JP2003334185A - Examination apparatus, method and storage medium for medical treatment - Google Patents

Abstract

<P>PROBLEM TO BE SOLVED: To facilitate the connection with a network, to smoothly perform outputting to a desired output receiver, to notify of the output state by performing a display indicating a status that an output is being performed, and to surely and efficiently perform the output of examination information in a movable roentgenography apparatus for a round of wards, which performs an examination at different examination sites, and outputs the obtained examination information through the network. <P>SOLUTION: In this movable roentgenography apparatus for a round of visits to patients in wards, a means which registers a setting regarding the output including network information is provided. Also, a means which selects the setting regarding the registered output is provided, and a means which performs the output by the selected setting is provided. Thus, the connection with the network can be easily performed, and also, the examination information to a desired output receiver becomes possible. Also, various kinds of processes for an occasion when the display indicating the status that the output of the examination information is being performed, or an output error is generated are provided, and the outputting of the examination information of a high reliability can be efficiently performed. <P>COPYRIGHT: (C)2004,JPO

Description

Detailed Description of the Invention

[0001]

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to an examination apparatus, a method and a storage medium for rounds, which are used by moving to a bed site to examine a patient who has difficulty walking due to a serious injury or the like.

[0002]

2. Description of the Related Art As shown in FIG. 12, a traveling trolley 10 having a pair of front and rear wheels 1021 composed of front and rear wheels.
A support 1024 is erected rotatably at the front of the support 23, and a telescopic arm support unit 1025 is attached vertically along the support 1024 so that the telescopic arm 1026 extends horizontally from the telescopic arm support unit 1025. Then, an X-ray generator 1028 having a diaphragm 1027 at its tip is attached so that the irradiation direction can be adjusted, and a control unit 1002 is mounted on the rear part of the traveling carriage 1023 and the X detection connected to the control unit 1002 is performed. The container 1000 is configured. The control unit 1002 sets the X-ray generator 1028 based on the X-ray imaging conditions input from the operation unit 1005, and performs gain correction and shading correction of a captured image obtained by the X-ray detector 1000. Performs various corrections such as white correction and gradation, emphasis, and processing. The inspection information output unit 1003 outputs the inspection information to the information processing apparatus 1040 which is the output destination via the cable 1006, the connector 1008, and the in-hospital network. At this time, if the shooting location and the medical department are different, the network to be accessed and the output destination are different. Therefore, it is necessary to change the network domain name and the output destination IP address each time.

When diagnosing a patient with the X-ray imaging apparatus 1020 for medical rounds configured as described above, the X-ray imaging apparatus for medical rounds is moved to the vicinity of the patient M to be imaged to detect X-rays. Device 1000, patient M and X-ray generator 10
The positional relationship of 28 is adjusted. At this time, the X-ray generator 10
The irradiation distance between the patient 28 and the patient M is performed by moving the telescopic arm support unit 1025 up and down along the support column 1024, and the movement of the X-ray generator 1028 in the bed longitudinal direction is performed by expanding and contracting the telescopic arm 1026. . Further, the patient is orientated in accordance with the imaged region, and the diaphragm 1027 is appropriately set so as not to irradiate the X-rays other than the target region.

[0006] The operation unit 1005 sets a tube current, a tube voltage, and an imaged region for image processing as imaging conditions for generating X-rays. When all the settings have been completed, an exposure switch attached in the vicinity of the operation unit (not shown) is pressed to irradiate the patient M with X-rays from the X-ray generator 1028 to perform imaging. The X-rays that have passed through the subject are converted into electric quantities by the X-ray detector 1000, amplified by an amplifier, and then subjected to signal processing such as A / D conversion, and as a digital image, an X-ray imaging apparatus for rounds 1
It is taken into the control unit 1002 of 020. The captured image is subjected to various corrections such as gain correction and shading correction, and further subjected to various image processing such as gradation processing and enhancement processing according to the region to be imaged. Is obtained.

The inspection data such as the obtained X-ray image and imaging conditions are 1003 inspection information based on the settings related to the output such as the domain name of the network and the IP address of the output destination set before the imaging. By the output means, the network 10 is connected via the cable 1006 and the connector 1008.
07 is connected. The network 1007 is set up in each hospital room and each facility, and can output to a server, a viewer, and an imager. Although not shown, it is assumed that network domains (groups) are different for each medical department and they are connected by a router.

