality supervision station for examining and approving buildings;
the method comprises the steps that a Twinmotion software construction shelter hospital construction project management module is characterized in that Twinmotion modeling software is installed on a main control computer service platform, a 3D model of the shelter hospital is constructed by the Twinmotion software, and modeling information is transmitted to a quality monitoring station hierarchical processing module to carry out construction management of a planning shelter hospital;
the quality monitoring station hierarchical processing module is used for receiving data information of the data acquisition communication processing module and the Twinmotion software construction shelter hospital building engineering management module, performing hierarchical processing on the building quality management of the shelter hospital, performing flow management of building project establishment, construction, quality inspection and acceptance, transmitting the processed data information to the camera real-time monitoring quality continuous management module for continuous monitoring management and real-time information feedback of the main control machine service platform;
the camera real-time monitoring quality continuous management module receives data information of a quality monitoring station hierarchical processing module, takes the building quality as a monitoring object, enables a shelter hospital to put into use after the building is finished, still continuously controls the quality of the shelter hospital, is used for ensuring the building quality of the shelter hospital, and can take a repair and filling measure in advance when an emergency happens.
As shown in fig. 3, in this embodiment, it is specifically described that the service platform of the main control computer is composed of software of 3D and GPS, an information input and output protocol channel, a processing memory of a computer server, and software and hardware of a display, where the software of 3D and GPS is installed in a computer of the main control computer for use, and the software of 3D is Twinmotion software; the information input and output protocol channel is a protocol channel used for transmitting information between the memory and the system module in the main control computer under the control of the CPU and is used for data exchange; the computer server processing memory consists of a computer, a CPU, an RAM and a server and is used for receiving digital information calculation processing and artificially editing instructions to perform execution control; the display is a liquid crystal display screen of the computer and is used for feeding back pupil data information content.
In the embodiment shown in FIG. 4, it is specifically explained that the GPS positioning patientThe two-dimensional coordinate statistical module comprises a GPS positioning unit, wherein the GPS positioning unit is linked with a GPS network through an antenna by utilizing GPS software, carries out all-weather high-precision positioning through 24 GPS satellites and is used for acquiring the position of a patient, the positioning principle is determined by pseudo-range single-point positioning, carrier phase positioning and real-time differential positioning, and the pseudo-range single-point positioning is the distance of the product of the propagation time and the light speed of a distance measurement signal transmitted by a satellite to a GPS receiver; the carrier phase positioning is to measure the phase delay between the carrier signal of the GPS satellite and the antenna of the receiver; the real-time differential positioning is to place a GPS receiver on an original accurate geocentric coordinate point, calculate a correction value of a GPS observation value by utilizing a known geocentric coordinate and ephemeris, and send the correction value to the GPS receiver in motion through radio communication equipment; the data acquisition communication processing module comprises a 4G wireless communication unit, a big data acquisition patient coordinate information storage unit, a mass point system barycentric coordinate calculation unit and an environmental value asset evaluation method unit, wherein the 4G wireless communication unit is a 4G network used for wireless communication, and is used for carrying out data communication transmission between modules in the system and utilizing a main control machine service platform to receive data communication so as to realize centralized management; the 4G wireless communication has the characteristics of high communication speed, wide network spectrum and flexible communication; the big data acquisition patient coordinate information storage unit receives and stores the GPS positioning patient coordinate data and the information of the number of patients at the positions by utilizing an RAM (random access memory) and is used for calculating the initial data of the selected shelter hospital address; the mass m in the mass point system gravity center coordinate formula is replaced by the quantity l by using a mathematical algorithm in a computer, and the mass m is calculated according to the calculation formula
Calculating the gravity center of the distribution of the patients in the city, and confirming the site selection position of the shelter hospital; the environment value asset evaluation method unit is used for circling out the range of the site selection location by setting the floor area of the shelter hospital as the circular area according to the barycentric coordinate position calculated by the barycentric coordinate calculation unit of the mass point system and taking the calculated barycentric coordinate as the original point and combining the peripheral ring for field investigationAnd comprehensively evaluating the environmental value assets to obtain an evaluation cost optimal value, and judging and selecting the site selection place of the shelter hospital.
In the embodiment shown in fig. 5, it is specifically described that the Twinmotion software-constructed shelter hospital construction engineering management module includes a construction shelter hospital model unit and a hydropower network engineering arrangement management unit, and the construction shelter hospital model unit utilizes Twinmotion software to construct and draw three internal regions and two internal channels, a hydropower network line arrangement trend, an external constructed shape and a ground-occupied planning facility of the construction shelter hospital on a computer, and uses a three-dimensional model according to a physical construction engineering drawing ratio for quality planning of construction; the three-area two-channel system comprises a medical treatment area, a medical staff working area and a patient isolation resident area, and the two channels comprise a detection patient entering channel and a treatment healing exit channel; the utility model discloses a water and electricity network engineering management unit that lays, including water and electricity network engineering, the water and electricity network engineering management unit that lays combines the geological survey data according to the installer, combines all ring edge border resource to carry out the wiring installation that violently levels vertically for the principle, and at the management in-process, protect the water and electricity network circuit of laying, avoid physical mechanical extrusion to damage and chemical corrosion to destroy to and maintain the management through periodic detection, ensure that the water and electricity network operation is normal.
