CN110123351A

CN110123351A - X-ray imaging device, the method and X-ray imaging system for controlling X-ray imaging device

Info

Publication number: CN110123351A
Application number: CN201910438391.8A
Authority: CN
Inventors: 朴钟曙; 金成南; 金智慧; 辛宗炫; 李恩宰
Original assignee: Samsung Electronics Co Ltd
Current assignee: Samsung Electronics Co Ltd
Priority date: 2014-10-17
Filing date: 2015-10-15
Publication date: 2019-08-16
Anticipated expiration: 2035-10-15
Also published as: CN107106098A; CN110123351B; CN106999134A; KR101837450B1; CN107106098B; KR20160045559A; KR101710354B1; KR20160045558A; CN106999134B

Abstract

The method for providing X-ray imaging device and controlling X-ray imaging device.X-ray imaging device includes X-ray detector and user interface, and the user interface is configured to the size of display X-ray detector, and while showing the size of X-ray detector, shows that the X-ray detector in X-ray detector can be in the mode wherein used.

Description

X-ray imaging device, the method and X-ray imaging system for controlling X-ray imaging device

The application be international filing date be on October 15th, 2015, China application No. is 201580067496.7, invention names The referred to as divisional application of the application for a patent for invention of " X-ray imaging device, the method and X-ray imaging system for controlling X-ray imaging device ".

Technical field

With the consistent device and method of exemplary embodiment be related to X-ray imaging device, control X-ray imaging device method and X-ray imaging system.

Background technique

X-ray imaging device obtains the internal image of object using X-ray.X-ray imaging device is using X-ray irradiation object and examines Non-intruding (noninvasive) method for the X-ray that survey penetrates object carrys out the internal imaging to object.Therefore, medical X-ray imaging dress Set the damage or disease that can be used for diagnosing inside the object that outside cannot be diagnosed to be.

X-ray imaging device includes generating X-ray and emitting the X source of X-ray to object and detect the X-ray across object X-ray detector.For the different piece imaging to object, X source is provided as moving, and X-ray detector may be mounted at On imaging table (imaging table) or imaging bracket (imaging stand) or it is provided as portable.

Summary of the invention

Technical problem

Exemplary embodiment solves at least the above problems and/or disadvantage and other shortcomings not described above.In addition, not It is required that exemplary embodiment overcomes disadvantages described above, and can not overcome the problems, such as described above any.

One or more exemplary embodiments provide can be using the detector being previously stored in work station or server Paired data come detector is set and detector want the X-ray imaging device of communication of mounting portion mounted thereto, control X-ray at As the method and X-ray imaging system of device.

The method and X-ray that one or more exemplary embodiments provide a kind of X-ray imaging device, control X-ray imaging device Imaging system, the X-ray imaging device depend on the selection of multiple X-ray detectors multiple for selecting multiple X-ray detectors The size of X-ray detector and selected X-ray detector want mounting portion mounted thereto.

Technical solution

One aspect accoding to exemplary embodiment, a kind of X-ray imaging device include X-ray detector and user interface, institute The size that user interface is configured to display X-ray detector is stated, and shows that the X-ray detector in X-ray detector can be at it Used in mode, while showing the mode, the size of the X-ray detector is shown.

Described device, which may further include X-ray detector, may be mounted at mounting portion thereon, and shown mould State may include the mounting portion.

The user interface can be further configured to receive while showing the size of X-ray detector to X-ray check The selection of device, and receive the selection that shown mounting portion mounted thereto is wanted to X-ray detector.

The size in the region for the mounting portion that adjustable X-ray detector can be installed therein, and in response to being adjusted Mounting portion region size, user interface can be further configured to show X-ray detector size while, be based on The size of X-ray detector shows mounting portion.

It can use size text and at least one of icon sizes worked as to show the size of X-ray detector.

User interface can be further configured to show the size of X-ray detector one at a time.

User interface can be further configured to show the size of X-ray detector simultaneously.

While the size of X-ray detector is shown, user interface can be further configured to whether display has exchanged X Photodetector.

While the size of X-ray detector is shown, user interface can be further configured to display X-ray detector At least one of in color, shape, resolution ratio, response time and diagnosis room.

While the size of X-ray detector is shown, user interface can be further configured to display X-ray detector quilt Mounting portion mounted thereto.

While the size of X-ray detector is shown, user interface, which can be further configured to receive, to be made wherein With the selection of the mode of the display of X-ray detector.

User interface can be further configured to receive the condition of search X-ray detector and based on received condition reception The input of X-ray detector is searched for, the condition includes the size of X-ray detector, color, shape, resolution ratio, response time and examines At least one of in disconnected room.

In response to X-ray detector not corresponding with received condition in X-ray detector, user interface can be into one Step is configured to the corresponding another X-ray detector of condition similar with received condition in display X-ray detector.

In response in X-ray detector not with include the corresponding X-ray detector of the received condition of diagnosis room, user Interface can be further configured to receive and show the information of another diagnosis room, corresponding with another condition from server another One X-ray detector is located in another diagnosis room.

Described device may further include at least one X-ray detector.

X-ray detector may include at least one described X-ray detector and at least one external X-ray detector.

User interface can be further configured to receive the registration at least one external X-ray detector.

One aspect according to another exemplary embodiment, a kind of X-ray imaging device include X-ray detector and user circle Face, the user interface are configured to the color of display X-ray detector, and while showing the color of X-ray detector, display The mounting portion that X-ray detector in X-ray detector can be installed therein.

One aspect according to another exemplary embodiment, a kind of X-ray imaging device include X-ray detector and user circle Face, the user interface be configured to the display shape of X-ray detector, resolution ratio and in the response time at least one of, and Show the shape of X-ray detector, resolution ratio and in the response time at least one of while, show in X-ray detector X-ray detector can be in the mode wherein used.

One aspect according to another exemplary embodiment, it is a kind of control X-ray imaging device method include display X-ray inspection The size of device is surveyed, and while showing the size of X-ray detector, shows that the X-ray detector in X-ray detector can be Mode used in it.

Shown mode may include the mounting portion that X-ray detector can be mounted thereto.

The method may further include: while showing the size of X-ray detector, receive to X-ray detector Selection, and receive the selection that shown mounting portion mounted thereto is wanted to X-ray detector.

The size in the region for the mounting portion that adjustable X-ray detector can be installed therein, and in response to being adjusted Mounting portion region size, the method may further include: while showing the size of X-ray detector, be based on X The size of photodetector shows mounting portion.

The size for showing X-ray detector may include showing the size of X-ray detector one at a time.

The size for showing X-ray detector may include showing the size of X-ray detector simultaneously.

The method may further include: while showing the size of X-ray detector, display X-ray detector is pacified Mounted in mounting portion thereon.

While the size of X-ray detector is shown, the method may further include reception will use X wherein The selection of the mode of the display of photodetector.

The method may further include: receiving the condition of search X-ray detector and is based on received condition reception To search for X-ray detector, the condition includes the size of X-ray detector, color, shape, resolution ratio, response time and examines for input At least one of in disconnected room.

The method may further include: in response to X-ray not corresponding with received condition in X-ray detector Detector shows the corresponding another X-ray detector of condition similar with received condition in X-ray detector.

The method may further include: in response in X-ray detector not with include diagnosis room it is received The corresponding X-ray detector of condition, receives and shows the information of another diagnosis room, corresponding with another condition from server another One X-ray detector is located in another diagnosis room.

Non-transient computer readable storage medium can store program, and described program includes that computer is made to execute the method Instruction.

One aspect according to another exemplary embodiment, a kind of device include display and controller, the controller It is configured to the size that control display shows X-ray detector, and shows the size of X-ray detector in response to display to control Display shows the position that can install X-ray detector.

