JPH10162064A - Medical consultation reservation system in hospital - Google Patents

Abstract

PROBLEM TO BE SOLVED: To prevent a patient from being reserved overlapping medical consultation in another department and another patient in this department by comparing and checking a reservation request with reservation information of respective patients, who are already registered in a reservation information file and reservation information on the medical consultation in the department when the reservation request is inputted. SOLUTION: When a patient's name is inputted from a patient input part 12, reservation information on this patient is read out of a reservation information file 11 and displayed on a display unit 15. Then, when desired reservation time is inputted from a reservation information input part 16, a process for duplication is performed. When duplication is existent, an alarm generation part 20 alarms it by a duplication alarm buzzer and reservation time is inputted again. When there is no duplication, a medical consultation subject to be reserved is inputted from a reservation information input part 16 and then reservation information for this medical consultation subject is read out of the reservation information file 11 and displayed on a display unit 15. Then, a duplication check is made again. When there is duplication, a reservation is made again and when there is no duplication, necessary information is registered in the reservation information file 11.

Description

DETAILED DESCRIPTION OF THE INVENTION

[0001]

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to a hospital medical treatment reservation system for preliminarily registering the time for performing medical treatments such as examinations and examinations for each patient in each medical treatment subject in a hospital.

[0002]

2. Description of the Related Art In a large-scale hospital, a large number of medical subjects such as internal medicine, surgery, and dentistry are provided. In general, inpatients or outpatients at this hospital specify a medical treatment subject and a medical treatment time (reservation time) in order to receive medical treatment such as a medical examination performed by a doctor or a test performed by an inspector, and Make a medical appointment. This appointment work is performed based on the patient's declaration, and the doctor specifies the next medical treatment such as a medical examination or test based on the medical examination result (order)
Sometimes.

[0003] Since such a reservation operation is complicated,
Generally, it is implemented by the system shown in FIG. For example, an outpatient 1 coming to a hospital for the first time informs a staff member 3 of a patient's name, a desired medical treatment subject, and a desired appointment time in a reservation system 2 arranged near the reception. When the staff member 3 inputs a patient name, a medical treatment subject, and a reservation time into the reservation system 2, it is registered in the reservation information file 4.

The patient name registered in the reservation information file 4,
The reservation information including the medical treatment subject and the reservation time is also notified to the reservation terminal device of the designated medical treatment subject. Patient 1 receives reservation slip 5 on which the reservation information is printed.

[0005] On the other hand, the doctor 6 designates an order system 7 arranged in his / her own examination room, based on the examination results, for the next medical examination and the examination subject for the patient examined by himself / herself and the implementation date. (Order). The order information specified by the order system 7 is stored and held in the order information file 8. The nurse 9 writes the order including the medical treatment subject and the implementation date on the transmission form 10, goes to the installation position of the reservation system 2, and makes a reservation under the conditions of the medical treatment subject and the implementation date specified by the order of the doctor for the reservation system 2. I take the. If a reservation cannot be made under the conditions specified by the doctor 6, the nurse 9 or the staff 3 informs the doctor 6 of that fact by telephone, for example, and waits for the next instruction.

[0006]

However, the medical treatment reservation system in a large-scale hospital as described above still has the following problems to be solved.

That is, depending on the patient, a doctor may be consulted in a plurality of medical subjects or an examination may be performed in a plurality of medical subjects. In the normal reservation system, reservations are independently received for each medical treatment subject. Therefore, as described above, when one patient has registered reservations for a plurality of medical departments, there is a concern that two types of medical departments may be reserved at the same time.

[0008] In particular, for each doctor, the reservation information as to whether or not the patient has a reservation for medical treatment in another medical department is determined based on the report of the patient. However, it is often difficult to obtain an accurate medical treatment subject and an accurate appointment time from a patient.

[0009] For example, in a medical examination subject,
In some cases, a plurality of inspection devices are inspected by a smaller number of practitioners than the number of installed inspection devices. However, as described above, since appointments are accepted for each medical department, there is a concern that even if an appointment time is allocated to a vacant medical department, there may be no practitioner who handles the relevant examination device. is there.

[0010] Further, depending on the order instructed by the physician to the patient, it is necessary to carry out a plurality of medical subjects at predetermined time intervals. For example, in the first test, such as an isotope thyroid function test, a drug containing a radioactive element is administered to a patient, and one month later, a test is performed to determine what percentage of the radioactive element is collected in the thyroid gland. In the case of such an examination, it is necessary to make an appointment for two medical subjects, that is, an appointment for the first drug administration and an appointment for one month later.

However, an operator such as a nurse or a staff member makes an appointment for the next examination after a long period of time, such as one month, after taking the first appointment. There is a concern that you may miss it. Also, even if you remember, there is no guarantee that you can make an appointment for an examination just one month later.

[0012] Further, depending on the medical subject such as rehabilitation for a patient, for example, the total working time such as the working time that can be performed within a prescribed period such as one day by one practitioner such as a therapist who performs the relevant medical subject. ,
There is a case where the execution time limit is set. In such a case, since the operator who makes the reservation does not manage the total of the reservation time up to the present, each operator may erroneously set the reservation time exceeding the execution limit time. .

In addition, depending on the order specified by the doctor,
For example, a plurality of medical subjects may be designated together with the order of execution, such as designating a medical subject of a medical examination, after the medical treatment for the medical subject of the examination is completed.

In such a case, according to the order of the doctor,
Reserving a plurality of medical subjects in consideration of the execution order is extremely complicated for the operator.

Further, as shown in FIG. 32, in a hospital, the order system 7 and the reservation system 2 are independently constructed, and the purpose and inputtable items of each system are different. It is necessary for the nurse 9 and the staff 3 to re-enter the order including the medical care item and the implementation date designated in the room by the nurse 9 and the staff 3 again, which increases the administrative burden on the nurse 9 and the staff 3.

If a reservation cannot be made under the conditions specified by the doctor 6, the nurse 9 or the staff 3 must inform the doctor 6 by telephone, for example, and wait for the next instruction.
It is more complicated.

The present invention has been made in view of such circumstances. When a reservation request including a patient, a medical treatment subject, and a scheduled time is input, the reservation request and each of the registration information files already registered in the reservation information file are input. By comparing and contrasting the reservation information of the patient and each medical department, it is possible to prevent the user from making an appointment with another medical department and from making an appointment with another patient in the relevant medical department beforehand, and the mental burden on the operator. It is an object of the present invention to provide a hospital medical appointment system that can greatly reduce the cost and improve the reliability of the entire system.

Further, in addition to the above objects, a plurality of medical treatment items can be simultaneously reserved, including the execution order and the execution interval, and a necessary medical treatment item can be automatically reserved according to a doctor's order operation. It is an object of the present invention to provide a hospital medical treatment reservation system that can further improve the office work efficiency of the reservation business in the hospital.

[0019]

According to a first aspect of the present invention, there is provided a medical system, comprising: a patient, a medical care subject, and a medical care subject, which are input through an input device, based on a reservation request specifying a patient, a medical care subject, and a reservation time. In the hospital medical care reservation system for registering the reservation time as reservation information in the reservation information file, the reservation time included in the reservation request is stored in the reservation information file in response to the input of the reservation request. Another subject duplication check means for judging whether or not the reservation time for the subject overlaps with the subject, and, in response to the input of the reservation request, the reservation time included in the reservation request for the corresponding clinical subject already registered in the reservation information file. The other patient duplication checking means for determining whether or not they overlap with the appointment time of the patient; And a warning means for outputting a redundant discontinue registration warning to the information file.