Here, an example is considered in which the information processing device 1040 and the monitor 1041 are connected as a viewer. By the network 1007, the captured image is
It is taken into the information processing device 140 via the cable 1006 and the connector 1008, and displayed on the monitor 1041. The doctor made a diagnosis by examining the monitor 1041.

[0007]

However, in the prior art, when moving a roundabout car to another shooting place or department and continuing shooting there, the output destination required for communication with the information processing device of the output destination is changed. There has been a problem that it is troublesome because the settings related to the output destination such as the setting of the IP address and the domain name of the network to which the information processing apparatus of the output destination belongs must be re-input.

Further, in the conventional X-ray imaging apparatus for rounds of visit, since there is no display indicating that the X-ray image after imaging and the imaging data are being output, it is possible to accidentally disconnect the network cable while outputting the data. There was an erroneous operation. In this case, there has been a problem that the processing is stopped in an attempt to forcibly continue sending, or a time-out occurs and all images cannot be sent. Furthermore, when the data cannot be transferred correctly even when the cable is artificially unplugged, the output destination does not know the number of image data sent in advance, so it is not possible to determine whether the image was sent normally, and the shooting location There is a problem that if the diagnosis location is far away, it may lead to misdiagnosis.

In view of the above, the first object of the present invention is to facilitate connection to a network and to smoothly output a captured image or captured data to a desired output destination. The second purpose is to notify the user of the output status by displaying a display indicating that the output is in progress, and the third purpose is to be able to output captured images reliably and efficiently even if the output is not completed correctly. To do.

[0010]

In order to achieve the above-mentioned first object, in the X-ray imaging apparatus for medical rounds according to the present invention, there is provided means for registering at least one setting relating to output, and the registration is performed. A mobile inspection apparatus having means for selecting at least one of the selected output destinations, and means for outputting the acquired inspection information to the selected output destination.

In order to achieve the above-mentioned second object, the X-ray imaging apparatus for rounds relating to the present invention is characterized in that a display indicating that the examination information is being output is displayed.

In order to achieve the above third object, the X-ray apparatus for medical examination according to the present invention has a means for detecting whether or not the inspection information output is completed within a certain time, and it is judged that the inspection information output is not completed. The case is characterized by having means for performing various error processes.

[0013]

DETAILED DESCRIPTION OF THE PREFERRED EMBODIMENTS (First Embodiment) FIG. 1 is a schematic diagram for explaining a first embodiment of the present invention, in which components having the same function in FIG. However, the description is omitted. In FIG. 1, reference numeral 9 denotes a storage unit that holds captured images and settings relating to output. An operation / display unit 6 operates the X-ray generation device and the X-ray imaging device, and also displays the state and operation of the system and a captured image. The operation / display unit 6 is composed of a monitor, a keyboard, a mouse, or a touch panel on the monitor so that a position on the monitor screen can be designated.

FIG. 2 shows one form of the operation / display unit in FIG. 1, and is assumed to be composed of an LCD and a touch panel sensor. An operation / display unit body 200 indicates the state of the system, and various buttons for operating the system are arranged. Further, 201 is the control unit 10.
It is a cable for communication with 02, and is composed of a VGA cable, a power cable, a serial cable and a mouse cable for communication between the touch sensor and the control unit. The operation / display unit 200 of the X-ray generator is operated by directly touching the monitor and sending a signal from the touch sensor to the control unit 10.
02 or by using the mouse 202. The operation screen has a message area indicated by 205, 2
An image display area indicated by 06, a subject information display area indicated by 203, an imaging condition display area indicated by 204, 2
The output status display area 16 and various setting buttons are provided. The subject information display area 203 is an area for displaying subject information, and displays the subject's name, ID, gender, date of birth, and the like. The imaging condition display area 204 is an imaging condition display unit, which displays imaging conditions such as imaging region, tube voltage, and tube current, and image processing parameters. This display content is a preset value of the parameter relating to the part selected by the photographing object button 210. Output status display area 203
Indicates the selected output destination and transfer state.
The output selection button 217 provided in the output status display area 216 is for displaying the output destination selection window 218 in FIG. 5 for selecting the output destination. Two
Reference numeral 07 is a patient input dialog call button, a button for calling the patient information input dialog and inputting patient information, 209 is an examination posture switching button, is a button for selecting a patient posture, and 210 is an imaging object. It is a button for setting an imaged region and the like with a button.

