JP2013143105A - Screen creation server, screen display system and program - Google Patents

Abstract

PROBLEM TO BE SOLVED: To prevent the correspondence between items displayed while divided into a first region and a second region from becoming unclear.SOLUTION: When a divided screen is created as a screen being displayed on a display of a communication terminal, in which a first item is displayed in a first row and one or more second item(s) in association with the first item is/are displayed in a second row, an editing buffer is divided into a first region where a first item is set and a second region where the second item(s) is/are set. If the number of lines required for the second item(s) exceeds the number of the remaining lines of the second region, the first item is set to the first region, and the second item(s) is/are set to the second region with the number of lines thereof not exceeding that of the remaining lines of the second region. Then, data of the editing buffer is transferred to a page memory to clear the data of the editing buffer. And then, the first item is reset to the first region and the remaining lines of the second item(s) are set to the second region.

Description

  Embodiments described herein relate generally to a screen creation server, a screen display system, and a program for the screen creation server.

  As one aspect of the screen display system, there is a system for supporting a nurse's nursing action. A conventional system of this type includes a server and a PDA (Personal Digital Assistants). The PDA is connected to the server by, for example, a wireless LAN (Local Area Network). The server records and manages data used by the entire system, such as data on nurses and patients. The PDA is used by the nurse to confirm the content of the treatment for the patient and to input the treatment result, and is carried by the nurse.

  However, the PDA has a smaller size in the horizontal (width) direction than the size in the vertical (width) direction and has a vertically long shape so that the operator can hold the main body with one hand, so the screen size is small. For this reason, there is a problem that the amount of information that can be displayed on one screen is small.

  When all information cannot be displayed on one screen, as a method to compensate for this, conventionally, a method of scrolling information by displaying a scroll bar and information are divided into page units corresponding to the screen size. There is a method of displaying information by switching the screen.

JP 2006-048109 A JP 2005-352773 A

  In the former method using the scroll bar, since the scroll bar is arranged on a part of the screen (the end on one side in the narrow horizontal direction), the width for displaying information is further reduced. The latter method of switching the screen for each page does not further reduce the area for displaying information.

  However, in the latter method, for example, when the screen is divided into two and the first item is displayed on one side, and the second item related to the first item is displayed on the other side over a plurality of lines, the following is performed. The following problems occur. That is, when the second item corresponding to the first item has straddled the page, the first item is not displayed for the second item on either one of the pages. Become.

  Therefore, even when information that cannot be displayed on the display screen of the portable communication terminal is displayed over multiple screens, the correspondence between related information displayed on different screens may not be clear. It is desirable to have no screen displayed on the display.

  A problem to be solved by the present invention is a screen creation server that does not impair the correspondence between related information displayed on different screens when displaying information that cannot be displayed on one screen at a time by screen switching. And the screen display system which displays the screen produced with this server on the display of a portable communication terminal is provided.

In one embodiment, the screen creation server includes an edit buffer for editing a screen to be displayed on the display of the communication terminal, a page memory for storing screen data edited in the edit buffer for each page, a buffer sorting unit, and a determination unit , First and second screen creation means and screen transmission means.
The buffer sorting means displays the first item in the first column as a screen to be displayed on the display of the communication terminal, and one or more second items associated with the first item in the second column. When creating the split screen to be displayed, the editing buffer is divided into a first area in which the first item is set and a second area in which the second item is set.
When the determination unit sets the first item and the second item associated with the first item in the editing buffer, the number of rows necessary for the second item is the number of remaining rows in the second area. It is determined whether or not.
The first screen creation means sets the first item in the first area when the determination means determines that the number of lines necessary for the second item does not exceed the number of remaining lines in the second area. And all the second items are set in the second area.
The second screen creation means sets the first item in the first area when the determination means determines that the number of lines necessary for the second item exceeds the number of remaining lines in the second area. And, after setting the second item in the second area within the range not exceeding the remaining number of rows in the second area, the data in the editing buffer is transferred to the page memory to clear the data in the editing buffer, and then The first item is set again in the first area, and the rest of the second item is set in the second area.
The screen transmission means transmits screen data for each page stored in the page memory to the communication terminal.

