CN111640493A - Automatic scheduling method for operation notice based on bubbling algorithm - Google Patents
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Abstract
The invention discloses an automatic scheduling method of an operation notice based on an bubbling algorithm, which comprises the following steps: step 1): determining a Min value; step 2); the operator firstly inputs the number of the patient, acquires the information of the patient, and then inputs the time for preparing the operation into the system according to the year, the month, the day, the operation starting time and the operation ending time in sequence after confirming that the patient is correct, wherein: the year, month and day of the operation are as follows: t, the starting time is: beg, end time is: and end, clicking a storage button and simultaneously carrying out logic judgment through the steps set in the system.
Description
Technical Field
The invention relates to a scheduling system, in particular to an automatic scheduling method of an operation notice based on an bubbling algorithm.
Background
The surgical order is a written notice given by the operating room doctor to the surgical patient and sent to the operating room within a limited time period for preoperative preparation. The operation notice is a link between the operation department and the operation room. All the work in the operating room is based on the operation notice, and the correct filling is of great significance. However, most of the second-level and above hospitals convert the filling of the operation notice form from the original paper form into the electronic application form, after the electronic application form is sent to the operating room, the operating room nurse needs to arrange the application form according to various rules, and various problems such as the working condition of an anesthesiologist on the application form on the day, conflict of applying for the same operating room at the same time, reasonable arrangement of a receiving station in the same operating room and the like can be encountered in the arrangement process. In order to reasonably arrange all the operation notice sheets, a specially-assigned person is required to be arranged in an operating room to examine the sent notice sheets one by one every day, adjustments such as an anesthesiologist, operation time, the operating room and the like are made, and a necessary call is called to inform a surgeon after the adjustment is finished, so that a large amount of work is invisibly added to operating room staff with busy work tasks originally, and the work efficiency is greatly influenced.
Disclosure of Invention
The invention aims to solve the technical problem that aiming at the defects of the prior art, a scheduling mode which can be used for rapidly and accurately scheduling is provided, the working efficiency is improved, the problem of scheduling errors is solved, and the working efficiency is improved.
In order to solve the technical problem, the technical scheme of the invention is realized by the following modes: an automatic scheduling method of an operation notice based on an bubbling algorithm comprises the following steps:
step 1): firstly, acquiring the number N of anaesthetists on the day and the value of an available surgical room R, and determining the specific value of Min on the day by the Min value determination method as follows:
the system takes out the value of the number N of the anesthetist on the day and the value of the number R of the available operating rooms to be compared, when R is larger than N, Min is equal to N, when R is smaller than N, Min is equal to R, and when R is equal to N, Min is equal to R;
step 2); then acquiring the operation information needing to be input, wherein the operation information comprises the time of T, beg and end, and the operation information comprises the following steps: the year, month and day of the operation are as follows: t, the starting time is: beg, end time is: end, the specific acquisition method is as follows:
the doctor inputs the patient serial number, confirms patient information, confirms no mistake back, and the doctor types operation information, and operation information includes: the year, month, day, operation starting time and operation duration of the operation time, and the system automatically calculates the operation ending time, and performs logic judgment through a program set in the system while clicking a storage button, wherein the specific logic judgment is as follows:
firstly, sorting, wherein the specific sorting method comprises the following steps: firstly, classifying according to the value of the operation time T, dividing the operation time on the same day together, determining the specific numerical value of Min, then sequencing according to the times of beg and end, and obtaining the serial number of an operation notice as follows: 1. 2, 3.. i;
when Min is larger than or equal to i, the currently recorded operation notice of the ith can be directly and successfully stored without rule judgment;
when Min < i, Free = F (1) + F (2) + F (3) +. - + F (i), i represents the surgical drape number after sorting as described above; f (i) =0 or 1, f (i) represents the operation start time beg and end time end of the corresponding numbers;
the specific judgment logic is as follows: taking out a beg value of F (Min +1), sequentially comparing the beg value with end values of F (1), F (2) and F (3).. gtoreq.F (Min), if the beg time of the F (Min +1) is not earlier than the end time of the F (1), F (1) =1, otherwise, F (1) = 0; when the formula (Min +1) -Free is less than or equal to Min, continuing to take out the beg time of F (Min +2) to be sequentially compared with the end time of F (1), F (2) and F (3) · F (Min +1), and when the formula (Min +2) -Free is less than or equal to Min, continuing to compare;
only when the Min +1 th to the ith operation notice meet the judgment formula, the operation notice can be successfully stored in the system; as long as any one of the Min +1 th to ith operation notice sheets can not meet the judgment formula, the operation notice sheets can not be successfully stored, and a warning is popped up, namely that the operation notice sheet sent this time can not be normally arranged due to the conflict between the arrangement of the anesthesiologist or the operation room and other operation time;
step 3): and (5) when a new operation notice is input, repeating the step (2).
