JP2002297760A - System for controlling entrance into room - Google Patents

Abstract

PROBLEM TO BE SOLVED: To provide a method for realizing arrangement and rearrangement for rooms without depending on experience of the facility staff. SOLUTION: When the arrangement for the rooms is conducted, persons to be arranged in the room is selected on an image plane by an input device 7, priority is imparted to the persons to be arranged in the rooms when the plural persons are selected by the input device 7, the most suitable room out of the unoccupied rooms is allocated in order to the person of the high priority in a proper room determining means 6, and a result thereof is displayed on a display 8 to allow the room arrangement suitable to all the persons to be occupied.

Description

DETAILED DESCRIPTION OF THE INVENTION

[0001]

BACKGROUND OF THE INVENTION The present invention relates to a medical and nursing care facility in which a room environment is maintained in accordance with different mental and physical conditions of a user in an entrance facility where the management of the room is required. And a room management device for a welfare facility.

[0002]

2. Description of the Related Art Conventionally, in a room management apparatus for managing a resident of a facility, when registering a room, essential information such as a room name, a gender, a room, a use start date and a use end date are registered. In this room entry management device, room attribute information that manages room attributes such as whether or not there is a toilet facility that can be used with a wheelchair, room attribute information that manages room attributes such as the name of the room occupant and the use of a room with a wheelchair, and each room It manages entry information such as what kind of people are entering the room.

[0003] When registering a room suitable for individual occupants, an appropriate room arrangement of a plurality of persons per room is required.
The facility staff displays the attribute information, room attribute information, and room entry information of the room occupants from the room management device, and determines the room entry based on the experience of the facility staff in consideration of the physical and mental state of the room occupants and the vacant room information.

[0004]

However, in the conventional room entry management device, the room to be arranged is different depending on the experience of the facility staff who registers the room, and once the room is registered, a user who is suitable for the room enters the room later. However, there is a problem in that the room that is currently in the room is not arranged, and as a result, a room that is not suitable for the user has to be arranged.

SUMMARY OF THE INVENTION The present invention has been made in view of the above circumstances, and determines an arrangement of a room at the time of entering a room without relying on the experience of facility staff, and further realizes reallocation of a room. And a computer readable storage medium storing the program used for realizing the program.

[0006]

FIG. 1 shows the principle configuration of an entry control apparatus equipped with the present invention. 1 is an entry information storage means for storing attribute information of the entry. 2 is room information storage means for storing room attribute information. Numeral 3 is an entry information square means storing room layout information. 4 is a matching storage means 1 for matching the attributes of the occupant and the attributes of the room, 5 is a matching storage means 2 for matching the attributes of the entrant and the attributes of the persons who share the room, and 6 is an input device (7). A) a proper room determining means for arranging the occupant selected in the above) in a proper room. 7 is an input device such as a keyboard. Reference numeral 8 denotes a display device such as a display.

[0007] This room entry management device selects a person to be placed in a room from the screen at the time of arranging the room with the input device (7). ), Priorities are assigned to the persons to be arranged in the rooms, and the most suitable room is allocated to the rooms that are vacant in order from the person with the highest priority in the appropriate room determining means (6), and the result is displayed on the display device (8). ).

[0008]

BRIEF DESCRIPTION OF THE DRAWINGS FIG. 1 is a block diagram showing an entrance management apparatus according to an embodiment of the present invention.

[0009] As shown in FIG. 2, the entrance management apparatus is configured. Normally, the entry control device and each storage means are installed at a facility center or the like, and the input device (7) and the display device (8) are installed at reception desks, nurse centers, offices, and the like. They are connected by a line. Although not shown, the input device (7) and the display device (8) can each be provided in plurality, and the same processing can be performed with any of the input devices.

The first entry information storage means is an input device (7).
The attribute information of the occupant entered from is stored, and the attribute information of the occupant without the name, gender, entry date, exit date, use of wheelchair, degree of dementia, and no problem behavior is stored In addition, when arranging a room, information is stored as to whether or not the bed can be moved if there is a person more suitable for the bed currently arranged. FIG. 3 shows the data structure of the resident information storage means (1).

