JP5656956B2 - Control device, radiation imaging system, control method, imaging control method, and program - Google Patents

Description

  The present invention relates to an examination information processing apparatus and method for inputting patient information and conducting an examination using an X-ray imaging apparatus or the like.

  In recent years, hospitals have constructed a hospital information system called HIS (Hospital Information System) between departments in a hospital. Also, in each department, for example, in the radiation department, an information system tailored to each department such as RIS (Radiology Information System) is constructed and information transmission is being made online. In such an information system, in addition to searching and referring to the test results recorded in the patient database in the server with a terminal, it is also possible to transmit the test request information by the doctor to another department of the request destination as a test order. it can.

  FIG. 17 shows an example of a hospital network. The HIS 1019 is an information system connected via an interdepartment network. The HIS 1019 has a server 1020. The departments 1021 and 1022 include, for example, an accounting department, a medicine department, a medical examination department (such as an internal medicine department, a surgical department, and an orthopedic department). In each of the departments 1021 and 1022, there are HIS terminals 1023 and 1024 configured by personal computers or the like. The RIS 1010 is an information system in the radiation department. The RIS 1010 includes an RIS terminal 1011 that includes an image server 1013, a gateway 1014 that connects the HIS 1019 and the RIS 1010, a personal computer provided in the radiation department 1012, and the like. In the RIS 1010 shown in FIG. 17, an inspection system A 1017 and an inspection system B 1018 are installed in an imaging room A 1015 and an imaging room B 1016, respectively.

  When the subject A who is an outpatient finishes the outpatient acceptance, the diagnosis is performed in each of the departments 1021 and 1022 in FIG. In that case, diagnosis may be required in a plurality of departments. As a result of the diagnosis, for example, when it is determined by the doctor that X-ray imaging is necessary, when examination request information is input from the HIS terminal 1023, the request information is transmitted to the radiation department 1012 that is the request destination. Request information instructed by this doctor is called an examination order. This examination order includes the department name of the requesting party, examination items such as “imaging site: chest front, chest side” for X-ray imaging, and the patient's individual. Information such as data is included. When receiving the inspection order, the radiation department 1012 adds information such as imaging conditions and transfers the information to an appropriate inspection system 1017 or 1018.

  For example, the department 1021 is a surgical department, the department 1022 is an orthopedic department, and the inspection system 1017 in the imaging room A 1015 is an X-ray inspection system. When the subject A completes the outpatient reception and the diagnosis of the surgical department 1021 determines that X-ray imaging of the front and side of the chest is necessary, the doctor inputs an examination order from the HIS terminal 1023. The inputted inspection order is transferred to the X-ray inspection system 1017 in the imaging room 1015 (see, for example, Patent Document 1).

JP 2006-330815 A

  However, in the conventional method, when the user is operating in the X-ray inspection system, if an inspection order is received from the upstream system (HIS system), there is a possibility that the input of the inspection order may collide. In this case, there is a possibility that it may be difficult to determine which inspection order is used for imaging.

  In order to avoid such a situation, it is necessary to create a state in which only one of the inspection orders is accepted by a user switching operation. In that case, the operation becomes complicated by asking the user for the switching operation.

Therefore, the control device according to the embodiment of the present invention inputs receiving information indicating the radiography order, and inputs specific information about the examination when the receiving means receives the information indicating the radiography order. A first determination unit that determines whether or not there is information input via a GUI for performing, and the reception is performed when it is determined that there is information input by the first determination unit Second determination means for determining whether or not the radiographic order corresponding to the information is the next imaging target; and when the radiographic imaging order is determined to be the next imaging target, Display control means for displaying on the display unit a photographing screen for execution.

  The present invention has been made in view of such a problem, and provides an apparatus capable of easily determining whether to perform imaging based on an inspection order input by the user himself or whether it is an inspection order from an upstream system. With the goal.