In the embodiment shown in fig. 6, it is specifically explained that the quality monitoring station hierarchical processing module includes an establishment declaration unit, a planning building auditing unit, a construction building management unit and a quality acceptance unit, where the establishment declaration unit sends the site selection and three-dimensional model file of the building shelter hospital project to the relevant persons of the government agency, performs pre-review for land assessment and an application report for implementation, and is used to plan the shelter hospital building, save the communication time of the government agency, and improve the construction management; the planning and building auditing unit starts to execute the building shelter hospital through the approval of the government department in the project declaration unit, combines the unified ideas of regional division, water and electricity screen arrangement and medical facility arrangement of the hospital and the building construction department, and synchronously performs the building quality management of the shelter hospital after auditing the three-dimensional model and reserving the expansion space.
As shown in fig. 6, in this embodiment, it is specifically described that the construction building management unit is used for a constructor to perform quality supervision on the material quality of the infrastructure of the building shelter hospital and each link of the building quality, so as to ensure that the built shelter hospital meets the national building quality standard; the quality acceptance unit is used for performing completion acceptance and audit record by matching with personnel of relevant government departments after the construction process is followed in the construction and building management unit and before the construction and building management unit is directly put into medical use, and performing an evaluation mechanism on the supervision results of building quality control personnel.
And finally: the above description is only for the purpose of illustrating the preferred embodiments of the present invention and is not to be construed as limiting the invention, and any modifications, equivalents, improvements and the like made within the spirit and principle of the present invention should be included in the scope of the present invention.
Claims (10)
1. A shelter hospital building quality management method is characterized by comprising the following steps: the method comprises the following steps:
s1, receiving a patient concentration area through big data information statistics, obtaining coordinate points by GPS positioning, and simulating gravity center coordinates of a mass point system
Calculating and using the address as the address selection site of the shelter hospital;
s2, building a model of the building shelter hospital by utilizing Twinmotion software, reasonably planning a construction task of the building engineering, and performing hierarchical step processing from a quality detection and construction management system of the building material at a quality inspection station;
s3, carrying out environmental value asset evaluation on the calculated site selection position and the field surrounding environment
Using peripheral resource clothThe trend of a water supply power grid is that building materials with qualified infrastructure detected by a quality monitoring station are put into a cabin hospital;
and S4, finally, performing man-machine dual quality supervision and restriction on communicable infrastructure of the building shelter hospital by using the panoramic camera, collecting image video information in real time, uploading the image video information to a server, and performing background process follow-up management and manual examination and acceptance of a construction site.
2. The shelter hospital building quality management method according to claim 1, characterized in that: the GPS positioning and acquiring coordinate point is used for positioning the position of a big data patient through GPS software to obtain a world coordinate system relative to global satellite coordinates, converting the world coordinate system into a space physical coordinate system by utilizing computer equipment, removing Z-axis coordinate data, retaining X-axis and Y-axis horizontal coordinate data and counting two-dimensional plane coordinate data of the patient.
3. The shelter hospital building quality management method according to claim 1, characterized in that: the barycentric coordinates of the mass point system are determined by using a calculation formula
Wherein m is the weight of the mass point, X is the position of the X axis in the two-dimensional plane coordinate system of the mass point, and Y is the position of the Y axis in the two-dimensional plane coordinate system of the mass point
And calculating the gravity center of the position of the patient in the big data.
4. The shelter hospital building quality management method according to claim 1, characterized in that: the environmental value asset reviewThe estimation is to combine the concepts of economy and management, comprehensively estimate the peripheral environmental assets of the key site selection, the waste rate of the disassembly facilities and the cost of the building shelter hospital, and measure the estimation result showing the optimal economic value in the form of converting quantitative articles into money, wherein the adopted environmental value asset estimation calculation formula is
Wherein p is the result of the evaluation of the environmental value assets,
the minimum value of the waste rate of the assets and the disassembly facilities of the surrounding environment and the cost of the building shelter hospital,
the influence coefficient of the manufacturing cost of the shelter hospital on the variation factors of the variation of the material consumption and the material price of raw materials, the increase of the materials of construction staff and the improvement of labor productivity.