One aspect according to another exemplary embodiment, a kind of X-ray imaging device, comprising: display；Input equipment； And controller, it is configured that the second mounting portion of the first icon and instruction for controlling display display first mounting portion of instruction The second icon；It is received via the input equipment and one user in first icon of display and the second icon is selected It selects；And based on the user's selection received to first icon: controlling the display by showing institute with the first color The second icon for stating the first icon that the first icon will be shown and display distinguishes, and first color is different from described second Second color of icon；Receive the status information for the first X-ray detector being mounted in first mounting portion；It controls described aobvious Show that device keeps the display of the second icon of display；And the control display shows the state letter of first X-ray detector Breath.

One aspect according to another exemplary embodiment, a kind of X-ray imaging device, comprising: storage device is configured to deposit Store up the size of multiple X-ray detectors；Display；Input equipment；It is described more to be configured that the control display is shown for controller The size of a X-ray detector indicates the second icon of the second mounting portion of the first icon and instruction of the first mounting portion；Via described Input equipment, which receives, selects one the first user in the size of multiple X-ray detectors of display；And based on receiving The first user selection, controls the display: by the first X in instruction wherein mountable the multiple X-ray detector First icon of the first mounting portion of photodetector and the second mounting portion for indicating wherein not mountable first X-ray detector The second icon distinguish, wherein first X-ray detector have selected with first user in corresponding size one It is a；And keep indicating the display of wherein the second icon of the second mounting portion of not mountable first X-ray detector.

Technical effect

As being apparent from from the description above, X-ray imaging device, control X-ray imaging dress accoding to exemplary embodiment The method and X-ray imaging system set can use the detector paired data that is previously stored in work station or server to be arranged The detector not being set also, or the setting of previously positioned detector is changed.

Furthermore it is possible to according to the size of X-ray detector, color, shape, resolution ratio and in the response time at least one of come Select one in multiple X-ray detectors.

Detailed description of the invention

Exemplary embodiment is described by reference to attached drawing, above-mentioned and/or other aspects will become more clear, in which:

Fig. 1 is to illustrate the simplified block diagram of X-ray imaging device accoding to exemplary embodiment；

Fig. 2 is to illustrate the detailed diagram of X-ray imaging device accoding to exemplary embodiment；

Fig. 3 is to illustrate the view of detector paired data accoding to exemplary embodiment；

Fig. 4 is to illustrate another block diagram of X-ray imaging device accoding to exemplary embodiment；

Fig. 5 is the view for being provided as portable X-ray detector accoding to exemplary embodiment；

Fig. 6 is the front view of the detector including detector display accoding to exemplary embodiment；

Fig. 7 a is the perspective view of ceiling mounting type X-ray imaging device accoding to exemplary embodiment；

Fig. 7 b be illustrate accoding to exemplary embodiment by change ceiling mounting type X-ray imaging device in mounting portion it is big The conceptual view of small and compatible X-ray detector；

Fig. 8 a is the perspective view of mobile X-ray imaging device accoding to exemplary embodiment；

Fig. 8 b is conceptual view accoding to exemplary embodiment, is illustrated by changing in mobile X-ray imaging device The size of mounting portion, X-ray detector are compatible；

Fig. 9 is the perspective view of mammography Formula X photoimaging equipment accoding to exemplary embodiment；

Figure 10 is the perspective view of Angiography Formula X photoimaging equipment accoding to exemplary embodiment；

Figure 11 be accoding to exemplary embodiment ceiling mounting type X-ray imaging device and movable type X are used in a diagnosis room The perspective view of the X-ray imaging system of photoimaging equipment；

Figure 12 be accoding to exemplary embodiment in a diagnosis room using mammography Formula X photoimaging equipment and shifting The perspective view of the X-ray imaging system of dynamic formula X-ray imaging device；

Figure 13 be accoding to exemplary embodiment in a diagnosis room using Angiography Formula X photoimaging equipment and shifting The perspective view of the X-ray imaging system of dynamic formula X-ray imaging device；

Figure 14 is conceptual view accoding to exemplary embodiment, and the detector for illustrating to be located in a diagnosis room is moved Work station is connected to another diagnosis room will test device；

Figure 15 is conceptual view accoding to exemplary embodiment, and the detector for illustrating to be located in a diagnosis room is moved Work station is connected to another diagnosis room will test device；

Figure 16 is conceptual view accoding to exemplary embodiment, and the detector for illustrating to be located in a diagnosis room is moved Work station is connected to another diagnosis room will test device；

Figure 17 is graphical user circle shown when the installation of mounting portion sensing detector accoding to exemplary embodiment The view in face；

Figure 18 is accoding to exemplary embodiment in the view to the graphic user interface before detector searches；

Figure 19 be accoding to exemplary embodiment to detector searches when graphic user interface view；

Figure 20 is accoding to exemplary embodiment in the view to the graphic user interface after detector searches；

Figure 21 is accoding to exemplary embodiment in the view to the graphic user interface after detector searches；

Figure 22 is accoding to exemplary embodiment in the view to the graphic user interface after detector searches；

Figure 23 is accoding to exemplary embodiment in the view to the graphic user interface after detector searches；

Figure 24 is accoding to exemplary embodiment in the view to the graphic user interface after detector searches；

Figure 25 is accoding to exemplary embodiment in the view to the graphic user interface after detector searches；

Figure 26 is accoding to exemplary embodiment in the view to the graphic user interface after detector searches；

Figure 27 is accoding to exemplary embodiment in the view to the graphic user interface after detector searches；

Figure 28 is accoding to exemplary embodiment in the view to the graphic user interface after detector searches；

Figure 29 is accoding to exemplary embodiment in the view to the graphic user interface after detector searches；

Figure 30 is accoding to exemplary embodiment in the view to the graphic user interface after detector searches；

Figure 31 is accoding to exemplary embodiment in the view to the graphic user interface after detector searches；

Figure 32 is accoding to exemplary embodiment in the view to the graphic user interface after detector searches；

Figure 33 is accoding to exemplary embodiment in the view to the graphic user interface after detector searches；

Figure 34 is accoding to exemplary embodiment in the view to the graphic user interface after detector searches；

Figure 35 is accoding to exemplary embodiment in the view to the graphic user interface after detector searches；

Figure 36 is accoding to exemplary embodiment in the view to the graphic user interface after detector searches；

Figure 37 is accoding to exemplary embodiment in the view to the graphic user interface after detector searches；

Figure 38 is accoding to exemplary embodiment in the view to the graphic user interface after detector searches；

Figure 39 is the view of the graphic user interface before input detector search condition accoding to exemplary embodiment；

Figure 40 is the figure for the size input search condition about detector illustrated accoding to exemplary embodiment The exemplary view of user interface；

Figure 41 is the figure for the size input search condition about detector illustrated accoding to exemplary embodiment Another exemplary view of user interface；

Figure 42 is the figure for the color input search condition about detector illustrated accoding to exemplary embodiment The view of user interface；

Figure 43 is the figure for the shape input search condition about detector illustrated accoding to exemplary embodiment The view of user interface；

Figure 44 is the figure for the resolution ratio input search condition about detector illustrated accoding to exemplary embodiment The view of shape user interface；

Figure 45 is the response time input search condition being used for about detector illustrated accoding to exemplary embodiment The view of graphic user interface；

Figure 46 is the diagnosis room input search for being located therein about detector illustrated accoding to exemplary embodiment The view of the graphic user interface of condition；

Figure 47 be illustrate accoding to exemplary embodiment in input detector search condition and to the same of detector searches When graphic user interface view；

Figure 48 is the figure use after to detector searches and before selecting detector accoding to exemplary embodiment The view at family interface；

Figure 49 be accoding to exemplary embodiment after to detector searches and select the figure after detector to use The view at family interface；

Figure 50 be accoding to exemplary embodiment after to detector searches and select the figure after detector to use The view at family interface；

Figure 51 be accoding to exemplary embodiment after to detector searches and select the figure after detector to use The view at family interface；