1 is a configuration diagram of an X-ray imaging system in an embodiment. It is a flowchart which shows the process sequence of the X-ray imaging system in 1st embodiment. It is a figure which shows the example of a patient information input screen. It is a figure which shows the example of a patient information input screen. It is a figure which shows the example of an imaging | photography screen. It is a figure which shows the example of the confirmation screen of input patient information. It is a figure which shows the example of the confirmation screen of input patient information. It is a figure which shows the example of the setting method of a patient information input means. It is a figure which shows the example of the setting method of a patient information input means. It is a figure which shows the example of the setting method of a patient information display item. It is a figure which shows the example in the case of inputting patient information using a patient designation | designated file. It is a figure which shows the example of an error display when there is no designated patient information. It is a figure which shows the example of the input information display of an imaging | photography screen. It is a flowchart which shows the process sequence of the X-ray imaging system in 2nd embodiment. It is a figure which shows the example of the confirmation screen of input patient information. It is a flowchart which shows the process sequence of the X-ray imaging system in 3rd embodiment. It is a figure explaining the structure of the conventional X-ray imaging system.

  Hereinafter, embodiments of the present invention will be described with reference to the accompanying drawings.

<Description of system configuration>
FIG. 1 is a diagram showing a configuration of an X-ray imaging system which is a medical examination system according to the first embodiment. The X-ray imaging system includes an X-ray tube 1000 which is an X-ray generator, a sensor unit 1002 having an X-ray generator controller 1001 and a sensor 1003, an imaging system controller 1004, and an operation display unit 1005.

  The X-ray generator control unit 1001 controls the application of a high voltage to the X-ray tube 1000 based on information on the imaging conditions such as tube current, tube voltage, and irradiation time from the X-ray imaging system controller 1004. , X-ray generation is controlled.

  The imaging system control device 1004 processes the digital image signal obtained from the imaging unit 1003 and performs various control information such as imaging conditions on the X-ray generator control unit 1001. The photographing system control apparatus 1004 has, as hardware, a ROM that is a computer-readable storage medium for storing a software program, and a RAM for expanding the software program stored in the ROM. Furthermore, the photographing system control apparatus 1004 has a CPU that performs overall control of the entire system based on the developed software program.

  The operation display unit 1005 is a user interface for performing input of patient information, search / selection of a patient from a past patient list, transition to an imaging mode, various system settings, and the like. The operation display unit 1005 includes a display, a mouse, a keyboard, and the like.

  The network 1006 is connected to an HIS 1019 which is an external upstream system as shown in FIG. The X-ray imaging system illustrated in FIG. 1 receives the inspection order transmitted from the HIS 1019 via the network 1006.

  Operation information performed by the user through the operation display unit 1005 is detected by the X-ray imaging system control unit 1004. The result processed by the X-ray imaging system control unit 1004 is reflected on the display screen of the operation display unit 1005.

  For example, when a search keyword is input on the operation display unit 1005, the patient information management unit 1032 searches corresponding patient information from a storage device (not shown) that stores patient information. The result is reflected in the patient list on the screen displayed on the operation display unit 1005.

  After the patient information is input from the operation display unit 1005, when the imaging mode shift is executed, the patient information receiving unit 1033 determines the input contents of the patient information. If there is no error in the input content, the patient information management unit 1032 notifies the imaging control unit 1030 that imaging will be performed in preparation for imaging. The patient information management unit 1032 further notifies the operation display unit 1005 of the transition to the imaging mode in order to change the display content of the screen for imaging.

  The X-ray imaging system control apparatus 1004 is realized by a computer, and in this embodiment, the inspection order is transmitted and received using a file system of the computer. For example, in the HIS 1019 which is an external upstream system, a file describing a patient ID which is an examination order is generated in a predetermined folder. The patient ID is identification information for identifying a patient. When the X-ray imaging system control apparatus 1004 periodically monitors the generation of the file and detects the generation of the file, the patient information receiving unit 1033 receives the file that is the examination order. Then, the patient information management unit 1032 retrieves patient information corresponding to the patient ID from a storage device (not shown) based on the patient ID described in the file.

  When the search is performed normally and the patient information can be identified, the process for shifting to the imaging mode is performed. As a transition process to the shooting mode, the shooting control unit 1030 is notified that shooting is to be performed in order to execute the shooting preparation process, and a change in display content is notified to the operation display unit 1005 in order to change the content displayed to the user. .