Wherein Min, i, N and R are integers.
The invention has the beneficial effects that: the automatic scheduling method of the operation notice based on the bubbling algorithm can quickly carry out logic analysis on the operation time arrangement to be prepared by an operating doctor, quickly give feedback to the operation time arrangement input by the operating doctor, immediately know whether the time arrangement can carry out the operation normally or not, avoid the problem that a special person needs to be arranged in an operating room to check the sent notice one by one every day, and carry out adjustment such as an anesthesiologist, the operation time, the operating room and the like, and inform the operating doctor of the tedious functions by necessary telephone after the adjustment is finished, and has higher error rate, low efficiency and high pressure, so the problem of the operation scheduling can be thoroughly solved through the system, the operating doctor can directly determine whether the operation can be carried out in the preset time in the system, if the operation time can not be directly adjusted, the system thoroughly replaces the manual inspection mode, medical personnel are liberated, the work content is reduced, and the work efficiency is improved.
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FIG. 1 is a schematic flow chart of the present invention.
Detailed Description
The present invention is described in further detail below;
example 1
The automatic scheduling method for the operation notice based on the bubbling algorithm, provided by the embodiment, comprises the following steps:
step 1): firstly, acquiring the number N of anaesthetists on the day and the value of an available surgical room R, and determining the specific value of Min on the day by the Min value determination method as follows: the system takes out the value of the number N of the anesthetist on the day and the value of the number R of the available operating rooms to be compared, when R is larger than N, Min is equal to N, when R is smaller than N, Min is equal to R, and when R is equal to N, Min is equal to R;
setting the number of working hours N of an anesthesiologist to be 2 and N to be 2 at 3-4 months in 2020, determining the number R of available operating rooms, wherein R =3 and Min is 2 because R > N;
step 2); then acquiring the operation information needing to be input, wherein the operation information comprises the time of T, beg and end, and the operation information comprises the following steps: the year, month and day of the operation are as follows: t, the starting time is: beg, end time is: end, the specific acquisition method is as follows:
the operator firstly inputs the number of the patient, acquires the information of the patient, and inputs the time T, beg of the operation and the operation duration (automatically generating end) after confirming that the patient is correct;
the storage button is clicked, and meanwhile, the judgment is carried out through the steps set in the system, and the specific judgment steps are as follows:
firstly, sorting, wherein the specific sorting method comprises the following steps: firstly, classifying according to the value of the operation time T, dividing the operation time on the same day together, determining the specific numerical value of Min, then sequencing according to the times of beg and end, and obtaining the serial number of an operation notice as follows: 1. 2, 3;
the operation plan of the day is as follows: number 1, 3/2020, 4/8: 30-9: 30;
number 2, 3, 2020, 4, 8:40-10: 40;
number 3, 3/2020, 3/4/9: 40-11: 40;
according to the judgment rule: when Min is larger than or equal to i, the currently recorded operation notice sheet of the i can be directly and successfully stored without rule judgment, so any two of the 3 operation notice sheets firstly recorded into the system can be successfully stored;
when Min is less than i, entering a logic judgment program when a 3 rd operation notice is recorded: numbering is carried out according to the time sequence, such as: no. 1, No. 2, and No. 3, and the beg value of F (2+1) is extracted and compared with the end values of F (1) and F (2) in this order, and the beg value of F (3) is: 9:40, and the end values of F (1) and F (2) are 9:30 and 10:40, respectively, then Free = F (1) + F (2) =1+0=1, formula: and (Min +1) -Free is less than or equal to Min, namely 3-1 is less than or equal to 2, and if the formula is established, the third operation notice can be successfully recorded and stored.