Reference numeral 2 denotes room information storage means for storing room information of the facility, which manages beds arranged in the room by numbering them. The room number, the bed number, the gender that can be arranged, and dementia Information such as whether the room is compatible with the room, whether the toilet can be used in a wheelchair, whether the room is close to a nurse station, and the like are stored. FIG. 4 shows the data structure of the room information storage means (2).

Reference numeral 3 denotes entry information storage means for recording entry information arranged by the proper room determination means (6) of the facility. FIG. 5 shows the data structure of the entry information storage means (3).

Reference numeral 4 denotes an appropriate room determining means (6) for comparing the attribute information of the room occupant with the attribute information of the room occupant when arranging the room, and determining the suitability of the room. Here, the degree of appropriateness between the personal attribute information of the resident information storage means (1) and the room attribute information of the room information storage means (2) is given as a score using the matching storage means 1 (4). Express. FIG. 6 shows the matching storage means 1.
The data structure of (4) is described.

Reference numeral 5 denotes a matching storage means 2 for matching the attribute information of the occupants who belong to the same room in the appropriate room determining means (6), similarly to the matching storage means 1 (4), and determining the suitability. Here, the degree of appropriateness of the attribute information of the entry information storage means (1) with the person in the same room is represented as a score using the matching storage means 2. FIG. 7 shows the data structure of the matching storage means 2 (5).

Reference numeral 6 denotes a proper room judging means for arranging in an appropriate room in order from the person having the highest priority inputted from the input device (7). The arrangement in the appropriate room means that the attribute information of the individual stored in the resident information storage means (1) and the attribute information of the room stored in the room information storage means (2) are matched storage means 1 (4). And the degree of suitability of the person in the room is converted into a score, and the compatibility with the already-placed person in the same room is determined by the occupant information storage means (1) and the match storage means 2 (5). This means that the total score is calculated by summing up the score of how suitable the match is and arranging it in the room with the highest score.

Further, the proper room determining means (6) stores the information when the room arrangement is determined, into the entry information storing means (3).
To memorize.

Reference numeral 7 denotes personal attribute information such as the name of the occupant and use of a wheelchair, and the proper room determining means (6). This is an input device for inputting priorities for defining the order of arranging rooms in 6).

The figures described in the embodiments will be described below.

FIG. 3 shows the data structure of the resident information storage means (1). The information input by the input device (7) is managed by assigning a number to each individual, and the name, gender, date of entry,
The date of leaving the room, the use of a wheelchair, the degree of dementia, the presence or absence of problematic behavior, and whether or not the bed can be moved are stored.

FIG. 4 shows the data structure of the room information storage means (2). The beds in each room are numbered and managed, and the room number, bed number, gender that can be arranged, the presence or absence of dementia, whether the toilet facilities are wheelchair compatible, and whether they are close to a nurse station are stored.

FIG. 5 shows the data structure of the entry information storage means (3). The room arrangement determined by the appropriate room determining means (6) is stored. The room number and the bed number are stored in a cell corresponding to the date, and the number described in the cell is the number of the occupant.

FIG. 6 shows the data structure of the matching storage means 1 (4). The abutting storage means 1 (4) is for comparing the information of the room occupant with the information of the room and calculating the appropriateness. The items stored in the room occupant information storage means (1) and the corresponding room information are stored. When the items stored in the storage means (2) are compared, when the conditions are matched, the points stored in the point item are added, and the items to be compared and the points are stored. .

FIG. 7 shows the data structure of the matching storage means 2 (5). The abutting storage means 2 (5) is for calculating the degree of appropriateness between persons who will be in the same room, and compares the items among the items stored in the occupant information storage means (1). When a match is found, the score stored in the score item is added, and the item to be compared and the score are stored.

FIG. 8 is a flowchart showing a large flow when arranging rooms.

