JP2006164217A - Method, system and server for management of surgery and mobile terminal device - Google Patents

Abstract

<P>PROBLEM TO BE SOLVED: To surely and easily acquire execution information of operative treatment including surgery operation and anesthesia. <P>SOLUTION: A management system for surgery 100 includes a portable terminal 102 and a management server 110. In execution of surgery, surgery related information such as style of operation, additional items, gas to be used and gas quantity, and execution information such as identification number of instruments are input by an execution information input part 10 of the portable terminal 102 and an identification number reading part 12 without a distinction between surgery operation and anesthesia. A related information classifier 26 and an instrument information acquiring part 24 of the management server 110 classify the execution information acquired by the portable terminal 102 according to use intended for surgery operation or anesthesia. A server side display unit 20 distinguishingly displays the classified execution information. <P>COPYRIGHT: (C)2006,JPO&NCIPI

Description

  The present invention relates to a surgical management technique, and more particularly, to a surgical management method for managing related information and equipment information related to the implementation of a surgical operation, a surgical management system, a surgical management server, and a portable terminal device using the surgical management method.

In any medical institution, eradication of human error and other medical errors is an important theme. Therefore, in medical practice, it is common to provide a rule that allows a double check by different nurses when a patient is infused or injected. However, by executing such rules, the duties of nurses and the like become even more busy. Therefore, in Patent Document 1, an identification number is assigned to a patient in advance, and the relationship between the identification number and a drug to be administered to the patient is used as a database. The patient is also given an identification number by a predetermined means. In such a configuration, when performing the medication, the nurse reads the identification number possessed by the patient by the handy terminal. Furthermore, the identification number is transmitted to the computer that recorded the database. The computer refers to the database and notifies the nurse of the medicine corresponding to the identification number.
JP 2001-344338 A

  In medical practice that uses many equipment and drugs at once, such as surgery, accurately grasping information on equipment used is not only for preventing medical errors, but also for accounting and inventory management. It is also useful when examining the technical content of surgery after surgery. Surgery is one of the main tasks for medical institutions such as hospitals in particular, and if appropriate costs can be billed and costs can be reduced by analyzing and examining the costs associated with a series of tasks associated with the operation after surgery, The present inventor has come up with a great contribution to management improvement.

  However, even if it is simply a surgical operation, multiple departments are involved in a single implementation, and multiple procedures are often included, and medical treatments such as doctors, nurses, and technicians involved in those series of actions The present inventor recognizes that it is difficult to accurately record the names of the actors, the equipment used for each action, the names of the drugs and the amounts used, and the contents of the performed procedures from the above viewpoint. did.

  The present invention has been made in view of such problems, and the purpose thereof is to obtain all information related to and useful after surgery in a comprehensive and accurate manner when performing a surgical operation. To provide technology.

  One embodiment of the present invention relates to a surgical management system. This surgical management system includes an implementation information recording unit that inputs and outputs surgical operation execution information, and a management unit that is connected to the execution information recording unit via a network and manages surgical operation information. When performing a surgical operation, an operation information input unit for inputting information related to the performed surgical operation, and an input of equipment information for reading an identification code assigned to the equipment actually used in the performed surgical operation A transmission unit that transmits to the management unit the information related to the performed surgical operation input in the execution information input unit and the identification code read in the use equipment information input unit, and the management unit includes an execution information recording unit Based on the identification code transmitted from the receiving information receiving unit, information from the implementation information recording unit, information on a plurality of equipment and identification code assigned to each equipment By referring to the associated table, the equipment information acquisition unit that acquires the desired equipment information among the information on the equipment used, the information related to the operation operation transmitted from the execution information recording unit, and the equipment information And a surgical performance recording unit that stores the desired equipment information acquired in the acquisition unit in association with each other.

  The “surgical service” may include any of a series of medical actions performed in conjunction with the operation, such as anesthesia, in addition to the operation. “Execution information” includes elements related to the execution of a certain operation, such as date, place, required time, patient name, practitioner name, procedure name, addition item name, name of equipment used and amount used. You may go out. Here, the “equipment” may be anything that is used in a surgical operation such as medicine, gas, etc., in addition to the general equipment. “Identification code” is initial information assigned to each device, and is composed of numbers, symbols, figures, and the like. The “information related to the operation operation” is information other than the information on the equipment that is clarified by reading the identification code in the “execution information”, and is hereinafter also referred to as “related information”. The “network” only needs to be able to transmit data, and there is no limitation on the presence or absence of connection lines and the configuration. “In performing surgery” may be any time point from the scheduled stage of a certain surgical operation to the registration of execution information. Accordingly, “used equipment” refers to equipment that is scheduled to be used, used, or used.

  According to this aspect, all information to be recorded regarding the surgical operation can be acquired, stored in association with each other, and thus it is possible to comprehensively manage and analyze the information on the surgical operation.

  Here, the management unit performs an operation performed by transmitting a table associating information related to a plurality of surgical operations with types of medical activities including the operation and anesthesia, which are the purposes of the surgical operation, from the execution information recording unit An operation type classification unit that classifies information related to the operation operation according to the type of medical practice including surgery and anesthesia by referring based on the information related to the operation, and the equipment information acquisition unit includes a plurality of items By referring to a table that associates information related to equipment with use purpose discrimination information that can determine the type of medical practice including surgery and anesthesia, which is the purpose of use of the equipment, based on desired use equipment information, In addition to the use equipment information, the purpose of use identification information of the equipment is acquired, and the operation record recording unit obtains information related to the operation operation to be performed and the desired use equipment information. Further association with each other and kind of medical practice, including anesthesia and said.

  According to this aspect, even if the input person is not conscious, the execution information is automatically stored separately for each of the plurality of medical practice units included in the surgical operation, so that the storage of information that is accurate and easy to use is possible. The burden on the input person can be reduced.

  Furthermore, the management unit may further include a cost calculation unit that calculates the cost required for the operation operation based on the information stored in the surgical performance recording unit for each type of medical practice including surgery and anesthesia. According to this aspect, since the actually required cost is automatically calculated for each medical practice, the expenditure can be acquired in detail.

  It should be noted that any combination of the above-described constituent elements and a representation of the present invention converted between a method, an apparatus, a system, a computer program, etc. are also effective as an aspect of the present invention.

  ADVANTAGE OF THE INVENTION According to this invention, the information relevant to a surgical operation can be linked | related, and it can manage correctly and collectively.

  The surgery management system according to the present embodiment manages the schedule and details of surgery operations. Specifically, input is performed at the stage of creating a schedule for surgical operations or when registering the details of surgical operations, and the stored surgical operation information is used for accounting, inventory management of equipment, cost, etc. It can be used for analysis.

