JP6919036B2 - Display system, display method, and display program - Google Patents

Description

The present invention relates to a display system, a display method, and a display program.

Conventionally, as a system that analyzes and displays information related to nursing management, information indicating the bed occupancy rate corresponding to each ward is classified or extracted from the information indicating the bed occupancy rate stored in the data of the nursing management system. However, a system has been proposed in which information indicating the bed occupancy rate of the classification or extraction is displayed for each ward (see, for example, Patent Document 1).

JP-A-2015-153246

However, in the above-mentioned conventional technique, as described above, since the information indicating the bed occupancy rate classified or extracted is only displayed for each ward, the temporal variation of the bed occupancy rate classified or extracted is described. Since it is difficult to grasp the time, there was room for improvement from the viewpoint of grasping the temporal fluctuation of the management status regarding the management target such as nursing.

The present invention has been made in view of the above, and an object of the present invention is to provide a display system, a display method, and a display program capable of grasping the temporal fluctuation of the management state regarding the management target. ..

In order to solve the above-mentioned problems and achieve the object, the display system according to claim 1 is a display system that displays information about a management target, and specifies the management state of the management target for each hour. An acquisition means for acquiring generation information for generating management state information by a predetermined method, a generation means for generating a plurality of the management state information based on the generation information acquired by the acquisition means, and the above. A display control means for displaying the plurality of management state information generated by the generation means by the display means so that they can be compared with each other for each time unit, and the management target is a medical facility. The generation information is medical receipt information issued by a medical institution indicating the medical receipt of the user, and is a medical practice indicating a medical practice score which is a predetermined medical fee calculation score for each medical practice. It is configured by correlating the score information, the medical treatment date information indicating the medical treatment date which is the date when the medical treatment was performed, and the receipt submission date information indicating the receipt submission date which is the date when the medical receipt was submitted. The generation means obtains the medical treatment score information based on the medical treatment score information and the medical treatment date information included in the plurality of medical treatment receipt information acquired by the acquisition means. The medical treatment score information classified by the medical treatment date is set by a predetermined method based on the medical treatment receipt submission date information included in the plurality of medical treatment receipt information acquired by the acquisition means. Classify by the classification period related to the receipt submission date, calculate the total of the medical treatment points of the medical treatment points information classified for each classification period, and show the total of the calculated medical treatment points. A graph in which a plurality of pieces of information are generated as the management state information, and the display control means has one of the medical treatment score or the medical treatment date on the vertical axis and the medical treatment score or the other of the medical treatment date on the horizontal axis. Each of the plurality of medical service score total information generated by the generation means is associated with the corresponding medical service date and displayed in an identifiable manner for each classification period.

The display system according to claim 2 is a display system for displaying information related to a management target, and a predetermined method of generating information for generating management status information for specifying the management status of the management target for each hour. A generation means for generating a plurality of the management state information based on the acquisition means acquired by the acquisition means and the generation information acquired by the acquisition means, and the plurality of management state information generated by the generation means. The management target is a medical facility, and the generation information is the use issued by the medical institution. DPC receipt information indicating the DPC receipt of a person, which indicates the diagnosis group classification number indicating the number in which the DPC code is classified, the diagnosis group classification number information indicating the hospitalization date, the discharge date information indicating the discharge date, and the discharge date information indicating the discharge date. The diagnosis group classification number information, the hospitalization period range information indicating the range of the hospitalization period, and the hospitalization period indicating the hospitalization period division for classifying the hospitalization period, including the DPC receipt information configured in association with each other. The hospitalization period classification information storage means for storing the classification information in association with each other is provided, and the generation means includes the hospitalization date information and the discharge date included in each of the plurality of DPC receipt information acquired by the acquisition means. The hospitalization period is calculated based on the information, and the hospitalization period is based on the diagnosis group classification number information and the calculated hospitalization period included in each of the plurality of DPC receipt information acquired by the acquisition means. From the hospitalization period classification information stored in the classification information storage means, the hospitalization period classification information corresponding to the hospitalization period range information including the calculated hospitalization period is specified, and the specified hospitalization period classification information is specified. The number of hospitalization period classification information is calculated for each diagnosis group classification number, and a plurality of number information indicating the calculated number is generated as the management status information, and the display control means is one of the hospitalization period classification or the number of cases. In a graph in which the vertical axis is the hospitalization period classification or the other of the number of cases is the horizontal axis, each of the plurality of case information generated by the generation means is associated with the corresponding hospitalization period classification. Display each diagnosis group classification number so that it can be identified.

The display system according to claim 3 is a display system that displays information on a management target, and a predetermined method of generating information for generating management status information that specifies the management status of the management target for each hour. A generation means for generating a plurality of the management state information based on the acquisition means acquired by the acquisition means and the generation information acquired by the acquisition means, and the plurality of management state information generated by the generation means. The management target is a medical facility, and the generation information is hospitalized in the medical facility. The DPC code is classified into the movement time series history information indicating the movement time series history related to the bed movement for each date and time in a plurality of users and the DPC receipt information indicating the user's DPC receipt issued by the medical institution. The DPC receipt information composed of the diagnosis group classification number information indicating the diagnosis group classification number indicating the number, the diagnosis group classification number information, the hospitalization period range information indicating the range of the hospitalization period, and the hospitalization period. The hospitalization period classification information storage means for storing the hospitalization period classification information indicating the hospitalization period classification for classification in association with each other is provided, and the generation means is included in the movement time series history information acquired by the acquisition means. From, the movement time series history for each user is extracted, and a plurality of user-specific movement time series history information indicating the extracted movement time series history is generated as the management state information, and the hospitalization period classification information is stored. From the hospitalization period range information stored in the means, the hospitalization period range information corresponding to the diagnosis group classification number information included in each of the plurality of DPC receipt information acquired by the acquisition means is referred to as the hospitalization. The display control means is specified for each period division, and the display control means is generated by the generation means in a graph in which the date and time or one of the users is on the vertical axis and the date and time or the other of the users is on the horizontal axis. Each of the plurality of user-specific movement time-series history information and the hospitalization period range information for each hospitalization period category specified by the generation means are displayed so as to be distinguishable for each hospitalization period category. The hospitalization period range information is superimposed and displayed in association with the corresponding user.

The display method according to claim 4 is a display method performed in a display system that displays information about a management target, and the acquisition means generates management status information that specifies the management status of the management target for each hour. The acquisition step of acquiring the generation information to be generated by a predetermined method, the generation means, the generation step of generating a plurality of the management state information based on the generation information acquired in the acquisition step, and the display control means. Includes a display control step in which the plurality of management state information generated in the generation step is displayed by a display means so as to be able to be compared with each other for each time unit, and the management target is a medical facility. Yes, the generation information is medical receipt information issued by a medical institution indicating the medical receipt of the user, and indicates a medical practice score which is a predetermined medical fee calculation score for each medical practice. The medical treatment score information, the medical treatment date information indicating the medical treatment date which is the date when the medical treatment was performed, and the receipt submission date information indicating the receipt submission date which is the date when the medical receipt was submitted are correlated with each other. The medical service score information includes the configured medical service receipt information, and in the generation step, the medical service score information is based on the medical service score information and the medical service date information included in the plurality of medical service receipt information acquired by the acquisition means. Is classified by the medical treatment date, and based on the receipt submission date information included in the plurality of medical receipt information acquired by the acquisition means, the medical treatment score information classified by the medical treatment date is obtained by a predetermined method. Classify by the classification period related to the set receipt submission date, calculate the total of the medical treatment points of the medical treatment score information classified for each classification period, and show the total of the calculated medical treatment points. A plurality of action score total information is generated as the management state information, and in the display control step, one of the medical treatment points or the medical treatment date is set on the vertical axis, and the medical treatment points or the other of the medical treatment dates is horizontally set. On the graph as the axis, each of the plurality of medical service score total information generated by the generation means is associated with the corresponding medical service date and is identifiablely displayed for each classification period.

The display method according to claim 5 is a display method performed in a display system for displaying information on a management target, and the acquisition means generates management status information that specifies the management status of the management target for each hour. The acquisition step for acquiring the generation information to be generated by a predetermined method, the generation means for generating a plurality of the management state information based on the generation information acquired in the acquisition step, and the display control means. Includes a display control step in which the plurality of management state information generated in the generation step is displayed by a display means so as to be able to be compared with each other for each time unit, and the management target is a medical facility. Yes, the generation information is DPC receipt information indicating the user's DPC receipt issued by a medical institution, and is a diagnostic group classification number information indicating a diagnostic group classification number indicating a number in which a DPC code is classified, and The diagnosis group classification number information and the hospitalization period range information indicating the range of the hospitalization period are included, including the DPC receipt information configured by correlating the hospitalization date information indicating the hospitalization date and the discharge date information indicating the discharge date. A plurality of hospitalization period classification information storage means for storing the hospitalization period classification information indicating the hospitalization period classification for classifying the hospitalization period in association with each other, and a plurality of acquired by the acquisition means in the generation step. The hospitalization period is calculated based on the hospitalization date information and the discharge date information included in each of the DPC receipt information, and the diagnosis group included in each of the plurality of DPC receipt information acquired by the acquisition means. Based on the classification number information and the calculated hospitalization period, the hospitalization period range information including the calculated hospitalization period from the hospitalization period classification information stored in the hospitalization period classification information storage means. The hospitalization period classification information corresponding to is specified, the number of the specified hospitalization period classification information is calculated for each diagnosis group classification number, and a plurality of number information indicating the calculated number is generated as the management status information. Then, in the display control step, a graph having one of the hospitalization period division or the number of cases on the vertical axis and the other of the hospitalization period division or the number of cases on the horizontal axis was generated by the generation means. Each of the plurality of case information is associated with the corresponding hospitalization period classification and displayed identifiable for each diagnosis group classification number.

The display method according to claim 6 is a display method performed in a display system for displaying information related to a management target, and the acquisition means generates management status information that specifies the management status of the management target for each hour. The acquisition step for acquiring the generation information to be generated by a predetermined method, the generation means for generating a plurality of the management state information based on the generation information acquired in the acquisition step, and the display control means. Includes a display control step in which the plurality of management state information generated in the generation step is displayed by a display means so as to be able to be compared with each other for each time unit, and the management target is a medical facility. There, the generation information includes movement time-series history information indicating the movement time-series history related to bed movement for each date and time in a plurality of users hospitalized in the medical facility, and the user's movement time-series information issued by the medical institution. The DPC receipt information indicating the DPC receipt, including the DPC receipt information composed of the diagnosis group classification number information indicating the diagnosis group classification number indicating the number in which the DPC code is classified, and the diagnosis group classification number information. In the generation step, the hospitalization period classification information storage means for storing the hospitalization period range information indicating the range of the hospitalization period and the hospitalization period classification information indicating the hospitalization period classification for classifying the hospitalization period is provided in association with each other. Extracts the movement time series history for each user from the movement time series history information acquired by the acquisition means, and indicates the extracted movement time series history for each user. A plurality of pieces of information are generated as the management state information, and are included in each of the plurality of DPC receipt information acquired by the acquisition means from the hospitalization period range information stored in the hospitalization period classification information storage means. The hospitalization period range information corresponding to the diagnosis group classification number information is specified for each hospitalization period division, and in the display control step, the date and time or one of the users is set to the vertical axis, and the date and time or the above. In the graph with the other side of the user as the horizontal axis, each of the plurality of user-specific movement time-series history information generated by the generation means and the above-mentioned for each hospitalization period category specified by the generation means. The hospitalization period range information, which is identifiable for each hospitalization period category, is superimposed and displayed in association with the corresponding user.