Figure 52 be accoding to exemplary embodiment after to detector searches and select the figure after detector to use The view at family interface；

Figure 53 be accoding to exemplary embodiment after to detector searches and select the figure after detector to use The view at family interface；

Figure 54 is accoding to exemplary embodiment in the view to the graphic user interface before detector searches；

Figure 55 be accoding to exemplary embodiment to detector searches when graphic user interface view；

Figure 56 is connecting for the X-ray detector shown after detector searches for selection accoding to exemplary embodiment Connect the view of the graphic user interface of mounting portion；

Figure 57 is the X-ray inspection that the display after detector searches accoding to exemplary embodiment can connect mounting portion and selection Survey the view of the graphic user interface for the mounting portion of device currently connected；

Figure 58 is that the X-ray after detector searches for changing to be attached to selection accoding to exemplary embodiment is examined Survey the view of the graphic user interface of the mounting portion of device；

Figure 59 be illustrate accoding to exemplary embodiment for after detector searches select mode (modality) With the exemplary view of the graphic user interface of mounting portion；

Figure 60 be illustrate accoding to exemplary embodiment for selecting mode and mounting portion after detector searches Another exemplary view of graphic user interface；

Figure 61 be illustrate accoding to exemplary embodiment for selecting mode and mounting portion after detector searches Yet another exemplary view of graphic user interface；

Figure 62 be illustrate accoding to exemplary embodiment for selecting mode and mounting portion after detector searches Another exemplary view again of graphic user interface；

Figure 63 is accoding to exemplary embodiment for selecting the graphic user interface of mode after detector searches View；

Figure 64 is accoding to exemplary embodiment for selecting the graphical user of ceiling mounting type mode after detector searches The view at interface；

Figure 65 is display the connecting for all each mode after detector searches accoding to exemplary embodiment The view of the graphic user interface of mounting portion；

Figure 66 is conceptual view accoding to exemplary embodiment, illustrates to execute between multiple diagnosis rooms and server logical Letter；

Figure 67 is to illustrate the flow chart of detector setting method accoding to exemplary embodiment；

Figure 68 is to illustrate the flow chart of detector setting method accoding to exemplary embodiment；And

Figure 69 is to illustrate the flow chart of detector setting method accoding to exemplary embodiment.

Throughout attached drawing, identical reference label will be understood to refer to identical part, component and structure.

Specific embodiment

Below with reference to the accompanying drawings it is described more fully exemplary embodiment.

In the following description, even if in different drawings, identical attached drawing reference label is used for identical element.It mentions For the content (such as detailed configuration and element) that limits in the de-scription to help comprehensive understanding exemplary embodiment.It may be evident, however, that Can in the case where the content specifically limited without these practical example embodiment.Furthermore it is possible to be not described in detail known Function or construction because they will make to describe smudgy with unnecessary details.

It will be appreciated that terms used herein " include " and or " include " is indicated in the presence of stated feature or component, but It is not preclude the presence or addition of other one or more features or component.In addition, such as " unit " that describes in the description, "- Device (- body) " and the term of " module " refer to the element for executing at least one functions or operations, and can be with hardware, software Or the combination of hardware and software is realized.

Throughout specification, X-ray imaging device described below include for each X-ray imaging device provide an X source with X-ray detector is set, and but not limited to this.It can be arranged according to including the quantity of X source in an X-ray imaging device Multiple X-ray detectors.

In the following, X-ray imaging device accoding to exemplary embodiment and the method for controlling it will be described with reference to the drawings.

Fig. 1,2 and 4 are the block diagrams of X-ray imaging device 1.Fig. 3 is the detector pairing for illustrating to be stored in work station 200 The exemplary view of data 271.

X-ray imaging device 1 includes X-ray detector 100 and main body 10.In addition, main body 10 includes X source 70, work station 200, mounting portion 300 and child user interface 80.

X-ray detector 100 is the equipment for detecting the X-ray emitted from X source 70 and across object ob.In X-ray detector The detection to X-ray is executed at sensing panel inside 100.Sensing panel may include respond X-ray multiple pixels and can be with It is arranged with matrix shape.In addition, the X-ray that sensing panel will test is converted into electric signal to allow the inside x-ray image of object.

The method of electric signal can be converted into according to the method for forming material, the X-ray that will test and obtain electric signal Method senses panel to classify.

Firstly, the method for depending on forming material, sensing panel is divided into the case where being formed with individual devices and with combination The case where device formation.

In the case where being formed with individual equipment, is formed by the semiconductor with single material or manufactured by single process Detection X-ray simultaneously generates the part of electric signal and reads and handle the part of electric signal.For example, individually used as light-receiving member The charge-coupled device (CCD) or complementary metal oxide semiconductor (CMOS) of part.

In the case where being formed with assembling device, is formed respectively by different materials or detection X-ray is manufactured by various process And it generates the part of electric signal and reads and handle the part of electric signal.Such as photodiode, CCD, tellurium are utilized for example, existing The light receiving element of zinc cadmium (CdZnTe) reads and handles electricity to detect X-ray and read integrated circuit (ROIC) using CMOS The case where signal, detects X-ray using strip detector (strip detector) and reads and handle using CMOS ROIC The case where electric signal, and the case where utilization amorphous silicon (a-Si) or noncrystalline selenium (a-Se) flat-panel systems.

In addition, depending on the method that X-ray is converted into electric signal, sensing panel is divided into direct change type and indirect conversion Formula.

In direct change type, when emitting X-ray, instantaneously formed inside light receiving element electron hole pair and by Anode is moved in the electric field electron for being applied to light receiving element both ends and hole is moved to cathode, in this way sensing face Such movement is converted into electric signal by plate.As for the material in the light receiving element directly changed in rotatable, there are a-Se, CdZnTe, HgI2, PbI2 etc..

In indirect-converting type, have in visible light region from X-ray and scintillator the interaction transmitting that X source 70 emits Wavelength photon, and then light receiving element sensing and converts thereof into electric signal at photon.As rotatable for changing indirectly In light receiving element material, there are a-Si.As scintillator, thin board type gadolinium oxysulfide (GADOX) scintillator, microtrabeculae are used Formula or pin type CSI (T1) etc..

In addition, sensing panel is divided into the charge of storage a period of time and obtains from it according to the method for obtaining electric signal Obtain the charge integration mode of signal and whenever single X-ray photon generates the photon counting mode that signal just counts.

It, will even if any one of above method can be applied to sensing panel, but below for the convenience of description Description applies from X-ray and directly obtains the direct change type of electric signal, the sensor chip and reading circuit core of connection detection X-ray The hybrid and photon counting mode of piece.

In addition, X-ray detector 100 includes detector sensor 140, detector storage device 170, communication detector interface 160, detector display 190 and detector controller 150.

When using X-ray detector 100 while X-ray detector 100 is not installed on mounting portion 300, detector is passed Sensor 140 can sense the position of X-ray detector 100.Detector sensor 140 can be provided in the rear table of X-ray detector 100 On face or side surface or it can be set inside X-ray detector 100.That is, in the X-ray for not influencing X-ray detector 100 In the case where detection, to the position of detector sensor 140 there is no limit.

The detector of type of the storage of detector storage device 170 for indicating corresponding X-ray detector 100 identifies data 171。

Herein, detector identification data 171 are the X-ray detectors in multiple such X-ray detectors 100 for identification Information.Specifically, detector identification data 171 may include detector models (model), sequence number and detector IP.Inspection Surveying type number can be the model name of detector of manufacturer.Sequence number is the identical multiple detections of detector models for identification The information of device and the build date or sequence number that can be corresponding detector.Detector IP is that have identical inspection for identification It surveys the information of multiple detectors of type number and sequence number and can be the agreement being arranged to communicate with work station 200.