  In a single surgical operation, patients are generally anesthetized in addition to surgery. For nurses and the like who work as assistants at the operation site, it is important to quickly assist medical care without making mistakes, and it is not very common to carry out tasks with a clear awareness of the distinction between surgery and anesthesia. However, the departments in charge are different between surgery and anesthesia, and there are many equipment consumed by anesthesia, so it is possible to accurately grasp the cost and consumption of the entire surgical operation, The present inventor has recognized that the above situation is extremely inconvenient in managing the cost.

  Therefore, the present inventor minimizes the burden on doctors and nurses (hereinafter collectively referred to as “medical practitioners”, particularly medical practitioners performing surgical operations as “practitioners”). As a technology to accurately record all information related to surgical operations including anesthesia, and to acquire and store implementation information that clearly distinguishes anesthesia and surgery, we arrived at the surgery management system as in this embodiment. did. In addition, although this embodiment explains the form of distinguishing surgery and anesthesia as a unit of medical practice, if it is a unit of medical practice that is performed in a single surgical operation and you want to distinguish in later information utilization scenes, For example, it can be distinguished for each operation process, or a medical action other than anesthesia can be included.

  FIG. 1 shows an overall configuration of a system including a surgery management system according to the present embodiment. The surgery management system 100 is installed in a medical facility such as a hospital, for example, and management servers 110 and 112 for inputting, displaying, editing, and storing schedule information and operation information of surgery work, and access points to the management servers 110 and 112 are provided. Can be accessed wirelessly, and the information of one or more portable terminals 102 to 107 for inputting and displaying the implementation information and the information of the plurality of management servers 110 and 112 are comprehensively managed, or externally through the Internet or the like. A network server 120 for transmitting and receiving data is included. The management servers 110 and 112 are installed in, for example, a nurse station of each medical department in a hospital, and the portable terminals 102 to 107 are used in each operating room, for example. The surgery management system 100 is connected to an information management system 140 that centrally manages information such as schedule information and execution information of surgery tasks registered in one or more surgery management systems 100 via the Internet or the like. Note that the mobile terminals 102 to 104 may be configured to be connected to the network or the management server 110 via a cable or the like. The network server 120 may be configured to serve as the management server 110.

  FIG. 2 is a flowchart showing a flow of processing performed using the surgery management system 100 in a certain surgery. First, a medical practitioner such as a doctor or a nurse inputs an operation schedule to the management server 110 (S12). This is a process of performing “drafting” in terms of surgical operations. At this time, the patient information such as the patient name and ID number, the scheduled date and time, the surgical procedure, the operating room and the name of the practitioner, and the equipment information such as the name and quantity of the scheduled equipment to be used are input as the scheduled surgery. When all necessary items have been input, the schedule is determined by performing registration processing on the input screen (S14). Thereby, the schedule information of the operation is stored in the management server 110 or the network server 120. Surgery schedule information is shared among a plurality of departments by the network server 120 or the like, and can be displayed as a list on the management server 110.

  On the day of the surgical operation, the medical practitioner reads the identification number affixed to the equipment actually used by the portable terminal 102 having a scanner function before or during the operation (S16). At this time, after reading the schedule information determined in S14, the identification number is read so as to correspond to the schedule information. In addition to the name of the equipment, the identification number represents equipment information such as the country of manufacture, manufacturer name, product number, lot number, expiration date, etc. in the form of letters, numbers, figures and the like. In addition to reading the identification number of the equipment, schedule information such as the name of the operator and the name of the procedure is displayed on the portable terminal 102, and when there is a change, the information is corrected, or the actual operation time required is input For example, related information is input (S18). The related information may be input to the management server 110. The inputted implementation information is transmitted to the management server 110 as implementation information together with schedule information that has not been corrected. After the operation, the medical practitioner performs confirmation work on the management server 110, and then registers the implementation information by pressing the “Register” button displayed on the screen of the management server 110 (S20). As a result, the implementation information is stored in addition to the past implementation information stored in the management server 110 or the like.

  The schedule information and the execution information of the operation work are also transmitted to the information management system 140 connected to the operation management system 100 via the Internet or the like, and are centrally managed there. The schedule information and the execution information stored in the management server 110 and the information management system 140 can be used for accounting, equipment inventory management, receipt creation, financial analysis, technical examination, and the like.

  FIG. 3 is a block diagram illustrating a configuration of a unit of the surgery management system 100 according to the present embodiment. The surgery management system 100 includes a mobile terminal 102 and a management server 110. The portable terminal 102 includes an implementation information input unit 10 that inputs implementation information when performing a surgery, and a portable terminal side for selecting scheduled operation information and confirming information input in the implementation information input unit 10 It includes a display unit 14 and a portable terminal side transmission / reception unit 16 that accesses an access point of the management server 110 and wirelessly transmits / receives various data to / from the management server 110. The implementation information input unit 10 includes an identification number reading unit 12 that reads an identification number attached to the equipment used by reading the identification code affixed to the equipment used. The implementation information input unit 10 further includes keys (not shown) for moving the cursor displayed on the mobile terminal side display unit 14, and implementation information other than the identification number, that is, required time, implementer name, etc. The related information such as technique name, addition item, gas used, and amount used is input by selecting the option displayed on the mobile terminal side display unit 14 by a key operation or the like. The screen of the mobile terminal side display unit 14 may be configured as a touch sensor panel, and the implementation information options may be input with a pen.

  The management server 110 includes a schedule information input unit 18 for inputting schedule information, a schedule information storage unit 30 for storing confirmed schedule information, a mobile terminal 102, a network server 120, and an information management system 140 via the Internet. From the management server side transmitting / receiving unit 28 that transmits / receives information and implementation information and the identification number of the equipment used transmitted from the mobile terminal 102, the name of the equipment is acquired, and whether the purpose of use is surgery or anesthesia is determined. The device information acquisition unit 24 and the device information acquisition unit 24 are referred to when acquiring the device information and when determining whether the purpose of use is surgery or anesthesia. The device identification number, the name of the device, and the operation Alternatively, an instrument information master 34 that stores in advance a combination of instrument information such as a value indicating anesthesia (hereinafter referred to as an identifier) and the related information, A related information classification unit 26 that classifies information to be discriminated whether the target is surgery or anesthesia, a related information master 36 that is referred to when classifying related information, and stores in advance a combination of the name and identifier of the related information, and a medical practice An implementation information update unit 22 that performs necessary post-processing such as addition, correction, registration acceptance, calculation of insurance points and various expenses, etc. by the person, and display of schedule information The server-side display unit 20 categorizes and displays the execution information as surgery and anesthesia, and the execution information storage unit 32 that accepts, stores, and stores the registration of the execution information.

  The management server 110 further sets in advance information such as personal information and processing authority of a user who is a medical practitioner who can operate the above-described functional blocks, or performs authentication when inputting or updating schedule information or implementation information. And a user information master 31 for storing user information including the set name and password of each user. In the processing described below, when a medical practitioner inputs his / her name and password, for example, to an authentication information input means (not shown) in the management server 110 or the portable terminal 102, the user information management unit 19 acquires the user information and user information. This is performed only when authentication is successful after collating with data stored in the master 31.