  Here, when an instruction is given from the external upstream system HIS 1019 while the patient ID is manually input via the operation display unit 1005, the user is asked to confirm whether to shift to the imaging mode. There is a need. This is because, if the mode is automatically shifted to the imaging mode, the input contents of the patient ID input manually via the operation display unit 1005 are discarded or temporarily interrupted. In the present embodiment, in order to avoid such a situation, the shooting mode shifts according to an instruction from the user.

<Description of display screen>
FIG. 3 shows a screen 3001 displayed on the operation display unit 1005 of the X-ray imaging system.

  As a method for selecting a patient, there is a method of selecting from a registered patient list or directly inputting patient information, and a selection button 3002 for switching the selection method is provided at the upper part of the screen. A patient list 3003 is displayed at the center of the screen, and a list of patients registered so far is displayed. Below the patient list 3003, there is an area 3004 for inputting a search keyword, and the contents input using the software keyboard 3005 are displayed here.

  The patient information management unit 1032 performs a forward matching search simultaneously with the input of the search keyword, and reflects the content displayed in the patient list 3003. When the examination information processing unit 1031 selects a patient in the list and detects that the “next” button 3006 is selected, the examination information processing unit 1031 causes the operation display unit 1005 to shift to an imaging screen. When it is detected that the system button 3007 is selected, the system setting screen is displayed, and the user can change various settings.

  FIG. 4 shows a manual input screen 3010 for patient information. The input items include patient ID 3011, name 3012, comment 3013, date of birth 3014, and gender 3015. The patient ID 3011, name 3012, and comment 3013 are input using the software keyboard at the bottom of the screen. When selection of “next button” and “system button” is detected, the same operation as the processing shown in FIG. 3 is performed.

  FIG. 5 shows a shooting screen 3020. The captured image is displayed in an image display area 3021. The inspection information processing unit 1031 executes enlargement / reduction, rotation, and clipping processing 3025 on the display image in response to detection of selection of the buttons 3022 and 3025. In the upper part of the imaging screen 3020, patient information 3023 input on the patient information input screen is displayed. The thumbnail display area 3024 displays a reduced image of the captured image. A button 3026 is used to change contrast and density. Buttons 3027 and 3028 are used to stop and end the photographing process.

  FIG. 6 is displayed when the X-ray imaging system receives a file in which the patient ID is described from the external upstream system HIS 1019 in a state where patient information is not input via the operation display unit 1005. Window 3030. The window 3030 displays an icon 3031 indicating that the patient ID has been input from the upstream system, a patient ID described in the file, and patient information 3032 corresponding to the patient ID. When the specified time has elapsed, the display of this window is terminated, and the screen shifts to the shooting screen shown in FIG. Time can be set freely. When the time setting is set to 0 seconds, it is possible not to display the window itself.

  FIG. 7 is a window 3035 that is displayed when a patient ID is input from the upstream system HIS 1019 while patient information is being input via the operation display unit 1005. Similar to the window 3030, the window 3035 displays an icon indicating that the patient ID is input from the upstream system, the patient ID described in the file, and patient information corresponding to the patient ID.

  A difference from the window 3030 shown in FIG. 6 is that an OK button 3034 and a CANCEL button 3036 are displayed as objects for selection. When a file in which a patient ID is described is received from the upstream system 1007 with some input on the manual input screen shown in FIG. 4, the contents entered in the manual input screen shown in FIG. Will be discarded or put on hold. In FIG. 6, an OK button 3034 and a CANCEL button 3036 are displayed as objects for selection in order to confirm whether or not the input halfway content can be discarded. When the inspection information processing unit 1031 detects the selection of the OK button 3034, the inspection information processing unit 1031 ends the display of the window 3035 and shifts to a photographing screen for performing inspection processing. When the examination information processing unit 1031 detects selection of the CANCEL button 3036, the examination information processing unit 1031 controls to return to the state of the original manual input screen without shifting the imaging screen based on the patient ID received from the upstream system.