First, in step S101, a person who arranges a room is selected. From the entry information display screen as shown in FIG. 10, the operator selects a person who arranges the room by using the input device (7).
A plurality of persons who arrange the room can be selected. When the operator has finished selecting the persons to be arranged in the room, he selects the room arrangement button on the same screen. When the room arrangement button is selected, the person who arranges the room is determined (fixed).

Next, in S102, the persons determined in S101 are prioritized. This is because when there are a plurality of persons who arrange the rooms, there are cases where the rooms arranged differ depending on the order of the persons who arrange the rooms. By assigning the priorities, rooms are arranged from a person with a higher priority. The person who arranges the room selected on the entry information display screen of FIG. 10 is displayed on the priority order designation screen of FIG. On this screen, the operator gives a priority from the input device (7). After entering the priority order, select the room layout button on the same screen.

Next, in S103, the currently set room arrangement information of the person selected in S101 is deleted from the entry information storage means (3). By deleting the entry information of the person who arranges the room from the entry information storage means (3), it becomes possible to arrange a new person in the room.

Then, the process proceeds to S104, in which the appropriate room arranging means determines the appropriate room determining means (6) in descending order of priority.
The request for the room arrangement is executed one by one. The processing of the proper room determining means (6) will be described later with reference to a detailed flowchart of the proper room determining means of FIG. When the arrangement of one room is completed, the process proceeds to the next step.

In S105, it is checked whether or not the room arrangement for all the persons who want to arrange the room selected in S101 has been completed.
Then, the process is terminated when the arrangement of the rooms for all persons is completed.

FIG. 9 is a detailed flowchart of the proper room determining means (6) performed in S104 of FIG.

The operation will be described below in order.

In S301, the entry date and the exit date of the person who arranges the room are extracted from the entry information storage means (1). Then, by repeating the processes from S302 to S311 from the date of entry to the date of exit, the process of arranging one room is completed.

The daily room arrangement processing will be described below.

In S302, first, an empty bed and a movable bed are searched. An empty bed is searched from the information in the room information storage means (2) and the entry information storage means (3).
The room number and bed number in the room information storage means (2) and not in the room entry information storage means (3) on the day of arranging the rooms are empty beds. The movable bed is searched from the information in the room information storage unit (1) and the room information storage unit (3). A search is made for a person in the occupant information storage means (9) for which the item of bed movement is enabled and whose day for which the room is to be arranged falls on the day from the entry to the exit.
The user number of the applicable person is extracted, and the room number and bed number of the user are extracted from the user number item of the entry information storage means (3). The search for all persons in the entry / exit information storage means (7) ends the extraction of the movable bed. As described above, an empty bed and a movable bed are extracted and stored in a storage area (not shown).

Next, S303 to S306 are repeated in order to calculate the appropriateness of the empty bed and the movable bed extracted one by one one by one in order.

The room arrangement is determined at the time when all the beds stored in the storage area are finished.

In S303, it is confirmed whether or not the absolute condition of the bed for which the appropriateness is to be calculated matches. The gender of the person whose room is to be arranged is extracted from the items of the gender classification of the resident information storage means (1), and the gender classification of the bed whose adequacy is to be calculated is determined by the gender classification of the room information storage means (2). Extract from When both match, the gender classification of the room information storage means (2) is “0”.
If (No), the process proceeds to the next step S304, and if the genders do not match, the process proceeds to S307 to calculate the appropriateness of the next bed that can be entered.

In S304, the appropriateness of the bed is calculated. The appropriateness is determined based on the appropriate score for representing the appropriateness of each attribute information of the occupant information storage means (1) and the room information storage means (2) and the attribute information of the occupant information storage means (1). It is determined from two appropriate scores, that is, an appropriate score indicating the degree of appropriateness with a certain person. The appropriate score indicates that the higher the score, the more suitable the person is for the bed.

Each appropriate score is calculated by the matching storage means 1 and the matching storage means 2 for measuring the appropriateness.

The method for calculating the appropriate score will be described with reference to the appropriate score list shown in FIG.