  With the above configuration, a procedure of processing related to implementation information performed in the present embodiment will be described with reference to FIGS. 4 and 5. FIG. 4 shows a procedure of processing performed when performing surgery. These processes are performed in cooperation with the portable terminal 102 and the management server 110. First, as a pre-process for performing an input operation in the portable terminal 102, a request for transmitting previously registered surgery schedule information is sent from the portable terminal 102 to the management server 110 (S30). The management server 110 reads, for example, schedule information for a plurality of operations performed on the same day from the schedule information storage unit 30 and transmits it to the mobile terminal 102 (S32). The mobile terminal 102 displays the schedule information transmitted from the management server 110, for example, in a list format (S34). The medical practitioner selects an operation schedule to be performed from the displayed list (S36). Simultaneously with the selection, a signal to that effect is transmitted to the management server 110, whereby the management server 110 accepts the operation to be performed and enters an information acceptance state (S38). Next, the identification number assigned to the equipment is read by appropriately selecting the input screen of the portable terminal 102 and reading the identification code affixed to the equipment to be used by the identification number reading unit 12 (S40). The read identification number is sequentially transmitted from the portable terminal 102 to the management server 110. The equipment information acquisition unit 24 of the management server 110 searches the equipment information master 34 based on the transmitted identification number (S42). Then, the acquired equipment name is transmitted to the mobile terminal 102. The name of the equipment whose identification number is read is displayed on the portable terminal side display unit 14 (S44).

  The portable terminal 102 is provided with a memory area (not shown) for temporarily storing the read schedule information and the input execution information until the input of the execution information is completed, and the names of the used equipment and the like are sequentially stored. . The medical practitioner inputs necessary implementation information to the mobile terminal 102 at any time during or after the implementation of the medical practice (S46), inputs all necessary information, and confirms, for example, an “input complete” button. Input completion processing such as pressing is performed (S48). As a result, the information temporarily stored in the memory area is collectively transmitted to the management server 110 as implementation information (S50). The management server 110 accepts the transmitted implementation information (S52). The execution information input process of S46 may be performed during or before or after the equipment identification number reading process of S40.

  FIG. 5 shows a procedure of processing performed after the operation is completed following the processing shown in FIG. These processes are performed in the management server 110. First, among the execution information transmitted from the portable terminal 102, the device information master 34 is searched based on the device name or identification number (S54), thereby obtaining an identifier representing surgery or anesthesia for each device. Then, the equipment is classified (S56). Next, by searching the related information master 36 based on the name of related information to be classified into surgery and anesthesia among the implementation information, for example, the addition item name (S58), surgery is performed on each related information. Alternatively, an identifier representing anesthesia is acquired, and related information is classified (S60). When all the implementation information to be classified is classified, the implementation information is displayed on the server side display unit 20 in accordance with an instruction from a medical practitioner (S62). The classified execution information is displayed separately for surgery and anesthesia. While confirming the displayed implementation information, the medical practitioner corrects and adds information if necessary (S64), and confirms the implementation information by, for example, pressing an “execution information confirmation” button (S66). The implementation information update unit 22 adds the determined implementation information to the implementation information storage unit 32 and stores it (S68).

  FIG. 6 shows an example of the structure of data stored in the equipment information master 34. The instrument information table 70 includes an identification number column 72, an instrument name column 74 and an identifier column 76. The equipment information acquisition unit 24 refers to the identification number read by the portable terminal 102 with the identification number in the identification number field 72, thereby acquiring the equipment name in the equipment name field 74 and the identifier in the identifier field 76. The identifier stored in the identifier column 76 is a number “0” for the purpose of surgery and “1” for the purpose of anesthesia. When the equipment information acquisition unit 24 acquires the identifier, the search may be performed based on the equipment name. The equipment information table 70 may further include a column for storing the unit price of the equipment, the accounting code, and the like. In FIG. 6, in the equipment information master 34, the identification number field 72, the equipment name field 74, and the identifier field 76 are provided in one table. However, the identification number field 72 and the identifier field 76 may be separate tables. . Moreover, you may use a part of value contained in the identification number column 72 as an identifier.

  FIG. 7 shows an example of the structure of data stored in the related information master 36. Here, an addition item table 80, which is a combination of addition items and identifiers, is shown. The addition item table 80 includes an addition item name column 82 and an identifier column 84. The related information classification unit 26 acquires the identifier in the identifier column 84 by introducing the addition item name to be discriminated as the addition item name in the addition item name column 82. The identifier stored in the identifier column 84 is a number “0” for the purpose of surgery and “1” for the purpose of anesthesia, as in the instrument information table 70. In the related information master 36, the same table is stored for each of the technique, the addition item, the drug used, and the gas used. In any of these tables, a column other than the identifier column 84 may be provided and also used as a reference table for another information addition function.

  Next, a configuration example of a screen displayed on the management server 110 or the mobile terminal 102 in each step of the present embodiment will be described.

  FIG. 8 shows the user information master 31 when the system administrator or the like sets user information for authentication of a medical practitioner who performs processing in the user information management unit 19 of the management server 110 prior to individual processing related to surgery. The example of a screen which displayed the data registered in (2) on the server side display part 20 is shown. The user information list screen 144 has a user information column 145 for displaying the ID number, name, login name, affiliation, duties, password, user level, etc. of each medical practitioner, and “add” for setting information on a new user. Button 146 is included. In the figure, the user's password is displayed in a hidden form so that it cannot be browsed easily, but it may not be displayed. In the figure, the user level is a hierarchy of authority to perform each process in the surgery management system 100. For example, the “manager” is a system administrator, that is, all processes including setting and changing all user information. The person who can perform editing, the “editable” user can set and change his / her user information, and the person who can edit the operation schedule information and the operation information, and the “referenceable” user can set and change his / her user information. The person who can only refer to the operation schedule information and the operation information is determined in advance.

  When modifying user information registered in the user information master 31, a desired user is selected from the users displayed in the user information column 145, the submenu window 147 is displayed, and "Change" is selected. To display a user information setting window (not shown). Then, new information is input to the changed part. This change does not include a password change. That is, the system administrator or the like can change information independently of a preset password. Even if it becomes necessary to change a lot of user information, such as when affiliation names are changed in a batch, there is no need to enter a registered password or set it again. It can be done efficiently. The password is changed independently only when “change password” is selected from the submenu window 147. On the other hand, for the registration of a new user, by pressing an “add” button 146, a user information setting window similar to that for correction is displayed and set. In this case, a new password can be entered.