Detector storage device 170 may include that (such as read-only memory (ROM), high speed are random for nonvolatile memory Access memory (RAM), disk storage equipment and flash memory) or other non-volatile semiconductor memory devices.

For example, the detector storage device 170 as semiconductor memory devices, there are secure digital (SD) storage card, Secure digital high capacity (SDHC) storage card, mini SD storage card, mini SDHC storage card, portable flash (Trans- Flash, TF) storage card, micro- SD storage card, micro- SDHC storage card, memory stick, close-coupled quick flashing (CF) card, multimedia card (MMC), micro- MMC, extreme digital (XD) card etc..

In addition, detector storage device 170 may include the network-attached storage equipment accessed by network 400.

The transmission of communication detector interface 160 and the information for receiving the corresponding X-ray detector 100 with setting for identification.Tool For body, the detector being stored in detector storage device 170 can be identified that data 171 pass by communication detector interface 160 It is defeated to arrive work station 200, and can receive about the information that corresponding X-ray detector 100 is arranged by work station 200.In addition, Communication detector interface 160 can will be from the electric signal transmission converted by the received X-ray of X-ray detector 100 to work station 200. In addition, setting can be transferred to work station 200 with the agreement communicated with network 400 with identification pair by communication detector interface 160 The diagnosis room that the X-ray detector 100 answered is located therein.In addition, communication detector interface 160 can connect wirelessly or by line It is connected to network 400, and can be with external server 401, other child user interfaces 402, other medical devices 403 or network collection Line device 410 communicates.In addition, communication detector interface 160 can carry out data communication according to communication standard.

Communication detector interface 160, which can be transmitted and be received, remotely controls related data and can with by network 400 To transmit and receive the operation of other medical devices 403.It is examined in addition, communication detector interface 160 can be received from server 401 The operation that the error correction information of type number is surveyed to be used in X-ray imaging device 1.

Communication detector interface 160 can wiredly or wirelessly be connected to network 400 and can with server 401, Other child user interfaces 402, other medical devices 403 or network hub 410 communicate.Communication detector interface 160 can wrap Include the one or more components communicated with network 400.For example, communication detector interface 160 includes wireless detector communication interface 161 and wired detector communication interface 165.

Wireless detector communication interface 161 is connected wirelessly to network 400 and can transmit and receive will be from X-ray check Device 100 is transferred to the information of work station 200 and the information for X-ray detector 100 to be arranged.Wireless detector communication interface 161 Including wireless detector communication port 163 and wireless detector communication module 162.

The offer of wireless detector communication port 163 will be transferred to channel radio from wireless detector communication module 162 on it The data of letter module 262 pass through wireless communication port 263 and are transferred to the path of wireless communication module 262.

Wireless detector communication module 162 can with wireless communication module 262 match with transmit and receive for identification and The information of X-ray detector 100 is set.Wireless detector communication module 162 includes antenna system, radio frequency (RF) transceiver, one Or multiple amplifiers, tuner, one or more oscillators, digital signal processor, codec chip group, Subscriber Identity Module (SIM) card, memory 900 etc., but may include the known circuit without being limited thereto for executing these functions.

Wireless communication may include global system for mobile communications (GSM), enhancing data GSM environment (EDGE), wideband code division Multiple access (WCDMA), CDMA (CDMA), time division multiple acess (TDMA), bluetooth, low-power consumption bluetooth (Bluetooth low Energy, BLE), near-field communication (NFC), Zigbee, Wireless Fidelity (WiFI, for example, EEE802.11a, EEE802.11b, IEEE802.11g and/or IEEE802.11n), it is Voice over Internet Protocol (VoIP), Wi-MaX, Wi-Fi direct (WFD), super Broadband (UWB), Infrared Data Association (IrDA), the agreement for being used for Email, instant message and/or short message service (SMS) Or other communication protocols appropriate.In addition, various wireless communications methods may be used as the example of wireless communication.

Wired detector communication interface 165 is connected to network 400 and can be transmitted and be received and examined from X-ray by line It surveys device 100 and is transferred to the information of work station 200 and the information for X-ray detector 100 to be arranged.Wired detector communication interface 165 include wired detector communication port 167 and wired detector communication module 166.

Wired detector communication port 167 by communication cable connect with wired connection port 267 and can transmit and Receive the information for identification with setting X-ray detector 100.

Wired detector communication port 167 can be connect with various types of communication cables.Particularly, wired detector Communication port 167 may include the port high-definition multimedia interface (HDMI), the port digital visual interface (DVI), microminiature D (S-sub) port, unshielded twisted pair (UTP) cableport and the port universal serial bus (USB).In addition, being used for transmission inspection Surveying device identification data 171 and receiving may be used as wired detection for the various communication port of the information of X-ray detector 100 to be arranged The example of device communication port 167.

Wired detector communication module 166 can be exchanged by communication cable with wire communication module 266 connected to it Information.Particularly, connection signal can be transferred to wire communication module 266 and can by wired detector communication module 166 With the response signal of receiving workstation 200, to be configured to the two.In addition, wired detector communication module 166 can incite somebody to action Detector identification data 171 are transferred to work station 200, and can receive the corresponding X-ray detector 100 of work station 200 Setting information.

In addition, wired detector communication module 166 refers to for the module using electric signal or optical signal communications.Wire communication Technology may include that but not limited to this for paired cable, coaxial cable, fiber optic cables and Ethernet cable.

When selecting corresponding X-ray detector 100 multiple X-rays to be arranged in work station 200 at graphic user interface G1 In detector 100 when corresponding X-ray detector 100, detector display 190 can be by corresponding X-ray detector 100 and its He distinguishes X-ray detector 100.That is, can only open the detector display 190 of corresponding X-ray detector 100 and The detector display 190 of other X-ray detectors 100 can be closed.In contrast, corresponding X-ray detector can be simply turned off 100 detector display 190 and the detector display 190 that other X-ray detectors 100 can be opened.

In addition, detector display 190 can show the setting information of X-ray detector 100.That is, detector is aobvious Show that device 190 can show the class for the mounting portion 300 being mounted on by the corresponding X-ray detector that work station 200 is arranged Type and communication type.In addition, detector display 190 can show the x-ray image absorbed by X-ray detector 100.

The overall operation of the control X-ray detector 100 of detector controller 150.Particularly, detector controller 150 can To receive detector identification data 171 from detector storage device 170 and be transmitted to work station 200, and can be from work Make 200 reception setting information of station so that the image-forming condition of X-ray detector 100 is arranged, and can be according to corresponding X-ray detector The attribute of 100 mounting portions 300 being mounted on carrys out setting information.In addition, detector controller 150 can be controlled with The location information of the corresponding X-ray detector 100 sensed by detector sensor 140 is transferred to work station 200 and will be right The agreement for the X-ray detector 100 answered is transferred to work station 200.In addition, detector controller 150 can be by that will absorb image X-ray be converted into electric signal to generate picture signal.

In addition, detector controller 150 executes the function of central processing unit.Central processing unit can be micro process Device.Microprocessor is that wherein arithmetic and logic unit, register, program counter, command decoder, control circuit etc. are set Processing unit at least one silicon chip.

In addition, microprocessor may include the graphics processing unit (GPU) for image or video to be processed into figure.It is micro- Processor can be set to include core and the system on chip (SoC) of GPU.Microprocessor may include monokaryon, double-core, three Core, four cores and multicore.

In addition, detector controller 150 may include graphics process plate, the graphics process plate is electrically connected with microprocessor It include GPU, RAM or ROM on the independent circuit board connect.

Main body 10 can be generated X-ray and emit X-ray, and the electricity that can will be converted at X-ray detector 100 to object Signal is converted into picture signal.In addition, main body 10 may include X source 70, work station 200, mounting portion 300 and child user interface 80。

X source 70 is to generate X-ray and emit the equipment of X-ray to object and may include X-ray tube to generate X-ray.It can be with Set X-ray tube to include anode and cathode diode, and the shell of X-ray tube can be the glass formed by silicic acid Bohemian glass Glass pipe.

