JP2006230636A - Mobile medical device - Google Patents

Abstract

<P>PROBLEM TO BE SOLVED: To provide an art capable of transmitting information with a communication destination connected to a network even if a mobile medical device is non-connectable to the network. <P>SOLUTION: This mobile medical device having a moving means and capturing the image of a subject or treating the subject is provided with a program storage means storing program data for a program control allowing a computer connected to the network to automatically perform a predetermined communication procedure with a communication destination, a writing means writing data in a portable storage medium, a network detecting means detecting the connecting state to the network, and a control means controlling to write the program data in the portable storage means when a network disconnection state is detected. When the program data written in the storage medium are read by the computer, the computer and the communication destination perform the communication in a predetermined communication procedure. <P>COPYRIGHT: (C)2006,JPO&NCIPI

Description

  The present invention relates to a technique for enabling communication with a network even when disconnected from a network in a mobile medical device having a moving means.

  In recent years, systemization in hospitals has progressed in recent years, and various systems have been operating in hospitals. For example, a medical image storage device (PACS) or a radiation information system (RIS) that stores medical images is connected to a network, and a computer terminal on the network is used to communicate with the medical image storage device or the radiation information system. Medical images, examination status information, and examination order information are transmitted and received.

  For example, medical devices such as an ultrasound diagnostic apparatus and an X-ray apparatus having a communication function and a computer function also participate in this network, and the medical image acquired using the communication function and the computer function, and the medical device inspection status Information and examination order information for medical devices can be directly communicated with a medical image storage device and a radiation information system.

  By the way, depending on the medical device, there is also a mobile medical device that includes a moving means such as a carriage and is transported to a hospital room that accommodates a subject and operated on the spot. In this case, the problem is how to communicate medical images, examination status information, and examination order information from the network.

  Conventionally, some mobile medical devices cannot exchange information via a network, so verbal information transmission has been performed. In this case, problems such as transmission errors and transmission delays occur. As a technique for solving this problem, a mobile medical device is provided with a communication function and a computer function, and information necessary for communication such as a communication setting value of a communication destination and an AE title of the mobile medical device is held in advance. Thus, there is one that enables communication with a medical image storage device or radiation system on a network from a connector with a nearby network (see, for example, Patent Document 1).

JP 2003-334185 A

  However, in Patent Document 1, it is assumed that a network in a hospital is stretched all over and a network connector exists in a hospital room. In hospitals where the hospital network does not reach hospital rooms, even if the mobile medical device has a function to communicate with the communication destination connected to the network, medical images, examination status information, and examination order information I can't communicate.

  Eventually, the transmission of information about the mobile medical device must be carried out verbally or moved away from the roundabout path to a location where it can be connected to the network. Accordingly, it has not been possible to solve a transmission error or a transmission delay, and further, a schedule digestion delay due to withdrawal from a roundabout route when visiting a plurality of hospital rooms for communication.

  The present invention has been made in view of the above circumstances, and an object of the present invention is to enable information transmission with a communication destination connected to the network even when the mobile medical device cannot be connected to the network. It is to provide the technology.

  In order to solve the above-mentioned problem, the invention described in claim 1 is a mobile medical device having a moving means for imaging or treating a subject, wherein a computer connected to a network is connected to a communication destination. Program storage means for storing program control program data for automatically executing a predetermined communication procedure, writing means for writing data to a portable storage medium, network detection means for detecting a connection state with a network, and a network disconnection state Control means for performing control to write the program data to the portable storage medium when detected, and when the program data written to the storage medium is read by the computer, the computer and the communication The communication is performed with a predetermined communication procedure.

  In addition, a communication setting value storage unit that stores a communication setting value that specifies the communication destination is further provided, and the control unit performs control to write the communication setting value to the portable storage medium together with the program data. (It is equivalent to the invention described in claim 2).

  The predetermined communication procedure includes a procedure of transmitting medical information to the communication destination, further comprising medical information storage means for storing the medical information, and the control means includes the medical information together with the program data. You may make it perform control which writes in a storage medium (equivalent to invention of Claim 3).

  The predetermined communication procedure includes a procedure for acquiring inspection order information from a communication destination and a procedure for writing the acquired inspection order information into the portable storage medium, and reads the inspection order information from the portable storage medium. You may make it further provide a reading means (equivalent to invention of Claim 4).