  Note that the user information management unit 19 specifies the user level of the user who is currently operating from the user information master 31 when displaying the user information list screen 144 or accepting information settings, and depending on the result, display or input A predetermined restriction is set on For example, when a person other than the user set as the system administrator is performing an operation, information on other users is not displayed in the user information column 145. As a result, user information cannot be easily browsed, and personal information is less likely to leak. Furthermore, since it is impossible to change user information or passwords for users other than themselves, incorrect information is not included in the registration data in the user information master 31 due to unauthorized processing or error, and proper authentication is performed. Can do. Further, when a person other than the system administrator changes his / her user information, for example, the ID number, affiliation, job, user level, etc. cannot be changed. As a result, it is possible to prevent unauthorized processing such as changing the user level to “administrator” to change the user information of another user or editing the implementation information with the name of another person. In addition, it is possible to prevent confusion of information that occurs when information is changed due to an error.

  Further, when a person other than the system administrator changes his / her password, the user information management unit 19 inputs the password before the change together with the password after the change, and refers to the user information master 31 based on the password to perform the authentication process. After that, the changed password is regarded as valid and registered in the user information master 31. Accordingly, for example, when the user is in the middle of processing, the password is not changed by another person, so that it is difficult for information to leak and proper authentication can be performed.

  FIG. 9 and FIG. 10 show examples of screens displayed on the server side display unit 20 of the management server 110 when an operation schedule is input. The schedule registration screen 150 in FIG. 9 is an initial screen for displaying a list of registered schedule information when inputting the schedule of each operation. The schedule registration screen 150 includes a display period column 152, a “display period change” button 154, an “add order” button 156, and a schedule information display column 158. Basic items of scheduled surgery information registered within the period displayed in the display period column 152 are displayed line by line in the schedule information display column 158. The medical practitioner displays a submenu window 159 by selecting one of the operation schedules displayed in the schedule information display field 158, and displays a schedule information input screen for the operation schedule by selecting “Change”. Let Information is changed as necessary. On the other hand, when registering a new operation schedule, a similar schedule information input screen is displayed by pressing an “add order” button 156. The schedule information input screen will be described in detail below. If “delete” in the submenu window 159 is selected, the registration of the surgery schedule can also be deleted.

  The display period of the scheduled operation date in the display period column 152 is, for example, one week from Monday of the next week. However, when the medical practitioner presses the “change display period” button 154 to reset the period, the number of schedule information displayed in the schedule information display field 158 can be increased or decreased. As a result, depending on the scale of the medical institution to which this embodiment is introduced and the actual conditions such as the contents of the operation to be performed, it is possible to prevent unnecessary display or to correct the operation plan based on a long-term plan later. This makes it possible to select and input a more efficient operation schedule.

  FIG. 10 shows an example of a schedule information input screen displayed by the management server 110 when “change” of the registered schedule information is selected on the schedule registration screen 150 or when the “add order” button 156 is pressed. Yes. The schedule information input screen 160 is a patient information input field 161 for inputting a patient ID number, patient name, age, gender, etc., scheduled operation date and time, scheduled time, place, procedure, anesthesia type, doctor name, nursing An operation information input field 162 for inputting a teacher's name and the like, an equipment information input field 163 for inputting the name and quantity of equipment scheduled to be used, and a “register” button 164 for registering the input schedule information in the schedule information storage unit 30 Including. Patient information, a technique, a doctor name, a nurse name, and the like are input by displaying candidates stored in advance in the management server 110 or the network server 120 as options and selecting one from them.

  As an example, FIG. 10 also shows a technique selection window 165 displayed when inputting a technique. First, when the item name area of the “technique” input field 162a is selected on the schedule information input screen 160, the color of the item name area changes, and a technique selection screen window 165 displaying the choices of the technique is displayed. . By changing the color of the item area, it becomes easier to confirm the item that is currently input symmetrical. The medical practitioner selects a technique by checking a box displayed at the beginning of the option in the technique selection window 165. The options displayed in the technique selection screen window 165 are narrowed down according to the input contents of the input item “clinical department”. In this way, the input efficiency is improved by narrowing down and displaying the choices based on the already input items. The management server 110 or the network server 120 further stores a plurality of combinations of information such as a technique and information used in the technique, such as an instrument and a medicine, and an instrument information input field 163 according to the input technique. The equipment information is displayed as a list. The medical practitioner confirms the list and confirms the equipment to be prepared by checking the box displayed at the beginning of the equipment that seems to be actually necessary. When all the items have been input, the “registration” button 164 is pressed to store the schedule information in the schedule information storage unit 30 to complete the registration.

  In the schedule information input screen 160, it is also possible to add equipment that has not been displayed as an option. FIG. 11 shows an example of an input screen displayed by the management server 110 when another device is added to the device displayed in the device information input field 163. The equipment selection screen 166 includes a search keyword input field 167, a “search” button 168, and a search result display field 169. When the medical practitioner inputs a character string to be a key of a desired device name in the search keyword input field 167 and presses the “search” button 168, the database of the management server 110 or the network server 120 is searched, and the search result A name that matches the search condition is displayed in the display field 169. When the medical practitioner selects a desired instrument from there, the instrument is added to the instrument information input field 163 in the schedule information input screen 160. As a result, it is possible to efficiently select only the equipment to be prepared from the medical equipment that has a large number of types. Note that the equipment selection screen 166 may actually be displayed on the same screen as the schedule information input screen 160. In addition to the character string included in the name, the search condition may represent the characteristics of the equipment such as the manufacturer name and the category to which it belongs.

  FIG. 12 shows an example of a screen when a list of registered schedule information is displayed in a schedule format. The schedule format list display screen 170 includes a format change button 171, a date field 172, a time axis 174, an operating room field 176, and schedule display fields 178a to 178h. In this list display, all the operation schedules for the day set in the date column 172 are arranged on the time axis for each operating room. Therefore, the width of the rectangle in each of the schedule display fields 178a to 178h represents the schedule required time, and basic items of the schedule information are simply displayed inside the rectangle. The display width of the time axis 174 is from 8 o'clock to 20 o'clock in FIG. 12, but the setting can be appropriately changed according to the operation embodiment of the medical facility such as business hours. By selecting one of the schedule display fields 178a to 178h, details of each operation schedule information, for example, clinical department, patient ID, patient name, sex, age, technique, practitioner name, start time, scheduled time Can be displayed in another window (not shown).

  In addition, a colored region is arranged at the left end of the schedule display fields 178a to 178h, and a color arrangement can be set for each medical department. Further, a case where the input content is confirmed or a case where the operation itself is canceled is marked in the schedule display fields 178a to 178h so that it can be confirmed at a glance. In the display screen of FIG. 12, the “re” mark displayed in the schedule display fields 178a, 178d, and 178e indicates that the input content of the operation has been confirmed, and the “x” mark displayed in the schedule display field 178c. Indicates that the operation has been cancelled. When a new operation plan is registered in the same operating room in the same operating room as the canceled operation, the schedule display column is displayed so as to overlap the schedule display column of the canceled operation. In the example of FIG. 12, a schedule display column 178h is displayed in an overlapping manner on the schedule display column 178c of the operation that has been canceled. In this way, schedule information is arranged on the time axis, color-coded and marked, etc., making it easier to visually grasp the surgery schedule, adding a new surgery schedule, and checking the schedule of the operating room It will be easier to understand the schedule at that time. In addition, even if the operation is canceled, it is possible to visually recognize the fact that the operation has been stopped by displaying a mark, thereby maintaining the strictness of the information.