The display program according to claim 7 is a display program for causing a display system that displays information about a management target to execute, and provides a computer with management status information that specifies the management status of the management target for each hour. The acquisition means for acquiring the generation information to be generated by a predetermined method, the generation means for generating a plurality of the management state information based on the generation information acquired by the acquisition means, and the generation means. The generated management state information is made to function as a display control means for displaying the generated management state information by the display means so as to be able to be compared with each other for each time unit, and the management target is a medical facility for the generation. The information is medical receipt information issued by a medical institution indicating the user's medical receipt, and includes medical treatment score information indicating medical treatment score, which is a predetermined medical fee calculation score for each medical treatment. , The medical treatment date information indicating the medical treatment date which is the date when the medical treatment was performed and the medical treatment receipt submission date information which indicates the receipt submission date which is the date when the medical treatment receipt was submitted are correlated with each other. The generation means includes information, and the generation means obtains the medical treatment score information for each medical treatment date based on the medical treatment score information and the medical treatment date information included in the plurality of medical receipt information acquired by the acquisition means. Based on the receipt submission date information included in the plurality of medical receipt information acquired by the acquisition means, the medical treatment score information classified for each medical treatment date is set by a predetermined method and the receipt submission is performed. Classify by the classification period related to the date, calculate the total of the medical treatment points of the medical treatment points information classified for each classification period, and obtain the total medical treatment points information indicating the total of the calculated medical treatment points. A plurality of management state information is generated, and the display control means has a graph in which one of the medical treatment score or the medical treatment date is on the vertical axis and the medical treatment score or the other of the medical treatment date is on the horizontal axis. Each of the plurality of medical service score total information generated by the generation means is associated with the corresponding medical service date and displayed in an identifiable manner for each classification period.

The display program according to claim 8 is a display program for causing a display system that displays information on the management target to execute, and the computer is provided with management status information that specifies the management status of the management target on an hourly basis. The acquisition means for acquiring the generation information to be generated by a predetermined method, the generation means for generating a plurality of the management state information based on the generation information acquired by the acquisition means, and the generation means. The generated management state information is made to function as a display control means for displaying the generated management state information by the display means so as to be able to be compared with each other for each time unit, and the management target is a medical facility for the generation. The information is the DPC receipt information indicating the user's DPC receipt issued by a medical institution, the diagnosis group classification number information indicating the diagnosis group classification number indicating the number in which the DPC code is classified, and the hospitalization indicating the hospitalization date. The diagnosis group classification number information, the hospitalization period range information indicating the range of the hospitalization period, and the hospitalization period are included, including the DPC receipt information configured by correlating the date information and the discharge date information indicating the discharge date. The hospitalization period classification information storage means for storing the hospitalization period classification information indicating the hospitalization period classification for classification in association with each other is provided, and the generation means is each of the plurality of DPC receipt information acquired by the acquisition means. The hospitalization period is calculated based on the hospitalization date information and the discharge date information included in the above, and the diagnosis group classification number information and the calculation included in each of the plurality of DPC receipt information acquired by the acquisition means. Based on the hospitalization period, the hospitalization period corresponding to the hospitalization period range information including the calculated hospitalization period from the hospitalization period classification information stored in the hospitalization period classification information storage means. The classification information is specified, the number of the identified hospitalization period classification information is calculated for each diagnosis group classification number, and a plurality of number information indicating the calculated number is generated as the management status information, and the display control means. Is a graph in which one of the hospitalization period classification or the number of cases is on the vertical axis and the other of the hospitalization period classification or the number of cases is on the horizontal axis, and each of the plurality of case information generated by the generation means is displayed. Is associated with the corresponding hospitalization period classification and is identifiablely displayed for each diagnosis group classification number.

The display program according to claim 9 is a display program for causing a display system that displays information on a management target to execute, and provides a computer with management status information that specifies the management status of the management target on an hourly basis. The acquisition means for acquiring the generation information to be generated by a predetermined method, the generation means for generating a plurality of the management state information based on the generation information acquired by the acquisition means, and the generation means. The generated management state information is made to function as a display control means for displaying the generated management state information by the display means so as to be able to be compared with each other for each time unit, and the management target is a medical facility for the generation. The information includes movement time-series history information indicating the movement time-series history related to bed movement for each date and time in a plurality of users hospitalized in the medical facility, and DPC indicating the user's DPC receipt issued by the medical institution. The receipt information includes the DPC receipt information including the diagnosis group classification number information indicating the diagnosis group classification number indicating the number in which the DPC code is classified, and the diagnosis group classification number information and the range of the hospitalization period. The hospitalization period classification information storage means for storing the hospitalization period range information shown and the hospitalization period classification information indicating the hospitalization period classification for classifying the hospitalization period in association with each other is provided, and the generation means is provided by the acquisition means. From the acquired movement time-series history information, the movement time-series history for each user is extracted, and the user-specific movement time-series history information indicating the extracted movement time-series history is the management state information. From the hospitalization period range information stored in the hospitalization period classification information storage means, the diagnosis group classification number information included in each of the plurality of DPC receipt information acquired by the acquisition means. The hospitalization period range information corresponding to is specified for each hospitalization period division, and the display control means has the date and time or one of the users on the vertical axis and the date and time or the other of the users on the horizontal axis. In the graph to be made, each of the plurality of user-specific movement time-series history information generated by the generation means and the hospitalization period range information for each hospitalization period category specified by the generation means. The hospitalization period range information that is identifiablely displayed for each hospitalization period category is superimposed and displayed in association with the corresponding user.

According to the display system according to claim 1, the display method according to claim 4, or the display program according to claim 7, a plurality of management status information is provided based on the generation information acquired by the acquisition means. Since it is provided with a generation means to be generated and a display control means for displaying a plurality of management state information generated by the generation means by the display means so as to be able to be compared with each other for each time unit, a plurality of managements are provided. The state information can be presented in a mutually contrastable manner for each time unit, and the user can easily grasp the temporal fluctuation of the management state of the management target as compared with the conventional technique.
In addition, the generation means classifies the medical practice score information for each medical practice date based on the medical practice score information and the medical care date information included in the plurality of medical receipt information acquired by the acquisition means, and is acquired by the acquisition means. Based on the receipt submission date information included in a plurality of medical receipt information, the medical practice score information classified for each medical treatment date is classified for each classification period related to the receipt submission date set by a predetermined method, and for each classification period. The total number of medical practice points in the classified medical practice score information is calculated, and a plurality of total medical practice score information indicating the total calculated medical practice score is generated as management status information, and the display control means is the medical practice score. Alternatively, in a graph in which one of the medical treatment dates is on the vertical axis and the medical treatment score or the other of the medical treatment dates is on the horizontal axis, each of the plurality of medical treatment score total information generated by the generation means is combined with the corresponding medical treatment date. Since it is associated and displayed in an identifiable manner for each classification period, each of the plurality of medical practice score total information can be associated with the corresponding medical treatment date and presented in an identifiable manner for each classification period. Therefore, the submission status of the medical receipt can be grasped in detail, and it becomes possible to use it as an index for judging the business status of the management target.

According to the display system according to claim 2, the display method according to claim 5, or the display program according to claim 8, a plurality of management state information is provided based on the generation information acquired by the acquisition means. Since it is provided with a generation means to be generated and a display control means for displaying a plurality of management state information generated by the generation means by the display means so as to be able to be compared with each other for each time unit, a plurality of managements are provided. The state information can be presented in a mutually contrastable manner for each time unit, and the user can easily grasp the temporal fluctuation of the management state of the management target as compared with the conventional technique.
Further, the generation means calculates the hospitalization period based on the hospitalization date information and the discharge date information included in each of the plurality of DPC receipt information acquired by the acquisition means, and the plurality of DPC receipt information acquired by the acquisition means. Based on the diagnosis group classification number information included in each of the above and the calculated hospitalization period, the hospitalization including the calculated hospitalization period from the hospitalization period classification information stored in the hospitalization period classification information storage means. The hospitalization period classification information corresponding to the period range information is specified, the number of the specified hospitalization period classification information is calculated for each diagnosis group classification number, and a plurality of number information indicating the calculated number is generated as management status information. The display control means corresponds to each of the plurality of case information generated by the generation means in a graph in which one of the hospitalization period classification or the number of cases is on the vertical axis and the other of the hospitalization period classification or the number of cases is on the horizontal axis. Since it is displayed in an identifiable manner for each diagnosis group classification number in association with the hospitalization period classification, each of the plurality of cases information can be presented in an identifiable manner for each diagnosis group classification number in association with the corresponding hospitalization period classification. Therefore, the hospitalization status of the user corresponding to the diagnosis group classification number can be grasped in detail, and it becomes possible to use it as an index for determining the business status of the management target.

According to the display system according to claim 3, the display method according to claim 6, or the display program according to claim 9, a plurality of management status information is provided based on the generation information acquired by the acquisition means. Since it is provided with a generation means to be generated and a display control means for displaying a plurality of management state information generated by the generation means by the display means so as to be able to be compared with each other for each time unit, a plurality of managements are provided. The state information can be presented in a mutually contrastable manner for each time unit, and the user can easily grasp the temporal fluctuation of the management state of the management target as compared with the conventional technique.
In addition, the generation means extracts the movement time series history for each user from the movement time series history information acquired by the acquisition means, and the movement time series history for each user indicating the extracted movement time series history. Multiple pieces of information are generated as management status information, and from the hospitalization period range information stored in the hospitalization period classification information storage means, the diagnosis group classification number information included in each of the plurality of DPC receipt information acquired by the acquisition means. The hospitalization period range information corresponding to is specified for each hospitalization period category, and the display control means is generated in a graph in which one of the date and time or the user is on the vertical axis and the date and time or the other of the users is on the horizontal axis. Each of the multiple user-specific movement time-series history information generated in the above, and the hospitalization period range information for each hospitalization period category specified by the generation means, which is identifiable and displayed for each hospitalization period category. Since the period range information is superimposed and displayed in association with the corresponding user, each of the plurality of user-specific movement time-series history information generated by the generation means and each hospitalization period category specified by the generation means are displayed. The hospitalization period range information can be presented in association with the corresponding user. Therefore, the hospitalization status of each user can be grasped in detail, and it becomes possible to use it as an index for judging the business status of the management target.

It is a figure which conceptually shows the display system which concerns on embodiment of this invention. It is a figure which illustrates the information stored in the hospitalization period classification table. It is a flowchart of operation rate spectrum display processing. It is a figure which shows the display example of the operating rate spectrum information. It is a flowchart of medical practice score display processing. It is a figure which shows the display example of the total medical practice score information. It is a flowchart of the receipt number display processing. It is a figure which shows the display example of the number information. It is a flowchart of the movement time series history display processing for each user. It is a figure which shows the display example of the movement time series history information and hospitalization period range information for each user.

Hereinafter, embodiments of a display system, a display method, and a display program according to the present invention will be described in detail with reference to the accompanying drawings. First, the basic concept of the embodiment of [I] will be described, then the specific contents of the embodiment of [II] will be described, and finally, a modified example of the embodiment of [III] will be described. However, the present invention is not limited to the embodiments.