1 is an overall configuration diagram of a nurse business support system that is an embodiment of a screen creation system. FIG. The external view of the nurse operation support portable terminal used with the support system. The block diagram of the nurse operation support portable terminal used in the support system. FIG. 3 is a block diagram of a nurse business support server used in the support system. The schematic diagram which shows the main memory areas formed in RAM of the nurse work support server used with the support system. The block diagram which shows the function structure of the assistance system. The flowchart which shows the principal part of the process sequence which CPU of a nurse business support portable terminal performs according to a nurse business support program. The flowchart which shows the procedure of the login information reception process performed with a nurse duties support server. The flowchart which shows the procedure of the screen touch information reception process performed with a nurse business support server. The flowchart which shows the specific procedure of the nurse worksheet screen creation process of step ST24 in FIG. FIG. 11 is a flowchart showing a processing procedure after “YES” is determined in the determination processing in step ST49 in FIG. 10; The figure which shows an example of the login screen displayed on the display input part of a nurse business support portable terminal. The figure which shows the 1st page of the nurse worksheet screen displayed on the display input part of a nurse business support portable terminal. The figure which shows the 2nd page of the nurse worksheet screen displayed on the display input part of a nurse operation support portable terminal. The figure which shows the 3rd page (last page) of the nurse worksheet screen displayed on the display input part of a nurse business support portable terminal.

  Hereinafter, a nurse business support system will be described as an embodiment of a screen display system with reference to the drawings.

  FIG. 1 is an overall configuration diagram of a nurse business support system 10. The system 10 includes a hospital backbone server 11, a nurse service support server 12, a plurality of wireless base stations 13, and a plurality of nurse service support portable terminals 14. The hospital backbone server 11, the nurse service support server 12, and each wireless base station 13 are connected by a wired LAN 15. Each nurse work support portable terminal 14 is a portable wireless communication terminal using a battery as a main power source, a so-called handy terminal, and establishes a wireless LAN 16 with each wireless base station 13. Each nurse work support portable terminal 14 is carried and used by a nurse.

  The hospital backbone server 11 manages a hospital backbone database 110 such as a patient database 111, a nurse database 112, and a hospital room database 113.

  Various data relating to all patients are recorded in the patient database 111. Specifically, data such as a patient name, sex, age, medical subject, disease, doctor, medical history, treatment history, and the like of the patient is recorded in association with the patient ID for identifying each patient. In the case of an inpatient, data such as hospitalization date, hospital room ID, and scheduled discharge date are also recorded.

  Various data relating to all nurses are recorded in the nurse database 112. Specifically, in association with the nurse ID for identifying each nurse, the nurse name, the subject in charge, the patient ID of the patient in charge, the work schedule (daily), the work schedule (patient unit), the work execution result, etc. Data is recorded.

  In the hospital room database 113, various data relating to each hospital room are recorded. Specifically, in association with the room ID of each room, the identification number for each bed installed in that room, the patient ID of the inpatient who uses the bed, the date of hospitalization, the scheduled discharge date, the attending physician, the nurse ID in charge, etc. Data is recorded.

  The nurse work support server 12 is equipped with a work screen creation application program 128 (see FIG. 4) and functions as a screen creation server. The nurse work support server 12 creates a screen to be displayed on the display unit of the nurse work support portable terminal 14 according to the work screen creation application program 128. The screen is created in response to an input from the nurse business support portable terminal 14 based on data regarding a patient, a nurse, a hospital room, and the like recorded in the hospital backbone database 110. The created screen data is wirelessly transmitted to the nurse business support portable terminal 14 via the wireless base station 13.

  In addition, when the nurse work support server 12 receives data wirelessly transmitted from each nurse work support portable terminal 14 via the wireless base station 13, the nurse work support server 12 transfers the received data to the hospital backbone server 11 via the wired LAN 15. The hospital backbone server 11 that has received the data from each nurse work support portable terminal 14 appropriately updates the data in the hospital backbone database 110 based on the received data.

  2 and 3 are an external view and a block diagram of the nurse business support portable terminal 14. The nurse work support portable terminal 14 includes a first member 21 arranged on the left side in FIG. 2 and a second member 22 arranged on the right side in FIG. 2 as a portable main body. Each of the first member 21 and the second member 22 has a substantially rectangular parallelepiped shape. The second member 22 is rotatably connected to the first member 21 via a stopper 23 such as a hinge. With this stopper 23, the second member 22 opens and closes with respect to the first member 21 between the opened state (FIG. 2) and the closed state (not shown).

  The first member 21 has a touch panel 24 disposed on a surface 21 </ b> A that is exposed to the outside when the second member 22 is opened with respect to the first member 21. In FIG. 2, a side key 25 is provided on the left side surface 21B. In the second member 22, a membrane keyboard 26 is arranged on a surface 22 </ b> A exposed to the outside when the second member 22 is opened with respect to the first member 21.