  In addition to the list display in the schedule format shown in FIG. 12, a list display function in the same list format as that shown in FIG. 9 is further provided, and the display can be switched by the format change button 171. Thereby, the number of schedule information desired to be viewed at a time can be switched according to the viewing purpose of the medical practitioner, and the subsequent processing efficiency is improved. Since the schedule format list display screen 170 displays individual schedule information based on the operating room where the operation is scheduled to be performed, the operation schedule for which the operating room has not been determined is not displayed. When such an operation exists, the number of cases is displayed in the scheduled operation number column 177 of the schedule format list display screen 170, and prompts to switch to the list format list display as necessary. As a result, it is possible to prevent a lack of information about a surgery schedule that cannot be displayed. In addition, the number of operations currently displayed on the schedule format list display screen 170 is also displayed in the scheduled number of operations column 177.

  The medical practitioner displays the schedule format list display screen 170 again on the server-side display unit 20 after performing the operation, and displays the submenu window 179 by selecting the operation performed from the plurality of operations displayed in the list, It is possible to display a confirmation screen and an input screen for implementation information, which will be described later, and to print the implementation information on surgery and anesthesia.

  The schedule format list display screen 170 further includes an unsent number display field 175 and a “Send” button 173. The unsent number display column 175 displays the number of pieces of information that have not been sent to the information management system 140 among the determined schedule information and the execution information. Unsent information is transmitted by pressing a “send” button 173 and managed by the information management system 140. The unsent message number display column 175 and the “send” button 173 are not displayed only on the schedule format list display screen 170, but are displayed on the schedule registration screen 150 shown in FIG. 9 or the implementation information display screen 270 described later, for example. To be able to confirm and send as needed.

  FIGS. 13-21 has shown the example of a structure of the input screen displayed in the portable terminal side display part 14 of the portable terminal 102, for example, when inputting implementation information with the portable terminal 102 on the surgery day. FIGS. 13 and 14 show an operation selection screen when selecting a corresponding operation from the registered schedule information prior to inputting the execution information, that is, in step S36 of FIG. The operation selection screen 180 in FIG. 13 includes a scheduled operation date input field 181, a clinical department input field 182, and a schedule information selection field 183. The medical practitioner reads the schedule information corresponding to the surgery schedule registered in the management server 110 by inputting the date of the surgery and the department in the mobile terminal 102 on the day of the surgery. The read schedule information is displayed in the schedule information selection field 183 as an option. The medical practitioner selects an operation to be performed from the options.

  FIG. 14 shows a selection confirmation window displayed on the operation selection screen 180 when an operation to be performed is selected from the options in the schedule information selection field 183 shown in FIG. The selection confirmation window 186 includes a patient basic information field 187 and a confirmation button 188. For the operation selected from the options in the schedule information selection field 183, the basic information of the patient is displayed in the basic information field 187 to prompt the medical practitioner to confirm again. When the confirmation is completed, the confirmation button 188 is pressed. Due to the characteristics of the portable device, the portable terminal side display unit 14 has a small area, and the information that can be displayed at one time in the schedule information selection field 183 is limited. Therefore, more detailed and basic information that makes it easy to identify the patient is displayed again, and the medical practitioner is confirmed. As a result, for example, when two patients with the same surname and the same name are included in the options, the risk of a mix-up of information is reduced.

  Through the above procedure, the schedule information of the surgery to be performed is fixed and read from the schedule information storage unit 30, so that the mobile terminal 102 and the management server 110 can perform the schedule information of the surgery to be performed, The input can be performed efficiently.

  FIG. 15 shows an equipment information input screen when the identification number of the equipment used is read by the portable terminal 102. As shown in the figure, on the equipment information input screen 190, an equipment information input window 198 is active in order to read the equipment identification number. An input window is prepared for each of time information, practitioner information, procedure information, addition item information, and gas information input in the execution information input unit 10, and each window is selected by selecting each tag from the tag area 196. Becomes active and information can be input. In addition, the equipment information input screen 190 includes a patient information field 192 indicating a patient name and an ID number as basic information, an operation information field 194 indicating an operation method, and a “change quantity” button 204 for changing the quantity of equipment used. A “two-stage identification code input” button 206 for reading the two-stage identification code, a “cancel” button 208 for discarding the input information, and “execution input completion for confirming the input information and transmitting it to the management server 110 "Button 210 is provided. Since the tag area 196, the patient information column 192, the surgery information column 194, the “cancel” button 208 and the “execution input completion” button 210 are common to the screen for inputting the execution information, that is, FIGS. Description is omitted.

  The equipment information input window 198 includes an equipment name column 200 and an execution amount column 202. The name of the equipment used shown in the equipment name column 200 is acquired by the management server 110 based on the identification number read by the mobile terminal 102. In this figure, the equipment information at the time of reading three kinds of equipment. An input screen 190 is shown. In the portable terminal 102, the instrument names corresponding to the read identification numbers are sequentially displayed in the instrument name column 200. Therefore, the medical practitioner who performs input does not need to be aware of whether the equipment is used for surgery or anesthesia.

  FIGS. 16 and 17 show screens for inputting the time related to the surgical operation in the portable terminal 102. The time input screen 220 is displayed by selecting a “time” tag in the tag area 196 and includes a time input window 222. In FIG. 16, the time input window 222 includes a time column 224 for displaying the in-room, anesthesia, and start time and end time of the operation, and a required time column 226 for displaying the required time. On the initial screen of the time input window 222, a value set in the read schedule information of the operation is displayed. When it is necessary to correct the time, the time correction window 228 shown in FIG. 17 is displayed on the time input screen 220 by selecting the time column 224 of the correction location, and the actual time is input. The implementation information input unit 10 reflects the input time in the time column 224 of FIG. 16, calculates the required time based on the time, and displays it in the required time column 226.

  FIG. 18 shows a screen for inputting practitioner information on the mobile terminal 102. The practitioner information input screen 230 is displayed by selecting the “staff” tag in the tag area 196, and includes an attribute tag 232 for selecting a practitioner's attributes, that is, a doctor, a nurse, and a technician, and a practitioner selection window 234. The input is performed by checking and selecting the box displayed in the row of each practitioner name according to the role in the surgical operation. For example, in FIG. 18, the attribute tag 232 of “doctor” that displays a doctor among the performers is selected, and among the doctors whose names are displayed in the performer selection window 234, the operating surgeon, assistant, and anesthesiologist The boxes for “surgery”, “assistant”, and “anesthesia” are provided for identifying each. In the initial screen of the practitioner selection window 234, the corresponding boxes are selected for the names of the surgeon, assistant, and anesthesiologist registered in the read schedule information of the operation, and it is necessary to make corrections. Enter only if. Here, only the “surgeon” box for identifying the surgeon is required to be checked, and a warning message is displayed when the “execution input complete” button is pressed without being checked due to an erroneous operation of the mobile terminal 102 or the like. To prompt the medical practitioner for input. Thereby, it is possible to prevent the surgeon's input leakage, which is important and indispensable information in the operation, and to reliably acquire the execution information.