[I] Basic concept of the embodiment First, the basic concept of the embodiment will be described.

The display system according to the present invention is generally a system for displaying information regarding a management target. Here, the “managed object” means an object managed by a user, for example, a medical facility (for example, a hospital), an accommodation facility (for example, a hotel), a tourist facility (for example, an amusement park), or the like. It is a concept including. Further, the "information about the management target" is information about the state of the management target, and is a concept including, for example, the management state information that specifies the management state of the management target for each time unit. For example, the operating rate spectrum described later. It is a concept that includes information, total medical practice score information described later, number information described later, travel time series history information for each user described later, and the like. Further, the "hour unit" means a unit indicating time, for example, in addition to a year, a month, a week, a day, an hour, a minute, and a second, a period (or cycle) or period division determined by a predetermined method. It is a concept including. Hereinafter, in the embodiment, a case where the management status information corresponding to the generation information described later is displayed when the management target is a medical facility will be described.

Further, in the embodiment, a case where the display system main body described later functions as a display system by installing the display program in the display system main body described later, which is a stationary publicly known personal computer provided in a medical facility, will be described. do. However, the present invention is not limited to this, and the display system may be configured by any device such as a smartphone or a mobile terminal.

[II] Specific Contents of the Embodiment Next, the specific contents of the embodiment will be described.

(Constitution)
First, the configuration of the display system according to the embodiment will be described. FIG. 1 is a diagram conceptually showing a display system according to an embodiment of the present invention. As shown in FIG. 1, the display system 1 includes an operation unit 10, a communication unit 20, a display 30, a speaker 40, and a display system main body 50.

(Configuration-Operation unit)
The operation unit 10 is an operation means for receiving operation inputs related to various types of information. The operation unit 10 is configured by using a known operation means such as a touch pad, a remote operation means such as a remote controller, or a hard switch.

(Configuration-Communication section)
The communication unit 20 is a communication means for communicating with an external device (for example, a server provided in a management facility) (not shown).

(Configuration-Display)
The display 30 is a display means for displaying various images based on the control of the control unit 51 described later of the display system main body 50. The specific configuration of the display 30 is arbitrary, but for example, a flat panel display such as a known liquid crystal display or an organic EL display can be used.

(Configuration-Speaker)
The speaker 40 is an output means that outputs various sounds based on the control of the control unit 51 described later of the display system main body 50. The specific mode of the voice output from the speaker 40 is arbitrary, and it is possible to output a synthetic voice generated as needed or a pre-recorded voice.

(Configuration-Display system body)
The display system main body 50 is a device for displaying information related to a management target, and includes a control unit 51 and a data recording unit 52 as shown in FIG. As described above, the display system main body 50 can be configured by a stationary, known personal computer or the like provided in a medical facility, and thus detailed description thereof will be omitted.

(Configuration-Display system body-Control unit)
The control unit 51 is a control means for controlling each unit of the display system 1. Specifically, the CPU, various programs interpreted and executed on the CPU (basic control programs such as an OS, or started on the OS). It is a computer configured to include an application program that realizes a specific function) and an internal memory such as a RAM for storing the program and various data. In particular, the display program according to the embodiment is installed in the display system main body 50 via an arbitrary recording medium or network to substantially configure each part of the control unit 51.

Further, as shown in FIG. 1, the control unit 51 includes an acquisition unit 51a, a generation unit 51b, and a display control unit 51c in terms of functional concept.

The acquisition unit 51a is an acquisition means for acquiring the generation information by a predetermined method. Here, the "generation information" is information for generating management status information, and in the embodiment, a concept including movement time series history information (usage content information), medical receipt information, DPC receipt information, and the like. Is. Of these, the "movement time-series history information" is information indicating the usage content for each hour by the user who used the management target, and is the movement related to the movement of the bed for each date and time in the patient admitted to the medical facility. Information indicating a time series history. In addition, "medical receipt information" is a document that describes the medical treatment details in order to claim the insurance burden in the medical treatment fee from the medical institution (for example, hospital or clinic). (Clinical fee statement). Information indicating (hereinafter referred to as "medical receipt"). Further, the "DPC receipt information" indicates a receipt (hereinafter referred to as "DPC receipt") issued by a medical institution (for example, a hospital subject to DPC (a hospital that has introduced a comprehensive evaluation by diagnosis group classification)). Information.

The generation unit 51b is a generation means for generating a plurality of management state information based on the generation information acquired by the acquisition unit 51a.

The display control unit 51c is a display control means for displaying a plurality of management state information generated by the generation unit 51b by the display means so that they can be compared with each other for each time unit. The details of the processing executed by the control unit 51 will be described later.

(Configuration-Display system body-Data recording unit)
The data recording unit 52 is a recording means for recording a program required for the operation of the display system 1 and various data (for example, the number of beds in each ward), and for example, a hard disk (not shown) as an external recording device. It is configured using. However, in place of or with a hard disk, other magnetic recording media such as magnetic disks, optical recording media such as DVDs and Blu-ray discs, or electrical recording media such as Flash Rom, USB memory, SD cards, etc. Any recording medium can be used.

In addition, the data recording unit 52 includes a hospitalization period classification table 52a. The hospitalization period classification table 52a is a hospitalization period classification information storage means for storing the diagnosis group classification number information, the hospitalization period range information, and the hospitalization period classification information in association with each other. Here, the "diagnosis group classification number information" is a number (a number composed of 14 digits) that classifies a unified code (so-called DPC code) for uniquely identifying a medical practice. Hereinafter, a "diagnosis group classification number". It is information which shows (referred to). In addition, "hospitalization period range information" is information indicating the range of hospitalization period. In addition, "hospitalization period classification information" is information indicating the hospitalization period classification for classifying the hospitalization period. FIG. 2 is a diagram illustrating information stored in the hospitalization period classification table 52a. As shown in FIG. 2, the hospitalization period classification table 52a corresponds to each item such as the item "diagnosis group classification number", the item "MDC disease classification name", the item "hospitalization period range", and the item "hospitalization period classification". The information to be stored is stored in association with each other. Here, the information corresponding to the item "diagnosis group classification number" is the diagnosis group classification number information. The information corresponding to the item "MDC disease classification name" is information indicating the classification name of the disease corresponding to the code indicating the upper two digits of the diagnosis group classification number (so-called MDC code). The information corresponding to the item "hospitalization period range" is the hospitalization period range information. The information corresponding to the item "hospitalization period classification" is hospitalization period classification information.

(Display processing)
Next, the display process executed by the display system 1 configured in this way will be described. The display process is a process of displaying information related to the management target. Further, this display process is roughly classified into an operation rate spectrum display process, a medical practice score display process, a receipt number display process, and a user-specific movement time series history display process. Hereinafter, each of these operation rate spectrum display processing, medical practice score display processing, receipt number display processing, and user-specific movement time-series history display processing will be described in detail.

(Display processing-Operating rate spectrum display processing)
First, the operating rate spectrum display processing will be described. FIG. 3 is a flowchart of the operating rate spectrum display process (steps are abbreviated as “S” in the following description of each process). FIG. 4 is a diagram showing a display example of operating rate spectrum information described later. The operating rate spectrum display process is a process for displaying the operating rate spectrum information described later. The timing of executing this operating rate spectrum display processing is arbitrary, but in the embodiment, it will be described as being started after the power is turned on to the display system 1.

When the operation rate spectrum display process is started, as shown in FIG. 3, first, in SA1, the acquisition unit 51a is managed from an external device (for example, a server provided in the management facility) via the communication unit 20. It is determined whether or not the movement time-series history information (generation information. For example, the movement time-series history information for which the event date and time information described later is for a predetermined period (for example, N days)) has been acquired. Here, the "movement time series history information" is, in the embodiment, user name information indicating the name of the patient (user), ward name information indicating the ward name, and an event related to the patient (user). Information configured by correlating event information indicating (for example, hospitalization, discharge, ward movement, changing department, going out, etc.) and event date and time information indicating the date and time when the event occurred is applicable (note that use). The same applies to the movement time series history information of the movement time series history display processing for each person). The method of acquiring the movement time series history information is arbitrary. For example, when a predetermined operation is received by the user via the operation unit 10, the movement time series related to the management target is received from the external device via the communication unit 20. Acquire history information (the same applies to the processing of SB1, SC1, and SD1 described later). Then, the acquisition unit 51a waits until the movement time series history information is acquired (SA1, No), and when the movement time series history information is acquired (SA1, Yes), it shifts to SA2.

In SA2, the generation unit 51b specifies the number of bed occupancy (number of bed occupancy as of 24:00), the number of hospitalizations, and the number of discharges for each ward and each day based on the movement time series history information acquired in SA1. Here, the "day" is a day in which the first day of the predetermined period is set as the first day, and the days are gradually increased to the second day, the third day, ..., The Nth day (the last day of the predetermined period). means. The method of specifying the number of beds occupied is arbitrary, but for example, the number of patients (users) hospitalized in a medical facility is calculated daily based on the event information and event date / time information of each patient (user). Then, the calculated number of inpatients (users) is specified as the number of bed occupants. Regarding the method of specifying the number of hospitalizations, for example, the number of patients (users) admitted to the medical facility is calculated daily based on the event information and the event date / time information of each patient (user), and the calculated hospitalization is performed. The number of patients (users) who have been hospitalized is specified as the number of hospitalizations. Regarding the method of specifying the number of discharges, for example, the number of patients (users) discharged from the medical facility is calculated daily based on the event information and event date / time information of each patient (user), and the calculated discharge is performed. The number of patients (users) who have been discharged is specified as the number of discharges.

In SA3, the generation unit 51b calculates the occupancy rate for each ward and each day based on the number of bed occupancy, the number of hospitalizations, and the number of discharges specified in SA2. Regarding the calculation method of this occupancy rate, specifically, the value obtained by adding the number of discharged beds to the number of beds occupied is divided by the number of beds in the corresponding ward recorded in advance in the data recording unit 52, and the excluded value is 100. Calculated by multiplying by.

In SA4, the generation unit 51b generates a plurality of operating rate spectrum information (management state information). Here, the "availability spectrum information" is information indicating a frequency spectrum obtained by Fourier transforming a plurality of operating rates calculated by SA3. Further, the method of generating the operating rate spectrum information is arbitrary, but in the embodiment, it is generated by the method shown below. That is, first, the real part and the imaginary part for each ward and each day are calculated by performing the discrete Fourier transform on the occupancy rate for each ward and each day calculated by SA3. Next, by adding the squared value of the calculated real number part and the squared value of the calculated imaginary number part and calculating the square root of the added value, the frequency spectrum for each ward and each day is calculated. To identify. Then, the information indicating the specified frequency spectrum is generated as the operating rate spectrum information.

In SA5, the display control unit 51c generates a graph (hereinafter, referred to as “availability spectrum graph”) on the screen of the display 30, and on the generated utilization rate spectrum graph, a plurality of operations generated in SA4 Display rate spectrum information. Here, the "availability spectrum graph" is described as a graph in which the frequency spectrum is on the vertical axis and the period is on the horizontal axis, as shown in FIG. 4, but the present invention is not limited to this. For example, the graph may have a period on the vertical axis and a frequency spectrum on the horizontal axis. The "cycle" is calculated by a predetermined method based on the day corresponding to the operating rate spectrum information, and in the embodiment, the predetermined period (N days) is divided by the corresponding day. Set the value as "Period".