According to a second aspect of the present invention, in the hospital medical care reservation system of the first aspect, in response to a patient input in the reservation request, the reservation information of the patient included in the reservation request already registered in the reservation information file is read and displayed. Display means.

According to a third aspect of the present invention, in the hospital medical appointment reservation system of the first or second aspect, the reservation information stored in the reservation request and the reservation information file includes a patient, a medical department, and a reservation time, as well as an implementer of the corresponding medical department. including. Further, in response to the reservation request input, an operator duplication check means for determining whether or not the reservation time included in the reservation request overlaps with the reservation time of another patient for the corresponding practitioner already registered in the reservation information file. Is added.

According to a fourth aspect of the present invention, there is provided a hospital medical appointment system according to the first or second aspect, wherein a planned medical treatment file for storing a plurality of medical subjects related to each other and an execution order and an execution time interval between the medical subjects, In response to the input of the request, when the medical subjects included in the reservation request are included in the planned medical care file, the reservation time calculation for calculating the implementation time of the medical department to be performed next to the medical department as the specified reservation time Means and whether or not the calculated prescribed appointment time overlaps with the appointment time for another medical department of the patient already registered in the appointment information file and the appointment time of another patient for the next medical department to be performed Is added.

According to a fifth aspect, in the hospital medical appointment system according to the first or second aspect, the appointment request and the appointment information stored in the appointment information file include a patient, an appointment subject, and an appointment time in addition to the patient, including. Further, a time-regulated medical care file for storing the execution time limit of the specific medical care performed by each practitioner, and, when the medical care item included in the appointment request is a specific medical care item in response to the input of the appointment request, the appointment request Means for calculating the total execution time by adding the reservation time contained in the reservation information file to each of the already registered reservation times of the corresponding implementer stored in the reservation information file, and calculating the total execution time by the execution limit time. A warning means for stopping registration of the reservation request in the reservation information file when the number exceeds the limit and outputting a time warning is added.

According to a sixth aspect of the present invention, a plurality of medical subjects designated by the patient via the order input device and the order of execution among the medical subjects are stored in the hospital medical appointment system of the first or second aspect. In response to the order information file and the input of the reservation request, when the patient and the medical subject included in the reservation request are included in the order information file, the other medical subjects related to the corresponding medical subject stored in the order information file are stored. Detecting means for detecting whether or not the reservation time for the corresponding patient has already been registered in the reservation information file, and when the reservation time has already been registered, the reservation time of the medical department of the reservation request and the related medical treatment already registered Execution order checking means for judging whether or not the relationship with the reservation time of the subject matches the execution order stored in the order information file, and execution order checking means It is added and warning means for outputting a sequence warning to stop the registration with the reservation request reservation information file when it is determined not to match Te.

According to a seventh aspect of the present invention, there is provided a hospital medical treatment reservation system for registering a patient, a medical treatment subject, and a reservation time as reservation information in a reservation information file on the basis of a reservation request designating the input patient, medical treatment subject, and reservation time. An order input device for inputting a medical treatment subject to be treated for a patient and a reservation time as an order; and, in response to an order input to the order input device, a reservation time included in the order for a patient whose registration time is already registered in the reservation information file. Another subject duplication check means for judging whether or not the reservation time for another medical subject overlaps with the reservation time for another medical subject, and another reservation subject for the corresponding medical subject already registered in the reservation information file in accordance with the order input. No overlap between each patient's duplication check means and other patient duplication check means that determines whether or not they overlap with the patient's appointment time Patients included in the order when it is determined, and a registration means for registering the reservation information file medical subjects and the reservation time.

According to a eighth aspect of the present invention, there is provided a hospital medical treatment reservation system for registering a patient, a medical treatment subject, and a reservation time as reservation information in a reservation information file based on a reservation request designating the input patient, medical treatment subject, and reservation time. In accordance with an order input device for inputting a medical subject to be treated for a patient and a reservation time as an order, a reservation necessity information file storing the necessity of reservation in each medical treatment item, and an order input to the order input device, When a medical subject included in this order is stored as an appointment required in the appointment necessity information file, the appointment time included in the order overlaps with the appointment time for other medical subjects already registered in the appointment information file. Another subject duplication check means for judging whether or not to perform, and a diagnosis included in this order in accordance with the order input to the order input device. If the subject is stored in the appointment necessity information file as a necessity of appointment, it is determined whether the appointment time included in the order overlaps with the appointment time of another patient for the relevant clinical subject already registered in the appointment information file And a registration unit for registering, in the reservation information file, a patient, a medical care subject, and a reservation time included in the order when it is determined that each patient does not overlap each other.

According to a ninth aspect of the present invention, a patient, a medical care subject, and a reservation time are inputted as reservation information to a reservation information file based on a reservation request that specifies a patient, a medical care subject, and a reservation time inputted through an input device. This is a recording medium that records a machine-readable program for registration.

[0028] In this program, the reservation time included in the reservation request overlaps with the reservation time for another medical department already registered in the reservation information file in response to the input of the reservation request to the computer. In accordance with the input of the reservation request, it is determined whether or not the reservation time included in the reservation request overlaps with the reservation time of another patient for the relevant medical department already registered in the reservation information file. Then, when it is determined in each determination that they are duplicated, the registration of the reservation request in the reservation information file is stopped and a duplicate warning is output.

In the hospital medical treatment reservation system according to the first aspect of the present invention, when a reservation request designating a patient, a medical treatment subject, and a reservation time is input by, for example, an operator or an input device, the reservation request is included. It is automatically determined whether or not the reserved time to be overlapped with the reserved time for another medical department of the patient already registered in the reservation information file,
In addition, it is automatically determined whether or not the reservation time included in the reservation request overlaps with the reservation time of another patient for the relevant clinical subject already registered in the reservation information file.

Therefore, it is possible to prevent the user from making an appointment with another medical subject and to make an appointment with another patient in the relevant medical subject beforehand, to greatly reduce the mental burden on the operator, and to reduce the entire appointment system. Reliability can be improved.

In the present invention, the reservation information of the patient is displayed and output in response to the patient input in the reservation request. Therefore, when the operator inputs the reservation time of the patient, the reservation time may be set to a time that does not overlap with the reservation time of another medical department.

In the third aspect, when the patient, the medical care subject, the reservation time, and the executor of the corresponding medical care subject are input as a reservation request, the reservation time included in the reservation request is registered in the reservation information file. It is automatically determined whether or not the scheduled time overlaps with another patient's appointment time. If the scheduled time overlaps, a warning is issued.

Therefore, even if the reserved time of the patient is allocated to the vacant medical department, there is no case where there is no practitioner who handles the inspection apparatus.

According to a fourth aspect of the present invention, in the planned medical care file, a plurality of medical courses related to each other and an execution order and an execution time interval between the medical courses are stored.

