CN114741752B - Computing system for determining construction scale of comprehensive hospital - Google Patents
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Abstract
The invention relates to a computing system for determining the construction scale of a comprehensive hospital, which comprises the following steps: the input module is used for collecting basic condition related data of a hospital; the calculation module is used for calculating the land scale and the hospital staff configuration quantity scale according to the basic condition related data, calculating the scale of each hospital room by combining the hospital staff configuration quantity scale, calculating the total building scale of the hospital according to the scale of each hospital room, and calculating the total hospital investment according to the total building scale of the hospital; and the output module is used for outputting a calculation result according to the land scale, the total hospital investment and the configuration quantity scale of hospital staff and the feasibility research format, which are obtained by the calculation module. The logic of the computing system is based on a large number of comprehensive hospital project databases, so that the problems of guaranteeing medical environment and service quality, improving comprehensive efficiency and benefit and the like are more scientific and reasonable.
Description
Technical Field
The invention relates to the technical field of data modeling, in particular to a computing system for determining the construction scale of a comprehensive hospital.
Background
The hospital building is a quite complex and extremely professional project in the field of building design, and is required to meet the system for reasonably managing and operating all parts of medical technology functions in the hospital; the medical staff and the patients are provided with a comfortable, warm and graceful diagnosis and treatment and medical environment; meanwhile, the medical instrument also has the characteristics of embodying the meaning and places of hospitals.
The project scale measurement of the comprehensive hospital is carried out by taking the number of beds as a main input variable, adding the client type and industry standard as limiting conditions, and the workflow is formed by a large number of complicated standard retrieval, data input and logic structure construction. Therefore, in the workflow, the scale of each comprehensive hospital item is determined, a large amount of inefficient and repetitive work is generated in the traditional scale measurement and calculation process, and no model for calculating the scale of the comprehensive hospital item is available at present to improve the universality and the efficiency of the link, and the specific practice faces the following problems:
1. in the process of collecting original data, information deviation generated by customers is often faced, unnecessary time cost is formed, and project period is increased;
2. the subsystem boundary condition of the comprehensive hospital item is complex in definition, the problem of sub item missing weighing of scale measurement is easy to cause, and the follow-up workflow is greatly affected;
3. the scale of the comprehensive hospital project adopts a non-algorithm measuring and calculating mode, and the output and the flow are not unified and are convenient.
The above problems are becoming serious problems faced by hospital construction, and there is a need for a model tool that is efficient, universal, low in cost, and simple to operate, so as to properly handle the relationship between the needs and the possible, current situations and developments, and achieve suitable scale, moderate equipment, safety, environmental protection, and economical applicability.
The application document of application number 202110012124.1 proposes a method, a device and a terminal device for measuring and calculating the area of a super-thousand bed comprehensive hospital, but the method, the device and the terminal device are limited to measuring and calculating part of special houses.
Disclosure of Invention
The invention aims to at least solve one of the defects in the prior art and provides a computing system for determining the construction scale of a comprehensive hospital.
In order to achieve the above purpose, the present invention adopts the following technical scheme:
specifically, a computing system for determining the construction scale of a comprehensive hospital is provided, which comprises the following steps:
the input module is used for collecting basic condition related data of a hospital;
the calculation module is used for calculating the land scale and the hospital staff configuration quantity scale according to the basic condition related data, calculating the scale of each hospital room by combining the hospital staff configuration quantity scale, calculating the total building scale of the hospital according to the scale of each hospital room, and calculating the total hospital investment according to the total building scale of the hospital;
and the output module is used for outputting a calculation result according to the land scale, the total hospital investment and the configuration quantity scale of hospital staff and the feasibility research format, which are obtained by the calculation module.
Further, the input module adopts a menu type input mode, and the acquired basic condition related data of the hospital comprises,
the number of total beds, the number of infectious disease department beds, the grade of hospitals, whether to attach, teach or practice hospitals, whether to undertake scientific research tasks, the number of national-level important laboratories, the area of animal laboratories and other experimental requirements, the number of health care staff, the number of students in teaching or practice hospitals, the number of standardized training people, the number of night staff on duty, the number of houses for cultural activities such as libraries and the like, the index value of the convenient service house, the number of houses for each single item and other personnel and houses comprise the single-row house condition and the parking requirement.
Further, the calculation module is used for calculating the configuration quantity scale of the hospital staff and comprises,
the bed number acquisition unit is used for acquiring the bed number of the hospital;
a first section judging unit for judging which section of the preset first section [1, m ] the bed is located;
the personnel number calculation unit is used for calculating the scale of the personnel according to the interval where the number of beds is located so as to obtain the number of the hospital personnel;
a medical grade reading unit for reading the grade of a medical institution of a hospital;
and the personnel configuration quantity calculating unit is used for obtaining the personnel configuration quantity of the hospital by combining the medical institution level of the hospital and the personnel quantity of the hospital.