Further, the method of displaying the operating rate spectrum information is arbitrary, but in the embodiment, a plurality of operating rate spectrum information generated by SA4 can be compared with each other for each cycle (every time unit). Is displayed in a graphic format, and specifically, as shown in FIG. 4, each of a plurality of operating rate spectrum information is displayed in association with the corresponding period in the operating rate spectrum graph (in FIG. 4, the line graph format is displayed). To display with). In addition, the occupancy rate spectrum information is displayed in a different line type (or color type) for each ward so that the occupancy rate spectrum information for each ward can be identified.

The display content of the operating rate spectrum graph is arbitrary, but for example, in addition to the above-mentioned display of the operating rate spectrum information, the following information may be displayed. That is, in addition to the user name information, the ward name information, the event information, and the event date / time information, the movement time-series history information is the disease information indicating the disease that the patient (user) is suffering from or the patient (user) is clinically treated. When the clinical department information indicating the received clinical department is included, when any one of the plurality of operational rate spectrum information displayed on the operating rate spectrum graph is selected by a predetermined method (for example, the operation unit 10 by the user). (When selected via), the disease information or clinical department information corresponding to the selected operation rate spectrum information is extracted from the movement time series history information acquired by SA1, and the extracted information is obtained. The disease information or clinical department information may be displayed in association with the selected operation rate spectrum information (for example, the selected operation rate spectrum information on the operation rate spectrum graph (specifically, a plurality of line graphs). Display adjacent to any one of the vertices)). In this case, if there is a large amount of disease information or clinical department information corresponding to the selected operating rate spectrum information, for example, only a part of the corresponding disease information or clinical department information may be displayed. As an example, only the top three disease information or clinical department information having a large number may be displayed. With such a display, the disease information or the clinical department information corresponding to the selected occupancy rate spectrum information can be presented, so that the user can grasp the detailed information related to the occupancy rate spectrum information. After that, when a predetermined operation is performed by the user via the operation unit 10, the control unit 51 ends the operation rate spectrum display process.

By such operation rate spectrum display processing, a plurality of operation rate spectrum information (management state information) can be presented in a mutually comparable manner for each cycle (every time unit), so that the user can change the management state of the management target over time. Can be easily grasped. In particular, in the operating rate spectrum graph, each of the plurality of operating rate spectrum information can be presented in association with the corresponding period, so that the user can display the operating rate calculated by SA3 in chronological order. Since it becomes easier to grasp the peak timing in the utilization rate of the management target, the user can take appropriate measures according to the peak timing (for example, increase the number of doctors, nurses, etc. at the peak timing). It becomes possible to take.

(Display processing-Clinical practice score display processing)
Next, the medical practice score display process will be described. FIG. 5 is a flowchart of the medical practice score display process. FIG. 6 is a diagram showing a display example of total information on medical practice points, which will be described later. The medical practice score display process is a process for displaying the total medical practice score information described later. The timing of executing this medical practice score display process is arbitrary, but in the embodiment, it is described as being started after the power is turned on to the display system 1 and executed in parallel with the operation rate spectrum display process. do.

When the medical practice score display process is activated, as shown in FIG. 5, first, in SB1, the acquisition unit 51a is managed from an external device (for example, a server provided in the management facility) via the communication unit 20. It is determined whether or not a plurality of medical receipt information (information for generation. For example, medical receipt information for which the medical treatment date information described later is for a predetermined period (for example, one month)) has been acquired. Here, the "medical receipt information" is, in the embodiment, medical treatment score information indicating a medical fee calculation score (hereinafter, referred to as "medical treatment score") determined in advance for each medical treatment, and medical treatment. The medical treatment date information indicating the date when the act was performed (hereinafter referred to as "medical treatment date") and the receipt submission date information indicating the date when the medical receipt was submitted (hereinafter referred to as "receipt submission date") are mutually exchanged. The information configured in association with is applicable. Then, the acquisition unit 51a waits until the medical receipt information is acquired (SB1, No), and when the medical receipt information is acquired (SB1, Yes), it shifts to SB2.

In SB2, the generation unit 51b classifies the medical practice score information for each medical practice date based on the medical practice score information and the medical care date information included in the plurality of medical receipt information acquired in SB1.

In SB3, the generation unit 51b further classifies the medical practice score information classified by the medical treatment date in SB2 for each classification period based on the receipt submission date information included in the plurality of medical receipt information acquired in SB1. do. Here, the "classification period" is a period related to the receipt submission date set by a predetermined method, and in the embodiment, the month corresponding to the range of the receipt submission date of the receipt submission date information acquired in SB1. Set the period as the "classification period" (for example, if the range of the above receipt submission date = May 10, 2015 to September 25, 2015, May 2015, June 2015, 2015 July, August 2015, and September 2015 are set as the "classification period").

In SB4, the generation unit 51b generates a plurality of total medical practice score information (management status information). Here, the "medical practice score total information" means information indicating the total medical practice score of the predetermined medical practice score information. Further, the method of generating the total medical practice score information is arbitrary, but in the embodiment, the total medical practice score of the medical practice score information classified for each classification period in SB3 is calculated and calculated. Information indicating the total number of medical practice points is generated as the total number of medical practice points.

In SB5, the display control unit 51c generates a graph (hereinafter, referred to as “medical practice score graph”) on the screen of the display 30, and a plurality of medical treatments generated in SB4 are displayed on the generated medical practice score graph. Display the total action score information. Here, the "medical practice score graph" is described as a graph in which the medical practice score is on the vertical axis and the medical care date is on the horizontal axis, as shown in FIG. 6, but is limited to this. Instead, for example, the graph may have a medical treatment date on the vertical axis and a medical treatment score on the horizontal axis.

Further, the method of displaying the total medical practice score information is arbitrary, but in the embodiment, a plurality of medical practice score total information generated by SB4 is displayed for each medical treatment date (for each hour) and for each classification period (hours). Display in graphic format so that they can be compared with each other (for each unit). Specifically, as shown in FIG. 6, on the medical practice score graph, each of the plurality of medical practice score total information generated by SB4 is associated with the corresponding medical practice date and displayed in an identifiable manner for each classification period. (In FIG. 6, each of the plurality of medical practice score total information is displayed in a bar graph format, and is displayed in a different bar type or color type for each classification period). In addition, when there is a plurality of medical practice score total information having different classification periods on the same medical care date, as shown in FIG. 6, these plurality of medical practice score total information are accumulated and displayed along the vertical axis. However, the present invention is not limited to this, and for example, the total information of the plurality of medical practice points may be displayed in parallel along the horizontal axis. After that, when a predetermined operation is performed by the user via the operation unit 10, the control unit 51 ends the medical practice score display process.

By such a medical practice score display process, a plurality of medical practice score total information (management status information) can be presented in a mutually contrastable manner for each medical treatment date (for each hour) and for each classification period (for each hour). It becomes possible for the user to easily grasp the temporal fluctuation of the management state of the management target. In particular, in the medical practice score graph, each of the plurality of medical practice score total information can be associated with the corresponding medical care date and presented in an identifiable manner for each classification period, so that the submission status of the medical receipt can be grasped in detail. It can be used as an index for judging the business status of the management target. For example, as shown in FIG. 6, among the total information on the total number of medical treatment points corresponding to the medical treatment date = April 5, 2015, the classification period = the medical treatment points corresponding to May 2015 (the month following the medical treatment date). If the ratio of the total information to the total information of all medical practice points is about 50%, it is judged that the business situation to be managed is relatively unstable because the submission of the medical receipt is relatively delayed. can. In addition, as shown in FIG. 6, among the total information on the total number of medical treatment points corresponding to the medical treatment date = April 10, 2015, the classification period = the medical treatment points corresponding to May 2015 (the month following the medical treatment date). When the ratio of the total information to the total information of medical practice points corresponding to all classification periods is about 80%, the medical receipt is submitted relatively quickly, so the business status to be managed is high. It can be judged that it is relatively stable.

(Display processing-Receipt count display processing)
Next, the receipt number display processing will be described. FIG. 7 is a flowchart of the receipt number display process. FIG. 8 is a diagram showing a display example of the number information described later. The receipt number display process is a process for displaying the number information described later. The timing of executing this receipt number display process is arbitrary, but in the embodiment, it is activated after the power is turned on to the display system 1, and at least one of the operation rate spectrum display process and the medical practice score display process 1 It will be described as being executed in parallel with each other.

When the receipt number display process is activated, as shown in FIG. 7, first, in SC1, the acquisition unit 51a relates to the management target from an external device (for example, a server provided in the management facility) via the communication unit 20. It is determined whether or not a plurality of DPC receipt information (generation information, for example, DPC receipt information for which the hospitalization date information described later is for a predetermined period (for example, one month)) has been acquired. Here, the "DPC receipt information" is, in the embodiment, information configured by correlating the diagnosis group classification number information, the hospitalization date information indicating the hospitalization date, and the discharge date information indicating the discharge date. Applicable. Then, the acquisition unit 51a waits until the DPC receipt information is acquired (SC1, No), and when the DPC receipt information is acquired (SC1, Yes), it shifts to SC2.

In SC2, the generation unit 51b calculates the hospitalization period based on the hospitalization date information and the discharge date information included in each of the plurality of DPC receipt information acquired in SC1. Specifically, the method of calculating the hospitalization period is calculated based on the difference between the hospitalization date information and the discharge date information acquired by SC1.

In SC3, the generation unit 51b is stored in the hospitalization period classification table 52a based on the diagnosis group classification number information included in each of the plurality of DPC receipt information acquired in SC1 and the hospitalization period calculated in SC2. From the hospitalization period classification information provided, the hospitalization period classification information corresponding to the hospitalization period range information including the calculated hospitalization period is specified. For example, when the diagnosis group classification number information acquired by SC1 = 060340XX99X00X and the hospitalization period calculated by SC2 = 3 days, the hospitalization period classification information in the hospitalization period classification table 52a shown in FIG. 2 is used. , Hospitalization period range information = 0 to 5 days corresponding hospitalization period classification information = I is specified.

Returning to FIG. 7, the generation unit 51b in SC4 generates a plurality of number information (management status information). The method of generating this number information is arbitrary, but in the embodiment, the number of hospitalization period classification information specified by SC3 is calculated for each diagnosis group classification number acquired by SC1 and hospitalization calculated by SC2. It is calculated during the period, and information indicating the calculated number of cases is generated as the number of cases information.

In SC5, the display control unit 51c generates a graph (hereinafter, referred to as “receipt number graph”) on the screen of the display 30, and displays a plurality of number information generated in SC4 in the generated receipt number graph. Display it. Here, the "receipt number graph" is described as a graph in which the number of cases is on the vertical axis and the hospitalization period division is on the horizontal axis, as shown in FIG. 8, but the present invention is not limited to this. For example, it may be a graph in which the hospitalization period division is on the vertical axis and the number of cases is on the horizontal axis.