Work station 200 can be connect to control X-ray detector 100 and can receive and show with multiple X-ray detectors 100 Show the picture signal of intake.In addition, work station 200 includes storage device 270, communication interface 260, user interface 210 and control Device 250.

Storage device 270 stores detector paired data 271 and mounting portion data 278 and will test device paired data 271 and mounting portion data 278 be transferred to controller 250.In addition, the type and storage method of storage device 270 can with it is above-mentioned Detector storage device 170 type and storage method it is identical or different.

Herein, detector paired data 271 is one group of letter about the X-ray detector that can be used in X-ray imaging device 1 Breath.Particularly, the X-ray for identification that detector paired data 271 may include and be stored in multiple X-ray detectors 100 The detector of detector 100 identifies the corresponding information of data 171, and the information of multiple X-ray detectors 100 for identification it It outside can also include the information for the corresponding X-ray detector 100 of equipment.In addition, detector paired data 271 may include closing In the characteristic information of X-ray detector, such as about the size of X-ray detector 100 and the information of image-forming condition.

In addition, detector paired data 271 can store in storage device 270.As shown in figure 15, detector matches logarithm According to 271 may include detector models, sequence number and multiple X-ray detectors 100 detector IP.

With reference to Fig. 3, detector models 272 can be the model name of the detector of manufacturer.Sequence number 273 is for identification The information of multiple detectors of equality detector model, and can be the build date or sequence number of corresponding detector.Inspection Surveying device IP 274 is the information of multiple detectors for identification with equality detector model and sequence number, and can be and set Set the agreement to communicate with work station 200.

For example, detector paired data 271 may include the first detector paired data 271a, the second detector with logarithm According to 271b, third detector paired data 271c1 and the 4th detector paired data 271c2.

First detector paired data 271a is about X-ray detector corresponding with the first detector paired data 271a 100 information, wherein the first detector models 272a is stored as M1, First ray 273a is stored as SN1 and first Detector IP 274a is stored as AAA.BBB.CCC.DD.In addition, the second detector paired data 271b is examined about with second Survey the information of the corresponding X-ray detector 100 of device paired data 271b, wherein the second detector models 272b is stored as M2, the Two sequence number 273b are stored as SN2 and the second detector IP 274b is stored as AAA.BBB.CCC.DE.In addition, third Detector paired data 271c1 is the information about X-ray detector 100 corresponding with third detector paired data 271c1, In, third detector models 272c is stored as M3, third sequence number 273c1 is stored as SN3 and third detector IP 274c1 is stored as AAA.BBB.CCC.DF.In addition, the 4th detector paired data 271c2 is matched about with the 4th detector To the information of the corresponding X-ray detector of data 27,1c2 100, wherein third detector models 272c is stored as M3, the 4th sequence Row number 273c2 is stored as SN4 and the 4th detector IP 274c2 is stored as AAA.BBB.CCC.DG.

Herein, when third detector models 272c is used for third detector paired data 271c1 and the 4th detector is matched When to data 271c2, X-ray detector 100 corresponding with third detector paired data 271c1 and with the 4th detector match logarithm It can be the detector of same type according to the corresponding X-ray detector 100 of 271c2.However, with third detector paired data 271c1 Corresponding X-ray detector 100 and X-ray detector 100 corresponding with the 4th detector paired data 271c2 is used for and work station Detector the IP 274c1 and 274c2 of 200 communications are different from each other, and can be identified by this.

Referring again to Fig. 2 and Fig. 4, the various types of such detectors that can be used in X-ray imaging device 1 match logarithm It can store in storage device 270 or server 401 according to 271.

In addition, detector paired data 271 can include characteristic information with bag deposit.Characteristic information can be to be known about with detector The information of the feature of the X-ray detector 100 of other Data Matching.Particularly, characteristic information may include about being connectable to X The image-forming condition of the X-ray detector 100 of photoimaging systems is (such as the X-ray detector of each detector identification information arrangement 100 color calibration) information and X-ray detector 100 size, color, shape, resolution ratio and response time.

Mounting portion data 278 may include the different image-forming condition and for controlling for each mounting portion 300 The corrected value of image-forming condition in X-ray detector 100 processed.Particularly, due to fixed on table portion 310, vertical mounting portion (stand mounting portion) 320 and portable mounting portion 330 have different imaging moiety and image-forming condition, so The image absorbed based on identical setting value may be different.Therefore, work station 200 can be corresponding in setting by utilizing Corresponding X-ray detector 100 is arranged in the corresponding mounting portion data 278 of mounting portion 300 that select when X-ray detector 100.

Communication interface 260 receives detector identification data 171 and setting X-ray detector 100 from X-ray detector 100 Confidence breath and the control signal for X-ray detector 100 are transmitted to X-ray detector 100.In addition, communication interface 260 can pass through Detector paired data 271 is updated by server 401 come obtain be not stored in work station 200 about detector Information.Herein, server 401 is the system of transmission and reception information relevant to medical device.For example, server 401 can be with It is medical image file communication system (PACS).In addition, server 401 can store the X-ray including being connectable to main body 10 The identification information of detector 100 and the detector paired data 271 of setting information.

In addition, communication interface 260 can be arranged by the communication with network hub 410 or other medical devices 403 The X-ray detector 100 being located in another diagnosis room that work station 200 is not located therein with control.

Referring again to FIGS. 2, communication interface 260 includes wireless communication interface 261 and wired communication interface 265.In addition, wireless Communication interface 261 includes wireless communication port 263 and wireless communication module 262, and wired communication interface 265 includes cable modem Believe port 267 and wire communication module 266.Herein, wireless communication port 263, wireless communication module 262, wired connection port 267 and the communication pattern and type of wire communication module 266 can be logical with wireless detector communication port 163, wireless detector Believe module 162, wired detector communication port 167 it is identical with type with the communication pattern of wired detector communication module 166 or It is different.

User interface 210 can show the x-ray image of intake and the figure for X-ray detector user interface 100 to be arranged User interface, and can permit the life inputted for absorbing the control command of x-ray image and for X-ray detector 100 to be arranged It enables.In the following, the figure for the selection for showing in user interface 210 and receiving user referring to figures 16 to Figure 64 detailed description is used Family interface.

The overall operation of the control work station 200 of controller 250.Particularly, controller 250 can by by muti-piece in this way Received detector identification data 171 searched in detector paired data 271 compared with detector paired data 271 Information corresponding with detector identification data 171.In addition, controller 250 can be controlled with search for can be with work station 200 The X-ray detector 100 of connection and the X-ray detector 100 is arranged and shown on a graphical user interface.In addition, controller 250 can be controlled to select one in the X-ray detector 100 that can connect, store its setting information and will storage Setting information be transferred to X-ray detector 100.In addition, controller 250, which can control, will be used based on mounting portion data 278 And the setting value of the mounting portion 300 of the X-ray detector 100 selected.In addition, controller 250 can control user interface 210 to mention For for selecting the X-ray detector to be set 100, the corresponding mounting portion to be mounted on of X-ray detector 100 of selection 300 and setting X-ray detector 100 and mounting portion 300 graphic user interface.It is shown in addition, controller 250 can control detector Show device 190 will be selected to be the X-ray detector to be set 100 with other X-ray detectors 100 and distinguish.In addition, controller 250 can execute the various controls operation for controlling X-ray imaging device 1.

In addition, the configuration of controller 250 can be identical or different with the configuration of above-mentioned detector controller 150.

The fixed X-ray detector 100 of mounting portion 300 is to allow X-ray detector 100 to be positioned and absorb x-ray image.Separately Outside, mounting portion 300 senses X-ray detector 100 including installation sensor 340 and is mounted on which mounting portion 300 and is passed Transport to work station 200.In addition, mounting portion 300 will be described in detail with reference to Fig. 5 to Fig. 8.