  The program storage means stores a plurality of program data having different communication procedures according to the communication purpose, and the control means writes the corresponding program data to the portable storage medium based on the requested communication purpose. You may make it perform control (equivalent to the invention of Claim 5).

  The program storage means stores a plurality of program data, and the plurality of program data is inspected to medical image transmission program data including a procedure for transmitting a medical image to the predetermined communication procedure, or to the predetermined communication procedure. Inspection status transmission program data including a procedure for transmitting status information, or inspection status information program data including a procedure for acquiring inspection order information from a communication destination may be included in the predetermined communication procedure. Equivalent to the described invention).

  In the mobile medical apparatus for imaging or treating a subject having the moving means of the present invention, a program for controlling a program that causes a computer connected to a network to automatically execute a predetermined communication procedure with a communication destination Program storage means for storing data, writing means for writing data to a portable storage medium, network detection means for detecting a connection state with a network, and when a network disconnection state is detected, the program data is And a control means for controlling writing to the portable storage medium.

  As a result, when the mobile medical device is disconnected from the network, a portable storage medium storing program control program data for executing a predetermined communication procedure in the portable storage medium is created. The created portable storage medium is read by a computer connected to a network, thereby enabling communication with a communication destination. That is, the mobile medical device can communicate with a communication destination via the created portable storage medium and a computer connected to the network.

  Therefore, even in situations where the mobile medical device cannot be connected to the network, it is possible to transmit medical information and receive inspection order information, etc., and to transmit medical information and inspection order information smoothly and without error, Moreover, the schedule digestion efficiency can be improved.

  Hereinafter, preferred embodiments of a mobile medical device according to the present invention will be specifically described with reference to the drawings. FIG. 1 is a block diagram illustrating a configuration of a mobile medical device 1 according to the present embodiment. The mobile medical device 1 is a medical device that can be transported to a hospital room or the like, and includes a moving mechanism such as a wheel such as an ultrasonic diagnostic device or an X-ray device.

  The mobile medical device 1 includes a processing unit 1A, a main storage unit 1B, an external storage unit 1C, a screen configuration unit 1D, a portable storage medium read / write unit 1E, an input unit 1F, a monitor 1G, a transmission / reception unit 1H, and a medical image creation unit. 1J is provided.

  The processing unit 1A is a so-called CPU, performs calculations according to a program, and controls the peripheral units 1B, 1C, 1D, and 1E. The main storage unit 1B is a RAM such as a semiconductor memory, for example. As a work area of the processing unit 1A, a program, a calculation result by calculation of the processing unit 1A, or data is expanded. The screen configuration unit 1D converts medical image data to be displayed on the monitor 1G into a video format under the control of the processing unit 1A, and transmits the video format to the monitor 1G. The transmission / reception unit 1H is a network adapter such as a LAN or a modem, and transmits / receives data on the network 103. The input unit 1F is a user interface such as a keyboard or a mouse, and sends an input signal corresponding to an input from the operator to the processing unit 1A or the like.

  The medical image creation unit 1J observes the inside of the subject and creates an image. For example, when the mobile medical device 1 is an ultrasound diagnostic device, the medical image creation unit 1J transmits and receives ultrasound into the subject and creates a medical image by imaging the inside of the subject from the obtained data. To do. For example, when the mobile medical device 1 is an X-ray device, the medical image creation unit 1J detects the transmitted X-rays by exposing the X-rays into the subject, and images the inside of the subject from the detection result. Create medical images.

  The portable storage medium read / write unit 1E writes communication program data and medical information, which will be described later, into the portable storage medium 100, and reads inspection order information and communication status from the portable storage medium 100. The portable storage medium 100 is, for example, an optical disk, a magneto-optical disk (CD-RAM / DVD-RAM / MO, etc.), a magnetic storage medium (hard disk / floppy (registered trademark) disk / ZIP, etc.), USB memory, IC card, etc. Is mentioned.

  The external storage unit 1C is, for example, an HDD, and in the case of the present embodiment, a program for program-controlling examination status information or communication status, medical information such as a medical image created by the medical image creation unit 1J, and various communications Data and a control program for controlling the mobile medical device 1 are stored. That is, the external storage unit 1C is a medical information storage unit 7 that stores medical information and a program data storage unit 9 that stores various types of communication program data.

  As shown in FIG. 2, the program data storage means 9 stores medical image transmission program data, examination order information acquisition program data, and examination status transmission program data as program data.