When the inputted reservation request includes the medical course stored in the planned medical care file, the execution time of the next medical course to be performed is automatically calculated. Together with the reservation information file. In this case, it is automatically determined whether or not the reservation time of the corresponding patient already registered in the reservation information file and the reservation time of another patient for the next medical treatment to be performed overlap with the reservation time of the patient. .

Therefore, two medical courses related to each other are automatically and correctly scheduled in a predetermined order and at a predetermined time interval.

According to the fifth aspect, the time limit medical treatment file stores the execution limit time of the specific medical care subject to be performed by each practitioner. When the medical treatment item included in the reservation request is a specific medical treatment item, the total execution time is automatically calculated by adding the reservation time also included in the reservation request to each of the already registered reservation times of the corresponding practitioner stored in the reservation information file. Is calculated. When the calculated total execution time exceeds the execution limit time, a time warning is output.

Therefore, it is possible to prevent the erroneous setting of the reservation time exceeding the execution time limit for the practitioner.

In the sixth aspect, the order information file stores a plurality of medical subjects designated by the doctor via the order input device and the order of execution among the medical subjects. Then, when the patient and the medical department included in the reservation request are included in the order information file, if the reservation time of the related medical department has already been registered in the reservation information file, the reservation time and the medical It is automatically determined whether or not the relationship with the reserved time matches a predetermined execution order, and a warning is issued if an error is made.

Therefore, it is possible to prevent the medical subjects from being registered in the reservation information file in the wrong order.

According to the seventh aspect, when the doctor inputs an order via the order input device, the reservation time included in the order overlaps with another medical subject for the patient whose registration time is already registered in the reservation information file. Overlaps with other patients in the clinical subjects included in the order are automatically checked. When there is no overlap, the order is automatically registered in the reservation information file.

As described above, since the order of the doctor is automatically registered in the reservation information file after the predetermined check, the work efficiency of the reservation processing operation is greatly improved.

According to an eighth aspect, in the seventh aspect, a reservation necessity information file for storing necessity of a reservation for each medical treatment subject is provided. Then, of the medical items ordered by the doctor using the order device, actual medical appointment processing is performed only for medical items requiring appointment.

Therefore, the doctor can order the necessary medical subjects for the patient regardless of the necessity of the reservation.

According to the ninth aspect of the present invention, by using a recording medium on which this program is recorded, the above-mentioned functions can be easily added to a conventional hospital medical treatment reservation system which does not have the above-mentioned functions. be able to.

[0046]

Embodiments of the present invention will be described below with reference to the drawings.

(First Embodiment) FIG. 1 is a block diagram showing a schematic configuration of a hospital medical care reservation system according to a first embodiment of the present invention. This hospital medical care reservation system is constituted by a kind of computer system. That is, this hospital medical care reservation system is realized by a computer whose operation is controlled by reading a program recorded on a recording medium such as a magnetic disk and executing the program.

As shown in FIG. 2, the reservation information file 11 stores reservation information of all patients who undergo a doctor's examination and various tests in each department of this hospital. FIG.
In the example shown in (1), the patient A has been registered for the medical examination subject of CT examination at the reservation time from 9:00 to 11:00 on February 1.

In this hospital medical treatment reservation system,
In addition to the reservation information file 11, the patient input unit 12, the reservation information extraction unit 13, the reservation information display unit 14, the display 15, the reservation information input unit 16, the other subject check unit 17 and the other patient check unit 18 overlap. A check unit 19 and a warning generation unit 20 are provided.

The patient input unit 12, the reservation information input unit 16 and the display unit 15 constitute a kind of man-machine device including a keyboard, a CRT display device, a mouse and the like, and the patient input unit 12 inputs a patient name from the keyboard. Or select a registered patient name on the display screen. In addition, the reservation information input unit 16 specifies a medical treatment subject for the corresponding patient and inputs a reservation time. The patient input unit 12 and the reservation information input unit 16 have a function of inputting a reservation request including a patient, a medical care subject, and a reservation time.

The reservation information extracting section 13 reads the reservation information relating to the patient designated by the patient input section 12 from the reservation information file 11 and sends it to the reservation information display section 14. The reservation information display section 14 displays the received reservation information of the patient on the display 15.
Display to

FIG. 4 shows the display contents displayed on the display unit 15 immediately after the medical treatment subject is inputted in the reservation information input section 16. Specifically, the reservation time and the patient name when the reservation has already been registered for the relevant medical subject read from the reservation information file 11 are displayed.

The other-subject check unit 17 determines whether or not the reservation time input in the reservation information input unit 16 overlaps with the reservation time for another medical subject already registered in the reservation information file 11. I do. Other Patient Checking Unit 18
Determines whether the reservation time input in the reservation information input unit 16 overlaps with the reservation time of another patient for the relevant clinical subject already registered in the reservation information file 11.

Next, the operation of the entire hospital medical care reservation system of the first embodiment shown in FIG. 1 will be described with reference to the flowchart of FIG.

When a patient name is input from the patient input section 12 at P (program step) 1 in the flowchart, the reservation information of the patient is read from the reservation information file 11 and displayed on the display 1.
5 is displayed (P2). Next, the reservation information input unit 16
Then, when the desired reservation time is input, an overlap check process is executed (P4). In this duplication check processing, the other subject check unit 17 is activated, and the reservation time of the corresponding patient input in the reservation information input unit 16 is registered in the reservation information file 11 for another medical subject. It is determined whether or not the reservation time overlaps.

If there is an overlap (P5), the warning generator 2
0 is activated to notify the duplication warning with a buzzer and output the same to the display 15 (P6), and return to P3 to perform the input of the reservation time again.

In the case where there is no overlap in P5, when the medical subject to be reserved is inputted from the reservation information input section 16 (P5).
7), the reservation information for the relevant medical department is read from the reservation information file 11 and displayed on the display 15 as shown in FIG. 4 (P8). Then, the duplication check processing is executed again (P9). In this duplication check processing, the other patient check unit 18 is activated, and the reservation time of the relevant patient input in the reservation information input unit 16 is the time of another patient corresponding to the medical department already registered in the reservation information file 11. It is determined whether or not the reservation time overlaps.

If there is an overlap (P10), the warning generation section 20 is activated to notify the overlap warning with a buzzer, output it to the display 15 (P11), and returns to P3.

If there is no overlap in P12, the input patient name, medical care subject and reservation time are stored in the reservation information file 11
Register to

Next, a specific processing procedure of the duplication check in the duplication check section 19 will be described with reference to FIGS.

FIGS. 5A to 5D show the reservation information file 1.
When registering a new reserved time (1-2) for a reserved time (3-4) already registered (confirmed) in
It is a figure which shows the pattern in which the new reservation time (1-2) overlaps with the registered reservation time (3-4). As shown
There are four types of overlapping patterns shown in (a) to (d).

First, each start time [1] [3] and each end time [2] [4] of each reservation time are read. Next, the read times are rearranged (sorted) in ascending time order.

For example, in the case of FIG. 5A, when the respective start times [1] and [3] and the respective [2] and [4] are read, the state shown in FIG. 6A is obtained. Then, when the read times are rearranged (sorted) in ascending time order, the state shown in FIG. 6B is obtained.

The presence / absence of overlap is determined based on the arrangement pattern of the start times [1] and [3] and the end times [2] and [4] for the rearranged reserved time frames. For example, in the case of FIG. 5A, it is [3142], and in the case of FIG.
4].