Child user interface 80 can be provided on the side of X source and can input a plurality of various information or can be Each device is operated while absorbing the x-ray image of object ob.In addition, child user interface 80 may include mobile user interface.

Child user interface 80 includes that sub-display 81, sub-controller 82, sub-storage device 83, sub- input interface 84 and son are logical Believe interface 85.Sub-display 81, sub-controller 82, sub-storage device 83, sub- input interface 84 and sub- communication interface 85 can be held Display 212, controller 250, storage device 270, input interface 211 and the communication interface of row work station 200 described above 260 same operation.For example, child user interface 80 can receive identification information from X-ray detector 100, can match in detector To search and the matched data of identification information in data and X-ray detector 100 can be shown based on the data searched Feature.In addition, child user interface 80 can execute the behaviour described executed by the work station 200 communicated with X-ray detector 100 Make.Sub-display 81, sub-controller 82, sub-storage device 83, the title of sub- input interface 84 and sub- communication interface 85 be in order to It is distinguished with the component of work station 200.When not needing to distinguish with work station 200, they can be established as display 81, Controller 82, storage device 83, input interface 84 and communication interface 85.

Otherwise, it can be executed by work station 200 and such as store detector paired data and work as in detector paired data The middle operation (that is, having described as the operation executed by controller 250) for searching for information corresponding with detector identification data, And such as display can be executed by the sub-display 81 and sub- input interface 84 at child user interface 80 about can be with work The information and the operation that takes orders from user of the X-ray detector 100 of 200 connections of standing or the feature of X-ray detector 100 are (that is, Operation through being described as being executed by user interface 210).

In addition, as shown in figure 4, the energy of such as smart phone, tablet personal computer (PC) and personal digital assistant (PDA) The mobile device 404 enough communicated can execute some in the operation of work station 200 described above.For example, being described Operation to be executed by controller 250 can be executed by work station 200 or child user interface 80, and have described as by The operation that user interface 210 executes can be executed by mobile device 404.It is retouched in addition, mobile device 404 can execute It states the operation to be executed by controller 250 and has described as the operation executed by user interface 210.In this case, The communication interface being arranged in mobile device 404 can execute with the communication of work station 200 and obtain for execute operation Information.

Fig. 5 is the view for being provided as portable X-ray detector 100 accoding to exemplary embodiment.

X-ray detector 100 may be mounted on portable mounting portion 330.Portable mounting portion 330 includes grid (grid) 331 and frame 332, grid 331 reduces the amount for reaching the scattering light of X-ray detector 100, and frame 332 forms the periphery of grid 331.

Grid 331 can be by material of the mixing with high X-ray absorptivity and the material with low X-ray absorptivity come shape At.Grid 331 can be formed with such shape: it includes one or more thin plates with high X-ray absorptivity and offer The material with low X-ray absorptivity between the thin plate.Thin plate (that is, absorb pattern layer) can by lead, bismuth, gold, barium, One of tungsten, platinum, mercury, indium, thallium, palladium, tin, zinc and its alloy are formed, and but not limited to this.With low X-ray absorptivity Material can be formed by one of plastics, polymer, ceramics, graphite and carbon fiber, and but not limited to this.

In addition, grid 331 can be provided as focusing grid, parallel grid or the cross grid at a certain shape, focusing Thin plate is angled in grid arranges towards focus, and thin plate is arranged in parallel in parallel grid, is stacked in cross grid multiple Parallel grid, but not limited to this.

One or more protrusion 332a and 332b are formed on frame 332, and by being assemblied in X on protrusion 332a and 332b Photodetector 100 can be coupled with portable mounting portion 330.However, this is without being limited thereto.Other than the structure with protrusion, Portable mounting portion 330 can have other structures, or can use other methods other than assembly method, as long as X-ray Detector 100 can be coupled with portable mounting portion 330.Multiple such portable mounting portions 330 can be provided.It is multiple portable Formula mounting portion 330 can have mutually different shape.For example, a portable mounting portion 330 can have it is as shown in Figure 5 Handle, and other portable mounting portions 330 can have self-timer seat (selfie-mount) and self-shooting bar (selfie- pole)。

The portable mounting portion 330 coupled with X-ray detector 100 forms the lid of incidence surface.Grid 331 can be placed in into 110 front of reflective surface and the scattered quantum that the X-ray being incident in X-ray detector 100 can be reduced, or X-ray can be prevented Scattering.

X-ray detector 100 can move and can be portable while being installed on portable mounting portion 330 Ground uses.X-ray detector 100 is mobile while being installed on portable mounting portion 330, and is allowed to or various The image of position, direction and angle intake object.

As described above, X-ray detector 100 may be mounted in fixed on table portion 310 or may be mounted at vertical installation In portion 320.In addition, X-ray detector 100 can not reside in fixed on table portion 310 or on vertical mounting portion 320 with portable It provides likes, or may be mounted on portable mounting portion 330 removably to provide.In this way, depending on installation X-ray check Whether the position of device 100 or X-ray detector 100 are mounted, and will define desk-top, vertical and portable.It is mounted on fixed on table X-ray detector 100 in portion 310 is defined as desk-top X-ray detector.The X-ray detector being mounted on vertical mounting portion 320 100 are defined as vertical X-ray detector.It does not reside in fixed on table portion 310 or on vertical mounting portion 320 with removably The X-ray detector 100 of offer, or 100 quilt of X-ray detector being mounted on portable mounting portion 330 removably to provide It is defined as Portable X-ray detector.

In addition, in the following, statement " being mounted in fixed on table portion 310 ", " being embodied as desk-top " and " being provided as desk-top " will be complete It is exactly the same.Similarly, " being mounted on vertical mounting portion 320 ", " being embodied as vertical " and " being provided as vertical " is stated by complete phase Together.In addition, " removably provide ", " being embodied as portable " will be identical with " being provided as portable ".

X-ray detector 100 can be individually provided.Single X-ray detector 100 can be implemented as desk-top, vertical or portable Formula.Furthermore it is possible to provide X-ray detector 100 multiplely.Multiple X-ray detectors 100 can be implemented as mutually different type. All or some in multiple X-ray detectors 100 can be implemented as same type.

Fig. 6 be include detector display 190 X-ray detector 100 front view.

As shown in fig. 6, X-ray detector 100 is provided as T1, T2, T3 and T4.Multiple X-ray detector T1, T2, T3 and T4 It each include detector display 190.When selection X-ray detector T2 is used to work as in multiple X-ray detector T1, T2, T3 and T4 In when being configured, the detector display 190 of X-ray detector T2 is switched on or remains turned on.On the other hand, other X The detector display 190 of photodetector T1, T3 and T4 are turned off or are held off.Depending on detector display 190 ON/OFF, user can recognize that X-ray detector T2 is the detector for being selected for being configured.

As shown in figure 3, detector display 190 is provided in the bottom end of incidence surface 110, but this is without being limited thereto, as long as User can recognize connection.

The configuration of X-ray imaging device is described above.In the following, with reference to Fig. 7 a to Figure 13, by description X-ray imaging dress The mode set.

Fig. 7 a illustrates the appearance of ceiling mounting type X-ray imaging device 1a.

X-ray imaging device 1a may include guide rail 30, movable support bracket 40a, column frame (post frame) 50a, motor 91, 92,93,94 and 95, X source 70a, X-ray detector 100a, child user interface 80a and work station 200a.X-ray imaging device 1a can To further comprise that X-ray detector 100a may be mounted at imaging table 10 above it and imaging bracket 20.

Guide rail 30, movable support bracket 40a and column frame 50a are provided as keeping X source 70a mobile towards object.

Guide rail 30 includes the first guide rail 31 and the second guide rail 32 for being arranged to form angle.First guide rail 31 and the second guide rail 32 can upwardly extend in the side of intersection.