  The touch panel 24 is formed by overlapping a touch panel sensor 242 on the screen of the liquid crystal display 241, and is divided into a display input unit 24A and a numeric keypad unit 24B. A screen created by the nurse operation support server 12 is displayed on the display input unit 24A. The numeric keypad 24B includes “0” to “9” numeric keys, “return” key, “C” clear key, “update” key, “△” and “▽” up / down keys, “•” A decimal point key is placed.

  The membrane keyboard 26 has a plurality of fixed keys arranged in a matrix. Each fixed key is assigned a function for supporting the nurse's work.

  For example, the fixed key “worksheet” is assigned a function as a key for declaring that the nurse worksheet screen is displayed on the display input unit 24A. The fixed key “care” is assigned a function as a key for declaring that a care treatment input screen is displayed on the display input unit 24A. A function as a key for declaring that the vital information input screen is displayed on the display input unit 24A is assigned to the fixed key “vital”. The fixed key “height / weight” is assigned a function as a key for declaring that the height / weight input screen is displayed on the display input unit 24A.

  The nurse work support portable terminal 14 has a control board 30 built in either the first member 21 or the second member 22. As shown in FIG. 3, the control board 30 includes a central processing unit (CPU) 31, a read only memory (ROM) 32, a random access memory (RAM) 33, a clock unit 34, a radio unit 35, a key controller 36, and a touch panel. A controller 37 is arranged. The CPU 31, the ROM 32, the RAM 33, the clock unit 34, the wireless unit 35, the key controller 36, and the touch panel controller 37 are connected by a bus line 38 such as an address bus or a data bus.

  The ROM 32 stores fixed data such as programs including the nurse operation support program 321 and setting data. The RAM 33 stores variable data such as screen data to be displayed on the display 241 and data to be transmitted to the nurse work support server 12. The clock unit 34 measures the current date and time. The wireless unit 35 controls data transmission / reception with the wireless base station 13 using the wireless LAN 6. The key controller 36 monitors each fixed key of the side key 25 and the membrane keyboard 26 and determines whether or not there is a key input. The touch panel controller 37 controls a screen displayed on the display 241 of the touch panel 24. The touch panel controller 37 detects a two-dimensional coordinate indicating a touch position on the screen based on a signal from the touch panel sensor 242.

  FIG. 4 is a block diagram showing a main configuration of the nurse operation support server 12. The nurse business support server 12 includes a CPU 121 as a control unit body. Further, a ROM 122 and a RAM 123 as main memories, an HDD (Hard Disk Drive) 124 as an auxiliary storage device, a clock unit 125 for measuring the current date and time, and a LAN controller 126 for controlling data communication performed through the LAN 15 are provided. The CPU 121, the ROM 122, the RAM 123, the HDD 124, the clock unit 125, and the LAN controller 126 are connected by a bus line 127 such as an address bus or a data bus.

The ROM 122 stores the business screen creation application program 128.
In the RAM 123, as shown in FIG. 5, an editing buffer 51, a page memory 52, and a counter memory 53 are formed. The editing buffer 51 edits a screen to be displayed on the display input unit 24A of the nurse business support portable terminal 14. The page memory 52 stores screen data edited by the editing buffer 51 for each page. The counter memory 53 includes a page counter P, a row number counter L, and a patient number counter M.

  As shown in FIG. 6, the nurse operation support server 12 having such a configuration includes a buffer sorting unit 61, a determining unit 62, a first screen creating unit 63, a second screen creating unit 64, a button image editing unit 65, and a screen. It has a transmission means 66.

  The buffer sorting means 61 has a first item displayed in the first column as a screen to be displayed on the display 241 of the nurse work support portable terminal 14, and one or more second items associated with the first item. When creating a split screen in which the item is displayed in the second column, the editing buffer 51 is set in the first area 51A in which the first item is set and the second area 51BB in which the second item is set. And divided into

  When the determination unit 62 sets the first item and the second item associated with the first item in the editing buffer 51, the number of rows necessary for the second item is the second area. It is determined whether the number of remaining lines of 51B is exceeded.

  When the determining unit 62 determines that the number of lines required for the second item does not exceed the number of remaining lines in the second area 51B, the first screen creating unit 63 selects the first item in the first area. 51A and all the second items are set in the second area 51B.

  When the determination unit 62 determines that the number of rows necessary for the second item exceeds the number of remaining rows in the second area 51B, the second screen creation unit 64 selects the first item in the first area 51A. And the second item is set in the second area 51B within a range not exceeding the remaining number of rows in the second area 51B, then the data in the editing buffer 51 is transferred to the page memory 52 and the editing buffer 51 After that, the first item is set again in the first area 51A, and the rest of the second item is set in the second area 51B.