Reference numeral 212 denotes a photographing end button that is pressed when the photographing for each subject is finished, and 215 is a photographing parameter change button for changing preset photographing conditions and image processing parameters. Then, there is a setting button 213 for making various settings regarding the system. When the setting button 213 is pressed, a setting menu (not shown) is displayed, an operation screen for performing calibration, a screen for setting the output destination shown in FIG. 4, a setting screen for performing various customizations, etc. Can be called. A photographed image list display area 214 is an area for displaying a list of photographed images. A shooting menu 211 includes a shooting object button.

FIG. 3 is a table showing the settings related to the output destination required when outputting the inspection information via the network. The IP address 301 and the port number of the information processing device, the storage, the printer, etc. of the output destination are shown. 302, an application entity title 303, and a domain name 304 of a participating network. Each,
The IP address 301 designates an address for identification in the network layer, the port number 302 designates a number for identification in the transport layer, and the application entity title 303 designates for identification in the application layer. These are DICOM (Digital Imaging and Communic
based on the OSI reference model or the TCP / IP layered model and a standard for medical image communication called “ations in Medicine”. Further, 304 is a domain name or a work group to participate in when connecting to a network using Windows NT (registered trademark) as a network server, and in this case, the domain name is designated as INTERNAL (internal medicine).

FIG. 4 shows a setting screen for setting the output destination, which can be called by pressing the setting button 213 in FIG. Output destination name setting area 231 and output destination IP address setting area 2 for each output destination
32, the output destination port setting area 233 and the output destination application entity title setting area 234 are selected, and an input soft keyboard (not shown) is called to perform input. The output destination name is a name given to each output destination by the user, and is used when the user identifies the output destination on the screen. Further, when the option button 235 is pressed, it is possible to set the domain or workgroup required for network connection. Also, OK button 2
The setting is confirmed with 37, and the setting is invalidated with the CANCEL button 236. Although five output destinations can be set here, they can be added by the scroll button 238. The set parameters are stored in the storage unit 9.

Reference numeral 218 in FIG. 5 is a window for selecting an output destination, which is called when the output destination selection button 217 in FIG. 2 is pressed. The output destination registered on the output setting screen of FIG. 4 can be selected.

The first embodiment will be described with reference to FIGS.

The X-ray imaging apparatus for rounds is moved to the vicinity of the patient M. First, the network cable 1006 is connected to the connector 1008, the output selection button 217 on the operation table body 200 is pressed, and the 218 output destination selection window of FIG. 5 is called to select an output destination. Here, although the output destinations registered on the output setting screen of FIG. 4 can be selected (three in this example), it is selected considering the output to the internal medicine storage (1040 in the drawing). The output-related settings (FIG. 3) set by the operation / display unit 6 are set by the control unit 1002, and can be output to the internal storage 1040 of the internal medicine via the network.

Next, the radiologist, after calling and confirming the name of the patient, inputs the patient information to the X-ray imaging apparatus for rounds 1020 and presses the imaging object button 210 to set the imaging conditions. The imaging conditions include tube current, tube voltage, irradiation time, mSec, diaphragm, etc. necessary for setting the X-ray generator. As for patient information, the patient name, date of birth, sex, ID, etc. are entered by pressing the patient input dialog call button 207, but it may be entered using a magnetic card reader (not shown), or RIS via the network. (Radiation department information system) or HIS (Hospital information system) may be used. Further, the photographing object button 210 may be input using the above-mentioned RIS or HIS. When the patient information and the imaging object are input and the preparation for imaging is completed, the display in the message area 205 changes to Ready and imaging can be performed.

Here, the radiologist uses the X-ray detector 100.
0, and the positional relationship between the patient M and the X-ray generator 1028 is adjusted. At this time, the irradiation distance between the X-ray generator 1028 and the patient M is determined by adjusting the telescopic arm support unit 1025 to the support column 10.
By moving the X-ray generator 1028 in the longitudinal direction of the bed, the telescopic arm 102 is moved vertically.
The expansion and contraction of 6 is performed. Further, the patient is orientated according to the imaged region, and it is confirmed whether the preset value of the imaged object 210 is appropriate. When all of these operations are completed, an X-ray exposure switch (not shown) is pressed to emit X-rays toward the subject M.