If one or both of the reserved time frames, eg, [3] and [4], are inserted between one reserved time frame, eg, [1] and [2], it is determined that they are duplicates, and “e” or “e” in FIG. As shown in f, if another reserved time frame, for example, [3] [4] does not enter between one reserved time frame, for example, [1] and [2], it is determined that there is no overlap.

In the hospital medical appointment reservation system of the first embodiment configured as described above, for example, the nurse 9 or the staff 3
When the operator inputs a patient's name via an input device such as a man-machine device, the display unit 15 displays the medical treatment subject and the reservation time of the patient who has already been registered for the patient.

Further, after the operator confirms the reservation status of other medical departments of the corresponding patient displayed on the display 15, and inputs the medical department and the reservation time via the man-machine device, the reservation time is displayed. Is automatically determined as to whether or not this time overlaps with the reservation time for another medical subject already registered in the reservation information file 11, and this reservation whose reservation time has already been registered in the reservation information file 11 is performed. It is automatically determined whether or not the scheduled time overlaps with the reservation time of another patient for the relevant medical care subject. Then, if they overlap, an overlap warning is output.

Accordingly, it is possible to prevent the user from making an appointment with another medical subject in the corresponding patient or an overlapping appointment with another patient in the relevant medical subject beforehand. Operation can be performed, and the mental burden on the operator can be greatly reduced. And the reliability of the whole system can be improved.

Further, since the reservation status of the patient is automatically displayed, it is possible to input beforehand so as not to make a duplicate reservation, thereby improving the reservation work efficiency.

(Second Embodiment) FIG. 7 is a block diagram showing a schematic configuration of a hospital medical care reservation system according to a second embodiment of the present invention. The same parts as those of the hospital medical care reservation system of the first embodiment shown in FIG. Therefore, the detailed description of the overlapping part is omitted.

As shown in FIG. 8, in the practitioner staff file 21, each medical treatment is performed by a smaller number of practitioners for a plurality of medical subjects such as medical subjects such as examinations. In this case, medical items that can be performed by each practitioner are registered.

In the reservation information file 11a, as shown in FIG. 9, in addition to the medical subjects, reservation times and patients in the reservation information file 11 of the first embodiment shown in FIG. Has been registered.

The patient and subject input unit 12a inputs a patient and a medical subject to be reserved. Reservation information input section 16a
Input the operator and the reservation time.

FIG. 10 is a diagram showing the display contents of the display unit 15 when the operator is input in the reservation information input section 16a. As shown, the reservation status of each practitioner in the corresponding medical care item is displayed.

Further, in the duplicate check section 19a, in addition to the other subject check section 17 and the other patient check section 18,
An implementer check unit 22 is provided. The practitioner check unit 22 determines whether the reservation time input from the reservation information input unit 16a overlaps with the reservation time of another patient for the corresponding practitioner already registered in the reservation information file 11a.

Next, the operation of the entire hospital medical care reservation system shown in FIG. 7 will be described with reference to the flowchart of FIG.

At P21 in the flowchart, the patient / subject input unit 12
When a patient's name and a medical subject (test item) are input from a, the reservation information of the patient is read from the reservation information file 11 and displayed on the display 15. Next, when a desired reservation time is inputted from the reservation information input section 16a (P2
2) In step P23, the other subject check unit 17 is activated, and it is determined whether or not the reservation time of the patient overlaps with the reservation time for another medical subject already registered in the reservation information file 11.

Further, at P24, the other patient check section 1
8 is started, and it is determined whether or not the reservation time of the corresponding patient input in the reservation information input unit 16 overlaps with the reservation time of another patient for the corresponding medical care subject in the reservation information file 11.

If there is an overlap (P25), the warning generator 20 is activated to notify the overlap warning with a buzzer, output it to the display 15 (P26), and returns to P22.

If there is no overlap at P25, the practitioner of the medical treatment item (examination item) is read out from the practitioner file 21 and displayed (P27). When the practitioner is designated from the reservation information input unit 16a (P28), the practitioner check unit 22 is activated, and the current reservation time overlaps with the reservation time registered by another patient for the designated practitioner. A check is made to see if there is any overlap (P29).

If there is a duplication (P30), the alarm generation unit 20 is activated to notify the duplication warning by a buzzer, output it to the display 15 (P31), and returns to P22.

If there is no overlap at P 30, the entered patient name, medical care subject, practitioner, and reservation time are registered in the reservation information file 11.

In the hospital medical care reservation system of the second embodiment configured as described above, the patient, the medical care subject, the reservation time, and the executor of the corresponding medical care care subject are reserved from the patient subject input part 12a and the reservation information input part 16a. When the request is entered as a request, the reservation time included in the reservation request does not overlap with the reservation time already registered in the reservation information file 11 for another subject, and the reservation time of another patient for the relevant medical care subject Is checked to see if they overlap. Then, if they are duplicated, a duplicate warning is output.

Therefore, it is possible to obtain substantially the same technical effects as those of the first embodiment shown in FIG.

Further, in the hospital medical care reservation system according to the second embodiment, when a patient, a medical care subject, an appointment time, and a practitioner of the corresponding medical care practitioner are input, the input scheduled time is given to the specified practitioner for other patients. It is checked whether the reservation time has already been registered.

Therefore, even if a reservation time for a new patient is allocated to a medical department such as a vacant test item or the like, a situation does not occur in which there is no practitioner who handles the device of the relevant test item. Therefore, the medical appointment processing is executed more closely, and the reliability of the entire system can be further improved.

(Third Embodiment) FIG. 12 is a block diagram showing a schematic configuration of a hospital medical care reservation system according to a third embodiment of the present invention. The same parts as those of the hospital medical care reservation system of the first embodiment shown in FIG. Therefore, the detailed description of the overlapping part is omitted.

As shown in FIG. 13, the planned medical care file 23 stores a plurality of medical courses related to each other and an execution order and an execution time interval between the medical courses.

For example, in the planned medical treatment 1 of the isotope, the medical treatment item of drug administration is first set, the required medical treatment time is 30 minutes, and the second radiation measurement is performed after a predetermined implementation time interval such as 31 days. Medical items are set. Further, in the planned medical care 2 of the artificial dialysis, the medical treatment subject of the artificial dialysis is set two days later.

In the appointment information file 11b, in addition to the appointment information including the normal medical care items, appointment time, and the patient name shown in FIG. 2, as shown in FIG. Time and patient name are registered. In the embodiment, each medical treatment item is registered with an item number.

The patient and subject input unit 12a inputs a patient and a medical subject to be reserved. The reservation information extracting unit 13a reads the already registered reservation status of the input patient from the reservation information file 11b and sends it to the reservation information table unit 14. In the case where the inputted medical subject is included in the planned medical care file 23, the appointment information extracting unit 13 a reads out the information on the planned medical care stored in the planned medical care file 23 and sends it to the appointment information table unit 14. .

[0092] The reservation time calculation unit 24 specifies the execution time of the medical subject to be performed next to the medical subject when the medical subject input by the patient / subject input unit 12a is included in the planned medical care file 23. The specified reservation time is calculated as the reservation time, and the specified reservation time is used as the time check unit 2
Send to 5.