  The button image editing means 65 sets the image of the next page button 94 for declaring switching to the next page for the screen data of the first page stored in the page memory 52, and for the screen data of the last page. The image of the previous page button 95 that declares switching to the previous page is set. Further, the images of the next page button 94 and the previous page button 95 are set in the screen data from the second page to the previous page one page before.

  The screen transmission unit 66 transmits the screen data stored in the page memory 52 to the nurse business support portable terminal 14.

  On the other hand, the nurse work support portable terminal 14 includes a nurse specifying means 71 for specifying a nurse, a receiving means 72 for receiving screen data transmitted from the nurse work support server 12 through the LANs 15 and 16, and the receiving means. And screen switching means 73 for switching the screen of the display 241 based on the screen data received at 72.

Each means of the nurse operation support server 12 and the nurse operation support portable terminal 14 described above will be described with reference to the flowcharts of FIGS. 7 to 11 and the screen display examples of FIGS.
FIG. 7 is a flowchart showing the main part of the processing procedure executed by the CPU 31 of the nurse work support portable terminal 14 according to the nurse work support program 321. FIG. 8 is a flowchart showing the procedure of the login information receiving process executed by the nurse business support server 12 in the above processing procedure, and FIG. 9 is a flowchart showing the procedure of the screen touch information receiving process. . FIGS. 10 and 11 are flowcharts specifically showing the procedure for creating the nurse worksheet screen shown in step ST24 of FIG.

  When the power of the nurse work support portable terminal 14 is turned on by turning on a power switch (not shown), the nurse work support portable terminal 14 starts the nurse work support portable terminal 14. When the program 321 is activated, the CPU 31 displays the login screen 80 on the display input unit 24A (ST1).

  An example of the login screen 80 is shown in FIG. As shown in FIG. 12, a nurse ID input field 81, a password input field 82, and a login button 83 are displayed on the login screen 80. Therefore, the nurse operates the numeric keypad 24B, inputs his / her nurse ID and password in the input fields 81 and 82, and touches the login button 83.

  The CPU 31 displaying the login screen 80 waits for the login button 83 to be touched (ST2). When the touch input of the login button 83 is detected by a signal from the touch panel sensor 242 (YES in ST2), the CPU 31 includes login information including data (nurse ID, password) input in the input fields 81 and 82 of the login screen 80. Is wirelessly transmitted to the nurse service support server 12 via the wireless unit 35 (ST3). At this time, a unique terminal ID set for each nurse work support portable terminal 14 is added to the header of the login information. Here, the processing of steps ST1 to ST3 constitutes the nurse specifying means 71.

  In the nurse work support server 12 that has received the login information, the work screen creation application program 128 is activated. With this program 128, the CPU 121 of the nurse operation support server 12 starts processing of the procedure shown in FIG.

  First, it is determined whether or not to approve a nurse from the nurse ID and password included in the login information (ST21). Specifically, a password is set in advance in association with the nurse ID of each nurse, and whether or not the password entered together with the nurse ID matches the password set in association with the nurse ID. Determine.

  If the passwords do not match, the CPU 121 does not approve the logged-in nurse. In this case (NO in ST22), the CPU 121 designates the terminal ID attached to the login information as a transmission destination, and transmits a login error command and login error screen data (ST23).

  If the passwords match, the CPU 121 approves the logged-in nurse. In this case (YES in ST22), the CPU 121 acquires a nurse ID included in the login information. Based on the data in the patient database 111, the nurse database 112, and the hospital room database 113, a nurse worksheet screen 90 identified by the nurse ID is created (ST24). Then, the terminal ID attached to the login information is designated as the transmission destination, and the data on the nurse worksheet screen 90 is transmitted together with the login permission command (ST25).

  Thus, the command and screen data transmitted from the nurse service support server 12 are wirelessly transmitted from the wireless base station 13 via the wireless LAN 16, and are transmitted to the nurse service support portable terminal 14 having the terminal ID designated as the transmission destination. Received.

  The CPU 31 of the nurse work support portable terminal 14 that has transmitted the login information in step ST3 waits for a command from the nurse work support server 12 (ST4: receiving means 72). When a login error command is received (NO in ST4), the CPU 31 switches the screen of the display input unit 24A to the login error screen received together with the command.

  On the other hand, when the login permission command is received (YES in ST4), the CPU 31 switches the screen of the display input unit 24A to the nurse worksheet screen 90 received together with the command (ST5: screen switching means). 73).