  As described above, when inputting the practitioner information, the mobile terminal 102 corrects the actual practitioner from many candidates only when there is a change from the practitioner information set in advance in the schedule information. The number of man-hours for reselection is reduced. Furthermore, by classifying and displaying doctors, nurses, and technicians, input efficiency is further improved and confirmation can be performed easily, reducing input time and reducing errors. can do.

  FIG. 19 shows a screen for inputting a procedure in the mobile terminal 102. The procedure input screen 240 is displayed by selecting a “procedure” tag in the tag area 196, and includes a procedure selection window 242, a “change quantity” button 244, and an “add” button 246. The procedure selection window 242 displays candidate procedure names and the number of executions. Here, the candidate techniques are the database stored in the management server 110 or the network server 120 that associates the surgical procedure with the surgical procedure that may be performed, and the anesthesia type and the anesthetic type. It is extracted from a database that correlates with anesthesia techniques that may be detected based on the surgical procedure and the type of anesthesia included in the scheduled operation information. They are displayed without distinction between the surgical technique and anesthesia technique, and the medical practitioner who performs the input need not be aware of these distinctions.

  Input is done by checking and selecting the box displayed at the beginning of each procedure name. On the initial screen of the procedure selection window 242, the procedure registered in the schedule information of the surgery is selected, and input may be performed only when correction is necessary. If necessary, a “quantity change” button 244 is pressed to display a quantity input window (not shown), and a desired number of times is input. If you want to select a technique that was not displayed as a candidate in the technique selection window 242, press the “Add” button 246 to display another technique list (not shown) and select the desired technique from there. input. In this way, the candidate of the technique that has been narrowed down in advance based on the surgical procedure and the type of anesthesia is set as the initial option, and other techniques are selected as necessary, thereby improving input efficiency and reducing input errors. Occurrence can be suppressed.

  FIG. 20 shows a screen for inputting addition items in the mobile terminal 102. The addition item input screen 250 is displayed by selecting an “addition” tag in the tag area 196, and includes an addition selection window 252, a “change quantity” button 254, and an “add” button 256. The addition selection window 252 displays candidate addition item names and quantities. The candidate addition items here are based on the surgical procedure and anesthesia type included in the schedule information of the surgery from the database in which the surgical procedure and anesthesia type are associated with the corresponding surgical addition and anesthesia addition, as in the procedure. It has been extracted. Like the procedure, these candidates are displayed without distinction between operation addition and anesthesia addition, and the medical practitioner who performs the input need not be aware of these distinctions.

  Input is performed by checking and selecting the box displayed at the beginning of the line of the addition item name. On the initial screen of the addition selection window 252, an addition item registered in the schedule information of the surgery is selected, and input may be performed only when correction is necessary. If necessary, a “quantity change” button 254 is pressed to display a quantity input window (not shown) to input a desired quantity. In addition, when a new addition item that is not displayed as a candidate in the addition selection window 252 and that is in accordance with the actual state of implementation such as overtime addition or holiday addition is selected, another addition can be performed by pressing the “Add” button 256. A list (not shown) is displayed, and a desired addition item is selected from the list. In this way, the candidates for addition items that have been narrowed down in advance based on the surgical procedure and type of anesthesia are used as the initial options, and other addition items are selected as necessary. The occurrence of mistakes can be suppressed.

  FIG. 21 shows a screen for inputting used gas in the portable terminal 102. The used gas input screen 260 is displayed by selecting a “gas” tag in the tag area 196 and includes a gas selection window 262, a “change quantity” button 264, and an “add” button 266. In the gas selection window 262, the names and implementation amounts of candidate gases are displayed. The candidate gas here is the schedule information of the operation from the database that correlates the surgical method and anesthesia type with the surgical gas and the anesthetic gas that may be used correspondingly, as well as the procedure and addition items. Extracted based on the surgical method and type of anesthesia included. Similar to procedures and addition items, these candidates are displayed without distinction between surgical gas and anesthetic gas, and the medical practitioner who performs input need not be aware of these distinctions.

  Input is done by checking and selecting the box displayed at the beginning of the gas name. On the initial screen of the gas selection window 262, the gas registered in the schedule information of the surgery is selected, and input may be performed only when correction is necessary. If necessary, a “quantity change” button 264 is pressed to display a quantity input window (not shown), and a desired quantity is entered. If a gas that has not been displayed as a candidate in the gas selection window 262 is selected, another gas list (not shown) is displayed by pressing the “Add” button 266, and a desired gas is selected therefrom. input. In this way, the gas candidates that have been narrowed down in advance based on the surgical procedure and the type of anesthesia are used as the initial options, and other gases are selected as necessary, thereby improving input efficiency and reducing input errors. Occurrence can be suppressed.

  FIG. 22 shows an example of a screen when the implementation information that has been input on the mobile terminal 102 is displayed on the server-side display unit 20 of the management server 110. This screen is displayed, for example, by selecting an operation performed from the schedule format list display screen 170 shown in FIG. 12 and selecting “execution information input / confirmation” from the displayed submenu window 179. The execution information display screen 270 includes a basic information display field 272 for displaying basic information related to a patient and a surgical operation, a practitioner information column 274 for displaying a name of a practitioner, a time column 276 for displaying a time related to a surgical operation, and execution information related to a surgery. Are displayed, an anesthesia performance information column 280 for displaying performance information related to anesthesia, and a “register” button 284. The execution information input without being conscious of the distinction between surgery and anesthesia in the mobile terminal 102 is classified in the management server 110 and can be displayed separately. The medical practitioner can check the screen and, if necessary, can make corrections or add information by selecting each item or quantity. Thereafter, by pressing the “Register” button 284, the execution information including the surgery and anesthesia classification information is stored in the execution information storage unit 32, and the registration is completed.

  Further, in the schedule format list display screen 170 shown in FIG. 12, when “print” is selected from the submenu window 179, a print screen of the execution information is displayed on the server side display unit 20, and the medical practitioner places the execution information on the page. Can be printed. FIG. 23 shows an example of a print screen of implementation information. The execution information print screen 290 includes a “surgery” / “anaesthesia” switching button 292, a page switching button 294, a page display field 296, and a “print” button 298. In the implementation of surgery and subsequent slip processing, the implementation information related to surgery and the implementation information related to anesthesia are often referred to in parallel by different parties. Therefore, in the present embodiment, such information is individually read out from the implementation information storage unit 32 and printed on another sheet together with basic information that is not subject to classification, such as a patient name. The medical practitioner switches the print sheet to be displayed in the sheet display field 296 by pressing the “surgery” / “anesthetic” switching button 292. FIG. 23 displays operation information related to surgery as an example. After confirming the contents, desired information is printed by pressing a “print” button 298. For both types of information, when the print sheet covers a plurality of pages, each page can be confirmed by pressing a page switching button 294, and all pages can be printed by pressing a “print” button 298. As a result, only the information required by those involved in the surgical operation or anesthesia business can be referred to on paper, and the work can be made more efficient.