The method of displaying the number information is arbitrary, but in the embodiment, the plurality of case information generated by SC4 is in a graphic format so as to be able to be compared with each other for each hospitalization period division (hour unit). Display with. Specifically, as shown in FIG. 8, in the receipt number graph, each of the plurality of case information generated by SC4 is associated with the corresponding hospitalization period classification, and each MDC disease classification name corresponding to the diagnosis group classification number is used. (In FIG. 8, each of the plurality of case information is displayed in a bar graph format, and a different bar type (or color type) is displayed for each MDC disease classification name). Further, when there is a plurality of case information having different diagnosis group classification numbers in the same hospitalization period classification, as shown in FIG. 8, the plurality of case information may be stacked and displayed along the vertical axis. However, the present invention is not limited to this, and for example, the plurality of cases information may be displayed in parallel along the horizontal axis. After that, when a predetermined operation is performed by the user via the operation unit 10, the control unit 51 ends the receipt number display process.

By such a receipt number display process, a plurality of case information (management status information) can be presented in a mutually contrastable manner for each hospitalization period category (hourly unit), so that the user can change the management status of the management target over time. It becomes possible to easily grasp. In particular, in the receipt number graph, each of the plurality of cases information can be associated with the corresponding hospitalization period classification and presented identifiable for each diagnosis group classification number (or MDC disease classification name), so that the diagnosis group classification number (or MDC disease classification name) can be presented. The hospitalization status of patients (users) corresponding to (classification name) can be grasped in detail, and it becomes possible to use it as an index for judging the business status of the management target. For example, if the number of cases corresponding to the hospitalization period classification information = I, which has a relatively high remuneration unit price, is larger than the number information corresponding to other hospitalization period classification information, it can be judged that the business condition to be managed is good. , The user can take measures to maintain the business situation. Further, as shown in FIG. 8, when the number of cases corresponding to the hospitalization period classification information = II (or III), which has a relatively low remuneration unit price, is larger than the number information corresponding to other hospitalization period classification information, Since it can be determined that the business condition to be managed is not good, the user can take measures to improve the business condition.

(Display processing-Time-series history display processing for each user)
Next, the movement time series history display processing for each user will be described. FIG. 9 is a flowchart of the movement time series history display processing for each user. FIG. 10 is a diagram showing a display example of the user-specific movement time-series history information described later and the hospitalization period range information described later. The user-specific movement time-series history display process is a process for displaying user-specific movement time-series history information, which will be described later. The timing for executing this user-specific movement time-series history display processing is arbitrary, but in the embodiment, the display system 1 is started after the power is turned on, and the operation rate spectrum display processing and the medical practice score display processing are performed. , Or, it will be described as being executed in parallel with at least one of the receipt number display processing.

When the user-specific movement time-series history display processing is performed, as shown in FIG. 9, first, in SD1, the acquisition unit 51a is transmitted from an external device (for example, a server provided in the management facility) via the communication unit 20. Movement time series history information (generation information, for example, movement time series history information for a predetermined period (for example, one month) of event date and time information) and multiple DPC receipt information (generation information) related to the management target. Is determined whether or not has been acquired. Here, the "DPC receipt information" corresponds to the information composed of the diagnosis group classification number information in the embodiment. Then, the acquisition unit 51a waits until the movement time series history information and the DPC receipt information are acquired (SD1, No), and when the movement time series history information and the DPC receipt information are acquired (SD1, No.). Yes), it shifts to SD2.

In SD2, the generation unit 51b generates a plurality of user-specific movement time-series history information (management state information). Here, the "movement time-series history information for each user" is information indicating the movement time-series history for each user. Further, regarding the method of generating the movement time series history information for each user, in the embodiment, the movement time series history for each user is extracted from the movement time series history information acquired by SD1 and the said. Information indicating the extracted movement time series history is generated as the movement time series history information for each user.

In SD3, the generation unit 51b is hospitalized corresponding to the diagnosis group classification number information included in each of the plurality of DPC receipt information acquired in SD1 from the hospitalization period range information stored in the hospitalization period classification table 52a. The period range information is specified for each hospitalization period category (in the embodiment, only the hospitalization period range information corresponding to the hospitalization period category information = I to III is specified). For example, when the diagnosis group classification number information = 060340XX99X00X acquired in SD1, the hospitalization period corresponding to the hospitalization period classification information = I from the hospitalization period classification information in the hospitalization period classification table 52a shown in FIG. 2 Range information = 0 to 5 days, hospitalization period classification information = II corresponding hospitalization period range information = 6 to 9 days, and hospitalization period classification information = III hospitalization period range information = 10 to 19 days Be identified.

Returning to FIG. 9, in SD4, the display control unit 51c generates a graph (hereinafter referred to as “user-specific movement time series history graph”) on the screen of the display 30, and the generated user-specific movement time series. In the history graph, a plurality of user-specific movement time-series history information generated in SD2 and hospitalization period range information for each hospitalization period category specified in SD3 are displayed. Here, the "user-specific movement time-series history graph" will be described as a graph in which the date and time are on the vertical axis and the patient (user) is on the horizontal axis, as shown in FIG. However, the graph is not limited to this, and for example, the graph may have a patient (user) on the vertical axis and a date and time on the horizontal axis.

Further, the method of displaying the user-specific movement time-series history information is arbitrary, but in the embodiment, a plurality of user-specific movement time-series history information generated by SD2 is displayed as the hospitalization period of the hospitalization period range information. Display in graphic format so that they can be compared with each other in a range (every time unit). Specifically, as shown in FIG. 10, each of the plurality of user-specific movement time-series history information generated by SD2 and the hospitalization period specified by SD3 are shown in the user-specific movement time-series history graph. The hospitalization period range information for each category, which is identifiable for each hospitalization period category, is superimposed and displayed in association with the corresponding patient (user) (in FIG. 10, the above-mentioned plurality of users). Each of the event date and time information included in the separate movement time series history information is displayed in a bar graph format (thick bar graph in FIG. 10), and the above hospitalization period range information is displayed in a different bar type (or color type) for each hospitalization period category. (Displayed in the bar graph format of (the narrow bar graph of FIG. 10)). When the event information included in the hospitalization period range information includes information on ward movement or clinical department change, for example, as shown in FIG. 10, the event date and time information (in FIG. 10, the patient (in FIG. 10) User) = ○○○, event date and time information corresponding to ◇◇◇) may be displayed with different stick types (or color types) before and after the timing of ward movement or department change. However, the present invention is not limited to this, and for example, even if the event information included in the above-mentioned hospitalization period range information includes ward movement or change of clinical department, the above-mentioned event date and time information is displayed with the same stick type (or color type). You may let me. After that, when a predetermined operation is performed by the user via the operation unit 10, the control unit 51 ends the user-specific movement time-series history display process.

By such a user-specific movement time-series history display process, a plurality of user-specific movement time-series history information (management status information, specifically, event date and time information) can be stored in the hospitalization period range (hourly unit) of the hospitalization period range information. Since each) can be presented in a mutually contrastable manner, the user can easily grasp the temporal fluctuation of the management state of the management target. In particular, in the user-specific movement time-series history graph, each of the plurality of user-specific movement time-series history information generated by SD2 and the hospitalization period range information for each hospitalization period category specified by SD3. Since the hospitalization period range information that is identifiablely displayed for each hospitalization period category can be presented in association with the corresponding patient (user), the hospitalization status of each patient (user) can be grasped in detail and managed. It can be used as an index for judging the target business situation. For example, as shown in FIG. 10, the last day of the event date / time information corresponding to the patient (user) = ○○○ (that is, the discharge date. In FIG. 10, December 23, 2014) is the hospitalization period classification information = III. If it overlaps with, it can be judged that the patient (user) = ○○○ could not be treated efficiently. If the last day of the event date / time information corresponding to the patient (user) = △△△ (that is, the discharge date; December 20, 2014 in FIG. 10) overlaps with the hospitalization period classification information = I, the patient (User) = It can be judged that the medical treatment of △△△ was performed efficiently.

(Effect of embodiment)
As described above, according to the embodiment, the generation unit 51b that generates a plurality of management state information based on the generation information acquired by the acquisition unit 51a, and the plurality of management state information generated by the generation unit 51b. Is provided with a display control unit 51c that is displayed by the display 30 so that the information can be compared with each other for each time unit. Therefore, a plurality of management status information can be presented with each other for each time unit. In comparison with the above, the user can easily grasp the temporal fluctuation of the management state of the management target.

Further, the display control unit 51c has a plurality of operations generated by the generation unit 51b on an operation rate spectrum graph having the frequency spectrum calculated by a predetermined method based on the date and time on the vertical axis and the period on the horizontal axis. Since each of the rate spectrum information is displayed in association with the corresponding period, each of the plurality of operating rate spectrum information can be presented in association with the corresponding period. Therefore, as compared with the case where the operating rate generated by the generation unit 51b is displayed in chronological order, it becomes easier for the user to grasp the peak timing in the operating rate of the management target, and the user responds to the timing of the peak. It will be possible to take appropriate measures.

Further, when any one of the plurality of operating rate spectrum information displayed on the display 30 is selected by a predetermined method, the display control unit 51c selects the usage content information acquired by the acquisition unit 51a. Since the disease information or clinical department information corresponding to the selected operating rate spectrum information is extracted and the extracted disease information or clinical department information is displayed in association with the selected operating rate spectrum information, the selected operation is performed. Disease information or clinical department information corresponding to the rate spectrum information can be presented, and the user can grasp detailed information related to the operation rate spectrum information.

Further, the generation unit 51b classifies the medical practice score information for each medical practice date based on the medical practice score information and the medical care date information included in the plurality of medical receipt information acquired by the acquisition unit 51a, and the acquisition unit 51a Based on the receipt submission date information included in the plurality of medical receipt information acquired by, the medical practice score information classified for each medical treatment date is classified and classified for each classification period related to the receipt submission date set by a predetermined method. The total number of medical practice points of the medical practice score information classified for each period is calculated, and a plurality of total medical practice score information indicating the calculated total number of medical practice points is generated as management status information, and the display control unit 51c , The medical practice score graph with the medical practice score on the vertical axis and the medical care date on the horizontal axis is classified by associating each of the plurality of medical practice score total information generated by the generation unit 51b with the corresponding medical care date. Since it is displayed in an identifiable manner for each period, it is possible to associate each of the total information of a plurality of medical practice points with the corresponding medical treatment date and present it in an identifiable manner for each classification period. Therefore, the submission status of the medical receipt can be grasped in detail, and it becomes possible to use it as an index for judging the business status of the management target.

Further, the generation unit 51b calculates the hospitalization period based on the hospitalization date information and the discharge date information included in each of the plurality of DPC receipt information acquired by the acquisition unit 51a, and the plurality of units acquired by the acquisition unit 51a. Based on the diagnosis group classification number information included in each of the DPC receipt information and the calculated hospitalization period, the calculated hospitalization period is included in the range of the hospitalization period classification information stored in the hospitalization period classification table 52a. The hospitalization period classification information corresponding to the hospitalization period range information including is specified, the number of the specified hospitalization period classification information is calculated for each diagnosis group classification number, and a plurality of case information indicating the calculated number is generated as management status information. Then, the display control unit 51c has the number of cases on the vertical axis and the hospitalization period classification on the horizontal axis, and the receipt number graph has the hospitalization period classification corresponding to each of the plurality of case information generated by the generation unit 51b. Since it is associated and displayed in an identifiable manner for each diagnosis group classification number, each of the plurality of case information can be associated with the corresponding hospitalization period classification and presented in an identifiable manner for each diagnosis group classification number. Therefore, the hospitalization status of the user corresponding to the diagnosis group classification number can be grasped in detail, and it becomes possible to use it as an index for determining the business status of the management target.