First, an appropriate score between the attribute information of the room entrant and the attribute information of the room is calculated. The appropriate score is a measure of the degree of adaptation between the occupant and the room, and the higher the appropriate score, the more suitable. The appropriate score is determined by the attribute information of the occupant in the occupant information storage means (1) and the room information storage means (2).
Is compared with the attribute information of the room by the matching storage means 1 (4), and when they match, the score described in the matching storage means 1 (4) is added. FIG. 6 shows the data structure of the matching storage means 1, which shows which item of the room information storage means (2) and which item shows the room attribute of the room information storage means (1). The appropriate points are calculated by adding the points described in the item of points when they are matched and matched. For example, if both the item of the wheelchair of the entry attribute and the item of “toilet facilities” of the room attribute are “Yes”, 10 points are added.

Next, an appropriate score with the person who will be sharing the room is calculated. The appropriate score is a measure of the degree to which persons in the same room are suitable, and the higher the appropriate score, the more suitable. The appropriate score is obtained by comparing the attribute information of the occupants who are the same occupant of the occupant information storage means (1) with the storage means 2 (5).
And if they match, the points described in the match storage means 2 (5) are added. FIG. 7 shows the matching storage means 2
It represents the data structure of (5), in which items representing the attribute of the occupant of the occupant information storage means (1) are matched with each other, and when they match, the score described in the item of the score is added. To calculate an appropriate score. For example, if both items of the wheelchair of the entry attribute are "same or no same person", 10 points are added.

The roommate extracts as follows. First, the number of the same person as the room number for which the appropriate score is currently calculated is extracted from the room entry information storage means (3), and then the room is entered from the user number extracted earlier by the room number information storage means (1). Attribute information can be obtained. If there is no roommate, the appropriateness of the roommates is calculated based on the condition item “no roommate” in the matching storage means 2 (5).

As described above, the attributes of the room occupants, the appropriate points of the room attributes, and the appropriate points of the room occupants are calculated as shown in FIG. The bed with the highest total score is the optimal bed for the occupant.

In the next step S305, a comparison is made as to whether or not the total score thus calculated is the highest score among the appropriate scores thus far calculated. If it is not the highest score, the flow shifts to S307, and if it is the highest score, the flow shifts to S306, where the highest score and its bed number are stored in a storage area not described. The appropriate points of all the beds are calculated, and the bed number stored in this storage area has the highest appropriate point, and the room is allocated to the person in the next step.

In S307, it is confirmed whether or not the appropriate points have been calculated for all the beds that can be entered, and if the appropriate points for all the beds that can be entered have been calculated, the process proceeds to S308. If not,
The process moves to S301, and S301 to S307 are repeated until the appropriate points of all the enterable beds have been calculated.

At S308, the most suitable room has been determined. However, in the present invention, when a room that has already been entered is arranged, if there is a more suitable person, the bed is arranged for that person. The feature is that it does. Therefore, it is necessary to check whether there is already a occupant in the bed that is ultimately optimal (to be arranged), and if there is already an occupant, have that person move the bed (relocate the room) There is.

The processing will be described below.

In the step S308, it is checked whether or not the bed which has been optimized is already in the room. It is checked from the entry information storage means (3) whether or not the entry number is stored in the overlapping portion of the cell from the date of the bed determined and the arrangement date. If the occupant number is not stored, the bed is currently an empty bed, and there is no need to replace the bed with an existing occupant, and the process proceeds to S311. If the room occupant number is stored, it means that there is already a room occupant in the bed, and the process of moving the room to the existing room occupant must be performed.

At S309, the existing entrant is replaced with S10 of FIG.
Add to the members of the person who arranges the room selected in 1.

In step S310, all the room setting information currently set for the existing occupants is deleted from the room entry information storage means (3).

At the point of time at S311, the bed to be placed by the person is finally determined. The final bed number stored in S306 is the bed on which the person is to be placed, and the entry number obtained from the entry information storage means (1) is entered in the entry information storage means (3). It is memorized in the overlapping part of the square of the day.

Thus, the room arrangement for the day of the person to be arranged is completed.

In step S312, this operation is repeated for the entry period of the person to be arranged.