In the overlap check section 19b, a time check section 25 is provided in addition to the other subject check section 17 and the other patient check section 18. This time checker 25
Is the calculated specified reservation time in the reservation information file 11b.
Then, it is determined whether or not the reservation time already registered for the relevant patient and another patient's medical treatment subject to be performed next overlaps with the reservation time of another patient for the next medical treatment subject.

FIG. 15 shows a case where the patient / subject input unit 12a
Display 15 when patient name and medical department are input
It is a figure which shows the display content of. As shown in the figure, the reservation status of the relevant patient in the planned medical care in the relevant medical care item is displayed. Further, the reservation status of the subject in another subject is also displayed.

Next, the operation of the entire hospital medical care reservation system shown in FIG. 12 will be described with reference to the flowchart of FIG.

At P41 in the flowchart, the patient / subject input unit 12
When a patient name and a medical subject (test item) are input from a, if the relevant medical subject is not included in the planned medical care stored in the planned medical care file 23 (P42), the normal reservation described in the first embodiment is performed. The processing is performed (P43).

If the information is included in the planned medical treatment, the information of the planned medical treatment such as the time interval of the relevant medical treatment and the related medical subjects is read out from the planned medical treatment file 23 and displayed on the display 15.

Then, at P45, the reservation information input section 16
When the first reservation time is input from, the other subject check unit 17 and the other patient check unit 18 are activated for the first reservation time, and the corresponding duplication check process is performed (P46). If there is an overlap (P47), the warning generation unit 20 is activated to notify the overlap warning with a buzzer, output and displayed on the display 15 (P51), and returns to P45.

If there is no overlap in P48, the reservation time calculation unit 24 is activated to calculate the prescribed reservation time, which is the time for executing the next related medical subject in the relevant planned medical treatment. Then, the time check unit 25 is activated to execute the other item check processing and the other patient etch processing for the corresponding prescribed reservation time (P49). If there is an overlap (P5
0), the warning generation unit 20 is activated to notify the duplicate warning with a buzzer and output the same to the display 15 (P51).
Return to 45.

When there is no overlap at P50, when the determination of the reservation time for all the medical subjects included in the corresponding planned medical care is completed at P52, the process proceeds to P53, and each medical subject and each reserved time included in the relevant planned medical care are performed. And the patient is registered in the reservation information file 11b.

In the hospital medical appointment reservation system of the third embodiment configured as described above, as in the first embodiment shown in FIG. 1, the overlapping check processing of the appointment time for the newly entered medical department is automatically performed. Therefore, substantially the same effects as in the first embodiment can be obtained.

Further, in the third embodiment, the planned medical care file 23 stores a plurality of medical courses related to each other and an execution order and an execution time interval between the medical courses. Then, when the medical department entered through the patient / subject input unit 12a matches the medical department included in the planned medical care stored in the planned medical care file 23, the scheduled time calculating unit 24 automatically executes the next. The execution time of the medical subject to be performed is calculated and registered in the reservation information file 11 together with the medical subject to be performed next.

Therefore, the operator such as the nurse 9 and the staff 3 does not need to input a plurality of medical subjects and a plurality of appointment times included in the planned medical care, so that the efficiency of the appointment work using the medical appointment system is greatly increased. To improve.

In this case, the reservation information file 11
It is automatically determined whether the appointment time for the other patient's subject that has already been registered in the patient and the appointment time for another patient for the next patient's subject to be performed overlap with each other. A warning is issued.

Accordingly, two medical courses related to each other are automatically and correctly scheduled in a predetermined order and at a predetermined time interval.

(Fourth Embodiment) FIG. 17 is a block diagram showing a schematic configuration of a hospital medical care reservation system according to a fourth embodiment of the present invention. The same parts as those of the hospital medical care reservation system of the first embodiment shown in FIG. Therefore, the detailed description of the overlapping part is omitted.

FIG. 18 shows the time-regulated medical treatment file 26.
As shown in the table, the execution time limit of the specific medical care department performed by each practitioner is stored. For example, one therapist as a practitioner who performs a specific medical course of rehabilitation is one.
An implementation limit time such as the number of implementation days per month, the implementation time per day, etc. is set.

In the appointment information file 11c, in addition to the appointment information including the normal medical care item, appointment time and patient name shown in FIG. 2, as shown in FIG. 19, each therapy in a specific medical subject such as rehabilitation is shown. The type of “simple” or “complex” reserved by the doctor, the reserved time, the patient name, and the like are registered. Note that “simple” or “complex” indicates the length of the execution time (working time).
Minute, "complex" indicates 30 minutes.

The patient and subject input unit 12a inputs a patient and a medical subject to be reserved. The reservation information extracting unit 13a reads the already registered reservation status of the input patient from the reservation information file 11b and sends it to the reservation information table unit 14. In addition, when the input medical subject is a specific medical care item stored in the time-regulated medical treatment file 26, the reservation information extracting unit 13a displays and outputs the storage contents of the time-regulated medical treatment file 26 to the display unit 15.

The time adding section 27 is provided for the patient / subject input section 12.
In the case where the medical subject entered in a is a medical subject included in the time-regulated medical file 26, the appointment time for the therapist specified this time is stored in the appointment information file 11c and the respective registered appointments already registered for the therapist are used. Add to calculate the total execution time.

When the total execution time calculated by the time addition unit 27 exceeds the execution limit time stored in the time-regulated medical treatment file 26, the execution time monitoring unit 28 issues a warning that the time is over to the warning generation unit 20. generate.

FIG. 20 is a diagram showing the display contents of the display unit 15 in a state where a therapist has been input in the reservation information input section 16b. As shown in the figure, the reservation time, the patient name, and the type of treatment (execution time) already registered in the reservation information file 11c of the therapist are displayed.

Next, the operation of the entire hospital medical care reservation system shown in FIG. 17 will be described with reference to the flowchart of FIG.

In P61 of the flowchart, the patient subject input section 12a
When the patient name and the medical subject are input from the above, if the relevant medical subject is not included in the specific medical items such as rehabilitation stored in the time-regulated medical file 26 (P62),
The normal reservation process described in the first embodiment is performed (P
63).

In the case of a specific medical treatment item, the reservation information file 1
It reads out each reserved information of the corresponding patient of 1c and displays it on the display 15 (P64).

At P65, the reservation information input section 16
When a therapist is input from b, the reservation information of the therapist is displayed on the display 15 as shown in FIG. Next, a duplicate check process is performed on other subjects of the patient. When a reservation time is input from the reservation information input section 16b, a duplication check process is performed for the corresponding therapist (P66). If there is an overlap (P67), the warning generation section 20 is activated to notify the overlap warning with a buzzer, output and displayed on the display 15 (P68), and returns to P65.

If there is no overlap at P67, the time addition section 27 is started, and the respective registered reservation times of the relevant therapist stored in the reservation information file 11c are added to the currently input reservation time. Calculate the total execution time (P6
9). Then, the execution time monitoring unit 28 is activated, and when the calculated total execution time exceeds the execution limit time stored in the time-regulated medical treatment file 26 (P70), the warning generation unit 20
, A time-out warning is issued (P71), and P65
Return to

If there is no time excess in P70, P72
When the determination of the appointment time for all the medical subjects included in the corresponding planned medical care is completed, the process proceeds to P72, and the appointment time, the type of treatment (execution time) and the patient name for the therapist are newly registered in the appointment information file 11c. .