The X-ray transmitted through the subject is the X-ray detector 100.
It is converted into an electric quantity at 0 and amplified by an amplifier, then A / D
Signal processing such as conversion is performed, and the digital image is captured by the control unit 1002 of the X-ray imaging apparatus 1020 for rounds. Various corrections such as gain correction, shading correction, and the like are performed on the captured image, and further various image processing such as gradation processing and enhancement processing according to the imaging region is performed.
An X-ray image is obtained. The obtained X-ray image and
The inspection data such as the imaging conditions is stored in the storage unit 9, and the inspection information output means 1003 outputs the cable 1006, the connector 1008, and the network based on the settings related to the output set in the output destination selection window 218 of FIG. It is output to the internal medicine storage 1040, which is the output destination specified via 1007. Network 100
7 is spread around each hospital room and facility, and can be output to a server, viewer, or imager. Although not shown, it is assumed that network domains (groups) are different for each medical department and they are connected by a router. The imaging information captured by the information processing device 1040 is displayed on the monitor 1041 and the doctor can make a diagnosis by examining the monitor 1041.

Next, when a radiography request is made from another medical department such as surgery, the radiologist disconnects the cable 1006 from the connector 1008, and moves the X-ray imaging apparatus 1020 for rounds to the surgery imaging room. . Therefore, by connecting the cable 1006 to the connector of the surgical imaging room and switching the output destination from the internal medicine storage to the surgical storage in the output destination selection window shown by 218 in FIG. 4, the user can join the surgical network. It becomes possible to smoothly output to the surgical storage.

As described above, according to the first aspect of the present invention, it is possible to easily switch the network and the output destination and concentrate on the photographing action.

Normally, when the shooting location and the clinical department are determined, the valid / invalid of the output destination is often determined at the same time. Therefore, even if the correspondence table of the shooting location and the output destination is held as a table as shown in FIG. The purpose can be achieved effectively. Further, each shooting object may have a valid / invalid table of output destinations.

In the above example, the communication is performed using the network cable, but the wireless communication unit indicated by 8 in FIG. 7 may be used. The wireless communication unit 8 is a unit that communicates using radio waves in the frequency 2.4 GHz band based on the IEEE802.11b standard and the Bluetooth specification, and is a type that connects to a PCI bus of an information processing device such as a PC (wireless LAN card ), Or a type that has multiple LAN ports and acts as a router (access point) exists. A method of performing wireless communication between information processing devices equipped with wireless LAN cards is generally called an ad hoc mode, and a method of communicating using an access point is generally called an infrastructure mode. In the method of communicating using an access point, roaming (spanning communication by multiple access points) is possible, but normally, for security reasons, the MAC address of the wireless LAN card of the information processing device that can communicate with the access point in advance. To register access restrictions to restrict access, ESSID function (set the extended service set ID to the access point to communicate only with the matching wireless LAN card) or WEP function (specify the encryption key to the access point, and match) Wireless LA with encryption key
You can only communicate with N card) method is used. Ad hoc mode is often adopted by small-scale systems and often does not care about security.
This can be achieved by using the WEP function. To restrict access by MAC address, register the MAC address of the wireless LAN card that allows communication at the access point and allow only the communication from the registered wireless LAN card to receive the security function. To achieve. ES
The method of using the SID (Extended Service Set ID) function is to allow communication only from a wireless LAN card that has the same service set ID (character string) as the service set ID called ESSID registered in the access point. Achieve the function. WEP (Wired Equivalement Priva
The method of using the cy) function uses a technology that encrypts the communication content sent by radio waves with an encryption key. In the WEP function, wireless LA with the same encryption key as the encryption key (5 single-byte alphanumeric characters) registered in the access point
Security is achieved by allowing communication only with N cards.