By repeating S301 to S312 for the period, the arrangement of one room is completed.

Hereinafter, the contents of the present embodiment will be described by taking as an example a case where a new entrant “Daisuke Fuji” is arranged in a room.

If there is a new occupant, the operator inputs attribute information of the occupant using the input device (7) of the terminal device installed at the reception in the facility, the office, or the nurse center. The attribute information is information necessary for arranging a room such as a name, a gender, a date of entry, a date of exit from a room, the presence or absence of a wheelchair, the degree of dementia, the presence / absence of problem behavior, and the like.

The attribute information of the occupant input by the input device (7) is assigned a number for each individual and stored in the occupant information storage means (1) as shown in FIG.

When a new entrant is entered at a nurse center, office, or reception, or when a currently occupied occupant needs to move a room (for example, if a wheelchair user is currently using a wheelchair, If you are in a room but no longer need to use a wheelchair), perform room layout.

It should be noted that not all beds can be arranged. Even if a bed is already placed for the purpose of the present application, if a person who later enters the room is more suitable for that bed, a bed is placed for a new guest, but there are cases where it is not possible to move from the bed currently placed ( For example,
Since it is difficult to move a bed, it is difficult to move the bed, so that information on whether or not the bed can be moved by the placed occupant is stored, and the room is arranged with reference to the information. When it is determined that this information cannot be moved by the person in the room, the operator inputs the immovable information using the input device (7). The input information is stored in the resident information storage means (1).

In the process of arranging a room, first, a person who enters the room is designated. With a terminal device having an input device such as a nurse center and a display means, the operator selects an occupant who wants to arrange a room from the room use status display screen displayed as shown in FIG. 10 (S101 in FIG. 8). The person selected here may be a newly entered person or a person who has already entered the room. Also, a plurality of people can be specified. By selecting the room arrangement button on the display screen after selecting the person to be arranged, the person to arrange the room is determined, and the information is stored in a storage area (not shown). In this example, “Daisuke Fuji”, a new entrant, is selected as an example. When the room arrangement button on the room use status display screen in FIG. 10 is selected, the screen is switched to a screen for specifying the priority order of the occupants (FIG. 11).

On the priority order designation screen shown in FIG. 11, a person who wants to arrange a room is displayed based on information stored in a storage area (not shown). Here, it is not necessary to assign a priority when there is only one person to be arranged in the room, but when there are a plurality of persons, the rooms to be arranged may be different depending on the order in which the rooms are arranged. In order to eliminate such inconveniences, priorities are set for the persons arranging rooms (FIG. 8 S
102). The priority order is for arranging the rooms in order from the user having the highest priority when arranging the rooms.
Here, the rooms are arranged in ascending order of the numbers input in the priority order.

When the operator finishes inputting the priority order and selects the room arrangement button on the display screen, the person who is to be arranged in the room and its priority are determined, and the information is stored in a storage area (not shown). deep.

Next, from the entry information storage means (3), all the currently set entry information of the entry person who arranges the room this time is cleared from the entry date to the exit date (S10 in FIG. 8).
3). This is because clearing the room arrangement status makes it possible to relocate to the room where the room has been entered. Then, a room arrangement process is performed from a person having the higher priority set (S104 in FIG. 8).

A process for arranging a proper room based on the proper room arranging process of FIG. 9 will be described.

The entry information storage means (3) searches for a bed whose absolute condition matches the empty bed on the day of entry, and then searches for a movable bed by the entry information storage means (1). By this search, a bed that can be moved is found from the beds that have absolute conditions that match among the vacant beds on the corresponding day (S302, S303 in FIG. 9).

Absolute conditions (gender classification) of the vacant beds on August 10, which is the day of entry of Daisuke Fuji, and the movable beds are 101-1, 101-2, 103-
There are three beds in one.

Next, in order to allocate the most appropriate bed, the appropriate points are calculated for all the searched beds that can enter the room (S304 in FIG. 9).