  These program data are read by a computer terminal on the network 103, access to a device on the network 103, transmission of medical information, or acquisition of examination order information which is information on a schedule of examinations performed in the mobile medical apparatus 1. Is software for program control that automatically executes a plurality of communication procedures. In other words, each piece of program data is created in accordance with an individual communication purpose, and the computer terminal performs automatic medical image transmission control means for executing a communication procedure for achieving the communication purpose and automatic control for obtaining examination order information. Means (MWM) and inspection status transmission automatic control means (MPPS). Also, the examination order information acquisition program data is read by the mobile medical device 1 and causes the mobile medical device 1 to automatically execute acquisition of the acquired examination order information.

  The mobile medical device 1 reads the control program by the processing unit 1A, processes the command, and controls the other components by the processing unit 1A, so that as shown in FIG. 3, the ordering unit 4 and the network detection unit 5 A communication manager 6, a portable storage medium creating means 8, and a reading means 10 are provided.

  The input unit 2 includes an input unit 1F, converts the operation of the apparatus operator into an input signal, and sends it to the ordering unit 4. The display unit 3 includes a screen configuration unit 1D and a monitor, and displays the screen data sent from the ordering unit 4 on the monitor.

  The ordering unit 4 includes, for example, a processing unit 1A, an input unit 1F, a screen configuration unit 1D, and a monitor. The ordering unit 4 includes an input unit 2 including an input unit 1F, and a display unit 3 including a screen configuration unit 1D and a monitor. The ordering unit 4 performs an ordering operation in response to a request from the apparatus operator according to the interpretation of the input signal from the input unit 1F by the input unit 2. As the ordering work, the medical image creation unit 1J responds to the imaging request in the subject, and the medical image created by the medical image creation unit 1J by the display unit 3 is displayed.

  The ordering unit 4 requests the communication manager 6 to perform processing in response to a communication request to a device on the network 103. When processing is requested to the communication manager 6, the communication setting value such as the IP address of the communication destination, the port number, the AE title, and the type of communication to be performed are transmitted to the communication manager 6.

  The communication setting value is stored in advance by the ordering means 4 and is stored for each communication destination corresponding to the purpose of the requested communication. The communication type is generated according to the purpose of the requested communication and is examination order information acquisition, examination status transmission, or medical image transmission.

  When the communication type is acquisition of examination order information, in order to obtain examination order information corresponding to the mobile medical device 1, the communication destination simultaneously generates and sends an AE title for specifying the mobile medical device 1.

  When the communication type is examination status transmission or medical image transmission, information on the storage position in the medical information storage means 7 of the medical information transmitted to the communication destination is also transmitted simultaneously. The storage position information is acquired by referring to an index included in the ordering unit 4 when the apparatus operator uses the input unit 2 to select a medical image to be transmitted. The medical information is medical image or examination status information when the communication status and communication type are transmission of a medical image or transmission of examination status.

  The network detection unit 5 includes a transmission / reception unit 1H. A connection state with the network 103 is detected and notified to the communication manager 6. Further, data is transmitted / received to / from the network 103 and the communication manager 6 via the network detection means 5.

  The communication manager 6 includes, for example, a processing unit 1A. The communication manager 6 includes communication control means 6a and medical information acquisition means 6b. The communication manager 6 controls the network detection unit 5 to control data transmission / reception with the communication destination specified by the communication setting value, specifies the format of the data transmitted from the network detection unit 5, and sends it to the ordering unit 4. hand over. When medical information is transmitted to the communication destination, medical information specified by the storage position information indicated from the ordering unit 4 is acquired from the medical information storage unit 7 by the medical information acquisition unit 6b.

  When the network detection unit 5 notifies that the network 103 is in a disconnected state, the communication manager 6 uses the communication control unit 6a to obtain the acquired medical information and the mobile medical device sent from the ordering unit 4. 1 AE title, communication type, and communication setting value of the communication destination are sent to the portable storage medium creation means 8, and program data corresponding to the medical information, AE title, communication setting value, and communication type is stored in the portable storage medium 100. Control to write to.

  The portable storage medium creating unit 8 includes, for example, a processing unit 1A and a portable storage medium read / write unit 1E, acquires program data from the program data storage unit 9, and transmits the acquired program data and medical information. In this case, the medical information, the AE title, and the communication setting value are written in the portable storage medium 100 to create the portable storage medium 100 for communication program control. That is, the portable storage medium creation means 8 includes a program data acquisition means 8b including the processing section 1A, and a writing means 8a including the processing section 1A and the portable storage medium writing section 1E.