Further, the calculation module is specifically used for calculating the scale of each hospital room and comprises,
a basic building area calculating unit, configured to calculate a basic building area according to the number of intervals of a preset second interval [1,5] in which the number of bed digits is located;
the seven basic house-using scale calculating unit is used for judging whether the hospital location is in Shenzhen city or not and calculating the areas of seven basic houses of the hospital according to the judging result;
the room size calculating unit for the single-column project is used for judging whether the corresponding preset large medical equipment exists or not, and if so, calculating the area of the corresponding application room according to the room calculation rule for the preset large medical equipment;
an infectious disease department ward increasing area calculating unit for reading the number of beds of the infectious disease department ward from the number of beds and calculating an infectious disease department ward increasing area according to the reading result;
the increased area calculation unit of the room for preventing and protecting health is used for reading the number of preventing and protecting health personnel from the related data of basic conditions, if the corresponding data are read, the increased area of the room for preventing and protecting health is calculated according to the condition of the read data, and if the corresponding data are not read, the area of the room for preventing and protecting health is recorded as zero;
the scientific research room increase area calculation unit is used for reading the number of scientific research personnel from the basic condition related data, calculating the scientific research room increase area according to the condition of reading the data if the corresponding data is read, reading the number of people above the auxiliary high-order name if the corresponding data is not read, and calculating the scientific research room increase area through the number of people above the auxiliary high-order name;
the teaching room area calculating unit is used for judging whether the hospital is a teaching hospital or a practice hospital according to the basic condition related data, calculating the teaching room area according to the teaching hospital if the hospital is the teaching hospital, calculating the teaching room area according to the practice hospital if the hospital is the practice hospital, and marking the teaching room area as zero if the hospital is not the teaching hospital or the practice hospital;
the training room area calculating unit is used for reading whether the hospital needs to bear standardized training from the basic condition related data, if so, calculating the training room area, and if not, marking the training room area as zero;
the teaching room increase area calculation unit is used for reading whether the hospital needs to bear standardized training from the basic condition related data, if so, calculating the teaching room increase area which needs to be increased for standardized training, and if not, marking the teaching room increase area as zero;
the academic dormitory area calculating unit is used for reading whether the hospital needs to bear standardized training from the basic condition related data, if so, calculating the academic dormitory area, and if not, marking the academic dormitory area as zero;
the night duty dormitory area calculating unit is used for reading whether the hospital is located in a Shenzhen from the basic condition related data, if so, calculating the night duty dormitory area, and if not, marking the night duty dormitory area as zero;
the added area calculation unit is used for reading whether the hospital is positioned in the Shenzhen from the basic condition related data, if not, calculating the added area of the cultural activity room such as the library, and if so, marking the added area of the cultural activity room such as the library as zero;
the convenience service room increase area calculation unit is used for reading whether the hospital is positioned in the Shenzhen from the basic condition related data, if not, calculating the convenience service room increase area, and if so, marking the convenience service room increase area as zero;
and the parking garage area calculating unit is used for reading the position information of the hospital from the basic condition related data and calculating the parking area according to the position information.
Further, specifically, the calculating module is used for calculating the total building scale of the hospital according to the scale of each room of the hospital,
the ground building area calculating unit is used for calculating the ground building area according to the basic building area calculating unit, the seven basic building size calculating unit, the single-row building size calculating unit, the infectious disease sickroom increasing area calculating unit, the prevention and health care building increasing area calculating unit, the teaching building area calculating unit, the training building area calculating unit, the teaching building increasing area calculating unit, the scholartree dormitory area calculating unit, the night duty dormitory area calculating unit, the cultural activity building increasing area calculating unit of libraries and the like, and the number of the various building areas obtained by the convenience service building increasing area calculating unit;
and the total building area calculation unit of the hospital is used for adding the calculation results of the overground building area and the parking garage area unit to obtain the total building area of the hospital.
Further, specifically, the scale used for calculation in the calculation module comprises,
a second section judgment unit configured to judge which section of the third section [1,5] the number of beds is located in, based on the number of beds acquired by the bed acquisition unit;
a used area calculating unit for calculating the hospital used area according to the result obtained by the second interval judging unit;
and the landscaping and road square land area calculation unit is used for calculating the landscaping and road square land area according to the calculation result obtained by the land area calculation unit.
Further, in particular, the calculating module is used for calculating the total investment of the hospital, including,
the geographic position judging unit is used for judging the position information of the hospital according to the basic condition related data;
and the total investment calculation unit is used for calculating the total investment of the hospital according to the judgment result of the geographic position judgment unit.