For the setting related to the output of the system using such a wireless communication unit, it is necessary to set the security of the access point connected to the network to which the user wants to participate, and in some cases, the wireless communication unit is identified. It also sets the MAC address and wireless band for this. In many cases, the setting of the wireless band is not made by the frequency but by the channel showing the frequency band. FIG. 8 is a list of setting items related to output when the wireless unit is used. Reference numeral 305 in the table is the MAC address of the wireless communication unit that performs communication, and is normally expressed in hexadecimal by separating each byte by ":". Since the MAC address distinguishes network interfaces, a unique ID is assigned in advance. 306 is
The setting of the radio frequency band indicates that communication is performed on one channel here. Reference numeral 307 indicates setting items of the WEP function. Here, it is assumed that the WEP function is activated and the encrypted data is communicated with the communication unit 8 of the information processing device 1040 using the encryption key “CANO1”. These settings can be performed by pressing the option button 235 on the setting screen regarding the output destination in FIG. As described above, even in a system in which a wireless LAN is constructed, the rounds and radiography can be performed more smoothly. It goes without saying that the first object of the present invention can be achieved even in this way.

(Second Embodiment) FIG. 9 is a view of an operation / display unit showing a second embodiment. The system configuration has the same effect whether it is the configuration shown in FIG. 1 or the configuration shown in FIG. The shooting is performed as described in the first embodiment,
When the output of the captured image and the captured information starts, the output status icon 220 is displayed in the output status display area 216 of FIG.
Is displayed to indicate that the output is in progress. As a result, it can be clearly seen that the image is being transferred, and therefore the code 1006 will not be pulled out by mistake when the output is completed, and the process will be stopped in an attempt to forcibly continue sending, or it will time out and all images cannot be sent. The problem goes away.

As in the above example, not only the state of output is indicated by an icon, but also a message is displayed or blinks, or
The screen color may be changed, an LED lamp may be provided in addition to the operation / display section, and the lamp may be turned on or blinked, or the same effect can be obtained by notifying the buzzer.

If the number of files that have been output and the total number of files that should be output are written together in addition to indicating that the output is in progress, the guideline until the completion of output can be known, and the technician can plan the next action. It will be easier. The effect will come out. At this time,
Instead of the number of files, the file size and the approximate time required for output may be displayed. Furthermore, it is also effective to lock the wheels for a reliable output.

(Third Embodiment) FIG. 10 is a flow chart showing the third embodiment. The system configuration is
The configuration shown in FIG. 1 and the configuration shown in FIG. 7 have similar effects. When shooting is performed as described in the first embodiment and output of a shot image and shooting information starts, a time-out is detected based on the flow shown in FIG. 10, and error processing is performed as described in S6.

At the same time as the output starts in S1, the output timeout time Tlimit is set in S2 and the output time is set to 0 seconds. Here, Tlimit is set to a time proportional to the output amount. For example, the time proportional to the number of files and the file capacity is set. First, in S3, it is determined whether or not the output is finished. If it is finished (YES), it is processed as a normal end, and if it is not finished (NO), it is determined in S4 whether a timeout has occurred. If it has timed out (YES), it is considered that the output has not been completed within the output time-out period, and error processing is performed in S6. If the timeout has not occurred (NO), the file is output and the transfer time is advanced by 1 in S5. It should be noted that although this figure is shown in sequence for the sake of clarity, the output of the file, the integration of the output time, and the determination of the timeout are actually performed in parallel in different threads. Note that, as specific processing of the error processing S6, processing of displaying a message or an error icon in the message display unit 205 of the operation / display unit or the output status display area 216 in FIG. Figure 1 for the data
9 If the file is saved in the storage unit and output only the file that has not been output when it is ready to be output again, and the process of switching to an output destination that can be output, etc., the file can be output effectively. .

As shown in FIG. 11, if the first file to be output is the inspection information file and the number of images to be output (the number of images to be taken) is passed, the output will not normally end due to some trouble. However, since the receiving side knows that the receiving side has not correctly received, the receiving side can also perform error processing.

As described above, according to the third embodiment, the process when the output is not normally completed can be smoothly performed.

(Other Embodiments) Although the embodiments of the present invention have been described in detail above, the present invention may be applied to a system composed of a plurality of devices, or an apparatus composed of a single device. May be applied to.

The present invention supplies a software program for realizing the functions of the above-described embodiments to a system or apparatus directly or remotely, and a computer of the system or apparatus reads out the supplied program code. Including cases that can be achieved by executing. In that case, the form need not be a program as long as it has the functions of the program.

Therefore, the program code itself installed in the computer to implement the functional processing of the present invention by the computer also implements the present invention. That is, the claims of the present invention include the computer program itself for realizing the functional processing of the present invention.

In this case, the program may take any form such as an object code, a program executed by an interpreter, or script data supplied to an OS as long as it has the function of the program.