  The program data acquisition means 8b interprets the transmitted communication type, acquires program data corresponding to the communication type from the program data storage means 9, and sends it to the writing means 8a. If the communication type is acquisition of inspection order information, acquisition of inspection order information acquisition program data is acquired, and in the case of medical image transmission, acquisition of medical image transmission program data is acquired. Get program data.

  The writing means 8a accepts the medical information sent from the communication manager 6, the AE title, the communication setting value, the program data obtained by the program data obtaining means 8b, and the medical information when the medical information is sent from the communication manager 6. Write to the portable storage medium 100 set in the portable storage medium read / write unit 1E.

  When the input communication type is acquisition of examination order information, as shown in FIG. 4, examination order information acquisition program data, communication setting value, AE title of the mobile medical device 1, and examination order information acquisition An Autorun batch program for automatically starting program data is written to create a portable storage medium 100 for communication.

  If the input communication type is medical image transmission, as shown in FIG. 5, the medical image transmission program data, the communication setting value of the transmission destination for transmitting the medical image, and the communication manager 6 A medical image and an Autorun batch program for automatically starting the medical image transmission program data are written to create a portable storage medium 100 for communication. When the transmitted communication type is examination status transmission, examination status transmission program data is written instead of the medical image transmission program data, and examination status information is written instead of the medical image.

  The reading unit 10 includes, for example, a processing unit 1A and a portable storage medium read / write unit 1E. The reading means 10 acquires the inspection order information and communication status stored in the portable storage medium 100 and sends them to the communication manager 6 via the network detection means 5. This control is performed by the processing unit 1A executing a command for the inspection order information acquisition program data stored in the portable storage medium 100.

  An operation of creating a portable storage medium for communication of the mobile medical device 1 will be described. FIG. 6 is a flowchart showing the operation of the mobile medical device 1. In FIG. 6, it is assumed that the apparatus operator requests acquisition of inspection order information.

  First, when the apparatus operator requests acquisition of inspection order information using the input unit 1F (S101, Yes), the ordering means 4 interprets the input signal generated by the input unit 1F. As a result of the interpretation, if the input signal is a signal requesting acquisition of examination order information, the communication type specifying the acquisition of examination order information, the communication setting value of the communication destination, and the AE title of the mobile medical device 1 are set as the communication manager 6. (S102).

  The communication manager 6 interprets the communication type, controls the network detection means 5 to acquire the inspection order information, and tries to communicate with the communication destination having the communication setting value sent from the ordering means 4 (S103). Here, when communication fails, that is, when the network detection means 5 detects a disconnection state of the network 103 (S104, Yes), the communication manager 6 creates a portable storage medium with a communication type, an AE title, and a communication setting value. Send to means 8.

  The portable storage medium creating unit 8 interprets the communication type and acquires from the program data storage unit 9 inspection program information acquisition program data that causes the computer terminal to automatically execute a plurality of communication procedures for acquiring the inspection order information. (S105).

  The portable storage medium creation means 8 then controls the portable storage medium read / write unit 1E to set the acquired inspection order information acquisition program data, the transmitted communication setting value and AE title, and the Autorun batch program. Is written in the portable storage medium 100 (S106).

  FIG. 7 is a flowchart showing a communication storage medium creation operation of the mobile medical device 1. In FIG. 7, it is assumed that the apparatus operator requests transmission of a medical image.

  First, when the apparatus operator uses the input unit 1F to specify a medical image transmission request and a medical image to be transmitted (S201), the ordering unit 4 interprets the input signal generated by the input unit 1F. As a result of the interpretation, if the input signal is a signal requesting transmission of a medical image, the communication manager 6 stores the communication type corresponding to the transmission of the medical image, the communication setting value of the communication destination, and the storage position of the medical image to be transmitted. (S202).

  The communication manager 6 acquires a medical image corresponding to the storage position information of the medical image from the medical information storage unit 7 (S203). Further, the communication manager 6 interprets the communication type, controls the network detection unit 5 to transmit medical information, and tries to communicate with the communication destination having the communication setting value transmitted from the ordering unit 4 (S204). Here, when communication fails, that is, when the network detection means 5 detects a disconnection state of the network 103 (S205, Yes), the communication manager 6 creates a portable storage medium with a communication type, a communication setting value, and a medical image. Send to means 8.