  Thereafter, the CPU 31 waits for a side key 25 or a fixed key of the membrane keyboard 26 to be input (ST6) or for a touch input to the screen 90 (ST7). When a touch input on the screen 90 is detected by a signal from the touch panel sensor 242 (YES in ST7), the CPU 31 acquires coordinate information indicating the touch position. For example, the CPU 31 uses the lower left gate of the touch panel 24 as the origin (0, 0) of the XY plane, obtains the distance from this origin to the touch position, and converts it to two-dimensional coordinates (X, Y). Then, screen touch information including the acquired two-dimensional coordinates and screen information being displayed on the display input unit 24A is wirelessly transmitted to the nurse work support server 12 via the wireless unit 35 (ST8). Also at this time, the terminal ID is attached to the header of the screen touch information.

  In the nurse work support server 12 that has received the screen touch information, the work screen creation application program 128 is started again. With this program 128, the CPU 121 of the nurse work support server 12 starts processing of the procedure shown in FIG.

  First, the CPU 121 acquires screen information included in the screen touch information (ST31). Further, the two-dimensional coordinates of the touch position included in the same screen touch information are acquired (ST32). Then, the two-dimensional coordinates are applied to the screen information to recognize the information displayed at the touch position (ST33).

  Next, the CPU 121 creates a business screen when the information displayed at the touch position is selected based on the data in the patient database 111, the nurse database 112, and the hospital room database 113 (ST34). Then, the terminal ID is designated as a transmission destination, and the business screen data is transmitted (ST35).

  The CPU 31 of the nurse work support portable terminal 14 that has transmitted the screen touch information in step ST8 waits for screen data from the nurse work support server 12 (ST9: receiving means 72). If screen data is received (YES in ST9), the CPU 31 switches the screen of the display input unit 24A to the screen of received data (ST10: screen switching means 73). Thereafter, the CPU 31 again waits until the side key 25 or the fixed key of the membrane keyboard 26 is input (ST6) or the screen 50 is touched (ST7).

  13 to 15 are examples of the nurse worksheet screen 90. FIG. As shown in FIGS. 13 to 15, the nurse worksheet screen 90 has a patient information display column 91 on the left side and a nursing item display column 92 on the right side of the screen. The display column 91 displays the room ID and the patient name assigned to the logged-in nurse, and the display column 92 displays one or more nursing items indicating the content of nursing treatment for the patient. The display columns 91 and 92 are divided into regions for each patient.

  Here, on the nurse worksheet screen 90, the first item (patient information) is displayed in the first column (display column 91), and one or more second items associated with the first item are displayed. (Nursing items) is a divided screen displayed in the second column (display field 92). Such a divided screen is created by the processing procedure shown by the flowcharts of FIGS.

  First, the CPU 121 of the nurse business support server 12 requests the hospital core server 11 for nursing item information for each patient in charge. This request includes the nurse ID acquired from the login information.

  In response to this request, the hospital backbone server 11 searches the nurse database 112 using the nurse ID as a search key. Then, data such as a nurse name, a charge subject, a charge patient ID, a work schedule (daily unit), a work schedule (patient unit) recorded in association with the nurse ID is read out. Next, the hospital backbone server 11 searches the patient database 111 using the patient ID in charge as a search key. Then, data such as a patient name, sex, age, medical subject, disease, attending physician, hospitalization date, hospital room ID, and scheduled discharge date recorded in association with the patient ID is read. Further, the hospital backbone server 11 searches the hospital room database 113 using the hospital room ID as a search key. Then, data such as a bed identification number, a patient ID, a hospitalization date, a scheduled discharge date, an attending physician, and a nurse ID in charge recorded in association with the hospital room ID are read out. Then, the hospital backbone server 11 transmits the data read from the databases 111, 112, 113 to the nurse business support server 12.

  The CPU 121 of the nurse service support server 12 analyzes the data received from the hospital backbone server 11 and acquires nursing item information for each patient in charge (ST41). That is, one or a plurality of nursing items in which the nursing contents for the patient are listed in association with the patient's room and bed identification number and the patient name for which the logged-in nurse is in charge are acquired.

  Next, the CPU 121 divides the editing buffer 51 into a first area 51A corresponding to the display field 91 and a second area 51B corresponding to the display field 92 (ST42: buffer sorting means 61). Further, the CPU 121 resets all of the page counter P, the row number counter L, and the patient number counter M in the counter memory 53 to “0” (ST43).

  Next, the CPU 121 counts up the patient number counter M by “1” (ST44). And it is determined whether this patient number counter M exceeds the number of patients in charge of the nurse (ST45). The number of patients in charge is derived from the nursing item information for each patient in charge.