5. The system according to any one of claims 1 to 4 for the quality management method of shelter hospital buildings, characterized in that: the system comprises a main control machine service platform, a main control machine service platform and a control system, wherein the main control machine service platform is used for controlling data processing of a shelter hospital building quality management system;
the GPS positioning patient two-dimensional coordinate counting module stores collected patient coordinate information and quantity data in the module, and transmits the statistical information to the data collection communication processing module for data calculation;
the data acquisition communication processing module is used for receiving data transmitted by the GPS positioning patient two-dimensional coordinate counting module, carrying out gravity center coordinate calculation, and transmitting the calculated and processed data to the quality supervision station hierarchical processing module for approval building;
the Twinmotion software is used for constructing a shelter hospital building engineering management module, a 3D model of the shelter hospital is constructed by the Twinmotion software, and modeling information is transmitted to a quality monitoring station hierarchical processing module to carry out building management of a planning shelter hospital;
the quality monitoring station hierarchical processing module is used for receiving data information of the data acquisition communication processing module and the Twinmotion software construction shelter hospital building engineering management module, performing hierarchical processing on the shelter hospital building quality management, and transmitting the processed data information to the camera real-time monitoring quality continuous management module for continuous monitoring management and information real-time feedback of the main control machine service platform;
the camera real-time quality monitoring continuous management module receives data information of a quality monitoring station hierarchical processing module, and takes the building quality as a monitoring object, so that the shelter hospital can still continuously control the quality of the shelter hospital when the shelter hospital is put into use after the building is finished.
6. The shelter hospital building quality management system according to claim 5, characterized in that: the main control computer service platform consists of 3D and GPS software, an information input and output protocol channel, a computer server processing memory and software and hardware of a display, wherein the 3D and GPS software is installed in a computer of the main control computer for use, and the 3D software adopts Twinmotion software; the information input and output protocol channel is a protocol channel used for transmitting information between the memory and the system module in the main control computer under the control of the CPU; the computer server processing memory is used for receiving the digital information calculation processing and artificially editing instructions to perform execution control; the display is a liquid crystal display of a computer.
7. The shelter hospital building quality management system according to claim 5, characterized in that: the GPS positioning patient two-dimensional coordinate statistical module comprises a GPS positioning unit, wherein the GPS positioning unit is connected with a GPS network through an antenna by using GPS software, and carries out all-weather high-precision positioning through 24 GPS satellites and is used for acquiring the position of a patient; the data acquisition communication processing module comprises a 4G wireless communication unit, a big data acquisition patient coordinate information storage unit, a mass point system barycentric coordinate calculation unit and an environmental value asset evaluation method sheetThe 4G wireless communication unit is a 4G network used for wireless communication, data communication transmission is carried out between modules in the system, and a service platform of a main control computer is used for receiving data communication to realize centralized management; the big data acquisition patient coordinate information storage unit receives and stores the GPS positioning patient coordinate data and the information of the number of patients at the positions by utilizing an RAM (random access memory) and is used for calculating the initial data of the selected shelter hospital address; the mass point system barycentric coordinate calculation unit is based on a calculation formula
Calculating the gravity center of the distribution of the patients in the city, and confirming the site selection position of the shelter hospital; the environment value asset evaluation method unit is used for carrying out comprehensive evaluation according to the gravity center coordinate position calculated by the mass point system gravity center coordinate calculation unit and by combining with the peripheral environment value assets investigated on the spot, judging and selecting the site selection place of the shelter hospital.
8. The shelter hospital building quality management system according to claim 5, characterized in that: the Twinmotion software construction shelter hospital construction engineering management module comprises a construction shelter hospital model unit and a hydropower network engineering arrangement management unit, wherein the construction shelter hospital model unit utilizes the Twinmotion software to construct and draw three sections and two channels in the building shelter hospital and the hydropower network line arrangement trend on a computer, and the exterior of the building shelter hospital builds a shape and occupies a ground planning facility; the water and power grid engineering arrangement management unit is used for wiring and installation on the principle of horizontal, horizontal and vertical according to installation personnel in combination with geological survey data and peripheral environment resources.
9. The shelter hospital building quality management system according to claim 5, characterized in that: the quality supervision station hierarchical and hierarchical processing module comprises an item declaration unit, a planning building auditing unit, a construction building management unit and a quality acceptance unit, wherein the item declaration unit is used for sending site selection and three-dimensional model files of a construction shelter hospital project to relevant personnel of a government agency for land use prequalification and implementation application report; the planning and building auditing unit combines the planning and unifying suggestions of regional division, water and electricity net arrangement and medical facility arrangement of hospitals and building construction departments, and after auditing the three-dimensional models and reserving an expansion space, the two parties synchronously manage the building quality of the shelter hospitals.
10. The shelter hospital building quality management system according to claim 9, characterized in that: the construction building management unit is used for carrying out quality supervision on each link of the material quality and the building quality of the infrastructure of the building shelter hospital by constructors so as to ensure that the built shelter hospital meets the national building quality standard; the quality acceptance unit is used for performing completion acceptance and audit record by matching with personnel of relevant government departments before being directly put into medical use after following the construction process in the construction and building management unit.
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