  FIG. 8 shows a system screen 3040 for setting the X-ray imaging system. The system screen 3040 is displayed upon detection of selection of the system button 3007 shown in FIG. In the system screen 3040, a patient information input setting button 3041, a patient information display setting button 3042, an end button 3043, and a button 3043 for returning to the patient information input screen are prepared. When the patient information input setting button 3041 is selected, settings relating to input of patient information from the upstream system can be performed. When the patient information display setting button 3042 is selected, items to be confirmed and displayed for the input contents can be set.

  FIG. 9 is a window 3055 for performing settings relating to input of patient information from the upstream system, which is displayed in response to detection of selection of the patient information input setting button 3041. In FIG. 9, in a window 3055, it is possible to perform function switching / validation, patient information path setting, and patient ID confirmation window display time setting. The input of the patient ID from the upstream system is performed only when the valid setting is performed here. When the patient ID confirmation window display time setting is set to 0, no window display is performed.

  FIG. 10 shows a window 3080 for setting items of patient information displayed on the screen of the operation display unit 1005 in response to detection of selection of the patient information display setting button 3042. As the display item 3081, a window, patient ID, name, date of birth, sex, and input means are prepared. The items to be displayed can be arbitrarily set by checking the check boxes of the respective items. These items can be set separately for patient ID input via the operation display unit 1005 and patient ID input from the upstream system.

  If the window display check box is cleared, all items are disabled in conjunction with each other. The “input means” of the display item is for identifying whether the displayed patient information corresponds to an input via the operation display unit 1005 or corresponds to an input from an upstream system. It is an item.

  FIG. 11 shows the contents described in the patient designation file for designating the patient ID. In the patient designation file, only the patient ID is described as text data.

  A window 3060 shown in FIG. 12 is displayed when the patient information corresponding to the patient ID designated from the upstream system does not exist in the patient list stored in the storage device (not shown). In the window 3060, an error code 3061, error-related information 3062, and error content 3063 are displayed. When the patient information corresponding to the patient ID does not exist in the patient list, an error button 3064 is displayed on the upper right of the patient input screen shown in FIG. 3, and when the selection of this button is detected, a window 3060 is displayed. .

  FIG. 13 is a display related to patient information 3023 displayed at the top of the imaging screen 3020. In the case of imaging processing corresponding to the patient ID input from the upstream system, an icon 3070 indicating that is displayed.

<Description of overall processing>
FIG. 2 is a flowchart of an X-ray imaging system that operates as a medical examination system. When the X-ray imaging system is activated, the patient information receiving unit 1033 checks whether a patient ID is input via the operation display unit 1005 (S2001). If there is an input, the patient information management unit 1032 performs a process corresponding to the patient ID (S2002). As processing along the input items (S2002), there are retrieval of information related to past patients, transition to imaging mode, setting change, and the like.

  Next, the patient information receiving unit 1033 checks whether or not a file describing the patient ID generated in the HIS 1019 which is the upstream system is acquired via the network (S2003).

  When the file is received via the network, the patient information management unit 1032 analyzes the file in which the patient ID is described (S2004), and acquires the patient ID (S2005).

  Next, the patient information management unit 1032 searches for a patient ID in order to confirm whether or not a storage device (not shown) has registered the same patient ID as the acquired patient ID (S2006).

  The patient information management unit 1032 determines whether or not the patient ID is registered in the unfavorable storage device (S2007). If there is no corresponding patient ID, an error message indicating that the patient ID was not found is displayed (S2008), and the process returns to the first input waiting state.

  When the patient ID is searched, the patient information management unit 1032 acquires information such as the name, sex, and date of birth associated with the searched patient ID from the storage device, and determines the information as the patient information to be examined ( S2009). At this time, the patient information management unit 1032 determines whether data is input via the operation display unit 1005 (S2010).

  The examination information processing unit 1031 determines that an input item such as a patient ID, name, date of birth, or the like in the display screen is being input even if one character is input, and if there is no input of one character, the input work is not performed. to decide. After determining that nothing has been input, the examination information processing unit 1031 acquires information regarding a display time for displaying information regarding the patient on the screen (S2011).