The appropriate score of Daisuke Fuji's suitability for a bed that can be entered is stored in the room information storage unit (2), the attribute of the room entry stored in the room information storage unit (1). It is calculated by the matching storage means 1 (4) and the matching storage means 2 (5) for calculating the attributes of the rooms that have been set and their fitness. In the matching storage means 1 (4), which item is selected from the attribute information of the occupants stored in the resident information storage means (1) and the attribute information of the room stored in the room information storage means (2). The condition to be matched and the condition to be appropriate at the time of matching are stored, and if the condition is matched, an appropriate score is added. For example, the wheelchair information of the occupant attribute and the toilet facilities of the room attribute are matched, and a score of 10 is added when there is a wheelchair and there is toilet facilities.

When the appropriate score between Daisuke Fuji and the room number 101-1 is calculated by the matching storage means 1 (4), Daisuke Fuji uses a wheelchair and 101-1 has toilet facilities. , The condition is met, and 10 points are added. In the following, the attribute of Daisuke Fuji and the attribute of the room 101-1 are compared according to the matching condition of the matching storage means (4), and the appropriate score is calculated.

The match storage means 2 (5) has the same configuration, but the match target is different in the match storage means 2 (5). Since the matching storage means 1 (4) is for determining the suitability of the room with the occupant, the attribute information of the occupant is compared with the attribute information of the room. The matching storage means 2 (5) is for judging the appropriateness of the occupants in the same room, so that the attribute information of the occupants is compared. For example, the dementia information of the attribute of a room member who is in the same room is compared with each other, and if both have the same degree of dementia or there is no roommate, 10 points are added.

Referring to the entry information storage means (3) to see if there is an occupant who is in the same room as Mr. Daisuke Fujitsu who is calculating the appropriate score, the occupant is on August 10th. There is no room to share. Here, when looking at the items of the condition of the matching storage means 2 (5), points are added to all items when there is no roommate, so the points described in all items are added.

[0101] Matching storage means 1 (4), Matching storage means 2
When all appropriate scores are calculated based on (5), FIG.
And 101-1 and 101-2 are 55
Points, 103-1 is 65 points, and 103 having a high appropriate score
Judging that -1 is the room most suitable for Daisuke Fuji,
On August 10, Fuji Daisuke's room will be determined to be Room 103-1.

However, 103-1 is currently Fujitsu
It is a bed where Taro is entering. Here, August 1
If the entry information of Daisuke Fuji on day 0 is stored as room 103-1, two people will enter the same bed on the same day, so Taro Fujitsu, who is currently entering, will be newly placed in the room. It is possible to replace the occupants by performing the process of adding to the end of the member of the person who does (S309 in FIG. 9) and clearing all the entry information of Taro Fujitsu (S310 in FIG. 9).

Here, room arrangement information of Daisuke Fuji is stored in the entry information storage means (3) (S311 in FIG. 9).

By repeating this operation from the date of entry to the date of exit, the room arrangement of Mr. Daisuke Fuji is completed.

When there are a plurality of persons who arrange the room, the same work is repeated in descending order of priority.

When all the room arrangements are completed, the room arrangement information is obtained from the entry information storage means (3) and displayed on the output device (FIG. 13).