First guide rail 31 is mounted on the furred ceiling for the diagnosis room that X-ray imaging device 1a is placed in one.

Second guide rail 32 is located at 31 lower section of the first guide rail and is slidably mounted on the first guide rail 31.Along the first guide rail 21 moveable roller bearings may be mounted on the first guide rail 31.Second guide rail 32 may be coupled to roller bearing and can lead along first Rail 31 is mobile.

The direction that first guide rail 31 extends is defined as first direction D1, and the direction that the second guide rail 32 extends is defined For second direction D2.Therefore, first direction D1 and second direction D2 can intersect with each other and can be flat with the furred ceiling of diagnosis room Row.

Movable support bracket 40a is placed in 32 lower section of the second guide rail, can move along the second guide rail 32.It is provided as along the second guide rail 32 mobile roller bearings may be mounted on movable support bracket 40a.Therefore, movable support bracket 40a can be in the first direction dl with second Guide rail 32 moves together, and can move in a second direction d 2 along the second guide rail 32.Column frame 50a is fixed to movable support bracket 40a and be located at movable support bracket 40a below.Column frame 50a may include multiple column 51a, 52a, 53a, 54a and 55a.

Multiple column 51a, 52a, 53a, 54a and 55a can collapsibly be connected to each other, and in this way, column frame 50a can To increase or decrease length on the vertical direction of diagnosis room while being fixed to movable support bracket 40a.

The direction that the length of column frame 50a increases or decreases is defined as third direction D3.Therefore, third direction D3 can be with First direction D1 and second direction D2 intersection.

X source 70a is the device to object transmitting X-ray.X source 70a may include the X-ray tube 71a and direction for generating X-ray The collimator 72a for the X-ray that object guidance generates.Herein, object can be human or animal's living body, and but not limited to this.Object can To be that its internal structure can be by anything of X-ray imaging device 1a imaging.

Rotary joint (swivel joint) 60 can be placed between X source 70a and column frame 50a.

X source 70a is coupled with column frame 50a and is supported the load for being applied to X source 70a by rotary joint 60.

Rotary joint 60 may include with the lower column 51a of column frame 50a the first rotary joint connecting and with X source 70a Second rotary joint of connection.

First rotary joint is provided as rotatable on the central axis of column frame 50a, and the central axis of column frame 50a is diagnosing Extend on the vertical direction of room.Therefore, the first rotary joint can rotate on the plane perpendicular to third direction D3.Herein, The direction of rotation of the first rotary joint 61 can newly be defined.The fourth direction D4 newly defined is parallel to the axis of third direction D3 Direction of rotation.

Second rotary joint is rotatably provided in the plane vertical with the furred ceiling of diagnosis room.Therefore, the second rotation connects Head can rotate on the direction of rotation of axis for being parallel to first direction D1 or second direction D2.Herein, can newly be defined The direction of rotation of two rotary joints.The 5th direction D5 newly defined is the axis extended on D1 or second direction D2 in a first direction Direction of rotation.X source 70a may be coupled to rotary joint 60 and can rotate on fourth direction D4 and the 5th direction D5 Ground is mobile.In addition, X source 70a can be connected to column frame 50a by rotary joint 60 and can be with D1 in a first direction, second It is moved linearly by direction D2 and third direction D3.

Motor 90 can be provided as mobile X source 70a on D1 to the 5th direction D5 in a first direction.Motor 90 can be electricity Driving motor and may include encoder.

Motor 90 may include the first, second, third, fourth and fifth motor 91,92,93 corresponding with all directions and 94。

It is contemplated that each motor 91,92,93 and 94 is placed in various positions by the convenience of design.For example, in a first direction The first motor 91 of mobile second guide rail 32 can be placed near the first guide rail 31 on D1, in a second direction d 2 mobile support The second motor 92 of frame 40a can be placed near the second guide rail 32, and increase or decrease column frame 50a's on third direction D3 The third motor 93 of length can be placed in movable support bracket 40a.In addition, on fourth direction D4 rotational X-ray source 70a the 4th electricity Machine 94 can be placed near the first rotary joint 61, and the 5th motor 95 of rotational X-ray source 70a can be on the 5th direction D5 It is placed near the second rotary joint 62.

Each motor 90 can be connect with power transmission unit on D1 in a first direction to the 5th direction D5 linearly or Rotatably move X source 70a.Power transmission unit can be band, pulley, chain, sprocket wheel, shaft (shaft) etc..

On the side of X source 70a, the child user interface 80a for being provided with user interface is provided.Herein, user is to utilize X Photoimaging equipment 1a diagnoses the people of object and can be the medical worker including doctor, radiologic technologist, nurse etc., but this is not It is limited to this.It the use of anyone of X-ray imaging device 1a can be user.

User can be inputted related each with X-ray imaging by the way that sub-display 81 is inputted or touched to sub- input interface 84 The information of seed type can operate various devices.

For example, user can by sub- input interface 84 input or sub-display 81 input X source 70a moving direction and Position.According to the input of user, motor 90 is automatically driven and in a first direction on D1, second direction D2 or third direction D3 It is moved linearly by X source 70a, or rotatably moves X source 70a on fourth direction D4 or the 5th direction D5, thus defeated X source 70a is positioned on the moving direction entered and position.This can be defined as the mode of automatically moving.

Sub-display 81 can be provided as one of the following: cathode-ray tube (CRT), digital light processing (DLP) panel, Plasma display panel (PDP), liquid crystal display (LCD) panel, electroluminescent (EL) panel, electrophoresis showed (EPD) panel, electricity Mutagens color shows (ECD) panel, light emitting diode (LED) panel and Organic Light Emitting Diode (OLED) panel, but is not limited to This.

Child user interface 80a may include by the central processing unit (CPU) of microprocessor insertion insertion, at figure Manage unit (GPU) and various types of storage equipment.These can be provided on interposer PCB (PCB).Due to son User interface 80a includes PCB and is arranged on the side of X source 70a, is managed so child user interface 80a can be referred to as Head plate (tube head board, THU).

In addition, child user interface 80a includes the handle for allowing user to grasp.That is, by grasping child user interface The handle of 80a and to its applied force or torque, user can be to be moved linearly by X-ray on D1 in a first direction to third direction D3 Source 70a rotatably moves X source 70a on fourth direction D4 and the 5th direction D5.This, which can be defined as, automatically moves Mode.

In addition, work station 200a includes workstation user interface 210a to provide user circle together with the 80a of child user interface Face.Workstation user interface 210a may include work station input interface 211a and workstation display 212a, to receive use Related various types of information are imaged with X-ray in the user command of X-ray imaging or display.For example, user can pass through work Image-forming condition is arranged according to the part being imaged in user interface of standing 210a, or can input for moving movable support bracket 40a or X The order of light source 70a or the order being imaged for starting X-ray.In addition, user can be checked by workstation user interface 210a The image obtained during X-ray imaging process.

Work station input interface 211a may include various hardware input equipments, such as press for the various of the input of user Button, switch, keyboard, mouse, trace ball, various control-rods, handle or bar.As shown in Figure 7a, work station input interface 211a can To provide above work station 200a, but it may be provided in work station 200a when being implemented as floor push and foot pedal Lower section.

In addition, work station input interface 211a may include the graphic user interface of such as touch tablet for user's input (GUI), that is, software input device.Touch tablet may be provided as touch Panel (TSP) and can be with workstation display 212a is formed together phase alternating layers (mutual layer) structure.

Such as the sub-display 81 of child user interface 80a, workstation display 212a may be provided as one in following Kind: CRT, DLP panel, PDP, LCD panel, EL panel, EPD panel, ECD panel, LED panel and oled panel, but it is unlimited In this.

As described above, as the TSP for being configured as being formed together with touch tablet by phase alternating layers structure, workstation display 212a is also used as input equipment other than showing equipment.