The beneficial effects of the invention are as follows:
the invention provides a computing system for determining the construction scale of a comprehensive hospital, which is divided into three parts: basic data collection, scale calculation and result output. The scale calculation comprises personnel number calculation, scale calculation of various rooms of a hospital, land calculation, total investment estimation and the like. The conceptual model abstracted by the system analysis is converted into the physical model by the means of applying and implementing the data science model, and the process of integrating the hospital scale calculation project is realized by linking the corresponding relation among the entities. The method is designed by taking the principles of process high efficiency, operation convenience and achievement completion, a form is adopted to provide a general template for collecting original data with wide service coverage, the original data is judged and determined through own logic, and the achievement of a standard file format is finally output through a series of algorithm frameworks. The logic of the computing system is based on a large number of comprehensive hospital project databases, so that the problems of guaranteeing medical environment and service quality, improving comprehensive efficiency and benefit and the like are more scientific and reasonable.
Drawings
The above and other features of the present disclosure will become more apparent from the detailed description of the embodiments illustrated in the accompanying drawings, in which like reference numerals designate like or similar elements, and which, as will be apparent to those of ordinary skill in the art, are merely some examples of the present disclosure, from which other drawings may be made without inventive effort, wherein:
FIG. 1 is a diagram illustrating the overall architecture of a computing system for determining the construction scale of a comprehensive hospital in accordance with the present invention;
FIG. 2 is a flow chart of a hospital staff configuration calculation of a computing system for determining the scale of a comprehensive hospital construction according to the present invention;
FIG. 3 is a flow chart of the calculation of the individual hospital room size of the computing system for determining the construction size of the integrated hospital according to the present invention;
FIG. 4 is a flow chart of a basic building area calculation for a hospital of the present invention for determining the scale of a comprehensive hospital construction;
FIG. 5 is a flow chart of a calculation of building area for seven basic rooms of a hospital of a computing system for determining the building size of a comprehensive hospital according to the present invention;
FIG. 6 is a flow chart of a single-row project room building area calculation for a computing system for determining the construction scale of a comprehensive hospital according to the present invention;
FIG. 7 is a flow chart of an infectious disease department ward increase area calculation for a computing system for determining a comprehensive hospital construction scale according to the present invention;
FIG. 8 is a flow chart of a preventive care room increase area calculation for a computing system for determining the construction scale of a comprehensive hospital according to the present invention;
FIG. 9 is a flow chart of a calculation of increasing area of a scientific research room of a calculation system for determining the construction scale of a comprehensive hospital;
FIG. 10 is a flow chart of the teaching/practice hospital teaching room area calculation of the computing system for determining the construction scale of the comprehensive hospital according to the present invention;
FIG. 11 is a flow chart of a training room area calculation for a computing system for determining the construction scale of a comprehensive hospital according to the present invention;
FIG. 12 is a flow chart of a teaching room increase area calculation for increasing the need of a computing system for determining the construction scale of a comprehensive hospital according to the present invention;
FIG. 13 is a flow chart of a student dormitory area calculation of a computing system for determining the scale of a synthetic hospital construction according to the present invention;
FIG. 14 is a flow chart of night duty dormitory area calculation for a computing system for determining the construction scale of a synthetic hospital according to the present invention;
FIG. 15 is a flow chart of a calculation for increasing area of a cultural activity house such as a library of a calculation system for determining the construction scale of a comprehensive hospital according to the present invention;
FIG. 16 is a flowchart showing a convenience service room increase area calculation for a computing system for determining the construction scale of a comprehensive hospital according to the present invention;
FIG. 17 is a flow chart of the calculation of parking area for a computing system for determining the construction scale of a synthetic hospital in accordance with the present invention;
FIG. 18 is a flow chart of a general hospital building size calculation for a computing system for determining the size of a complex hospital building according to the present invention;
FIG. 19 is a flow chart of a hospital land scale calculation for a computing system for determining the scale of a complex hospital construction according to the present invention;
FIG. 20 is a flow chart of a total hospital investment calculation for a computing system for determining the construction scale of a comprehensive hospital according to the present invention.
Detailed Description
The conception, specific structure, and technical effects produced by the present invention will be clearly and completely described below with reference to the embodiments and the drawings to fully understand the objects, aspects, and effects of the present invention. It should be noted that, in the case of no conflict, the embodiments and features in the embodiments may be combined with each other. The same reference numbers will be used throughout the drawings to refer to the same or like parts.
Referring to fig. 1, embodiment 1, the present invention proposes a computing system for determining the construction scale of a comprehensive hospital, comprising the following:
the input module is used for collecting basic condition related data of a hospital;
the calculation module is used for calculating the land scale and the hospital staff configuration quantity scale according to the basic condition related data, calculating the scale of each hospital room by combining the hospital staff configuration quantity scale, calculating the total building scale of the hospital according to the scale of each hospital room, and calculating the total hospital investment according to the total building scale of the hospital;
and the output module is used for outputting a calculation result according to the land scale, the total hospital investment and the configuration quantity scale of hospital staff and the feasibility research format, which are obtained by the calculation module.