  When the patient number counter M does not exceed the number of patients in charge (NO in ST45), the CPU 121 determines the M-th patient information (M is the count value of the patient number counter M) among the patient item-specific nursing item information, that is, Select room and bed identification number and patient name. The patient information (hospital room and bed identification number and patient name) is set in the first area 51A (ST46).

  Next, the CPU 121 counts the number of nursing items K for the patient specified by the Mth patient information (ST47). Also, a difference value A is calculated by subtracting the value of the row number counter L from the maximum row number N of the second region 51B (ST48). And it is determined whether the number K of nursing items exceeds the difference value A (ST49: determination means 62).

  When the number K of nursing items does not exceed the difference value A (NO in ST49), the CPU 121 sets all K nursing items for the Mth patient in the second area 51B (ST50), where step ST46 is performed. The process of -ST50 comprises the 1st screen creation means 63. FIG.

  Thereafter, the CPU 121 sets patient boundary data in the first area 51A and the second area 51B of the editing buffer 51 (ST51). Further, the number K of patient items is added to the line number counter L (ST52). Thereafter, the CPU 121 returns to the process of step ST44, and further counts up the patient number counter M by “1” (ST44). And it is determined whether this patient number counter M exceeds the number of patients in charge of the nurse (ST45).

  On the other hand, when the number K of nursing items exceeds the difference value A (YES in ST49), the CPU 121 determines the number of nursing items for the Mth patient from the head to the Ath (A is the value of the difference value A). Items are set in the second area 51B (ST61). Next, the CPU 121 counts up the page counter P by “1” (ST62). Then, it is determined whether or not the page counter P is larger than “1” (ST63).

  When the page counter P is “1”, the screen data in the editing buffer 51 is the first page data. In this case (NO in ST63), the CPU 121 adds the image data of the next page button 94 to the screen data in the editing buffer 51 (ST64). On the other hand, when the page counter P is larger than “1”, the screen data in the editing buffer 51 is the second and subsequent pages and not the last page. In this case (YES in ST63), the CPU 121 adds the image data of the next page button 94 and the previous page button 95 to the screen data in the editing buffer 51 (ST65).

  Next, the CPU 121 stores the data in the editing buffer 51 in the area of the Pth page (P is the value of the page counter P) in the page memory 52 (ST66). Thereafter, the CPU 121 clears the data in the editing buffer 51 (ST67). Further, the row number counter L is reset to “0” (ST68).

  Next, the CPU 121 sets the Mth patient information (patient room and bed identification number and patient name) in the first area 51A again (ST68). Further, the remaining nursing items, that is, KA nursing items among all the nursing items for the Mth patient are set in the second area 51B of the editing buffer 51 (ST69). Here, the processes of steps ST46 to ST49 and steps ST61 to ST70 constitute the second screen creation means 64.

  Thereafter, the patient boundary line data is set in the first area 51A and the second area 51B of the editing buffer 51 (ST71). Further, a value [K−A] obtained by subtracting the difference value A from the number K of patient items is added to the row number counter L (ST72). Thereafter, the CPU 121 returns to the process of step ST44, and further counts up the patient number counter M by “1” (ST44). And it is determined whether this patient number counter M exceeds the number of patients in charge of the nurse (ST45).

  Thus, the CPU 121 repeats the processes of steps ST46 to ST52 or steps ST46 to ST49 and steps ST61 to ST72 until the patient number counter M exceeds the number of patients in charge.

  When the patient counter M exceeds the number of patients in charge (YES in ST45), the CPU 121 counts up the page counter P by “1” (ST53). Then, it is determined whether or not the page counter P is larger than “1” (ST54). When the page counter P is “1” (NO in ST54), the number of pages of the nurse worksheet screen 90 created this time is one. Therefore, the next page button 94 and the previous page button 95 are not added.

  On the other hand, when the page counter P is larger than “1” (YES in ST54), the number of pages of the nurse worksheet screen 90 created this time is a plurality of pages, and the data stored in the editing buffer 51 is stored. Is the last page. Therefore, the CPU 121 adds the image data of the previous page button 95 to the data stored in the editing buffer 51 (ST55). Thereafter, the CPU 121 sets the data in the editing buffer 51 to the Pth page of the page memory 52 (P is the value of the page counter P) (ST56). Here, each process of step ST55 and steps ST64 and ST65 constitutes a button image editing means.

  By executing the nurse worksheet screen creation process described above, the page data of the nurse worksheet created for each page using the editing buffer 51 is stored in the page memory 52 for each page. When the nurse worksheet screen creation process is completed, as described above, in step ST25, the CPU 121 designates the terminal ID attached to the login information as the transmission destination, and the nurse worksheet screen 90 together with the login permission command. Send the data. Here, the process of step ST25 constitutes a screen transmission means.