In addition, the generation unit 51b extracts the movement time series history for each user from the movement time series history information acquired by the acquisition unit 51a, and at the time of movement for each user indicating the extracted movement time series history. A plurality of series history information is generated as management status information, and from the hospitalization period range information stored in the hospitalization period classification table 52a, the diagnosis group classification included in each of the plurality of DPC receipt information acquired by the acquisition unit 51a. The hospitalization period range information corresponding to the number information is specified for each hospitalization period division, and the display control unit 51c generates a movement time series history graph for each user with the user on the vertical axis and the date and time on the horizontal axis. Each of the plurality of user-specific movement time-series history information generated by the generation unit 51b and the hospitalization period range information for each hospitalization period division specified by the generation unit 51b are displayed in an identifiable manner for each hospitalization period division. Since the hospitalization period range information to be displayed is superimposed and displayed in association with the corresponding user, each of the plurality of user-specific movement time-series history information generated by the generation unit 51b and the movement time series history information for each user are specified by the generation unit 51b. The hospitalization period range information can be presented in association with the corresponding user. Therefore, the hospitalization status of each user can be grasped in detail, and it becomes possible to use it as an index for judging the business status of the management target.

[III] Modifications to the Embodiment The embodiments according to the present invention have been described above, but the specific configuration and means of the present invention are within the scope of the technical idea of each invention described in the claims. Can be arbitrarily modified and improved. Hereinafter, such a modification will be described.

(About the problem to be solved and the effect of the invention)
First, the problem to be solved by the invention and the effect of the invention are not limited to the above-mentioned contents, and may differ depending on the implementation environment and the details of the configuration of the invention, and only a part of the above-mentioned problems. Or may produce only some of the effects described above.

(About distribution and integration)
Each of the above-mentioned electrical components is a functional concept and does not necessarily have to be physically configured as shown in the figure. That is, the specific form of dispersion or integration of each part is not limited to the one shown in the figure, and all or part of them are functionally or physically dispersed or integrated in arbitrary units according to various loads and usage conditions. Can be configured. The term "system" in the present application is not limited to a system composed of a plurality of devices, but includes a system composed of a single device. Further, the "device" in the present application is not limited to a device composed of a single device, but includes a device composed of a plurality of devices. For example, the display system main body 50 is dispersedly configured in a plurality of devices configured to be able to communicate with each other, a control unit 51 is provided in a part of the plurality of devices, and another part of the plurality of devices. The data recording unit 52 may be provided in the system.

(About shape, numerical value, structure, time series)
With respect to the components illustrated in the embodiments and drawings, the shapes, numerical values, or the interrelationships of the structures or time series of the plurality of components shall be arbitrarily modified and improved within the scope of the technical idea of the present invention. Can be done.

(About display processing)
In the above embodiment, it has been described that the display process executes the operation rate spectrum display process, the medical practice score display process, the receipt number display process, and the user-specific movement time series history display process, but the present invention is not limited to this. For example, a part of the operation rate spectrum display processing, the medical practice score display processing, the receipt number display processing, and the user-specific movement time series history display processing may be omitted. In this case, when the operation rate spectrum display processing, the number of receipts display processing, and the user-specific movement time series history display processing are omitted, the hospitalization period classification table 52a may be omitted.

(About operating rate spectrum display processing)
In the above embodiment, it has been described that a plurality of operating rate spectrum information is displayed on the operating rate spectrum graph, but the present invention is not limited to this. For example, instead of a plurality of operating rate spectrum information, a plurality of spectrum information regarding the number of beds occupied may be generated, and the generated plurality of spectrum information may be displayed.

Further, in the above embodiment, it has been described that the occupancy rate spectrum information for each ward is displayed on the occupancy rate spectrum graph, but the present invention is not limited to this. For example, when the movement time series history information includes disease information, clinical department information, or facility information that identifies a facility to be managed, the operation rate spectrum information for each disease, clinical department, or facility is displayed. May be good.

(About the receipt number display processing)
In the above embodiment, it has been explained that there are five hospitalization period classification information (specifically, hospitalization period classification information = IV to V), but the present invention is not limited to this, and for example, there are three hospitalization period classification information (). Specifically, the hospitalization period classification information = I to III) may be used.

Further, in the above embodiment, it has been described that each of the plurality of case information is displayed in a different bar type (or color type) for each MDC disease classification name (or diagnosis group classification number) in the receipt number graph. Not limited to. For example, if the DPC receipt information includes clinical department information, gender information indicating the gender of the patient (user), or age information indicating the age of the patient (user), the clinical department, gender, or age The number information for each case may be displayed.

Further, in the above embodiment, it has been described that a plurality of number information is displayed on the receipt number graph, but the present invention is not limited to this. For example, when the DPC receipt information includes the medical practice score information, a plurality of medical practice score total information is generated based on the medical practice score information instead of the plurality of case information, and the generated plurality of medical practice score total is generated. Information may be displayed.

(About user-specific movement time-series history display processing)
In the above embodiment, it has been described that the movement time-series history information for each user and the hospitalization period range information are superimposed and displayed in association with the corresponding user, but the present invention is not limited to this, and for example, the movement time-series history for each user is displayed. The information and the hospitalization period range information may be displayed in parallel along the vertical axis without being superimposed.

(Additional note)
The display system of Appendix 1 is a display system that displays information about a management target, and acquires generation information for generating management status information that specifies the management status of the management target for each hour by a predetermined method. The acquisition means, the generation means for generating a plurality of the management state information based on the generation information acquired by the acquisition means, and the plurality of management state information generated by the generation means in time units. It is provided with a display control means for displaying by a display means so that each can be compared with each other.

In the display system described in Appendix 1, the generation information includes usage content information indicating usage content for each time unit by a user who uses the management target, and the generation means includes the usage content information indicating the usage content for each time unit. Based on the usage content information acquired by the acquisition means, a plurality of operation rates of management targets for each date and time are calculated, and the operation rates indicating a frequency spectrum obtained by Fourier transforming the calculated operation rates are shown. A plurality of spectrum information is generated as the management state information, and the display control means sets one of the period or the frequency spectrum calculated by a predetermined method based on the date and time as the vertical axis, and the period or the frequency spectrum. In the graph with the other side as the horizontal axis, each of the plurality of operation rate spectrum information generated by the generation means is displayed in association with the corresponding period.

In the display system described in Appendix 3, the management target is a medical facility, and the usage content information is disease information indicating a disease suffering by the user, or the user. The display control means includes at least one of the clinical department information indicating the clinical department that received the medical treatment, and any one of the plurality of operation rate spectrum information displayed on the display means is selected by a predetermined method. In this case, the disease information or the clinical department information corresponding to the selected operation rate spectrum information is extracted from the usage content information acquired by the acquisition means, and the extracted disease information or the extracted disease information or the clinical department information is extracted. The clinical department information is displayed in association with the selected operation rate spectrum information.

The display system of Appendix 4 is the display system of Appendix 1, wherein the management target is a medical facility, and the generation information is medical receipt information indicating the user's medical receipt issued by a medical institution. Therefore, the medical treatment score information indicating the medical treatment score, which is a predetermined score for calculating the medical treatment fee for each medical treatment, the medical treatment date information indicating the medical treatment date, which is the date when the medical treatment was performed, and the above-mentioned The generation means includes a plurality of the medical receipts acquired by the acquisition means, including medical receipt information configured by correlating the receipt submission date information indicating the receipt submission date, which is the date when the medical receipt was submitted. Based on the medical treatment score information and the medical treatment date information included in the information, the medical treatment score information is classified according to the medical treatment date, and the receipts included in the plurality of medical receipt information acquired by the acquisition means are submitted. Based on the date information, the medical treatment score information classified for each medical treatment date is classified for each classification period related to the receipt submission date set by a predetermined method, and the medical treatment score classified for each classification period. The total of the medical treatment points of the information is calculated, and a plurality of medical treatment points total information indicating the total of the calculated medical treatment points is generated as the management state information, and the display control means is the medical treatment points or the medical treatment. The graph in which one of the dates is on the vertical axis and the medical treatment score or the other of the medical treatment dates is on the horizontal axis corresponds to each of the plurality of medical treatment score total information generated by the generation means. It is displayed so as to be identifiable for each classification period in association with the medical treatment date.

In the display system described in Appendix 1, the management target is a medical facility, and the generation information is DPC receipt information indicating the user's DPC receipt issued by the medical institution. Therefore, the DPC is configured by correlating the diagnosis group classification number information indicating the diagnosis group classification number indicating the number in which the DPC code is classified, the hospitalization date information indicating the hospitalization date, and the discharge date information indicating the discharge date. The diagnosis group classification number information including the receipt information, the hospitalization period range information indicating the range of the hospitalization period, and the hospitalization period division information indicating the hospitalization period division for dividing the hospitalization period are stored in association with each other. The hospitalization period classification information storage means is provided, and the generation means calculates the hospitalization period based on the hospitalization date information and the discharge date information included in each of the plurality of DPC receipt information acquired by the acquisition means. Then, based on the diagnosis group classification number information included in each of the plurality of DPC receipt information acquired by the acquisition means and the calculated hospitalization period, the hospitalization period classification information storage means is stored. From the hospitalization period classification information, the hospitalization period classification information corresponding to the hospitalization period range information including the calculated hospitalization period is specified, and the number of the specified hospitalization period classification information is determined by the diagnosis group. It is calculated for each classification number, and a plurality of case information indicating the calculated number is generated as the management state information, and the display control means has the hospitalization period classification or one of the number of cases on the vertical axis and the hospitalization period. In a graph with the other of the categories or the number of cases on the horizontal axis, each of the plurality of case information generated by the generation means is associated with the corresponding hospitalization period category and displayed identifiable for each diagnosis group classification number. Let me.

In the display system described in Appendix 1, the management target is a medical facility, and the generation information is used to move the bed for each date and time among a plurality of users who are hospitalized in the medical facility. Diagnosis-related group classification number, which is the movement time-series history information indicating the movement time-series history of the user and the DPC receipt information indicating the user's DPC receipt issued by the medical institution and indicating the number in which the DPC code is classified. DPC receipt information composed of group classification number information, the diagnosis group classification number information, hospitalization period range information indicating the range of hospitalization period, and hospitalization indicating the hospitalization period division for dividing the hospitalization period. The hospitalization period classification information storage means for storing the period classification information in association with each other is provided, and the generation means is used for the movement time for each user from the movement time series history information acquired by the acquisition means. The series history is extracted, a plurality of user-specific movement time series history information indicating the extracted movement time series history is generated as the management state information, and the hospitalization period range stored in the hospitalization period classification information storage means. From the information, the hospitalization period range information corresponding to the diagnosis group classification number information included in each of the plurality of DPC receipt information acquired by the acquisition means is specified for each hospitalization period division, and the display control is performed. The means is a graph in which the date and time or one of the users is on the vertical axis and the date and time or the other of the users is on the horizontal axis, and when the plurality of users are moved by the generation means. Each of the series history information corresponds to the hospitalization period range information for each hospitalization period category specified by the generation means and the hospitalization period range information that is identifiablely displayed for each hospitalization period category. It is superimposed and displayed in association with the user.