  The display time is a time for displaying patient information associated with the analyzed patient ID. When a patient is specified from the upstream system HIS 1019, patient information is displayed for confirmation. The inspection information processing unit 1031 performs control so that the display of this information disappears after a predetermined time has elapsed. When patient information is input via the operation display unit 1005, such processing is not performed because the user performs input and selection by himself / herself.

  The examination information processing unit 1031 displays patient information on the operation display unit 1005 based on the acquired display time (S2012). The inspection information processing unit 1031 performs control so that other operations performed via the operation display unit 1005 cannot be performed until the display time elapses (S2013). The inspection information processing unit 1031 controls the operation display unit 1005 to display the imaging screen when the display time has elapsed, and notifies the imaging control unit 1030 to execute the imaging process (S2014).

  On the other hand, if it is determined in S2010 that there is data input via the operation display unit 1005, the examination information processing unit 1031 displays a patient information window having an OK / Cancel button shown in FIG. S2015). This window is not deleted until the selection of the OK / Cancel button is detected.

  The inspection information processing unit 1031 detects that the OK button, which is the selected object, has been selected (S2016). Then, in order to shift to the inspection process, the inspection information processing unit 1031 displays the operation display unit 1005 so as to display the imaging screen, and notifies the imaging control unit 1030 to start the imaging process (S2014). When the examination information processing unit 1031 detects that the Cancel button has been selected (S2017), the execution of the imaging process corresponding to the patient ID from the upstream system HIS 1019 is canceled and the patient is displayed via the operation display unit 1005. Return to waiting for input of information.

  As described above, when the patient information is being input on the X-ray imaging system side and the file describing the patient ID is received via the network, the OK button 3034 and the CANCEL button 3036 are displayed. As a result, the user can easily select which input has priority. According to this flow, the contents of the confirmation window are changed depending on the input status of the input means and the first input means, and an X-ray imaging system with as little load as possible for the user is provided.

  As a second embodiment similar to the window shown in FIG. 7, only an OK button 3034 may be displayed as shown in FIG. FIG. 15 is a window 3033 displaying patient information corresponding to the patient ID described in the file received from the upstream system via the network. The difference from the window 3030 described above is that only an OK button 3034 is displayed as an object for selection. When selection of the OK button 3034 is detected, a shooting screen shown in FIG. 5 is displayed from the window 3033.

  FIG. 14 is a flowchart of an X-ray imaging system that displays a patient information window having only an OK button 3034. The same reference numerals as those shown in FIG. 2 perform the same process, and the description thereof is omitted.

  In S2010, when the examination information processing unit 1031 determines that there is data input via the operation display unit 1005 when a file in which the patient ID is described is received via the network, the procedure proceeds to S2115. In step S2115, the examination information processing unit 1031 displays a patient information window having an OK button as shown in FIG. 15 on the operation display window (S2115). This window is not erased until an OK button selection is detected.

  The inspection information processing unit 1031 detects that the OK button has been selected (S2116). Then, in order to shift to the inspection process, the inspection information processing unit 1031 displays the operation display unit 1005 so as to display the imaging screen, and notifies the imaging control unit 1030 to start the imaging process (S2014).

  In this way, it is possible to provide an X-ray imaging system with as little load as possible by requesting user confirmation only in a necessary situation.

  As a third embodiment, when patient information is input via the operation display unit 1005, an imaging process corresponding to the patient ID described in the file transmitted from the upstream system via the network is reserved. A form is demonstrated.

  FIG. 16 is a flowchart of the X-ray imaging system for explaining the third embodiment. The same reference numerals as those shown in FIG. 2 perform the same process, and the description thereof is omitted.

  In S2010, when the examination information processing unit 1031 determines that there is patient information input via the operation display unit 1005 when a file in which the patient ID is described is received via the network, the procedure proceeds to S2211. . In step S2211, the patient information management unit 1032 causes patient information corresponding to the patient ID described in the file received via the network to be registered in a storage device (not illustrated) as examination reservation information.

  On the other hand, if a file describing the patient ID is not received via the network in S2003, the patient information receiving unit 1033 determines whether there is information input via the operation display unit 1005.