As described above, by using this entry management apparatus, knowledge of room arrangement can be obtained when arranging a room for a newly entered person or when rearranging a room by a person who has already entered the room. Even a person without knowledge can arrange a room similar to a person with knowledge. (Supplementary Note 1) Room entry information storage unit for storing room entry attributes, room information storage unit for storing room entry attributes, and room information storage unit for storing room occupants arranged for each room And a storage unit for comparing the attribute of the individual stored in the resident information storage unit with the attribute of the room stored in the room arrangement storage unit, and calculating the appropriateness of the individual and the room. 1, a person to be placed in a room is selected from the occupants stored in the occupant storage means, and the attribute of the selected occupant stored in the occupant information storage means; For all the rooms stored in the storage unit, the room with the highest appropriateness calculated by the matching storage unit 1 is assigned from the room attributes stored by the room information storage unit, and the room entry information storage unit Assigned Functions as a proper room determination means that stores information on the person who is to be placed in a room, and if there is already a room occupant in the assigned room, the person who had previously entered the room is placed next. Program to let you. (1) (Supplementary note 2) The program matches the attribute of the occupant stored in the occupant information storage means with the attribute of the occupant who is in the same room when entering the room, and determines the appropriateness of the occupant in the same room. And the appropriate room determination means further calculates the appropriateness and calculates a person who is in the same room as the attribute of the person in the room, which is stored in the resident information storage means. The computer according to Supplementary note 1, wherein the attribute is calculated by the matching storage means 2 and the room having the highest appropriateness of both the appropriateness with the person who is the same room and the appropriateness with the room is assigned. Program to make it work. (2) (Supplementary Note 3) The occupant information storage means further stores a priority of a person who arranges a room selected from the occupants stored in the occupant information storage means, and stores the occupant information. A program for causing a computer to function according to claim 1, wherein rooms are arranged in order from a person having a higher priority stored in said means. (3) (Supplementary Note 4) The occupant information storage means further stores whether or not the occupant who has already arranged the room can move in the room, and calculates the appropriateness by the matching storage means 1 in the appropriate room determination means. A program for causing a computer to function according to claim 1, wherein the room is a vacant room and a room to which a resident can move. (4) (Supplementary Note 5) A room information storage unit that stores the attributes of a room to be entered, a room information storage unit that stores the attributes of a room to be entered, and information in which rooms are arranged by the room occupants are stored. Entry information storage means, and a matching storage means 1 for comparing an attribute of an individual stored in the entrant information storage means with an attribute of a room stored in the room arrangement storage means, and calculating an appropriate score. And selecting a person to be placed in the room from among the occupants stored in the occupant storage means, and attributes of the person to be laid out in the room stored in the occupant information storage means; From the attributes of all the rooms stored in the information storage means, the room having the highest appropriateness calculated by the matching storage means 1 is allocated, and information of a person who allocates a room to the assigned room in the entry information storage means is assigned. Remember and their assigned A room entry management method characterized in that when a room is already occupied by a room, a person who has entered the room before is arranged next. (5) (Supplementary Note 6) An entry information storage unit that stores the attributes of the occupants, a room information storage unit that stores the attributes of the rooms to be entered, and information in which the occupants are arranged in the rooms are stored. Entry information storage means, and a matching storage means 1 for comparing an attribute of an individual stored in the entrant information storage means with an attribute of a room stored in the room arrangement storage means, and calculating an appropriate score. Selecting a person to be placed in the room from among the occupants stored in the occupant storage means, the attribute of the person to be laid out in the room stored in the occupant information storage means, and the entry information storage means From the attributes of all the rooms stored in the room, the room with the highest appropriateness calculated by the matching storage unit 1 is allocated, and information on the person who allocates the room to the room assigned by the entry information storage unit is stored. Its assigned room And a proper room determining means for arranging a person who has previously entered the room in the next room when there is already a room occupant. (Supplementary Note 7) Room information storage means for storing the attributes of the room to be entered, room information storage means for storing the attributes of the room to be entered, and room information storage for storing information on the room arrangement of the room occupants Means for comparing a personal attribute stored in the occupant information storage means with an attribute of a room stored in the room arrangement storage means, and calculating an appropriate score; A person to be placed in the room is selected from the occupants stored in the entry room storage means, and the attribute of the person to be placed in the room stored in the resident information storage means and stored in the entry information storage means. From the attributes of all the rooms, the room with the highest appropriateness calculated by the matching storage means 1 is assigned, and information on the person who is assigned to the room assigned to the entry information storage means is stored. Room already Computer-readable storage medium storing a program for causing the previously enter to the human was then function and proper room judging means adapted to room arrangement to a computer when the chamber's exists.

[0080]

As is apparent from the above description, according to the present invention, at the time of entry registration to a nursing care, medical care, welfare facility, and at the time of room relocation, attribute information of the occupant, room environment, and matching information thereof are obtained. Based on this, it is possible to arrange rooms with higher priority to more suitable rooms, and to provide more suitable rooms without depending on the know-how of facility staff.