  Examples of the nurse worksheet screen 90 shown in FIGS. 13 to 15 are patient names [AAAA], [BBBB], [CCCC], [DDDD], [EEEE], [FFFF], [GGGG], [HHHH]. ] And [JJJJ] are worksheet screens 90 for nurses in charge of a total of nine patients. This nurse performs 2 items of nursing action for patients with the patient name [AAAA], 4 items of nursing action for patients of [BBBB], and 3 items for patients of [CCCC]. Nursing actions of [DDDD] patients, 2 items of nursing actions, [EEEE] patients of 5 items of nursing actions, [FFFF] patients of 3 items of nursing actions Nursing, 5 items for [GGGG] patients, 4 items for [HHHH] patients, 3 items for [JJJJ] patients To implement. It is assumed that the maximum number N of rows in the second region 51B is “11”.

  In this case, since the number of nursing items reaches 11 items from the first patient (patient name [AAAA]) to the fourth patient (patient name [DDDD]), the first page of the nurse worksheet screen 90 (FIG. 13). Is created). Next, since the number of nursing items reaches 11 items from the fifth patient (patient name [EEEE]) to the third item of the seventh patient (patient name [GGGG]), the second page of the nurse worksheet screen 90 (See FIG. 14) is created. Finally, the third page (see FIG. 15) of the nurse worksheet screen 90 is displayed from the fourth item to the ninth patient (patient name [JJJJ]) of the seventh patient (patient name [GGGG]). Created.

  Here, as shown in FIG. 13 to FIG. 15, a nurse worksheet screen 90 in which a patient information display column 91 is formed on the left side and a nursing item display column 92 is formed on the right side of the screen, It is displayed using the entire area of the display input unit 24A of the display 241 constituting the touch panel 24. Therefore, the amount of information that can be displayed on one screen can be increased as compared with the case where the scroll bar is arranged on a part of the screen.

  Moreover, for the seventh patient (patient name [GGGG]) in which the nursing items displayed in the display column 91 are divided into 3 items on 2 pages and 2 items on 3 pages, 2 pages are used in this embodiment. Not only the eyes but also the third page is displayed in the display column 91 in association with patient information consisting of the identification number of the hospital room and bed and the patient name for each nursing item. Therefore, even when the nursing items displayed in the display column 92 are divided into different pages, the correspondence between the nursing items displayed on each page and the patient information is not unclear.

The present invention is not limited to the above embodiment.
For example, although the nurse worksheet screen 90 is shown as an example of the divided screen in the embodiment, the divided screen is not limited to the nurse worksheet screen 90. 1 is a screen displayed on the display of a portable communication terminal such as the nurse work support portable terminal 14 or the like, in which the first item is displayed in the first column and is associated with the first item. The present invention can be applied to any screen as long as a plurality of second items are displayed in the second column.

  In the above embodiment, a screen creation program for realizing the functions of the invention, that is, a nurse business support program, is recorded in advance in the ROM 32 which is a program storage unit in the nurse business support server 12. However, the present invention is not limited to this, and a similar program may be downloaded from the network to the server 12. Alternatively, a similar program recorded on the recording medium may be installed in the server 12. The recording medium may be in any form as long as it can store a program such as a CD-ROM or a memory card and can be read by the apparatus. Further, the function obtained by installing or downloading the program may be realized in cooperation with an OS (operating system) in the apparatus.

  In addition, although several embodiments of the present invention have been described, these embodiments are presented as examples and are not intended to limit the scope of the invention. These novel embodiments can be implemented in various other forms, and various omissions, replacements, and changes can be made without departing from the scope of the invention. These embodiments and modifications thereof are included in the scope and gist of the invention, and are included in the invention described in the claims and the equivalents thereof.

  DESCRIPTION OF SYMBOLS 10 ... Nurse work support system, 11 ... Hospital backbone server, 12 ... Nurse work support server, 13 ... Wireless base station, 14 ... Nurse work support portable terminal, 24 ... Touch panel, 51 ... Edit buffer, 52 ... Page memory 110 ... Hospital backbone database, 128 ... Business screen creation application program, 321 ... Nurse business support program.