As a preferred embodiment of the present invention, the input module adopts a menu type input mode, and the acquired basic condition related data of the hospital comprises,
the number of total beds, the number of infectious disease department beds, the grade of hospitals, whether to attach, teach or practice hospitals, whether to undertake scientific research tasks, the number of national-level key laboratories, the area of animal laboratories and other experimental requirements, the number of health care workers, the number of students in teaching or practice hospitals, the number of standardized training people, the number of people on duty at night, the value of house indexes for cultural activities such as libraries, the value of house indexes for convenience, the number of houses for each unit item and other personnel and the like, and the parking requirements include the condition of single-row houses.
In the preferred embodiment, basic conditions and data of a hospital are collected by combining fig. 1 and 101, and the basic conditions and data are input modules of a menu type, and the basic conditions and data related to the determination of the comprehensive hospital scale are collected, including basic conditions such as total number of beds, number of infectious disease beds, hospital grade, whether auxiliary, teaching/practice hospitals, whether to undertake scientific research tasks and the like, experimental requirements such as national important laboratory number, animal laboratory area and the like, and contents such as preventive health staff number, teaching/practice hospital student number, standardized training number, night attendant number, culture activity room index value of libraries and the like, convenience service room index value, other personnel and room (including single-row room) condition of each single-row project house number and parking requirements and the like.
As a preferred embodiment of the present invention, specifically, the calculating module for calculating the configuration quantity scale of the hospital staff includes,
the bed number acquisition unit is used for acquiring the bed number of the hospital;
a first section judging unit for judging which section of the preset first section [1, m ] the bed is located;
the personnel number calculation unit is used for calculating the scale of the personnel according to the interval where the number of beds is located so as to obtain the number of the hospital personnel;
a medical grade reading unit for reading the grade of a medical institution of a hospital;
and the personnel configuration quantity calculating unit is used for obtaining the personnel configuration quantity of the hospital by combining the medical institution level of the hospital and the personnel quantity of the hospital.
In the preferred embodiment, in conjunction with fig. 2, the calculation process is as follows,
the number of beds (input conditions) is C.
1. Staff (staff):
the relation between the bed and the staff (staff) is divided into 1,2, m total m intervals, and the results A1, A2, am corresponding to the judging intervals are calculated through a judging function, wherein the results A are 1 if true, and 0 if false. Each interval corresponds to a ratio of 1: a1,1: a 2.. 1: am, calculate staff (staff)
2. Professional technician number and management and labor and technical skill number
Judging the section of the control proportion of the total amount of the posts by the grade of the medical institution (grade of the hospital), and calculating the number of professional technicians and the number of management and work skills according to the section proportion.
Medical institution grades (hospital grades) are classified into 3 grades of primary, secondary and tertiary. The results G1, G2 and G3 corresponding to the judgment section are calculated through the judgment function, and are 1 if true, and 0 if false.
Professional technician number and management and staff number
The number of professional technicians and the number of management and staff are respectively in the proportion of the total number of the personnel to be programmed in different medical institution grades (hospital grades), and the number of the professional technicians and the number of the management and staff are respectively MP and AW; the number of persons of the professional in each class and the ratio thereof are MP1, MP2, MP3 and MP1, MP2, MP3, respectively.
Then it can be calculated that:
AW＝R-MP
3. number of various health technicians
The various health technicians are classified into doctors, nurses, medical staff, and the number of persons and the ratio of the persons in each classification are respectively defined as MPA1, MPA2, and MPA1, MPA 2.
Then it can be calculated that:
MPA1＝MP×mpa1，MPA2＝MP×mpa2，...
4. the number of staff of the major and minor professionals
The numbers of the positive and the negative high-specialized technicians are respectively provided with the respective proportion of the total number of the programming personnel in different medical institution grades (hospital grades), and the numbers of the positive and the negative high-specialized technicians are respectively set as P and AP; the number of the staff of the high-skill staff at each level and the ratio of the staff are respectively set as P1, P2, P3 and P1, P2 and P3; the number of persons of the subsidiary high-skilled person in each level and the ratio thereof are set to AP1, AP2, AP3 and AP1, AP2, AP3, respectively.
Then it can be calculated that:
5. number of students in teaching
If the number of students is clear, directly inputting; if no input exists, the number of the professionals with the auxiliary height is 2 times that of the professionals with the auxiliary height is temporarily pressed for estimation:
S＝2×(P+AP)
as a preferred embodiment of the present invention, in combination with figures 1 and 3,
specifically, the calculating module is used for calculating the scale of each hospital room, and 103 calculates the scale of each hospital room, namely, calculates the basic building area and seven basic room scales, the single-row project room scale, the infectious disease department ward increasing area, the prevention and health care room increasing area, the scientific research room increasing area, the animal experiment room area, the national key laboratory area, the teaching room area for configuring teaching tasks, the teaching room area for configuring practice tasks, the inpatients and the assistant general practitioner training teaching room increasing area, the library culture activity room increasing area and other room scales such as convenience service room increasing area through each room scale calculating unit and by using the input basic conditions and the hospital staff configuration calculated in the step 102.