In the hospital medical appointment reservation system of the fourth embodiment configured as described above, similar to the first embodiment shown in FIG. 1, the overlapping check processing of the appointment time for a newly entered medical care subject is automatically performed. Therefore, substantially the same effects as in the first embodiment can be obtained.

Further, in the fourth embodiment, in the time-regulated medical treatment file 26, for example, a therapist as a practitioner performing a specific medical treatment subject of rehabilitation and an execution limit time are set. When the medical treatment item input from the patient / subject input unit 12a is a specific medical treatment item, the corresponding therapist stored in the reservation information file 11c at the reservation time designated by the therapist input from the reservation information input unit 16b. The total execution time is automatically calculated in the time addition section 27 by adding the total execution time to each of the registered reservation times.

Then, when the calculated total execution time exceeds the execution limit time stored in the time-regulated medical treatment file 26, a time warning is output.

Therefore, it is possible to prevent the therapist from mistakenly setting a reservation time exceeding the execution time limit as a practitioner. As a result, it is possible to prevent the therapist from being overworked beforehand, thereby improving the reliability of the medical appointment reservation system and further expanding the applicable range.

(Fifth Embodiment) FIG. 22 is a block diagram showing a schematic configuration of a hospital medical care reservation system according to a fifth embodiment of the present invention. The same parts as those of the hospital medical care reservation system of the first embodiment shown in FIG. Therefore, the detailed description of the overlapping part is omitted.

As shown in FIG. 23, in the order information file 29, a plurality of medical subjects which the doctor has designated by using the order input device in his / her own examination room and entered and the order of medical treatment among these medical subjects are shown. It is remembered. When the reservation for each medical subject is determined, each reservation time is also set for each medical subject. In this embodiment, the X-ray imaging and the orthopedic examination are ordered as the medical subjects for the patient A, and the X-ray imaging needs to be performed before the orthopedic examination. In addition, the CT examination and the orthopedic examination are ordered for the same patient, but in this case, the order of medical treatment among the medical subjects is not restricted.

In the reservation information file 11, as shown in FIG. 24, reservation information including normal medical care items, reservation times, and patient names is registered.

The patient / subject input unit 12a inputs a patient and a medical subject to be reserved. When the input patient and medical care subject are stored in the order information file 29, the reservation information extracting unit 13a transmits the order information on the corresponding patient in the order information file 29 to the display 15 via the reservation information display unit 14. At the same time, the reservation status of the patient is read from the reservation information file 11 and displayed on the display 15.

[0127] The execution order check unit 30 calculates the reservation time for the medical department inputted through the reservation information input unit 16c and the reservation time of the related medical subject related to the inputted medical subject already registered in the reservation information file 11. It is determined whether or not the relationship with the order matches the execution order stored in the order information file 29. If they do not match, the warning generator 20
Generates an out-of-sequence warning for

FIG. 25 shows a case where a patient and a medical care subject input in the patient and subject input unit 12a are included in the order information stored in the order information file 29 and are already registered in the reservation information file 11. FIG. 7 is a diagram displayed on a display device 15 showing the status of appointment registration of a corresponding patient and a medical department. As shown, for patient A,
Dental examinations and X-rays ordered by doctors have already been registered.

Next, the operation of the entire hospital medical care reservation system shown in FIG. 22 will be described with reference to the flowchart of FIG.

In P81 of the flowchart, the patient and subject input unit 12
When the patient name is input from a, it is confirmed that the corresponding patient name is stored in the order information file 29, and the order information stored in the corresponding order information file 29 is read out and displayed on the display unit 15. (P82).

Next, one medical subject registered in the order information file 29 is input from the patient / subject input unit 12a (P83), and the desired reservation time for the relevant medical subject is entered in the reservation information input unit 16c. When input, (P
84) Other subject check unit 17 and other patient check unit 1
8 is started, and the overlapping check processing of the reservation time for the corresponding patient and the corresponding medical department is performed (P85). If there is an overlap (P86), the warning generation unit 20 is activated to notify the overlap warning with a buzzer and output it to the display 15 (P87), return to P84, and input the reservation time again.

If there is no overlap in P86, the process proceeds to P88, where it is determined whether there is a medical subject (previous medical subject) to be executed earlier for the medical subject input this time in the order information file 29. Find out. If so, it is checked whether or not the relevant medical subject (previous medical subject) has already been registered in the reservation information file 11 (P89).

If the registered time is later than the reserved time of the medical course (previous medical course) to be performed earlier (P90), the registered time is entered between these medical courses. Since the execution order is normal, P9
If the reservation confirmation processing for all the medical subjects for the patient ordered in the order information file 29 has not been completed yet, the process returns to P83 and waits for the input of the next medical subject.

At P90, if the time entered before this time is earlier than the reservation time of the medical course (previous medical course) to be performed earlier than the registered time, the execution time between these medical courses is Since the order is incorrect, a warning of inappropriate reservation time is output in P91, and the process returns to P84.

If there is no medical subject (previous medical subject) to be performed first for the medical subject input this time in the order information file 29 in P88, and the medical subject to be performed first is the reservation information in P89. If not already registered in the file 11, the program immediately proceeds to P92.

If the reservation confirmation processing for all the medical subjects for the patient ordered in the order information file 29 is completed in P92, the process proceeds to P93, where each medical subject, each reservation for the relevant patient input this time is entered. The time and the patient name are registered in the reservation information file 11 and also in the order information file 29.

In the hospital medical appointment reservation system of the fifth embodiment configured as described above, as in the first embodiment shown in FIG. 1, the overlapping check processing of the appointment time for the newly entered medical department is automatically performed. Therefore, substantially the same effects as in the first embodiment can be obtained.

Further, in the fifth embodiment, for example, when a nurse 9 or a staff member 3 performs a reservation operation by designating a patient and a medical treatment subject, the corresponding patient places an order through the order input device by the doctor. If the relevant medical subject has already been registered (ordered) in the order information file 29, another medical subject related to this medical subject is ordered in the order information file 29, and the other medical subjects are executed first. Investigate whether or not the subject should be treated. Then, if applicable, if the reservation time of the medical department to be performed first has already been registered in the reservation information file 11, the order relation with the reservation time entered this time is checked, and the execution of both medical departments is performed. Make sure that the order of the time is consistent.

Therefore, it is possible to prevent each medical treatment subject from being registered in the reservation information file 11 in the wrong execution order with respect to the execution order specified (ordered) by the doctor for the patient. The reliability of the reservation system can be further improved.

(Sixth Embodiment) FIG. 27 is a block diagram showing a schematic configuration of a hospital medical care reservation system according to a sixth embodiment of the present invention. The same parts as those of the hospital medical care reservation system of the first embodiment shown in FIG. Therefore, the detailed description of the overlapping part is omitted.

The order input device 31 is provided, for example, in a doctor's examination room, where the doctor designates a patient and inputs a medical treatment subject and a desired reservation time. As shown in FIG. 28 (a), the reservation necessity information file 32 stores the necessity of reservation for each medical course that can be performed in this hospital. That is, it is not always necessary to make a reservation for all the medical subjects ordered by the doctor, and there are some medical subjects for which no reservation is necessary.