  The portable storage medium creating means 8 interprets the communication type and acquires from the program data storage means 9 medical image transmission program data that causes the computer terminal to automatically execute a plurality of communication procedures for transmitting medical information (S206). ). Further, the portable storage medium creation means 8 controls the portable storage medium read / write unit 1E to set the acquired medical image transmission program data, medical image, communication destination communication setting value, and Autorun batch program. Is written in the portable storage medium 100 (S207).

  When the device operator requests the transmission of the inspection status, it acquires the inspection status information corresponding to the information on the storage location where the inspection status information is stored instead of the medical image, and is portable with the inspection site strong transmission program data. Write to the storage medium 100.

  As shown in FIG. 9, the mobile medical device 1 includes a radiation information system 101 (RIS), a medical image storage device 102 (PACS), a portable storage medium 100, and a portable storage medium receiving device on a network 103. Communication is performed via 104. The portable storage medium receiving device 104 is a computer terminal.

  In a state where the mobile medical device 1 is not connected to the network 103, the mobile medical device 1 creates a portable storage medium 100 for communication. The apparatus operator sets the portable storage medium 100 for communication in the portable storage medium receiving apparatus 104, and the communication program data stored in the portable storage medium 100 for communication is stored in the portable storage medium receiving apparatus. By executing in 104, the portable storage medium receiving device 104 communicates with the radiation information system 101 and the medical image storage device 102. The communication result is written in the portable communication storage medium 100 by the function of the communication program data. A communication result stored in the portable storage medium 100 for communication is obtained by removing the portable storage medium 100 for communication from the portable storage medium receiving apparatus 104 and setting it in the mobile medical device 1 by the apparatus operator. The mobile medical device 1 reads and the communication between the mobile medical device 1 and the radiation information system 101 or the medical image storage device 102 is completed.

  Communication between the mobile medical device 1 and the radiation information system 101 will be described in more detail with reference to FIG. When the mobile medical device 1 detects the disconnection state with the network 103 (S301), the examination order information acquisition program data, the communication setting value of the radiation information system 101, and the mobile medical device 1 are stored in the set storage medium. The AE title is written and the portable storage medium 100 for communication is created (S302).

  The device operator removes the communication portable storage medium 100 from the mobile medical device 1, and sets the communication portable storage medium 100 in the portable storage medium receiving device 104 connected to the network 103. (S303), the portable storage medium receiving device 104 executes the Autorun batch program stored in the portable storage medium 100 for communication (S304), sequentially reads the inspection order information acquisition program data (S305), and The order information acquisition program data command is executed to communicate with the radiation information system 101 specified by the communication setting value stored in the portable storage medium 100 for communication (S306).

  In communication with the radiation information system 101, the AE title of the mobile medical device 1 is transmitted, and the examination order information of the mobile medical device 1 is received from the radiation information system 101 (S307).

  When the communication is completed, the portable storage medium receiving device 104 executes a command of the inspection order information acquisition program data, so that the received inspection order information and the communication status of the communication are transmitted to the portable storage medium 100 for communication. Write (S308).

  When the portable operator removes the portable storage medium 100 for communication from the portable storage medium receiving device 104 and sets the portable portable storage medium 100 for communication in the mobile medical device 1 (S309), the communication operator The mobile medical device 1 executes the Autorun batch program stored in the portable storage medium 100, and reads the inspection order information and the communication status from the portable storage medium 100 for communication (S310).

  The communication between the mobile medical device 1 and the medical image storage device 102 will be described in more detail with reference to FIG. When the mobile medical device 1 detects a disconnection state with the network 103 (S401), the medical image transmission program data, the communication setting value of the medical image storage device 102, and the medical image to be transmitted are stored in the set storage medium. The portable storage medium 100 for writing is created (S402).

  The device operator removes the communication portable storage medium 100 from the mobile medical device 1, and sets the communication portable storage medium 100 in the portable storage medium receiving device 104 connected to the network 103. (S403), the portable storage medium receiving device 104 executes the Autorun batch program stored in the portable storage medium 100 for communication (S404), sequentially reads the medical image transmission program data (S405), and the medical image. (S406), the medical image transmission program data command is executed to communicate with the medical image storage device 102 specified by the communication setting value stored in the portable storage medium 100 for communication (S407).

  In communication with the medical image storage device 102, a medical image is transmitted to the medical image storage device 102 (S408).