A basic building area calculating unit, configured to calculate a basic building area according to the number of intervals of a preset second interval [1,5] in which the number of bed digits is located;
referring to fig. 4, the relation between the bed and the basic building area is divided into 5 sections of 400 or less, 400 to 599, 600 to 899, 900 to 1199, and 1200 or more, and the results CW1, CW2, and CW5 corresponding to the judgment sections are calculated by the judgment function, and are 1 if true and 0 if false. The index corresponding to each interval is cw1, cw2, cw5, and the basic building area is calculated
Referring to fig. 5, a seven-item basic house scale calculating unit for judging whether a hospital location is in Shenzhen city and calculating areas of seven basic houses of the hospital according to the judgment result;
(1) And respectively calculating the building areas of all the rooms by the calculation result of the basic building area and the ratio of the seven basic rooms to the basic building area of the comprehensive hospital.
The comprehensive hospital is mainly divided into seven basic rooms of an emergency department, an outpatient department, an inpatient department and the like, wherein the area and the occupation ratio of the emergency department are respectively set as B01 and B01, and the area and the occupation ratio of the outpatient department are respectively set as B02 and B02.
The area of each basic house is as follows: b0i=b1×b0i
Wherein: i=1, 2,..7, each representing seven basic use rooms.
And satisfy the following
(2) The comprehensive hospital located in Shenzhen determines the respective building areas of seven basic houses according to the characteristics of Shenzhen. The areas and the ratios of seven basic rooms of emergency department, clinic department, hospitalization department and the like are respectively set as B11 and B11, B12 and B12.
The area of each basic house is as follows: b1i=b1×b1i
Wherein: i=1, 2,..7, each representing seven basic use rooms.
And satisfy the following
Referring to fig. 6, a single-column-item room size calculating unit for determining whether a corresponding single-column-item treatment system exists, and if so, calculating the area of a corresponding application room according to a preset single-column-item calculation rule;
the single-row rooms are 9 types, namely a positron emission type magnetic resonance imaging system (PET/MR), a spiral tomography system, an X-ray stereotactic radiotherapy system (Cyberknife), a linear accelerator, an X-ray positron emission tomography (PET/CT, including PET), an endoscopic surgical instrument control system (surgical robot), an X-ray Computer Tomography (CT), a magnetic resonance imaging device (MRI) and a gamma ray stereotactic radiotherapy system, which are respectively set as BS1, BS2, and BS9; the input conditions were the number of rooms bs1, bs2, bs9, respectively; the indices are BSZ1, BSZ2, & BSZ9, respectively.
The single row room area is: bsi=bszi×bsi
Wherein: i=1, 2,..9, respectively, represents 9 kinds of single-row rooms.
The total area of the single-row rooms is
An infectious disease department ward increasing area calculating unit for reading the number of beds of the infectious disease department ward from the number of beds and calculating an infectious disease department ward increasing area according to the reading result;
the increased area calculation unit of the room for preventing and protecting health is used for reading the number of preventing and protecting health personnel from the related data of basic conditions, if the corresponding data are read, the increased area of the room for preventing and protecting health is calculated according to the condition of the read data, and if the corresponding data are not read, the area of the room for preventing and protecting health is recorded as zero;
the scientific research room increase area calculation unit is used for reading the number of scientific research personnel from the basic condition related data, calculating the scientific research room increase area according to the condition of reading the data if the corresponding data is read, reading the number of people above the auxiliary high-order name if the corresponding data is not read, and calculating the scientific research room increase area through the number of people above the auxiliary high-order name;
the teaching room area calculating unit is used for judging whether the hospital is a teaching hospital or a practice hospital according to the basic condition related data, calculating the teaching room area according to the teaching hospital if the hospital is the teaching hospital, calculating the teaching room area according to the practice hospital if the hospital is the practice hospital, and marking the teaching room area as zero if the hospital is not the teaching hospital or the practice hospital;
the training room area calculating unit is used for reading whether the hospital needs to bear standardized training from the basic condition related data, if so, calculating the training room area, and if not, marking the training room area as zero;
the teaching room increase area calculation unit is used for reading whether the hospital needs to bear standardized training from the basic condition related data, if so, calculating the teaching room increase area which needs to be increased for standardized training, and if not, marking the teaching room increase area as zero;
the academic dormitory area calculating unit is used for reading whether the hospital needs to bear standardized training from the basic condition related data, if so, calculating the academic dormitory area, and if not, marking the academic dormitory area as zero;
the night duty dormitory area calculating unit is used for reading whether the hospital is located in a Shenzhen from the basic condition related data, if so, calculating the night duty dormitory area, and if not, marking the night duty dormitory area as zero;
the added area calculation unit is used for reading whether the hospital is positioned in the Shenzhen from the basic condition related data, if not, calculating the added area of the cultural activity room such as the library, and if so, marking the added area of the cultural activity room such as the library as zero;
the convenience service room increase area calculation unit is used for reading whether the hospital is positioned in the Shenzhen from the basic condition related data, if not, calculating the convenience service room increase area, and if so, marking the convenience service room increase area as zero;
and the parking garage area calculating unit is used for reading the position information of the hospital from the basic condition related data and calculating the parking area according to the position information.