The order information file 29a is shown in FIG.
As shown in (b), a patient name and a medical subject input by the doctor via the order input device 31 are stored. In addition, the necessity of reservation in each medical treatment subject is also stored. The reservation necessity judging unit 33 determines whether or not the medical subject has been reserved by the doctor via the order input device 31 and makes a reservation necessity information file 3.
Judge using 2.

The registration unit 34 checks the duplication check unit 19
Then, the patient name, the medical treatment subject, and the reservation time determined as having no duplication are registered as reservation information in the reservation information file 11.

FIG. 30 is a diagram showing the reservation information read out from the reservation information file 11 related to the patient and the medical department designated by the order input device 31, and displayed on the display unit 15.

Next, the operation of the entire hospital medical care reservation system shown in FIG. 27 will be described with reference to the flowchart of FIG.

At P101 of the flowchart, when the patient name is input from the order input device 31 based on the operation of the doctor, and further the medical subject for the patient is input (P102),
These order information are written in the order information file 29a. Next, the reservation availability determination unit 33 is activated, and determines whether or not the medical subject has been reserved by the doctor via the order input device 31 using the reservation necessity information file 32 (P1).
03). If the reservation is not required, the reservation process is not required, and the process of this flowchart ends (P10).
5).

If a reservation is required in P104, the reservation information relating to the relevant patient and the relevant medical department is read from the reservation information file 11 and displayed on the display unit 15 as shown in FIG. 30, for example (P106). ).

Next, when the doctor inputs the desired reservation time for the relevant patient and the relevant medical treatment subject via the order input device 31 (P107), the other subject check unit 17 and the other patient check unit 18 are activated. Then, an overlap check process of the reservation time for the corresponding patient and the corresponding medical department is performed (P108). If there is an overlap (P109), the warning generation unit 20 is activated to notify the overlap warning with a buzzer and output it to the display unit 15 (P110), return to P107, and input the reservation time again.

If there is no overlap in P106, the registration unit 3
4 is started, and the reservation information including the input patient name, medical care subject, and reservation time is registered in the reservation information file 11.

In the hospital medical appointment reservation system of the sixth embodiment configured as described above, as in the first embodiment shown in FIG. 1, the overlapping check processing of the appointment time for the newly entered medical department is automatically performed. Therefore, substantially the same effects as in the first embodiment can be obtained.

Further, in the hospital medical appointment system according to the sixth embodiment, when a doctor orders (instructs) a medical subject for each patient using the order input device 31 provided in the examination room, the order information becomes The information is registered in the order information file 29a and is automatically accessed to the medical treatment reservation system. Subsequently, when the doctor inputs the desired reservation time using the order input device 31, the reservation time is automatically checked in the reservation information file 11.

As described above, conventionally, an order system for a doctor to execute an order and a reservation system for a nurse 9 or an employee 3 to make an appointment as one system are operated by the doctor. The reservation system can be accessed from the order input device.

Therefore, the doctor can simultaneously execute the order and the medical appointment with almost the same operation. Therefore, for example, if a reservation cannot be made, the doctor can change the contents of the order at his own discretion and make another reservation. As a result, unlike the conventional system shown in FIG. 32, there is no need for the nurse 9 or the staff member 3 to perform the reservation work on the reservation system based on the order result, so that the reservation work efficiency of the entire system is greatly reduced. The work load on the nurse 9 and the staff 3 can be greatly reduced while the work can be improved.

In addition, since it is not necessary to notify the doctor when a reservation cannot be made and ask for an instruction, the work efficiency in the case of changing the desired reservation time and making a reservation again is improved.

[0155]

As described above, in the hospital medical care reservation system of the present invention, when a reservation request including a patient, a medical treatment subject, and a scheduled time is input, the reservation request and the reservation information file are already registered. An overlap check is performed so as not to generate an overlap reservation by comparing and contrasting the reservation information in each patient and each medical treatment subject.

Accordingly, it is possible to prevent the user from making an appointment with another medical subject and to make an appointment with another patient in the relevant medical subject beforehand, to greatly reduce the mental burden on the operator, and to reduce the entire appointment system. In addition, it is possible to make appointments for multiple medical treatment items at the same time, including the order of execution and the interval between medical treatments, and to automatically make necessary reservations for medical treatment items according to the doctor's order operation. Office work efficiency can be further improved.

[Brief description of the drawings]

FIG. 1 is a block diagram showing a schematic configuration of a hospital medical care reservation system according to a first embodiment of the present invention.

FIG. 2 is a diagram showing storage contents of a reservation information file incorporated in the hospital medical treatment reservation system.

FIG. 3 is a flowchart showing the overall reservation processing operation in the hospital medical treatment reservation system.

FIG. 4 is a diagram showing reservation information displayed on a display unit of the hospital medical care reservation system.

FIG. 5 is a diagram for explaining a duplicate check processing procedure in the hospital medical care reservation system.

FIG. 6 is a diagram for explaining an overlapping check processing procedure in the same hospital medical care reservation system.

FIG. 7 is a block diagram showing a schematic configuration of a hospital medical care reservation system according to a second embodiment of the present invention.

FIG. 8 is a diagram showing the storage contents of a staff member file incorporated in the hospital medical care reservation system.

FIG. 9 is a diagram showing storage contents of an appointment information file incorporated in the hospital medical care appointment system;

FIG. 10 is a diagram showing reservation information displayed on a display unit of the hospital medical care reservation system.

FIG. 11 is a flowchart showing the overall reservation processing operation in the hospital medical treatment reservation system.

FIG. 12 is a block diagram showing a schematic configuration of a hospital medical care reservation system according to a third embodiment of the present invention.

FIG. 13 is a diagram showing storage contents of a planned medical care file incorporated in the hospital medical care reservation system.

FIG. 14 is a diagram showing storage contents of a reservation information file incorporated in the hospital medical treatment reservation system.

FIG. 15 is a diagram showing reservation information displayed on a display unit of the hospital medical care reservation system.

FIG. 16 is a flowchart showing the overall reservation processing operation in the hospital medical treatment reservation system.

FIG. 17 is a block diagram showing a schematic configuration of a hospital medical care reservation system according to a fourth embodiment of the present invention.

FIG. 18 is a diagram showing the storage contents of a time-regulated medical treatment file incorporated in the hospital medical treatment reservation system.

FIG. 19 is a diagram showing storage contents of a reservation information file incorporated in the hospital medical treatment reservation system.

FIG. 20 is a diagram showing reservation information displayed on a display unit of the hospital medical care reservation system.

FIG. 21 is a flowchart showing the overall reservation processing operation in the hospital medical care reservation system.

FIG. 22 is a block diagram showing a schematic configuration of a hospital medical care reservation system according to a fifth embodiment of the present invention.

FIG. 23 is a diagram showing storage contents of an order information file incorporated in the hospital medical care reservation system.

FIG. 24 is a diagram showing storage contents of a reservation information file incorporated in the hospital medical treatment reservation system.

FIG. 25 is a diagram showing reservation information displayed on a display unit of the hospital medical care reservation system.

FIG. 26 is a flowchart showing the overall reservation processing operation in the hospital medical treatment reservation system.