A recording medium for supplying the program is, for example, a floppy (registered trademark) disk, a hard disk, an optical disk, a magneto-optical disk, an MO, a CD.
-ROM, CD-R, CD-RW, magnetic tape, non-volatile memory card, ROM, DVD (DVD-ROM,
DVD-R).

In addition, as a method of supplying the program,
It can also be supplied by connecting to a homepage on the Internet using a browser of a client computer, and downloading the computer program itself of the present invention or a compressed file having an automatic installation function from the homepage to a recording medium such as a hard disk. It can also be realized by dividing the program code constituting the program of the present invention into a plurality of files and downloading each file from different homepages. That is, a WWW server that allows a plurality of users to download a program file for implementing the functional processing of the present invention on a computer is also included in the claims of the present invention.

The program of the present invention is encrypted to C
By storing the information in a storage medium such as a D-ROM and distributing it to the user, and having the user who satisfies the predetermined conditions download the key information for decrypting the encryption from the home page via the Internet, and by using the key information It is also possible to execute the encrypted program and install the program in a computer to realize it.

Further, the functions of the above-described embodiments are realized by the computer executing the read program, and the OS and the like running on the computer execute the actual processing based on the instructions of the program. The function of the above-described embodiment can be realized also by performing a part or all of the above.

Further, after the program read from the recording medium is written in the memory provided in the function expansion board inserted into the computer or the function expansion unit connected to the computer, based on the instruction of the program,
CPU provided on the function expansion board or function expansion unit
Performs a part or all of the actual processing, and the processing realizes the functions of the above-described embodiments.

[0045]

As described above, according to the first aspect of the present invention, there is provided means for registering the settings relating to at least one output, and when the inspection information is output, the registration is performed. Since there is a means for selecting and outputting at least one of the settings related to output, connection to a network is facilitated, and output setting of inspection information such as inspection images and inspection data can be easily performed at a desired output destination. The effect is that the user can concentrate on the inspection act.

Further, according to the second aspect of the present invention, by displaying the fact that the inspection information is being output and the remaining output time and amount of the inspection information, it is possible to prevent the user from obstructing the output. Moreover, since the schedule for the next shooting can be predicted, there is an effect that work efficiency is improved.

Further, according to the third aspect of the present invention, the inspection information output means has a means for detecting whether or not the output is completed within a certain time, and if it is determined that the output is not completed, a means for performing various error processing is provided. When there is a problem in the output of, there is an effect that it can be dealt with promptly and with high reliability.

[Brief description of drawings]

FIG. 1 is a system configuration diagram of the first invention.

FIG. 2 is a diagram showing a display operation unit.

FIG. 3 is a diagram showing setting items regarding output.

FIG. 4 is a diagram of a setting screen of items related to output.

FIG. 5 is a diagram of an output destination selection screen.

FIG. 6 is a relational diagram of items related to a shooting location and output.

FIG. 7 is a second system configuration diagram of the present invention.

FIG. 8 is a setting item relating to output in the second system configuration diagram of the present invention.

FIG. 9 is a diagram of a display operation unit for explaining the second invention.

FIG. 10 is a flowchart explaining the third aspect of the present invention.

FIG. 11 is an example in which the number of sheets to be output is notified first.

FIG. 12 is a block diagram of a conventional round-trip imaging apparatus.

[Explanation of symbols]

6 operation / display unit 8 wireless communication unit 9 storage unit 1000 X-ray detector 1002 control unit 1003 inspection information output means 1005 operation unit 1006 cable 1007 network 1008 connector 1020 round-trip X-ray imaging device 1021 wheel 1023 traveling carriage 1024 support column 1025 Telescopic arm support unit 1026 Telescopic arm 1027 Aperture 1028 X-ray generator 1030 Bed 1040 Information processing device 1041 Information processing device monitor 200 Operation / display unit main body 201 Cable 202 communicating with control unit 1002 Mouse 203 Examination information display area 204 Imaging Condition display area 205 Message area 206 Image display area 207 Inspection information input dialog call button 209 Inspection posture icon 210 Imaging object button 211 Imaging menu 212 Imaging end Button 213 Setting button 214 Shooting image list display area 215 Shooting condition change button 216 Output status display area 217 Output destination selection button 218 Output destination selection window 220 Output status display icon 231 Output destination name setting area 232 Output destination IP address setting area 233 Output Destination port setting area 234 Output destination application entity title setting area 235 Option button 236 Cancel button 237 OK button 238 Scroll button 301 Output destination IP address 302 Output destination port number 303 Output destination application entity title 304 Domain of participating network / Workgroup name 305 MAC address 306 Frequency band 307 WEP function