If the operation plan of the day is added with an operation notice on the basis of the above steps: firstly, according to the starting time: beg, end time is: sequencing the end;
number 1, 3/2020, 4/8: 30-9: 30;
number 2, 3, 2020, 4, 8:40-10: 40;
number 3, 3/2020, 3/4/9: 30-11:40 (newly increased);
number 4, 3/2020/4/9: 40-11: 30;
the beg value of F (2+1) is taken out and compared with the end values of F (1) and F (2) in sequence, and the beg value of F (3) is as follows: 9:30, and the end values of F (1) and F (2) are 9:30 and 10:40, respectively, then Free = F (1) + F (2) =1+0=1, formula: (Min +1) -Free is less than or equal to Min, namely 3-1 is less than or equal to 2, and the formula is established;
continuously taking out the beg value of F (2+2) and comparing the beg value with the end values of F (1), F (2) and F (3) in sequence, wherein the beg value of F (4) is as follows: 9:40, and the end values of F (1), F (2), and F (3) are 9:30, 10:40, and 11:40, respectively, then Free = F (1) + F (2) + F (3) =1+0+0=1, formula: (Min +2) -Free is less than or equal to Min, namely 4-1 is less than or equal to 2, if the formula is not established, the system cannot be recorded, the system cannot be successfully stored, and a warning is given, namely 'the arrangement of the sent operation notice is conflicted with other operation time because of the arrangement of an anesthesiologist or an operation room, and the arrangement cannot be normally carried out';
the above embodiments are only for illustrating the technical idea of the present invention, and the protection scope of the present invention is not limited thereby, and any modifications made on the basis of the technical scheme according to the technical idea of the present invention fall within the protection scope of the present invention.
Claims (2)
1. An automatic scheduling method of an operation notice based on an bubbling algorithm is characterized by comprising the following steps:
step 1): firstly, acquiring the number N of anaesthetists on the day and the value of an available surgical room R, and determining the specific value of Min on the day by the Min value determination method as follows:
the system takes out the value of the number N of the anesthetist on the day and the value of the number R of the available operating rooms to be compared, when R is larger than N, Min is equal to N, when R is smaller than N, Min is equal to R, and when R is equal to N, Min is equal to R;
step 2); then acquiring the operation information needing to be input, wherein the operation information comprises the time of T, beg and end, and the operation information comprises the following steps: the year, month and day of the operation are as follows: t, the starting time is: beg, end time is: end, the specific acquisition method is as follows:
the doctor inputs the patient serial number, confirms patient information, confirms no mistake back, and the doctor types operation information, and operation information includes: the year, month, day, operation starting time and operation duration of the operation time, and the system automatically calculates the operation ending time, and performs logic judgment through a program set in the system while clicking a storage button, wherein the specific logic judgment is as follows:
firstly, sorting, wherein the specific sorting method comprises the following steps: firstly, classifying according to the value of the operation time T, dividing the operation time on the same day together, determining the specific numerical value of Min, then sequencing according to the times of beg and end, and obtaining the serial number of an operation notice as follows: 1. 2, 3.. i;
when Min is larger than or equal to i, the currently recorded operation notice of the ith can be directly and successfully stored without rule judgment;
when Min < i, Free = F (1) + F (2) + F (3) +. - + F (i), i represents the surgical drape number after sorting as described above; f (i) =0 or 1, f (i) represents the operation start time beg and end time end of the corresponding numbers;
the specific judgment logic is as follows: taking out a beg value of F (Min +1), sequentially comparing the beg value with end values of F (1), F (2) and F (3).. gtoreq.F (Min), if the beg time of the F (Min +1) is not earlier than the end time of the F (1), F (1) =1, otherwise, F (1) = 0; when the formula (Min +1) -Free is less than or equal to Min, continuing to take out the beg time of F (Min +2) to be sequentially compared with the end time of F (1), F (2) and F (3) · F (Min +1), and when the formula (Min +2) -Free is less than or equal to Min, continuing to compare;
only when the Min +1 th to the ith operation notice meet the judgment formula, the operation notice can be successfully stored in the system; as long as any one of the Min +1 th to ith operation notice sheets can not meet the judgment formula, the operation notice sheets can not be successfully stored, and a warning is popped up, namely that the operation notice sheet sent this time can not be normally arranged due to the conflict between the arrangement of the anesthesiologist or the operation room and other operation time;
step 3): and (5) when a new operation notice is input, repeating the step (2).
2. The method of claim 1 for automatic scheduling of surgical orders based on bubbling algorithm, wherein: wherein Min, i, N and R are integers.
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