  Further, in both the operation information related to the operation and the operation information related to the anesthesia, the “print / addition” column 296a, the “specific medical material” column 296b, and the “equipment / drug / gas” column 296c are included on the printed paper. The “surgical / addition” column 296a shows the insurance points that can be charged for each item and the total points, and the “special medical material” column 296b and the “equipment / drug / gas” column 296c show the price for each item. These total amounts are respectively calculated and recorded by the implementation information update unit 22. Thus, by printing together the cost required for materials consumed in one operation, such as specific medical materials, equipment, and drugs, and the insurance points that can be charged for the operation, it is easy to compare balances. As a result, accounting for each operation becomes clear, and detailed financial analysis can be performed.

  According to the present embodiment described above, since the operation information entered without being conscious of the distinction between surgery and anesthesia is automatically classified at the operation site, without placing a new work burden on the medical practitioner, It is possible to accumulate useful information for cost analysis and technical examinations that separate surgery and anesthesia. Moreover, since it is possible to reliably grasp the consumption of anesthesia-related equipment, which has often been overlooked so far, the details of expenditure can be clarified and appropriate accounting can be performed. Surgery operations have a major impact on hospital financial analysis, so it is easier to make effective measures to improve hospital management by making the balance clear. In addition, since the implementation information is input using a portable terminal with excellent portability, it is possible to input all the implementation information regardless of anesthesia or surgery at the time and place where input is required. This reduces the amount of information that can be obtained. The input at the portable terminal is easy because the input from the operation site is minimal because it is selected from the options displayed on the portable terminal only in the points different from the schedule information registered in advance. In addition, since the registered schedule information is naturally confirmed in the input operation of the implementation information, it has the same effect as the double check of information, and the occurrence of input mistakes can be suppressed. Furthermore, according to the present embodiment, since the output and display of the execution information related to one surgical operation can be divided into surgery and anesthesia, understanding of the execution information is facilitated even if output at a later date. . In addition, since the implementation information can be stored as an electronic file including classification information for surgery and anesthesia, necessary information can be similarly obtained in various departments that want to use the implementation information, such as the accounting department, inventory management department, financial analysis department, and medical office. It can be pulled out and searched easily.

  The present invention has been described based on the embodiments. Those skilled in the art will understand that the above-described embodiment is an exemplification, and that various modifications can be made to combinations of the respective constituent elements and processing processes, and such modifications are also within the scope of the present invention. is there.

  In the present embodiment, the identification number of the equipment used read by the mobile terminal 102 is once transmitted to the management server 110, and the equipment name obtained as a result of searching the equipment name in the management server 110 is stored in the mobile terminal 102. Although the configuration of replying has been described, information on frequently used equipment among the equipment information stored in the equipment information master 34 may be stored in a storage area (not shown) of the mobile terminal 102. At this time, in order to acquire the equipment name, a search may first be performed within the mobile terminal 102, and the management server 110 may perform a search only when the search cannot be performed. Thereby, the frequency | count of transmission / reception of the data of the portable terminal 102 and the management server 110 reduces, and more efficient equipment name search can be performed.

It is a figure which shows the whole structure of the system containing the surgery management system which concerns on this Embodiment. It is the figure which showed the flow of the process performed using the surgery management system which concerns on this Embodiment at the time of a certain surgery. It is a block diagram which shows the structure of a certain unit of the surgery management system in this Embodiment. It is a figure which shows the procedure of the process which the surgery management system in this Embodiment performs at the time of implementation of a surgery. It is a figure which shows the procedure of the process which the surgery management system in this Embodiment performs after the surgery completion. In the surgery management system in this Embodiment, it is a figure which shows the example of the structure of the data memorize | stored in an instrument information master. It is a figure which shows the example of the structure of the data memorize | stored in the relevant information master in the surgery management system in this Embodiment. In the surgery management system in this Embodiment, it is a figure which shows the example of a screen when a management server displays the data registered into the user information master. In the surgery management system in this Embodiment, it is a figure which shows the example of a screen when a management server displays the list of registered schedule information. In the surgery management system in this Embodiment, it is a figure which shows the example of the screen which a management server displays, when inputting the schedule of a surgery. In the surgery management system in this Embodiment, it is a figure which shows the example of the input screen which a management server displays when another instrument is added to the instrument displayed on the instrument information input column at the time of a surgery plan input. In the surgery management system in this Embodiment, it is a figure which shows the example of a screen when the management server displays the list of the registered schedule information in a schedule format. It is a figure which shows the surgery selection screen at the time of selecting an applicable surgery from the registered schedule information in the portable terminal of the surgery management system in this Embodiment. It is a figure which shows the surgery selection screen at the time of selecting an applicable surgery from the registered schedule information in the portable terminal of the surgery management system in this Embodiment. In the surgery management system in this Embodiment, it is a figure which shows the instrument information input screen at the time of reading the identification number of an instrument used with a portable terminal. It is a figure which shows the time input screen which inputs the time relevant to a surgery work in the portable terminal of the surgery management system in this Embodiment. It is a figure which shows the time input screen which inputs the time relevant to a surgery work in the portable terminal of the surgery management system in this Embodiment. It is a figure which shows the medical practitioner information input screen which inputs medical practitioner information in the portable terminal of the surgery management system in this Embodiment. It is a figure which shows the procedure input screen which inputs a procedure in the portable terminal of the surgery management system in this Embodiment. It is a figure which shows the addition item input screen which inputs an addition item in the portable terminal of the surgery management system in this Embodiment. It is a figure which shows the use gas input screen which inputs use gas in the portable terminal of the surgery management system in this Embodiment. In the surgery management system in this Embodiment, it is a figure which shows the example of a screen at the time of displaying implementation information on a management server. In the surgery management system in this Embodiment, it is a figure which shows the example of the screen displayed on a management server in order to print implementation information.

Explanation of symbols

DESCRIPTION OF SYMBOLS 10 Implementation information input part, 12 Identification number reading part, 14 Portable terminal side display part, 16 Portable terminal side transmission / reception part, 18 Schedule information input part, 19 User information management part, 20 Server side display part, 22 Implementation information update part, 24 equipment information acquisition unit, 26 related information classification unit, 28 server side transmission / reception unit, 30 schedule information storage unit, 31 user information master, 32 implementation information storage unit, 34 equipment information master, 36 related information master, 100 surgery management system, 120 network server, 110 management server, 102 mobile terminal, 140 information management system, 160 schedule information input screen, 270 implementation information display screen.