Referring to fig. 7 to 16, in the present preferred embodiment, the increased area of the sickroom for infectious diseases department, the increased area of the room for preventive care, the increased area of the room for scientific research, the area of the room for animal experiments, the area of the national key laboratory, the area of the room for allocation and teaching of the task for taking teaching, the area of the room for allocation and teaching of the task for taking training, the area of the room for taking in training of inpatients and general doctors for assistant (training room), the increased area of the room for cultural activity such as library, the increased area of the room for convenience service, and the like are set as QT1, QT2, and QT10, respectively; the input condition is that the number of beds in sickrooms of infectious diseases department is set as qt1, the number of preventive care personnel is set as qt2, the number of scientific research personnel is set as qt3 (wherein, the number of scientific research personnel is 70 percent of the number of people above the auxiliary high-level staff, namely qt 3= (P+AP) ×70 percent), the number of key laboratories of the country is set as qt5, the number of students serving as teaching tasks of affiliated and teaching hospitals and the number of students serving as training tasks of training hospitals are qt6 and qt7 respectively, the number of trainees serving as inpatients and general doctors of assistant department is qt8, the number of night duty personnel is qt10 (obtained by input), and culture activity rooms such as libraries and convenience service rooms are all calculated by the number of staff R as the calculation base; the area index for ward increase of infectious disease department is QTZ1, the area index for room increase for preventive care is QTZ2, the area index for room increase for scientific research is QTZ3, the area index for national key laboratory is QTZ5, the area index for room for allocation and teaching of the bearing teaching task is QTZ6, the area index for room increase for allocation and teaching of the bearing practice task is QTZ7, the area index for room increase for training and teaching of inpatients and doctors of the whole family is QTZ8, the area index for dormitory of students is QTZ9, the area index for dormitory on duty at night is QTZ10, the area index for room increase for cultural activity of libraries and the like is QTZ11, and the area index for room increase for convenience service is QTZ12. (wherein QTZ11 and QTZ12 are interval indexes, settings may be entered).
The other room areas are: qti=qtzi× QTi
Wherein: i=1, 2, 12, respectively, for the other rooms of class 12 above.
qt11=qt12=r, (where R is read from the base data)
The total area of other rooms is
Referring to fig. 18, as a preferred embodiment of the present invention, specifically, the calculating module is configured to calculate the total building size of the hospital according to the size of each room of the hospital, including,
the ground building area calculating unit is used for calculating the ground building area according to the basic building area calculating unit, the seven basic building size calculating unit, the single-row building size calculating unit, the infectious disease sickroom increasing area calculating unit, the prevention and health care building increasing area calculating unit, the teaching building area calculating unit, the training building area calculating unit, the teaching building increasing area calculating unit, the scholartree dormitory area calculating unit, the night duty dormitory area calculating unit, the cultural activity building increasing area calculating unit of libraries and the like, and the number of the various building areas obtained by the convenience service building increasing area calculating unit;
and the total building area calculation unit of the hospital is used for adding the calculation results of the overground building area and the parking garage area unit to obtain the total building area of the hospital.
The calculation result of the step is used as the calculation base of the parking space. The parking area is PS, the number of vehicles is PS, and the parking space calculation index is PSZ.
Judging according to the place of the project, wherein the parking quantity index of each hundred square meters calculated according to the building area is ps1; the number index of the number of the bed average stops calculated according to the number of the beds is ps2.
The number of stops is ps=ps1× ((b1+b2+b3)/100) or ps2×c
PS＝PSZ×ps
The ground building area is B
The total building size of the hospital is Z
Referring to fig. 19, as a preferred embodiment of the present invention, specifically, the scale for calculation in the calculation module includes,
a second section judgment unit configured to judge which section of the third section [1,5] the number of beds is located in, based on the number of beds acquired by the bed acquisition unit;
a used area calculating unit for calculating the hospital used area according to the result obtained by the second interval judging unit;
and the landscaping and road square land area calculation unit is used for calculating the landscaping and road square land area according to the calculation result obtained by the land area calculation unit.