  When information is input via the operation display unit 1005, the patient information receiving unit 1033 determines what the input is. First, the patient information receiving unit 1033 determines whether patient information is input (S2213).

  If the patient information management unit 1033 is input of patient information, the patient information management unit 1033 checks the maximum character string length, inputable characters, and the like for the input information (S2214). If there is no problem as a result of the check, the examination information processing unit 1031 updates the patient information displayed on the operation display unit 1005 (S2215). Thereafter, the process returns to S2003.

  On the other hand, if the patient information management unit 1033 determines that the patient information is not input, the patient information management unit 1033 determines whether the input is to shift to the imaging process (S2216). When the input is to shift to the imaging process, the patient information management unit 1033 acquires the patient information input via the operation display unit 1005 as patient information to be examined.

  In step S2014, the imaging control unit 1030 executes imaging processing corresponding to the acquired patient information. When notified from the imaging control unit 1030 that the imaging process has been completed, the patient information management unit 1032 checks a storage device (not shown) to determine whether there is patient information for which an examination reservation is registered (S2219). When the registered patient information exists, the registered patient information is acquired as patient information to be examined (S2220). Similarly, in S2014, the imaging control unit 1030 executes imaging processing corresponding to the acquired patient information.

  As described above, in the third embodiment, in this embodiment, patient information corresponding to a patient ID described in a file transmitted from an upstream system via a network is stored as an examination reservation. . Thereby, it is possible to proceed with the inspection without interfering with the user input operation performed via the operation display unit 1005. And all the input test | inspections can be performed by performing a test | inspection according to the input content preserve | saved after a user's input operation is completed.

  As mentioned above, although embodiment concerning this invention was described, the said embodiment is the example, Comprising: A screen display item and a file format are not restricted to the said embodiment, You may change suitably.

  For example, when a file transmitted from an upstream system via a network is received, information such as “input has been made from the network” may be displayed on the display screen of the operation display unit 1005.

  In the embodiment, an example in which the medical examination system is applied to an X-ray imaging system has been described. However, the present invention can also be applied to a medical examination management system used for other pathological diagnosis such as a fundus imaging system. . In that case, the shooting screen of FIG. 5 may be changed to another GUI.

  In general, the computer program is stored in a computer-readable recording medium such as a CD-ROM, and can be executed by installing it in a storage device of the system.

1000 X-ray tube 1001 X-ray generator control unit 1002 Sensor unit 1003 Imaging unit 1004 X-ray imaging system control device 1005 Operation display unit 1007 Upstream system 1030 Imaging control unit 1031 Examination information processing unit 1032 Patient information management unit 1033 Patient information reception Part

Claims (18)