Claims (6)

An editing buffer for editing the screen to be displayed on the display of the communication terminal;
A page memory for storing screen data edited in the editing buffer for each page;
As a screen to be displayed on the display of the communication terminal, a division in which the first item is displayed in the first column and one or more second items associated with the first item are displayed in the second column A buffer partitioning means for partitioning the editing buffer into a first area in which the first item is set and a second area in which the second item is set when creating a screen;
When the first item and the second item associated with the first item are set in the editing buffer, the number of rows necessary for the second item is the remaining number of rows in the second area. Determining means for determining whether or not the number exceeds,
If it is determined by this determination means that the number of rows necessary for the second item does not exceed the number of remaining rows in the second area, the first item is set in the first area, and First screen creation means for setting all second items in the second area;
If the determination means determines that the number of rows required for the second item exceeds the number of remaining rows in the second area, the first item is set in the first area, and the first item After setting the item 2 in the second area within a range not exceeding the remaining number of rows in the second area, the data in the edit buffer is transferred to the page memory to clear the edit buffer, and then Second screen creating means for setting the first item again in the first area and setting the rest of the second item in the second area;
Screen transmission means for transmitting the screen data stored in the page memory to the communication terminal;
A screen creation server characterized by comprising: Set the next page button image that declares switching to the next page for the screen data of the first page stored in the page memory, and switch to the previous page for the screen data of the last page. A button image editing means for setting an image of a previous page button to be declared, and setting the next page button and the image of the previous page button to screen data from the second page to the previous page one page before;
The screen creation server according to claim 1, further comprising:   The first item is information on a patient who is in charge of a nurse who logs in the communication terminal, and the second item is information on a nursing action performed by the nurse on the patient. The screen creation server according to claim 1 or 2, characterized in that: A portable communication terminal provided with a display; and a screen creation server connected to the communication terminal through a network;
The communication terminal is
Receiving means for receiving screen data transmitted from the screen creation server through the network;
Screen switching means for switching the screen of the display based on the screen data received by the receiving means;
Comprising
The screen creation server
An editing buffer for editing a screen to be displayed on the display of the communication terminal;
A page memory for storing page-by-page screen data edited in the editing buffer;
An editing buffer for editing a screen to be displayed on the display of the communication terminal;
A page memory for storing screen data edited in the editing buffer for each page;
As a screen to be displayed on the display of the communication terminal, a division in which the first item is displayed in the first column and one or more second items associated with the first item are displayed in the second column A buffer partitioning means for partitioning the editing buffer into a first area in which the first item is set and a second area in which the second item is set when creating a screen;
When the first item and the second item associated with the first item are set in the editing buffer, the number of rows necessary for the second item is the remaining number of rows in the second area. Determining means for determining whether or not the number exceeds,
If it is determined by this determination means that the number of rows necessary for the second item does not exceed the number of remaining rows in the second area, the first item is set in the first area, and First screen creation means for setting all second items in the second area;
If the determination means determines that the number of rows required for the second item exceeds the number of remaining rows in the second area, the first item is set in the first area, and the first item After setting the item 2 in the second area within a range not exceeding the remaining number of rows in the second area, the data in the edit buffer is transferred to the page memory to clear the edit buffer, and then Second screen creating means for setting the first item again in the first area and setting the rest of the second item in the second area;
Screen transmission means for transmitting the screen data stored in the page memory to the communication terminal;
A screen display system comprising: The communication terminal further comprises a nurse specifying means for specifying a nurse,
The screen creation server uses the information of the patient in charge of the nurse specified by the nurse specifying means as the first information, and sets the information on the nursing action performed by the nurse to the patient as the second information. The screen display system according to claim 4, wherein: To a computer connected to a portable communication terminal through a network,
As a screen to be displayed on the display of the communication terminal, a division in which the first item is displayed in the first column and one or more second items associated with the first item are displayed in the second column When creating a screen, an edit buffer for editing a screen to be displayed on the display includes a first area in which the first item is set and a second area in which the second item is set. A buffer sorting function to sort into
When the first item and the second item associated with the first item are set in the editing buffer, the number of rows necessary for the second item is the remaining number of rows in the second area. A determination function that determines whether or not the number exceeds,
If it is determined by this determination function that the number of rows required for the second item does not exceed the number of remaining rows in the second area, the first item is set in the first area, and A first screen creation function for setting all second items in the second area;
If the determination function determines that the number of rows required for the second item exceeds the number of remaining rows in the second area, the first item is set in the first area, and the first item After setting the item 2 in the second area within the range not exceeding the remaining number of lines in the second area, the data in the editing buffer is stored for each page of the screen data edited in the editing buffer. The editing buffer is cleared and then the first item is set again in the first area, and the rest of the second item is set in the second area. A second screen creation function,
A screen transmission function for transmitting the screen data stored in the page memory to the communication terminal;
A screen creation program to achieve this.

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