FIG. 27 is a block diagram showing a schematic configuration of a hospital medical care reservation system according to a sixth embodiment of the present invention.

FIG. 28 is a diagram showing storage contents of a reservation necessity information file and an order information file incorporated in the hospital medical treatment reservation system.

FIG. 29 is a diagram showing storage contents of a reservation information file incorporated in the hospital medical treatment reservation system.

FIG. 30 is a diagram showing reservation information displayed on a display unit of the hospital medical care reservation system.

FIG. 31 is a flowchart showing the overall reservation processing operation in the hospital medical treatment reservation system.

FIG. 32 is a schematic diagram showing a schematic configuration of a reservation system and an order system constructed in a large-scale hospital.

[Explanation of symbols]

11, 11a, 11b, 11c ... reservation information file, 1
2: Patient input unit, 12a: Patient, subject input unit, 13, 1
3a: reservation information extraction unit, 14: reservation information display unit, 15 ...
Display, 16, 16a, 16b, 16c: reservation information input section, 17: other subject check section, 18: other patient check section, 19, 19a, 19b: duplicate check section, 20: warning output section, 21: charge of execution User file, 22: practitioner check unit, 23: planned medical treatment file, 24: reserved time calculation unit, 25: time check unit, 26: time-regulated medical file, 27: time addition unit, 28: execution time monitoring unit, 2
9, 29a: order information file, 30: execution order check unit, 31: order input device, 32: reservation necessity information file, 33: reservation necessity determination unit, 34: registration unit

Claims (9)

[Claims] A hospital medical treatment reservation system for registering a patient, a medical treatment subject, and a reservation time as reservation information in a reservation information file based on a reservation request designating a patient, a medical treatment subject, and a reservation time inputted via an input device. In another subject, it is determined whether or not the reservation time included in the reservation request overlaps with the reservation time for another medical department already registered in the reservation information file in response to the input of the reservation request. Duplication checking means, and determining, in accordance with the input of the reservation request, whether or not the reservation time included in the reservation request overlaps with the reservation time of another patient for the relevant clinical subject already registered in the reservation information file. The registration request file in the reservation information file is stopped when it is determined that the duplication check is performed by the duplication check unit. And a warning means for outputting a duplicate warning. 2. A display means for reading and displaying reservation information of a patient included in the reservation request already registered in the reservation information file in response to a patient input in the reservation request. The hospital medical appointment reservation system according to claim 1. 3. The reservation request and the reservation information stored in the reservation information file include, in addition to the patient, the medical treatment subject and the reservation time, an implementer of the corresponding medical treatment subject, and in response to the reservation request input. A practitioner duplication check means for determining whether or not the reservation time included in the reservation request overlaps with the reservation time of another patient for the corresponding practitioner already registered in the reservation information file. The hospital medical treatment reservation system according to claim 1 or 2, wherein 4. A plan / medical file storing a plurality of mutually related medical subjects and an execution order and an execution time interval between the medical subjects, and a medical subject included in the reservation request is input in response to the reservation request input. When included in the planned medical care file,
A reserved time calculating means for calculating an implementation time of a medical department to be performed next to the medical department as a specified appointment time; and 3. The apparatus according to claim 1, further comprising a time overlap check unit configured to determine whether or not an appointment time for a medical department and an appointment time of another patient for the next medical department to be performed overlap. Hospital medical treatment reservation system. 5. The appointment request and the appointment information stored in the appointment information file include, in addition to the patient, the medical care subject, and the appointment time, the practitioner of the corresponding medical care subject, and each practitioner implements the practitioner. A time-regulated medical care file storing the execution time limit of a specific medical care subject, and in response to the input of the appointment request, when the medical care item included in the appointment request is the specific medical care item, the appointment time also included in the appointment request A time calculating means for adding a total execution time to each of the already registered reservation times of the corresponding practitioner stored in the reservation information file to calculate a total execution time; and when the calculated total execution time exceeds the execution limit time The medical care reservation system according to claim 1 or 2, further comprising a warning unit that stops registration of the reservation request in the reservation information file and outputs a time warning. 6. An order information file for storing a plurality of medical subjects and an order of execution among the medical subjects designated by a patient input via the order input device, and the reservation request in response to the reservation request input. Are included in the order information file, the reservation time for the relevant patient of another medical department related to the relevant medical department stored in the order information file is already registered in the reservation information file. Detection means for detecting whether or not the reservation time has already been registered, and the relationship between the reservation time of the medical department of the reservation request and the reservation time of the related medical department already registered is the order information file. And an execution order checking means for determining whether or not the execution order stored in the execution order is matched. 3. A medical care reservation system according to claim 1, further comprising a warning unit for stopping registration of the reservation request in the reservation information file and outputting a sequence warning. 7. A hospital medical treatment reservation system for registering a patient, a medical treatment subject, and a reservation time in a reservation information file as reservation information based on a reservation request designating a patient, a medical treatment subject, and a reservation time inputted. An order input device for inputting a medical treatment subject to be treated and an appointment time as an order, and a corresponding patient whose appointment time included in the order has already been registered in the appointment information file in response to an order input to the order input device. Another subject overlap check means for determining whether or not the scheduled time overlaps with the reserved time for another medical subject; and, in response to the input of the order, the reserved time included in the order is registered in the reservation information file. Another patient duplication check means for judging whether or not it overlaps another patient's appointment time for the subject; Hospital appointments system including a registration means for registering the patient included in the order, the medical subjects and reservation time to the reservation information file when it is determined not to overlap at stage. 8. A hospital medical treatment reservation system for registering a patient, a medical treatment subject, and a reservation time in a reservation information file as reservation information based on a reservation request designating a patient, a medical treatment subject, and a reservation time inputted. An order input device for inputting a medical treatment subject to be treated and a reservation time as an order, a reservation necessity information file storing the necessity of reservation in each medical treatment item, and an order input to the order input device, When a medical subject included in this order is stored as a reservation necessity in the reservation necessity information file, the reservation time included in the order is reserved for another medical subject of the corresponding patient already registered in the reservation information file. Another subject overlap check means for determining whether or not the time overlaps; and When the medical subjects included in the order are stored as required in the reservation necessity information file, the reservation time included in the order is the reservation time of another patient for the corresponding medical subject already registered in the reservation information file. Other patient duplication check means for judging whether or not there is an overlap, and when each of the duplication check means judges that there is no overlap, the patient, medical care subject and reservation time included in the order are registered in the reservation information file. A hospital medical treatment reservation system provided with registration means. 9. A machine readout for registering the patient, the medical care subject, and the reservation time as reservation information in a reservation information file based on a reservation request that specifies a patient, a medical care subject, and a reservation time input via an input device. A recording medium on which a possible program is recorded, wherein the program stores, in response to the input of the reservation request, a reservation time included in the reservation request, other than the corresponding patient already registered in the reservation information file. It is determined whether or not the reservation time overlaps with the reservation time for the medical treatment subject. In response to the input of the reservation request, the reservation time included in the reservation request is determined by another patient for the corresponding medical treatment subject already registered in the reservation information file. It is determined whether the reservation time overlaps with the reservation time of the reservation request. When it is determined that the reservation time overlaps, the reservation request is registered in the reservation information file. Recording medium for recording a program for causing output duplicate alerts abort.