Claims (15)

An operation information recording unit for inputting / outputting operation information of a surgical operation; and a management unit connected to the operation information recording unit via a network and managing the information of the surgical operation,
The implementation information recording unit
When performing a surgical operation, an implementation information input unit for inputting information related to the surgical operation,
A device information input unit for reading an identification code assigned to a device actually used in the operation operation;
A transmission unit that transmits information related to the surgical operation performed in the implementation information input unit and the identification code read in the use equipment information input unit to the management unit;
The management unit
A receiving unit for receiving information from the implementation information recording unit;
Based on the identification code transmitted from the implementation information recording unit, by referring to a table in which information on a plurality of equipments is associated with identification codes assigned to each equipment, the desired information among the information on the equipment used An equipment information acquisition unit for acquiring equipment information;
A surgical performance recording unit that stores information related to the performed surgical operation transmitted from the implementation information recording unit and the desired equipment information acquired in the instrument information acquisition unit in association with each other;
A surgical management system comprising:   The operation management system according to claim 1, wherein the information related to the operation operation performed in the operation information input unit includes information related to medical practice including surgery and anesthesia.   The surgery management system according to claim 1 or 2, wherein the identification code read in the equipment information input unit includes an identification code assigned to equipment used in medical practice including surgery and anesthesia. . The management unit
A table associating information related to a plurality of surgical operations and types of medical activities including surgery and anesthesia, which are the objectives of the surgical operations, related to the performed surgical operations transmitted from the implementation information recording unit By further referring to the information, it further comprises an implementation type classification unit that classifies information related to the implementation surgical operation according to the type of medical practice including surgery and anesthesia,
The equipment information acquisition unit is configured to associate a table in which information on the plurality of equipment is associated with use purpose determination information that can determine a type of medical action including surgery and anesthesia, which is a use purpose of the equipment. By referring to the equipment information, in addition to the desired use equipment information, obtain the use purpose determination information of the equipment,
The operation result recording unit stores the information related to the operation operation and the desired equipment information in further association with the type of medical practice including surgery and anesthesia. The surgical management system described.   The management unit further includes a cost calculation unit that calculates the cost required for the operation operation based on information stored in the operation result recording unit for each type of medical practice including the surgery and anesthesia. The operation management system according to claim 4, wherein   The cost calculation unit includes a cost for at least one of the time required for the medical practice included in the information related to the surgical operation, the medical practitioner, the procedure, the addition item, and the equipment used included in the desired equipment information. The surgery management system according to claim 5, further comprising: calculating for each type of medical practice. An implementation information acquisition unit for acquiring information related to the surgical operation to be performed and an identification code assigned to the equipment actually used in the surgical operation to be performed;
Based on the identification code acquired in the implementation information acquisition unit, by referring to a table that associates information on a plurality of equipments with identification codes assigned to each equipment, the desired use of the information on the equipment used An equipment information acquisition unit for acquiring equipment information;
A surgical performance recording unit that stores information related to the surgical operation to be performed acquired in the implementation information acquisition unit and the desired equipment information acquired in the instrument information acquisition unit in association with each other;
An operation management server comprising: A table in which information related to a plurality of surgical operations and a type of medical practice including surgery and anesthesia, which is the purpose of the surgical operation, is associated with the surgical operation to be performed acquired in the execution information acquisition unit An operation type classification unit that classifies the information related to the surgical operation to be performed according to the type of medical practice including surgery and anesthesia by referring to the information,
The equipment information acquisition unit is configured to associate a table in which information on the plurality of equipment is associated with use purpose determination information that can determine a type of medical action including surgery and anesthesia, which is a use purpose of the equipment. By referring to the equipment information, in addition to the desired use equipment information, obtain the use purpose determination information of the equipment,
The said operation result recording part stores the information relevant to the said operation | work performed and the said desired equipment information further matched with the classification of the medical practice including an operation and anesthesia, and memorize | stores it. The surgery management server described in 1.   9. The information processing apparatus according to claim 8, further comprising an execution information display unit that displays information related to the surgical operation to be performed and the desired equipment information for each type of medical practice including surgery and anesthesia. Surgery management server. An implementation information input unit for inputting information related to the operation operation when performing an operation operation including surgery and anesthesia;
A device information input unit for reading an identification code assigned to a device actually used in the operation operation;
A transmission unit that transmits information related to the surgical operation performed in the implementation information input unit and the identification code read in the use equipment information input unit to an external server;
A portable terminal device comprising: A schedule information acquisition unit for acquiring schedule information of a plurality of surgical operations created in advance;
A schedule information display unit for displaying at least part of the acquired schedule information for each of the plurality of surgical operations;
A schedule information selection receiving unit that receives an input for selecting schedule information of the surgical operation to be performed from the displayed schedule information,
The said execution information input part and the said equipment information input part input the information relevant to the said operation operation work, and the said identification code, respectively linked | related with the selected said schedule information, It is characterized by the above-mentioned. The portable terminal device described.   The schedule information display unit further displays information on the patient included in the schedule information of the selected surgical operation, and the schedule information selection receiving unit is an input for confirming the displayed information on the patient The mobile terminal device according to claim 11, further receiving the password. When performing surgical operations including surgery and anesthesia, inputting information related to the performed surgical operations on a mobile terminal;
A step of reading from the outside by the portable terminal an identification code assigned to the equipment actually used in the surgical operation,
Transmitting information related to the surgical operation and the identification code from the portable terminal to a management server;
Information relating to a plurality of equipment used for surgical operations stored in the management server in advance, use purpose discrimination information capable of determining the type of medical action including surgery and anesthesia, which is the purpose of use of each equipment, and each equipment By referring to the table associated with the identification code assigned to the information based on the identification code transmitted from the portable terminal, the desired use equipment information and use purpose discrimination information among the information on the use equipment is obtained. And steps to
A table in which information related to a plurality of surgical operations stored in the management server in advance and a type of medical practice including surgery and anesthesia is associated with the performed surgical task transmitted from the mobile terminal Categorizing information related to the performed surgical operation according to the type of medical practice including surgery and anesthesia by referring to based on the information to be performed;
Storing the information related to the operation operation, the desired equipment information, and the type of medical practice including surgery and anesthesia in association with each other;
A surgical management method comprising the steps of:   Calculating a cost required for the operation operation for each type of medical practice including the operation and anesthesia based on the stored information related to the operation operation and the desired equipment information; The operation management method according to claim 13, further comprising: As a pre-process of the step of inputting information related to the performed surgical operation, a step of acquiring schedule information of a plurality of surgical operations created in advance,
Displaying at least part of the acquired schedule information for each of the plurality of surgical operations;
Receiving an input for selecting schedule information of the surgical operation to be performed from the displayed schedule information;
A step of further displaying the information on the patient included in the schedule information of the selected surgical operation;
A step of further receiving an input for confirming the displayed information of the patient;
Further including
The information related to the surgical operation and the identification code are respectively input in association with schedule information of the surgical operation including information on the confirmed patient. Surgery management method.

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