Receiving means for receiving information indicating a radiographic order;
First determination means for determining whether or not there is information input via a GUI for inputting specific information about an examination when information indicating the radiation imaging order is received by the reception means; ,
Second determination means for determining whether or not the radiation imaging order corresponding to the received information is set as the next imaging target when it is determined that there is information input by the first determination means; ,
Display control means for displaying on the display unit an imaging screen for executing the radiation imaging order in response to determining that the radiation imaging order is the next imaging target;
A radiographic control apparatus comprising:   When it is determined that there is no information input by the first determination unit, the display control unit causes the display unit to display an imaging screen for executing the radiation imaging order according to the determination. The control device according to claim 1.   The display control unit displays an imaging screen for executing the radiation imaging order according to the determination when the second determination unit does not determine that the radiation imaging order is the next imaging target. 3. The control device according to claim 1, wherein a display screen on which the input information and the GUI are displayed is displayed on the display unit without being displayed on the display unit. 4. The display control means further displays an input screen having an area for inputting information of a subject to be radiographed,
The said 2nd determination means determines based on the information input with respect to the said area | region from the operation part before receiving the information which shows the said radiography order. The control device according to item 1.   If there is information input to the area from the operation unit before receiving the information indicating the radiation imaging order, the display control means sets the radiation imaging order corresponding to the received information to the next The control apparatus according to claim 4, wherein an object that receives an operation input for selecting whether or not to shoot is displayed.   The display control means does not transition to the imaging screen when an operation input corresponding to a selection that the radiation imaging order corresponding to the received information is not set as the next imaging target is made to the object. The control device according to claim 5.   If there is no information input to the area from the operation unit before receiving the information indicating the radiation imaging order, the display control means displays the radiation imaging order corresponding to the received information as follows. The control apparatus according to claim 4, wherein an object indicating that the object is to be photographed is displayed for a predetermined time. The second determination means determines the received information based on information input via the operation unit before receiving the information and information input via the operation unit after receiving the information. The control device according to claim 1, wherein it is determined whether or not a corresponding radiation imaging order is a next imaging target. When the subject information is input via the operation unit before receiving the information, the second determination unit is based on information input via the operation unit after receiving the information. The control apparatus according to claim 8, wherein it is determined whether or not a radiation imaging order corresponding to the received information is a next imaging target.   When it is determined that the radiographic imaging order corresponding to the received information is not set as the next imaging target, the radiographic imaging order further includes storage control means for storing the radiographic imaging order as reservation information in a storage unit. The control device according to any one of claims 1 to 9.   When there is reservation information stored in the storage unit after the radiography on the radiographing screen corresponding to the received radiography order is completed, the display control means, when there is reservation information stored in the storage unit, the radiography order corresponding to the reservation information The photographing control apparatus according to claim 10, wherein a photographing screen for executing the function is displayed on the display unit.   The control device according to claim 4, wherein the display control unit changes display content of the display unit from the input screen to the shooting screen. Receiving means for receiving information indicating a radiographic order;
First determination means for determining whether or not there is information input via a GUI for inputting specific information about an examination when information indicating the radiation imaging order is received by the reception means; ,
When it is determined that there is information input by the first determination means, a second determination is made as to whether or not to transition to an imaging screen for executing a radiation imaging order corresponding to the received information. A determination means;
Display control means for displaying an imaging screen for executing the radiation imaging order on the display unit based on the determination;
A radiographic control apparatus comprising: Receiving information indicating a radiography order;
A first determination step of determining whether there is information input via a GUI for inputting specific information about an examination when information indicating the radiation imaging order is received;
When it is determined that there is information input in the first determination step, a radiography order corresponding to the received information based on information input via the operation unit before receiving the information A second determination step for determining whether or not to transition to an imaging screen for executing the step, and a step of causing the display unit to display an imaging screen for executing the radiation imaging order based on the determination;
A method for controlling radiography, comprising: Receiving information indicating a radiography order;
A first determination step of determining whether there is information input via a GUI for inputting specific information about an examination when information indicating the radiation imaging order is received;
When it is determined that there is information input in the first determination step, a second determination is made as to whether or not to transition to an imaging screen for executing a radiation imaging order corresponding to the received information. A determination step;
Displaying a radiographing screen for executing the radiography order on the display unit in response to the radiographic order being determined to be the next radiographing target;
A method for controlling radiography, comprising: Receiving means for receiving information indicating a radiographic order;
First determination means for determining whether or not there is information input via a GUI for inputting specific information about an examination when information indicating the radiation imaging order is received by the reception means; ,
Second determination means for determining whether or not the radiation imaging order corresponding to the received information is set as the next imaging target when it is determined that there is information input by the first determination means; ,
Display means for displaying an imaging screen for executing the radiation imaging order in response to determining that the radiation imaging order is the next imaging target;
Imaging means for obtaining a radiation image corresponding to the radiation imaging order;
A radiation imaging system comprising: Receiving information indicating a radiography order;
A first determination step of determining whether there is information input via a GUI for inputting specific information about an examination when information indicating the radiation imaging order is received;
If it is determined that there is information input by the first determination step, a second determination step of determining whether or not the radiographic order corresponding to the information to be the received and the next shooting target ,
Displaying an imaging screen for executing the radiation imaging order in response to determining that the radiation imaging order is the next imaging target;
Obtaining a radiographic image corresponding to the radiographic order;
An imaging control method executed by the radiation imaging system.   The program for making a computer perform the method of any one of Claim 14, 15, and 17.

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