The relation between the bed and the basic building area is divided into (0,400), [400, 600), [600, 900), [900,1200 ] [1200, ≡]The results CW1, CW2, and CW5 corresponding to the judgment sections are calculated by the judgment function for a total of 5 sections, and are 1 if true and 0 if false. The index corresponding to each interval is g1, g2, g5, and the land scale is calculated
The volume ratio is r, r= (b1+b2+b3)/YD.
Landscape greening is rL, and the landscape greening area is L, wherein L=YD×rL.
Road square is rR, then road square area is R, r=yd×rr.
The total investment of the hospitals is calculated by combining fig. 1 with fig. 20 and 106, the total building scale of the hospitals is calculated by the previous step four, and the total investment required by the project is estimated according to unilateral investment comprehensive indexes of different areas. As a preferred embodiment of the invention, in particular, the calculation module is configured to calculate a total hospital investment comprising,
the geographic position judging unit is used for judging the position information of the hospital according to the basic condition related data;
and the total investment calculation unit is used for calculating the total investment of the hospital according to the judgment result of the geographic position judgment unit.
Unit investment index I, total investment i=z×i
The modules described as separate components may or may not be physically separate, and components shown as modules may or may not be physical modules, i.e., may be located in one place, or may be distributed over a plurality of network modules. Some or all of the modules may be selected according to actual needs to achieve the purpose of the solution in this embodiment.
In addition, each functional module in each embodiment of the present invention may be integrated into one processing module, or each module may exist alone physically, or two or more modules may be integrated into one module. The integrated modules may be implemented in hardware or in software functional modules.
The integrated modules, if implemented in the form of software functional modules and sold or used as a stand-alone product, may be stored in a computer readable storage medium. Based on this understanding, the present invention may implement all or part of the flow of the method of the above embodiment, or may be implemented by a computer program to instruct related hardware, where the computer program may be stored in a computer readable storage medium, and when the computer program is executed by a processor, the computer program may implement the steps of each of the method embodiments described above. Wherein the computer program comprises computer program code which may be in source code form, object code form, executable file or some intermediate form etc. The computer readable medium may include: any entity or system capable of carrying the computer program code, a recording medium, a U disk, a removable hard disk, a magnetic disk, an optical disk, a computer Memory, a Read-Only Memory (ROM), a random access Memory (RAM, random Access Memory), an electrical carrier signal, a telecommunications signal, a software distribution medium, and so forth. It should be noted that the computer readable medium includes content that may be suitably scaled according to the requirements of jurisdictions in which such content is subject to legislation and patent practice, such as in certain jurisdictions in which such content is subject to such legislation and patent practice, such that the computer readable medium does not include electrical carrier signals and telecommunication signals.
While the present invention has been described in considerable detail and with particularity with respect to several described embodiments, it is not intended to be limited to any such detail or embodiments or any particular embodiment, but is to be construed as providing broad interpretation of such claims by reference to the appended claims in view of the prior art so as to effectively encompass the intended scope of the invention. Furthermore, the foregoing description of the invention has been presented in its embodiments contemplated by the inventors for the purpose of providing a useful description, and for the purposes of providing a non-essential modification of the invention that may not be presently contemplated, may represent an equivalent modification of the invention.
The present invention is not limited to the above embodiments, but is merely preferred embodiments of the present invention, and the present invention should be construed as being limited to the above embodiments as long as the technical effects of the present invention are achieved by the same means. Various modifications and variations are possible in the technical solution and/or in the embodiments within the scope of the invention.
Claims (2)
1. A computing system for determining the construction scale of a complex hospital, comprising:
the input module is used for collecting basic condition related data of a hospital;
the calculation module is used for calculating the land scale and the hospital staff configuration quantity scale according to the basic condition related data, calculating the scale of each hospital room by combining the hospital staff configuration quantity scale, calculating the total building scale of the hospital according to the scale of each hospital room, and calculating the total hospital investment according to the total building scale of the hospital;
the output module is used for outputting a calculation result according to the land scale, the total hospital investment and the configuration quantity scale of hospital staff and the feasibility research format, which are obtained by the calculation module;
specifically, the input module adopts a menu type input mode, and the acquired basic condition related data of the hospital comprises,
the number of total beds, the number of infectious disease department beds, the grade of hospitals, whether affiliated, teaching or practicing hospitals, whether to bear scientific research tasks, the number of national-grade key laboratories and the experimental requirements of animal laboratory areas, the number of health care workers, the number of students in teaching or practicing hospitals, the number of standardized training people, the number of night on-duty people, the value of library indexes, the value of convenient service room indexes, the number of houses in each single-row project and the parking requirements;
specifically, the calculating module is used for calculating the configuration quantity scale of the hospital staff and comprises,
the bed number acquisition unit is used for acquiring the bed number of the hospital;
a first section judging unit for judging which section of the preset first section [1, m ] the bed is located;
the personnel number calculation unit is used for calculating the scale of the personnel according to the interval where the number of beds is located so as to obtain the number of the hospital personnel;