Claims (36)

[Claims] 1. A mobile inspection apparatus having means for acquiring examination information of a subject on a traveling carriage and means for outputting the obtained examination information of the subject, wherein at least one setting relating to output is registered. And a means for selecting at least one of the registered output destinations, and a means for outputting the acquired inspection information to the selected output destination. apparatus. 2. The mobile inspection apparatus according to claim 1, wherein the setting related to output is information for specifying an output destination and information necessary for connection with a network. 3. The mobile inspection apparatus according to claim 2, wherein the information specifying the output destination includes at least an IP address, and the information necessary for connecting to the network is a MAC address set in wireless LAN communication. And settings related to communication such as wireless band, or extended service set I required for access
Mobile inspection device characterized by security settings such as D and encryption key. 4. The mobile inspection apparatus according to claim 2, wherein the information specifying the output destination includes at least an IP address, and the information necessary for connecting to the network is the domain including the output destination device. Mobile inspection device characterized by login information. 5. The mobile inspection apparatus according to claim 1, further comprising means for associating the output registered by the means for registering the setting relating to the output of at least one place with the information for specifying the shooting location. A mobile inspection device characterized by having. 6. The mobile inspection apparatus according to claim 5, further comprising means for inputting information capable of specifying a photographing location, and at the time of outputting the inspection information, an output destination associated with the information capable of specifying the photographing location is selectably displayed. A mobile inspection apparatus having a means for selecting. 7. The mobile inspection apparatus according to claim 5, further comprising means for inputting information capable of specifying a shooting location, and outputting the inspection information to an output destination associated with the information capable of specifying the shooting location. A mobile inspection device characterized by having. 8. A mobile inspection apparatus having means for acquiring examination information of a subject and means for outputting the obtained examination information of the subject on a traveling carriage, wherein settings relating to output of at least one location are registered. A mobile inspection apparatus having a step of storing the inspection information, and having a step of selecting and outputting at least one of the registered output-related settings when outputting the inspection information. 9. A mobile inspection apparatus having means for acquiring examination information of a subject and means for outputting the obtained examination information of the subject on a traveling carriage, and registering settings relating to output at at least one location. And a code for performing at least one of the registered output-related settings and outputting the inspection information when outputting the inspection information. 10. A mobile inspection apparatus having means for acquiring test information of a subject on a traveling carriage and means for outputting the acquired test information of the subject, indicating that the test information is being output. A mobile inspection system characterized by displaying. 11. A mobile inspection apparatus having means for acquiring test information of a subject on a traveling carriage and means for outputting the acquired test information of the subject, indicating that the test information is being output. A mobile inspection device characterized by displaying. 12. The mobile inspection apparatus according to claim 11, wherein the display indicating that the inspection information is being output includes displaying or blinking a message, a symbol, an icon on the screen of the operation unit, a change in screen state, Or, the mobile inspection device is characterized by changing the state of the LED lamp or by buzzer or voice. 13. The mobile inspection apparatus according to claim 11 or 12, wherein the data amount or the number of files of the inspection information that has been output at the time of outputting the inspection information is displayed and updated in real time. Mold inspection device. 14. The mobile inspection apparatus according to claim 11 or 12, wherein the data amount of the inspection information to be output at the time of outputting the inspection information, the number of files, and the approximate time required to output the remaining data are displayed. A mobile inspection device that is updated in real time. 15. The mobile inspection apparatus according to claim 13 or 14, wherein the data amount of the inspection information that has been output,