The display method of Appendix 7 is a display method performed in a display system for displaying information related to a management target, and the acquisition means is for generating management status information that specifies the management status of the management target for each time unit. The acquisition step of acquiring the generation information by a predetermined method, the generation step of generating a plurality of the management state information based on the generation information acquired in the acquisition step, and the display control means are described above. A display control step of displaying the plurality of management state information generated in the generation step by a display means so as to be able to be compared with each other for each time unit is included.

The display program of Appendix 8 is a display program for being executed by a display system that displays information about the management target, and is for generating management status information that specifies the management status of the management target for each hour. A generation means for acquiring the generation information of the above by a predetermined method, a generation means for generating a plurality of the management state information based on the generation information acquired by the acquisition means, and a generation means generated by the generation means. It functions as a display control means for displaying the plurality of management state information by the display means so that they can be compared with each other for each time unit.

(Effect of appendix)
According to the display system described in Appendix 1, the display method described in Appendix 7, or the display program described in Appendix 8, a plurality of management status information is generated based on the generation information acquired by the acquisition means. Since it is provided with a means and a display control means for displaying a plurality of management state information generated by the generation means by the display means so that they can be compared with each other for each time unit, a plurality of management state information can be displayed. It can be presented in a mutually contrastable manner for each hour, and the user can easily grasp the temporal fluctuation of the management state of the management target as compared with the conventional technique.

According to the display system described in Appendix 2, the display control means has one of the period or frequency spectrum calculated by a predetermined method based on the date and time as the vertical axis and the other of the period or frequency spectrum as the horizontal axis. Since each of the plurality of operating rate spectrum information generated by the generation means is displayed in association with the corresponding period in the graph, each of the plurality of operating rate spectrum information can be presented in association with the corresponding period. Therefore, compared to the case where the operating rate generated by the generation means is displayed in chronological order, it becomes easier for the user to grasp the peak timing in the operating rate of the management target, and the user responds to the peak timing. It will be possible to take appropriate measures.

According to the display system described in Appendix 3, the display control means uses the usage content acquired by the acquisition means when any one of the plurality of operating rate spectrum information displayed on the display means is selected by a predetermined method. From the information, the disease information or the medical department information corresponding to the selected occupancy rate spectrum information is extracted, and the extracted disease information or the medical department information is displayed in association with the selected occupancy rate spectrum information. Therefore, the disease information or the medical department information corresponding to the selected occupancy rate spectrum information can be presented, and the user can grasp the detailed information related to the occupancy rate spectrum information.

According to the display system described in Appendix 4, the generating means generates the medical treatment score information for each medical treatment date based on the medical treatment score information and the medical treatment date information included in the plurality of medical receipt information acquired by the acquisition means. Based on the receipt submission date information included in the plurality of medical receipt information acquired by the acquisition means, the medical practice score information classified for each medical treatment date is classified into the classification period related to the receipt submission date set by a predetermined method. Classify by each, calculate the total of the medical practice points of the medical practice score information classified for each classification period, and generate a plurality of medical practice score total information showing the total of the calculated medical practice points as management status information. , The display control means has a graph in which one of the medical treatment score or the medical treatment date is on the vertical axis and the other of the medical treatment score or the medical treatment date is on the horizontal axis. Since each of the information is associated with the corresponding medical treatment date and displayed in an identifiable manner for each classification period, each of the plurality of medical practice score total information can be associated with the corresponding medical treatment date and presented in an identifiable manner for each classification period. Therefore, the submission status of the medical receipt can be grasped in detail, and it becomes possible to use it as an index for judging the business status of the management target.

According to the display system described in Appendix 5, the generation means calculates the hospitalization period based on the hospitalization date information and the discharge date information included in each of the plurality of DPC receipt information acquired by the acquisition means, and the acquisition means. Based on the diagnosis group classification number information included in each of the plurality of DPC receipt information acquired by the above and the calculated hospitalization period, the calculation is made from the hospitalization period classification information stored in the hospitalization period classification information storage means. The hospitalization period classification information corresponding to the hospitalization period range information including the specified hospitalization period is specified, the number of the specified hospitalization period classification information is calculated for each diagnosis group classification number, and the number information indicating the calculated number is calculated. Is generated as management status information, and the display control means is generated by the generation means in a graph in which one of the hospitalization period classification or the number of cases is on the vertical axis and the other of the hospitalization period classification or the number of cases is on the horizontal axis. Since each of the plurality of case information is associated with the corresponding hospitalization period classification and displayed in an identifiable manner for each diagnosis group classification number, each of the plurality of case information is associated with the corresponding hospitalization period classification and identified for each diagnosis group classification number. Can be presented as possible. Therefore, the hospitalization status of the user corresponding to the diagnosis group classification number can be grasped in detail, and it becomes possible to use it as an index for determining the business status of the management target.

According to the display system described in Appendix 6, the generation means extracts the movement time series history for each user from the movement time series history information acquired by the acquisition means, and the extracted movement time series history. Multiple user-specific movement time-series history information indicating is generated as management status information, and among the hospitalization period range information stored in the hospitalization period classification information storage means, a plurality of DPC receipt information acquired by the acquisition means The hospitalization period range information corresponding to the diagnosis group classification number information included in each is specified for each hospitalization period division, and the display control means has the date and time or one of the users as the vertical axis and the date and time or the other of the users as the vertical axis. The graph on the horizontal axis shows each of the multiple user-specific movement time-series history information generated by the generation means, and the hospitalization period range information for each hospitalization period category specified by the generation means, which is the hospitalization period classification. Since the hospitalization period range information that is identifiable for each user is superimposed and displayed in association with the corresponding user, each of the plurality of user-specific movement time-series history information generated by the generation means and the generation means The hospitalization period range information for each hospitalization period category specified in the above can be presented in association with the corresponding user. Therefore, the hospitalization status of each user can be grasped in detail, and it becomes possible to use it as an index for judging the business status of the management target.

1 Display system 10 Operation unit 20 Communication unit 30 Display 40 Speaker 50 Display system main unit 51 Control unit 51a Acquisition unit 51b Generation unit 51c Display control unit 52 Data recording unit 52a Hospitalization period classification table

Claims (9)