  When the communication ends, the portable storage medium receiving device 104 executes a medical image transmission program data command, thereby writing the communication status of the communication in the portable communication medium 100 for communication (S409).

  When the portable operator removes the portable storage medium 100 for communication from the portable storage medium receiving device 104 and sets the portable portable storage medium 100 for communication to the mobile medical device 1 (S410), the communication operator The mobile medical device 1 executes the Autorun batch program stored in the portable storage medium 100, and reads the communication status from the portable storage medium 100 for communication (S411).

  As described above, the mobile medical device 1 according to the present embodiment can perform transmission of medical information, reception of examination order information, and the like even under a situation where the mobile medical device 1 cannot be connected to the network 103.

It is a block diagram which shows the structure of the mobile medical device which concerns on this embodiment. It is a figure explaining the program data storage means with which the mobile medical device which concerns on this embodiment is provided. It is a functional block diagram which shows the function of the mobile medical device which concerns on this embodiment. It is a figure explaining the portable storage medium for communication with which the test | inspection order information acquisition program data which the mobile medical device which concerns on this embodiment produced were memorize | stored. It is a figure explaining the portable storage medium for communication in which the medical image transmission program data which the mobile medical device which concerns on this embodiment produced were memorize | stored. It is a flowchart figure which shows the test | inspection order information acquisition operation | movement of the mobile medical device which concerns on this embodiment. It is a flowchart figure which shows the test | inspection order information acquisition operation | movement of the mobile medical device which concerns on this embodiment. It is a flowchart figure which shows the transmission operation | movement of the medical image of the mobile medical device which concerns on this embodiment. It is a figure explaining the network which the mobile medical device concerning this embodiment communicates using a portable storage medium. It is a sequence diagram explaining communication for examination order information acquisition of a mobile medical device and a network concerning this embodiment. It is a sequence diagram explaining communication for medical image transmission with the mobile medical device and network which concern on this embodiment.

Explanation of symbols

DESCRIPTION OF SYMBOLS 1 Mobile medical device 1A Processing part 1B Main memory part 1C External memory part 1D Screen structure part 1E Portable storage medium reading / writing part 1F Input part 1G Monitor 1H Transmission / reception part 1J Medical image creation part 2 Input means 3 Display means 4 Ordering means 5 Network detection means 6 Communication manager 6a Communication control means 6b Medical information acquisition means 7 Medical information storage means 8 Portable storage medium creation means 8a Writing means 8b Program data acquisition means 9 Program data storage means 10 Reading means 100 Portable storage medium 101 Radiation Information system 102 Medical image storage device 103 Network 104 Portable storage medium receiving device

Claims (6)

A mobile medical device having a moving means for imaging or treating a subject,
Program storage means for storing program control program data for causing a computer connected to a network to automatically execute a predetermined communication procedure with a communication destination;
Writing means for writing data to a portable storage medium;
Network detection means for detecting a connection state with the network;
Control means for performing control to write the program data to the portable storage medium when a network disconnection state is detected;
With
When the program data written in the storage medium is read by the computer, the computer and the communication destination communicate with each other according to a predetermined communication procedure.
A mobile medical device characterized by. A communication setting value storing means for storing a communication setting value for specifying the communication destination;
The control means performs control to write the communication setting value together with the program data to the portable storage medium;
The mobile medical device according to claim 1. The predetermined communication procedure includes a procedure of transmitting medical information to the communication destination,
Medical information storage means for storing the medical information;
The control means performs control to write the medical information together with the program data to the portable storage medium;
The mobile medical device according to claim 1. The predetermined communication procedure includes a procedure of acquiring inspection order information from a communication destination, and a procedure of writing the acquired inspection order information in the portable storage medium,
Further comprising reading means for reading the inspection order information from the portable storage medium;
The mobile medical device according to claim 1. The program storage means stores a plurality of program data having different communication procedures according to communication purposes.
The control means performs control to write the corresponding program data in the portable storage medium based on the requested communication purpose;
The mobile medical device according to claim 1. The program storage means stores a plurality of program data,
The plurality of program data includes medical image transmission program data including a procedure for transmitting a medical image in the predetermined communication procedure, or examination status transmission program data including a procedure for transmitting examination status information to the predetermined communication procedure, or Inspection status information program data including a procedure for acquiring inspection order information from a communication destination is included in the predetermined communication procedure;
The mobile medical device according to claim 5.

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