To the number of files, the elapsed time from the start of output, or the data amount of unoutput inspection information, the number of files, or the approximate time taken to output the remaining data, together with the total amount of inspection information data to be output, or the file A mobile inspection apparatus, which displays the sum of numbers or the approximate time required to output all data and updates in real time. 16. The mobile inspection apparatus according to claim 13, wherein the unit of the amount of data or the number of files of the inspection information to be output is set for each subject. Mold inspection device. 17. The mobile inspection apparatus according to claim 17, wherein the drive unit is locked so as not to move during the output of the inspection information. 18. A mobile inspection apparatus having means for acquiring test information of a subject on a traveling carriage and means for outputting the acquired test information of the subject indicates that the test information is being output. A mobile inspection method having a step of displaying. 19. A mobile inspection apparatus having means for acquiring test information of a subject on a traveling carriage and means for outputting the acquired test information of the subject indicates that the test information is being output. A mobile inspection method comprising: a step of displaying and a step of locking a drive unit so that the drive section cannot be moved while the inspection information is being output. 20. A mobile inspection apparatus having means for acquiring test information of a subject on a traveling carriage and means for outputting the acquired test information of the subject indicates that the test information is being output. A storage medium characterized by storing a code for displaying. 21. A mobile inspection apparatus having means for acquiring test information of a subject on a traveling carriage and means for outputting the acquired test information of the subject indicates that the test information is being output. A storage medium, which stores a code for displaying and a code for locking a drive unit so that the drive unit cannot move while the inspection information is being output. 22. In a mobile inspection device having means for acquiring test information of a subject on a traveling carriage, and means for outputting the acquired test information of the subject, the output of the test information is completed within a certain period of time. A mobile inspection apparatus having a means for detecting whether or not it is. 23. The mobile inspection apparatus according to claim 22, further comprising means for displaying an error message when the means for detecting whether or not the inspection information output is completed within a certain time is judged not to be completed. A characteristic mobile inspection device. 24. The mobile inspection apparatus according to claim 22 or 23, comprising means for storing the number of files to be transferred and an output completion flag for judging whether or not the output is completed, and the inspection information output By means of detecting whether it has finished in a certain time,
A mobile inspection apparatus having means for retransferring only files that have not been transferred when it is judged not to end. 25. The mobile inspection apparatus according to any one of claims 22 to 24, wherein the unit of the inspection information output of the means for detecting whether or not the inspection information output is completed within a fixed time is one subject. Mobile inspection device. 26. In a mobile inspection apparatus having a means for acquiring test information of a subject on a traveling carriage and a means for outputting the acquired test information of the subject, the output of the test information is completed within a certain period of time. A storage medium comprising: a step of detecting whether or not an error message is displayed when the inspection information output is not completed within a certain time. 27. In a mobile inspection device having a means for acquiring test information of a subject on a traveling carriage and a means for outputting the acquired test information of the subject, the output of the test information is completed within a fixed time. It has a step of detecting whether or not, a step of displaying an error message when the output of the inspection information is not completed within a certain time, and a step of re-transferring only the files that have not been transferred. How to move. 28. In a mobile inspection device having means for acquiring test information of a subject on a traveling carriage and means for outputting the acquired test information of the subject, the output of the test information is completed within a fixed time. A storage medium which stores a code for detecting whether or not and a code for displaying an error message when the inspection information output is not completed within a certain time. 29. In a mobile inspection apparatus having means for acquiring test information of a subject on a traveling carriage and means for outputting the acquired test information of the subject, the output of the test information is completed within a fixed time. It is characterized by storing a code for detecting whether or not, a code for displaying an error message when the inspection information output is not completed within a certain time, and a code for re-transferring only a file that has not been transferred. Storage medium. 30. The examination is a radiography for irradiating a subject with radiation and converting at least the intensity distribution of the radiation transmitted through the subject into an electric signal to obtain a radiographic image. The mobile inspection device according to any one of claims 1 to 29. 31. The inspection information is an X-ray image produced by X-rays passing through the subject, information about the subject such as name and date of birth, information about the examination such as imaging conditions, and other information such as a technician name. Claim 1 characterized by the above.
30. The mobile inspection apparatus according to claim 29. 32. The mobile inspection device according to claim 1, wherein an X-ray generator and an X-ray imaging device are mounted on a traveling carriage. Mobile inspection device. 33. The mobile inspection apparatus according to claim 1, wherein the inspection information is output wirelessly from the mobile inspection apparatus. 34. The mobile inspection apparatus according to claim 33, wherein the wireless strength is displayed. 35. The mobile inspection apparatus according to claim 34, wherein a message is displayed when the wireless strength becomes lower than a predetermined value during transfer. 36. The number of pieces of inspection information to be output, including self,
A mobile inspection device characterized in that it is first output as a parameter.