A display system that displays information about managed objects.
An acquisition means for acquiring generation information for generating management state information that specifies the management state of the management target for each hour, and an acquisition means for acquiring the generation information by a predetermined method.
A generation means for generating a plurality of the management state information based on the generation information acquired by the acquisition means, and a generation means.
A display control means for displaying the plurality of management state information generated by the generation means by the display means so as to be able to be compared with each other for each time unit is provided.
The management target is a medical facility.
The generation information is medical receipt information issued by a medical institution indicating the medical receipt of the user, and is a medical practice indicating a medical practice score which is a predetermined medical fee calculation score for each medical practice. It is configured by correlating the score information, the medical treatment date information indicating the medical treatment date which is the date when the medical treatment was performed, and the receipt submission date information indicating the receipt submission date which is the date when the medical receipt was submitted. Including medical fee information
The generation means
Based on the medical treatment score information and the medical treatment date information included in the plurality of medical receipt information acquired by the acquisition means, the medical treatment score information is classified by the medical treatment date.
Based on the receipt submission date information included in the plurality of medical receipt information acquired by the acquisition means, the medical practice score information classified for each medical treatment date is classified by a predetermined method regarding the receipt submission date. Classify by period
The total of the medical practice points of the medical practice score information classified for each classification period is calculated, and a plurality of medical practice score total information indicating the calculated total of the medical practice score is generated as the management state information.
The display control means
The total number of the plurality of medical practice points generated by the generation means is shown in a graph in which one of the medical practice points or the medical care date is on the vertical axis and the medical practice score or the other of the medical care dates is on the horizontal axis. Each piece of information is associated with the corresponding medical treatment date and displayed in an identifiable manner for each classification period.
Display system. A display system that displays information about managed objects.
An acquisition means for acquiring generation information for generating management state information that specifies the management state of the management target for each hour, and an acquisition means for acquiring the generation information by a predetermined method.
A generation means for generating a plurality of the management state information based on the generation information acquired by the acquisition means, and a generation means.
A display control means for displaying the plurality of management state information generated by the generation means by the display means so as to be able to be compared with each other for each time unit is provided.
The management target is a medical facility.
The generation information is DPC receipt information indicating the user's DPC receipt issued by a medical institution, and includes diagnostic group classification number information indicating a diagnostic group classification number indicating a number in which the DPC code is classified, and hospitalization date. Includes DPC receipt information configured by correlating the hospitalization date information indicating the discharge date and the discharge date information indicating the discharge date.
Hospitalization period classification information storage that stores the diagnosis group classification number information, hospitalization period range information indicating the range of hospitalization period, and hospitalization period classification information indicating the hospitalization period classification for classifying the hospitalization period in association with each other. Equipped with means,
The generation means
The hospitalization period is calculated based on the hospitalization date information and the discharge date information included in each of the plurality of DPC receipt information acquired by the acquisition means.
The hospitalization period stored in the hospitalization period classification information storage means based on the diagnosis group classification number information included in each of the plurality of DPC receipt information acquired by the acquisition means and the calculated hospitalization period. From the classification information, the hospitalization period classification information corresponding to the hospitalization period range information including the calculated hospitalization period is specified, and the hospitalization period classification information is specified.
The number of the specified hospitalization period classification information is calculated for each diagnosis group classification number, and a plurality of number information indicating the calculated number is generated as the management status information.
The display control means
Each of the plurality of case information generated by the generation means corresponds to the graph in which one of the hospitalization period classification or the number of cases is on the vertical axis and the other of the hospitalization period classification or the number of cases is on the horizontal axis. Displayed in an identifiable manner for each diagnosis group classification number in association with the hospitalization period classification.
Display system. A display system that displays information about managed objects.
An acquisition means for acquiring generation information for generating management state information that specifies the management state of the management target for each hour, and an acquisition means for acquiring the generation information by a predetermined method.
A generation means for generating a plurality of the management state information based on the generation information acquired by the acquisition means, and a generation means.
A display control means for displaying the plurality of management state information generated by the generation means by the display means so as to be able to be compared with each other for each time unit is provided.
The management target is a medical facility.
The information for generation is
Movement time-series history information showing the movement time-series history related to bed movement for each date and time among a plurality of users hospitalized in the medical facility, and movement time-series history information.
The DPC receipt information indicating the user's DPC receipt issued by the medical institution, and the DPC receipt information composed of the diagnosis group classification number information indicating the diagnosis group classification number indicating the number in which the DPC code is classified, and the DPC receipt information. Including
Hospitalization period classification information storage that stores the diagnosis group classification number information, hospitalization period range information indicating the range of hospitalization period, and hospitalization period classification information indicating the hospitalization period classification for classifying the hospitalization period in association with each other. Equipped with means,
The generation means
From the movement time series history information acquired by the acquisition means, the movement time series history for each user is extracted, and the movement time series history information for each user indicating the extracted movement time series history is obtained. Generate a plurality of the management status information
From the hospitalization period range information stored in the hospitalization period classification information storage means, the hospitalization corresponding to the diagnosis group classification number information included in each of the plurality of DPC receipt information acquired by the acquisition means. Specify the period range information for each hospitalization period category,
The display control means
In a graph in which the date and time or one of the users is on the vertical axis and the date and time or the other of the users is on the horizontal axis, the movement time series history information for each user generated by the generation means is displayed. The user corresponding to each of the above and the hospitalization period range information for each hospitalization period category specified by the generation means, which is identifiablely displayed for each hospitalization period category. Display in superimposition in association with
Display system. It is a display method performed in a display system that displays information about the management target.
The acquisition means includes an acquisition step of acquiring generation information for generating management state information that specifies the management state of the management target for each time unit by a predetermined method.
The generation means includes a generation step of generating a plurality of the management state information based on the generation information acquired in the acquisition step.
The display control means includes a display control step in which the plurality of management state information generated in the generation step is displayed by the display means so as to be able to be compared with each other for each time unit.
The management target is a medical facility.
The generation information is medical receipt information issued by a medical institution indicating the medical receipt of the user, and is a medical practice indicating a medical practice score which is a predetermined medical fee calculation score for each medical practice. It is configured by correlating the score information, the medical treatment date information indicating the medical treatment date which is the date when the medical treatment was performed, and the receipt submission date information indicating the receipt submission date which is the date when the medical receipt was submitted. Including medical fee information
In the generation step,
Based on the medical treatment score information and the medical treatment date information included in the plurality of medical receipt information acquired by the acquisition means, the medical treatment score information is classified by the medical treatment date.
Based on the receipt submission date information included in the plurality of medical receipt information acquired by the acquisition means, the medical practice score information classified for each medical treatment date is classified by a predetermined method regarding the receipt submission date. Classify by period
The total of the medical practice points of the medical practice score information classified for each classification period is calculated, and a plurality of medical practice score total information indicating the calculated total of the medical practice score is generated as the management state information.
In the display control step,
The total number of the plurality of medical practice points generated by the generation means is shown in a graph in which one of the medical practice points or the medical care date is on the vertical axis and the medical practice score or the other of the medical care dates is on the horizontal axis. Each piece of information is associated with the corresponding medical treatment date and displayed in an identifiable manner for each classification period.
Display method. It is a display method performed in a display system that displays information about the management target.
The acquisition means includes an acquisition step of acquiring generation information for generating management state information that specifies the management state of the management target for each time unit by a predetermined method.
The generation means includes a generation step of generating a plurality of the management state information based on the generation information acquired in the acquisition step.
The display control means includes a display control step in which the plurality of management state information generated in the generation step is displayed by the display means so as to be able to be compared with each other for each time unit.
The management target is a medical facility.
The generation information is DPC receipt information indicating the user's DPC receipt issued by a medical institution, and includes diagnostic group classification number information indicating a diagnostic group classification number indicating a number in which the DPC code is classified, and hospitalization date. Includes DPC receipt information configured by correlating the hospitalization date information indicating the discharge date and the discharge date information indicating the discharge date.
Hospitalization period classification information storage that stores the diagnosis group classification number information, hospitalization period range information indicating the range of hospitalization period, and hospitalization period classification information indicating the hospitalization period classification for classifying the hospitalization period in association with each other. Equipped with means,
In the generation step,
The hospitalization period is calculated based on the hospitalization date information and the discharge date information included in each of the plurality of DPC receipt information acquired by the acquisition means.
The hospitalization period stored in the hospitalization period classification information storage means based on the diagnosis group classification number information included in each of the plurality of DPC receipt information acquired by the acquisition means and the calculated hospitalization period. From the classification information, the hospitalization period classification information corresponding to the hospitalization period range information including the calculated hospitalization period is specified, and the hospitalization period classification information is specified.
The number of the specified hospitalization period classification information is calculated for each diagnosis group classification number, and a plurality of number information indicating the calculated number is generated as the management status information.
In the display control step,
Each of the plurality of case information generated by the generation means corresponds to the graph in which one of the hospitalization period classification or the number of cases is on the vertical axis and the other of the hospitalization period classification or the number of cases is on the horizontal axis. Displayed in an identifiable manner for each diagnosis group classification number in association with the hospitalization period classification.
Display method. It is a display method performed in a display system that displays information about the management target.
The acquisition means includes an acquisition step of acquiring generation information for generating management state information that specifies the management state of the management target for each time unit by a predetermined method.
The generation means includes a generation step of generating a plurality of the management state information based on the generation information acquired in the acquisition step.
The display control means includes a display control step in which the plurality of management state information generated in the generation step is displayed by the display means so as to be able to be compared with each other for each time unit.
The management target is a medical facility.
The information for generation is
Movement time-series history information showing the movement time-series history related to bed movement for each date and time among a plurality of users hospitalized in the medical facility, and movement time-series history information.
The DPC receipt information indicating the user's DPC receipt issued by the medical institution, and the DPC receipt information composed of the diagnosis group classification number information indicating the diagnosis group classification number indicating the number in which the DPC code is classified, and the DPC receipt information. Including
Hospitalization period classification information storage that stores the diagnosis group classification number information, hospitalization period range information indicating the range of hospitalization period, and hospitalization period classification information indicating the hospitalization period classification for classifying the hospitalization period in association with each other. Equipped with means,
In the generation step,
From the movement time series history information acquired by the acquisition means, the movement time series history for each user is extracted, and the movement time series history information for each user indicating the extracted movement time series history is obtained. Generate a plurality of the management status information
From the hospitalization period range information stored in the hospitalization period classification information storage means, the hospitalization corresponding to the diagnosis group classification number information included in each of the plurality of DPC receipt information acquired by the acquisition means. Specify the period range information for each hospitalization period category,
In the display control step,
In a graph in which the date and time or one of the users is on the vertical axis and the date and time or the other of the users is on the horizontal axis, the movement time series history information for each user generated by the generation means is displayed. The user corresponding to each of the above and the hospitalization period range information for each hospitalization period category specified by the generation means, which is identifiablely displayed for each hospitalization period category. Display in superimposition in association with
Display method. A display program that is executed by a display system that displays information about the management target.
Computer,
An acquisition means for acquiring generation information for generating management state information that specifies the management state of the management target for each hour, and an acquisition means for acquiring the generation information by a predetermined method.
A generation means for generating a plurality of the management state information based on the generation information acquired by the acquisition means, and a generation means.
The plurality of management state information generated by the generation means is made to function as a display control means for displaying the plurality of management state information by the display means so that they can be compared with each other for each time unit.
The management target is a medical facility.
The generation information is medical receipt information issued by a medical institution indicating the medical receipt of the user, and is a medical practice indicating a medical practice score which is a predetermined medical fee calculation score for each medical practice. It is configured by correlating the score information, the medical treatment date information indicating the medical treatment date which is the date when the medical treatment was performed, and the receipt submission date information indicating the receipt submission date which is the date when the medical receipt was submitted. Including medical fee information
The generation means
Based on the medical treatment score information and the medical treatment date information included in the plurality of medical receipt information acquired by the acquisition means, the medical treatment score information is classified by the medical treatment date.
Based on the receipt submission date information included in the plurality of medical receipt information acquired by the acquisition means, the medical practice score information classified for each medical treatment date is classified by a predetermined method regarding the receipt submission date. Classify by period
The total of the medical practice points of the medical practice score information classified for each classification period is calculated, and a plurality of medical practice score total information indicating the calculated total of the medical practice score is generated as the management state information.
The display control means
The total number of the plurality of medical practice points generated by the generation means is shown in a graph in which one of the medical practice points or the medical care date is on the vertical axis and the medical practice score or the other of the medical care dates is on the horizontal axis. Each piece of information is associated with the corresponding medical treatment date and displayed in an identifiable manner for each classification period.
Display program. A display program that is executed by a display system that displays information about the management target.
Computer,
An acquisition means for acquiring generation information for generating management state information that specifies the management state of the management target for each hour, and an acquisition means for acquiring the generation information by a predetermined method.
A generation means for generating a plurality of the management state information based on the generation information acquired by the acquisition means, and a generation means.
The plurality of management state information generated by the generation means is made to function as a display control means for displaying the plurality of management state information by the display means so that they can be compared with each other for each time unit.
The management target is a medical facility.
The generation information is DPC receipt information indicating the user's DPC receipt issued by a medical institution, and includes diagnostic group classification number information indicating a diagnostic group classification number indicating a number in which the DPC code is classified, and hospitalization date. Includes DPC receipt information configured by correlating the hospitalization date information indicating the discharge date and the discharge date information indicating the discharge date.
Hospitalization period classification information storage that stores the diagnosis group classification number information, hospitalization period range information indicating the range of hospitalization period, and hospitalization period classification information indicating the hospitalization period classification for classifying the hospitalization period in association with each other. Equipped with means,
The generation means
The hospitalization period is calculated based on the hospitalization date information and the discharge date information included in each of the plurality of DPC receipt information acquired by the acquisition means.
The hospitalization period stored in the hospitalization period classification information storage means based on the diagnosis group classification number information included in each of the plurality of DPC receipt information acquired by the acquisition means and the calculated hospitalization period. From the classification information, the hospitalization period classification information corresponding to the hospitalization period range information including the calculated hospitalization period is specified, and the hospitalization period classification information is specified.
The number of the specified hospitalization period classification information is calculated for each diagnosis group classification number, and a plurality of number information indicating the calculated number is generated as the management status information.
The display control means
Each of the plurality of case information generated by the generation means corresponds to the graph in which one of the hospitalization period classification or the number of cases is on the vertical axis and the other of the hospitalization period classification or the number of cases is on the horizontal axis. Displayed in an identifiable manner for each diagnosis group classification number in association with the hospitalization period classification.
Display program. A display program that is executed by a display system that displays information about the management target.
Computer,
An acquisition means for acquiring generation information for generating management state information that specifies the management state of the management target for each hour, and an acquisition means for acquiring the generation information by a predetermined method.
A generation means for generating a plurality of the management state information based on the generation information acquired by the acquisition means, and a generation means.
The plurality of management state information generated by the generation means is made to function as a display control means for displaying the plurality of management state information by the display means so that they can be compared with each other for each time unit.
The management target is a medical facility.
The information for generation is
Movement time-series history information showing the movement time-series history related to bed movement for each date and time among a plurality of users hospitalized in the medical facility, and movement time-series history information.
The DPC receipt information indicating the user's DPC receipt issued by the medical institution, and the DPC receipt information composed of the diagnosis group classification number information indicating the diagnosis group classification number indicating the number in which the DPC code is classified, and the DPC receipt information. Including
Hospitalization period classification information storage that stores the diagnosis group classification number information, hospitalization period range information indicating the range of hospitalization period, and hospitalization period classification information indicating the hospitalization period classification for classifying the hospitalization period in association with each other. Equipped with means,
The generation means
From the movement time series history information acquired by the acquisition means, the movement time series history for each user is extracted, and the movement time series history information for each user indicating the extracted movement time series history is obtained. Generate a plurality of the management status information
From the hospitalization period range information stored in the hospitalization period classification information storage means, the hospitalization corresponding to the diagnosis group classification number information included in each of the plurality of DPC receipt information acquired by the acquisition means. Specify the period range information for each hospitalization period category,
The display control means
In a graph in which the date and time or one of the users is on the vertical axis and the date and time or the other of the users is on the horizontal axis, the movement time series history information for each user generated by the generation means is displayed. The user corresponding to each of the above and the hospitalization period range information for each hospitalization period category specified by the generation means, which is identifiablely displayed for each hospitalization period category. Display in superimposition in association with
Display program.

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