[Brief description of the drawings]

FIG. 1 is a configuration diagram of an entry management device of the present invention.

FIG. 2 is a configuration diagram of an entry management device according to an embodiment of the present invention.

FIG. 3 is a schematic diagram showing a structure of a resident information storage unit.

FIG. 4 is a schematic diagram showing the structure of room information storage means.

FIG. 5 is a schematic diagram showing the structure of an entry information storage unit.

FIG. 6 is a schematic diagram showing the structure of a match storage unit 1 used to calculate an appropriate score between a guest attribute and a room attribute.

FIG. 7 is a schematic diagram showing the structure of a match storage unit 2 used to calculate an appropriate score between the attributes of the occupants.

FIG. 8 is an overall flowchart for arranging rooms.

FIG. 9 is a flowchart of a detailed process performed by a proper room determining unit.

FIG. 10 is a display example of entry information.

FIG. 11 is a display example for specifying a priority order used by the priority input means.

FIG. 12 is a list of appropriate scores used to determine an appropriate room.

FIG. 13 is a display example of entry information after execution of room arrangement.

[Explanation of symbols]

 1: Entry information storage means 2: Room information storage means 3: Entry information storage means 4: Matching storage means 1 5: Matching storage means 2 6: Suitable room determination means 7: Input device 8: Display device

Claims (5)

[Claims] 1. A room information storage unit for storing attributes of a room, a room information storage unit for storing attributes of a room to be entered, and a room information storage for storing room members arranged for each room. Means for comparing the attribute of the individual stored in the resident information storage means with the attribute of the room stored in the room arrangement storage means, and calculating the appropriateness of the individual and the room. Means 1, a person to be placed in a room is selected from the occupants stored in the occupant storage means, and the attribute of the selected occupant stored in the occupant information storage means; For all the rooms stored in the information storage means, the room with the highest appropriateness calculated by the matching storage means 1 is assigned from the room attributes stored in the room information storage means, and the room entry information storage means Assigned to Information about the person who is to be placed in the room, and if there are already occupants in the assigned room, the appropriate room determination means for arranging the person who had previously entered the room next, Program to make it work. 2. The program according to claim 1, wherein the program compares the attributes of the occupants stored in the occupant information storage means with the attributes of the occupants who will be in the same room when entering the room, and calculates the appropriateness of the persons to be in the same room. The appropriate room determination means further calculates the appropriateness, and furthermore, the attribute of the person in the room and the attribute of the person in the same room stored in the resident information storage means. 2. The computer according to claim 1, wherein the matching storage means 2 calculates the highest degree of appropriateness of both the appropriateness of the room and the appropriateness of the room. Program to make it work. 3. The occupant information storage means further stores a priority of a person who arranges a room selected from the occupants stored in the occupant information storage means, and stores the priority in the occupant information storage means. 2. The program for causing a computer to function according to claim 1, wherein the stored rooms are arranged in descending order of priority. 4. The occupant information storage means further stores whether or not an occupant who has already arranged a room can move the room.
2. The program for causing a computer to function according to claim 1, wherein the room for calculating the appropriateness by the matching storage means 1 in the appropriate room determining means is a vacant room and a movable room for the entrant. 5. An occupant information storage means for storing the attributes of the occupants, a room information storage means for storing the attributes of the rooms to be entered, and entry information for storing information on the occupants' room arrangement. Storage means, a matching storage means 1 for comparing an attribute of an individual stored in the occupant information storage means with an attribute of a room stored in the room arrangement storage means, and calculating an appropriate score; Selecting a person to be placed in the room from among the occupants stored in the occupant storage means, and the attribute of the person to be laid out in the room stored in the occupant information storage means; From the attributes of all the rooms stored in the means, the room having the highest appropriateness calculated by the matching storage means 1 is allocated, and information on the person who allocates the room to the allocated room in the entry information storage means is stored. , Its assigned Ya then the room placing a person who had previously entered the case already entrant is present, entry control method, characterized in that.