a medical grade reading unit for reading the grade of a medical institution of a hospital;
the personnel configuration quantity calculation unit is used for obtaining the personnel configuration quantity of the hospital by combining the medical institution grade of the hospital and the personnel quantity of the hospital;
specifically, the calculation module is used for calculating the scale of each hospital room,
a basic building area calculating unit, configured to calculate a basic building area according to the number of intervals of a preset second interval [1,5] in which the number of bed digits is located;
the seven basic house-using scale calculating unit is used for judging whether the hospital location is in Shenzhen city or not and calculating the areas of seven basic houses of the hospital according to the judging result;
the room size calculating unit for the single-column project is used for judging whether the corresponding preset large medical equipment exists or not, and if so, calculating the area of the corresponding application room according to the room calculation rule for the preset large medical equipment;
an infectious disease department ward increasing area calculating unit for reading the number of beds of the infectious disease department ward from the number of beds and calculating an infectious disease department ward increasing area according to the reading result;
the increased area calculation unit of the room for preventing and protecting health is used for reading the number of preventing and protecting health personnel from the related data of basic conditions, if the corresponding data are read, the increased area of the room for preventing and protecting health is calculated according to the condition of the read data, and if the corresponding data are not read, the area of the room for preventing and protecting health is recorded as zero;
the scientific research room increase area calculation unit is used for reading the number of scientific research personnel from the basic condition related data, calculating the scientific research room increase area according to the condition of reading the data if the corresponding data is read, reading the number of people above the auxiliary high-order name if the corresponding data is not read, and calculating the scientific research room increase area through the number of people above the auxiliary high-order name;
the teaching room area calculating unit is used for judging whether the hospital is a teaching hospital or a practice hospital according to the basic condition related data, calculating the teaching room area according to the teaching hospital if the hospital is the teaching hospital, calculating the teaching room area according to the practice hospital if the hospital is the practice hospital, and marking the teaching room area as zero if the hospital is not the teaching hospital or the practice hospital;
the training room area calculating unit is used for reading whether the hospital needs to bear standardized training from the basic condition related data, if so, calculating the training room area, and if not, marking the training room area as zero;
the teaching room increase area calculation unit is used for reading whether the hospital needs to bear standardized training from the basic condition related data, if so, calculating the teaching room increase area which needs to be increased for standardized training, and if not, marking the teaching room increase area as zero;
the academic dormitory area calculating unit is used for reading whether the hospital needs to bear standardized training from the basic condition related data, if so, calculating the academic dormitory area, and if not, marking the academic dormitory area as zero;
the night duty dormitory area calculating unit is used for reading whether the hospital is located in a Shenzhen from the basic condition related data, if so, calculating the night duty dormitory area, and if not, marking the night duty dormitory area as zero;
the library increased area calculating unit is used for reading whether the hospital is located in the Shenzhen from the basic condition related data, if not, calculating the library increased area, and if so, marking the library increased area as zero;
the convenience service room increase area calculation unit is used for reading whether the hospital is positioned in the Shenzhen from the basic condition related data, if not, calculating the convenience service room increase area, and if so, marking the convenience service room increase area as zero;
the parking garage area calculating unit is used for reading the position information of the hospital from the basic condition related data and calculating the parking area according to the position information;
specifically, the calculation module is used for calculating the total building scale of the hospital according to the scale of each room of the hospital,
the ground building area calculating unit is used for calculating the ground building area according to the number of the room areas for each use, which are obtained by the basic building area calculating unit, the seven basic room size calculating unit, the room size calculating unit for single-row projects, the sickroom increasing area calculating unit for infectious diseases department, the room increasing area calculating unit for preventive care, the room area calculating unit for teaching, the room area calculating unit for training, the room increasing area calculating unit for teaching, the student dormitory area calculating unit, the night duty dormitory area calculating unit, the library increasing area calculating unit and the room increasing area calculating unit for convenience for people;
the hospital total building area calculating unit is used for adding the calculation results of the overground building area and the parking garage area unit to obtain the hospital total building area;
specifically, the scale used for calculating the land in the calculation module comprises,
a second section judgment unit configured to judge which section of the third section [1,5] the number of beds is located in, based on the number of beds acquired by the bed acquisition unit;
a used area calculating unit for calculating the hospital used area according to the result obtained by the second interval judging unit;
and the landscaping and road square land area calculation unit is used for calculating the landscaping and road square land area according to the calculation result obtained by the land area calculation unit.
2. The computing system for determining the construction size of a complex hospital of claim 1, wherein said computing module is configured to calculate a total hospital investment comprising,
the geographic position judging unit is used for judging the position information of the hospital according to the basic condition related data;
and the total investment calculation unit is used for calculating the total investment of the hospital according to the judgment result of the geographic position judgment unit.
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