In addition, the PCB of various processing units and various storage equipment including such as CPU and GPU can be built in work It stands in 200a.Therefore, work station 200a can be with the primary clustering of accommodating X-ray imaging device 1a, such as executes for X-ray imaging dress It sets various types of determinations of the operation of 1a or generates the controller of various control signals.

Barrier B for stopping X-ray can be provided between work station 200a and diagnosis room, in this way, X-ray at As during process, due to barrier B, user can input information in the case where being not exposed to X-ray or can be with operating device.

X-ray detector 100a is the device for the X-ray that detection penetrates object.The X-ray for penetrating object is incident on incidence above Surface 110a is provided in the front surface of X-ray detector 100a, and the sensing panel for detecting incident X-rays is provided in X-ray check In device 100a.The multiple pixels for responding X-ray can be arranged in sensing panel 120 in matrix shape.Handle 111a can be provided In the top center X-ray detector 100a to provide the user with convenience while mobile or carrying X-ray detector 100a.

Supplying electric power to sensing panel 120 and detector sensor 140 can be with the battery for operating X-ray detector 100a It is arranged in the rear surface of X-ray detector 100a.The battery may include chargeable secondary battery and removably be mentioned For.

In addition, X-ray detector 100a can have all size.For example, X-ray detector 100a can have 43 × The size of 35cm, 43 × 43cm and 30 × 25cm.

During X imaging, X-ray detector 100a be may be mounted on imaging table 10 or imaging bracket 20.In order to install X-ray Detector 100a, mounting portion 300 can be respectively at imaging tables 10 and imaging bracket 20.Herein, it is provided at imaging table 10 The mounting portion 300 that the mounting portion 300 at place will be defined as fixed on table portion 310 and be provided at imaging bracket 20 will be defined For vertical mounting portion 320.

As shown in Figure 7a, vertical mounting portion 320 may be provided as to move simultaneously on the longitudinal direction of supporting element 22 And it can be rotated on the direction of rotation of the axis of the longitudinal direction perpendicular to supporting element 22.In addition, fixed on table portion 310 can be with It is provided as to move on the longitudinal direction of imaging table 10.Herein, the longitudinal direction of supporting element 22 will be defined as the 6th Direction D6 will be defined as the 7th direction D7 perpendicular to the axial direction of rotation of the 6th direction D6, and imaging table 10 is vertical It will be defined as eighth direction D8 to direction.

In addition, the size of mounting portion 300 can be according to the size variation of X-ray detector 100 to be used.In the following, will With reference to Fig. 7 b description thereof.

Fig. 7 b be illustrate accoding to exemplary embodiment by change ceiling mounting type X-ray imaging device 1a in mounting portion The conceptual view of size and the X-ray detector 100 of compatible (compatible).

As shown in Figure 7b, ceiling mounting type X-ray imaging device 1a can change the size of mounting portion, to change X-ray detector The quantity of 100 mounting portions that can be mounted thereon.

Particularly, ceiling mounting type X-ray imaging device 1a may include fixed on table portion 310, vertical mounting portion 320, first The portable portable mounting portion 330b of mounting portion 330a and second.Herein, the X-ray inspection that can be mounted in fixed on table portion 310 Survey device 100 size be 43 × 43cm, can be mounted on the X-ray detector 100 on vertical mounting portion 320 size be 43 × 43cm, the size that can be mounted on the X-ray detector 100 on the first portable mounting portion 330a is 43 × 35cm, and can The size for being mounted on the X-ray detector 100 on the second portable mounting portion 330b is 30 × 25cm.In addition, passing through user interface The size of 210 X-ray detectors 100 selected is 43 × 35cm.

In this case, since the size of the X-ray detector 100 selected by user interface 210 is 43X35cm, institute The first portable mounting portion 330a is only possible with the mounting portion that selected X-ray detector 100 can be mounted thereon.

However, in order to allow the X-ray detector 100 of selection that can not only be mounted on the first portable mounting portion 330a simultaneously And it can also be mounted in fixed on table portion 310 and vertical mounting portion 320, adjustable fixed on table portion 310 and vertical installation The size in portion 320.That is, fixed on table portion 310 and vertical peace by the way that X-ray detector 100 to be mounted thereon The size in dress portion 320 is adjusted to 43 × 35cm from 43 × 43cm, and ceiling mounting type X-ray imaging device 1a can have 43 for selected The X-ray detector 100 of the size of × 35cm is mounted in fixed on table portion 310 and vertical mounting portion 320.It therefore, can will be by The X-ray detector 100 for the size with 43 × 35cm being mounted on the first portable mounting portion 330a is mounted on fixed on table In portion 310 and vertical mounting portion 320.

Change when the size for adjusting mounting portion 300 and then the big of the X-ray detector 100 being mounted on mounting portion 300 Hour, X-ray imaging device 1a can adjust center or the coke by the X source 70a X-ray emitted according to the size of X-ray detector 100 The signal arrangement of point and the intensity for the X-ray by the received each pixel of X-ray detector 100.It can be based on being stored in storage Mounting portion data 278 in device 270 execute adjustment.

In addition, mounting portion 300 may include the crosspiece for adjusting the size in the region that X-ray detector 100 is installed therein (rail).Furthermore it is possible to using by user or include the power that applies of motor in mounting portion 300 can be with regard to X-ray detector 100 The size in the region being installed therein is adjusted mounting portion 300.Furthermore it is possible to according to user interface 210 or child user circle The input of the additional buttons in face 80 is adjusted mounting portion 300 with regard to size, or mounting portion 300 can be shown in user circle To be adjusted with regard to size to it according to the graphic user interface for the order for receiving user on face 210.In addition it is possible to use adjustment Example of the various methods as the size for adjusting mounting portion 300 in mounting portion 300 for the installation region of X-ray detector 100.

Fig. 8 a is the perspective view of mobile X-ray imaging device 1b.

In X-ray imaging device 1b, X source 70b and X-ray detector 100b both can be in three-dimensional random spaces (3D) In can move freely.Particularly, X source 70b is installed on movable body 10b by support arm, and support arm It can rotate and can adjust in height, so that X source 70b be allowed to move freely.In addition, due to portable mounting portion 330 It is used in X-ray imaging device 1b, so X-ray detector 100b can also be located at the random site in 3d space.

Support arm is mounted on the movable body 10b of X-ray imaging device 1b, and X source 70b is mounted on support arm On end.Support arm can be rotated in the side for being parallel to ground upwards about its center.

Support arm include X source 70b the first support arm 40b mounted thereto and be mounted on main body 10b second Support arm 50b.First support arm 40b and the second support arm 50b can be harmonious (meet) and in the track of the second support arm 50b Place is connected to each other.In addition, the first support arm 40b can the track on vertical direction D11 along the second support arm 50b move, and And it can be adjusted in length on the direction D10 for being parallel to the first support arm 40b.In addition, the second support arm 50b can be with It is rotated on the direction D12 for being parallel to ground.Therefore, X source 70b can be moved freely in the random space 3D.

Meanwhile Fig. 8 a illustrates the example of the appearance of X-ray imaging device 1b.Support arm can realize integrally, can be with volume Other places addition forms the sub- support arm of support arm, such as the first support arm 40b and the second support arm 50b.

As shown in Figure 8 a, X-ray detector 100b can transmit and receive by wireless communication the letter generated with main body 10b Number, but can be communicated on line by the cable for being physically attached to therebetween.

X-ray detector 100b described above can be applied as diaphragm type box (film type cassette), be calculated Machine radiophotography (CR) box, digital radiation imaging (DR) box etc., but not limited to this.

Multiple castors are provided below main body 10b and provide handle on the top of main body 10b, so that X-ray is imaged Device 1b is fixed to a certain position or moves X-ray imaging device 1b in one direction.

It receives the order of user furthermore it is possible to be provided in the top of main body 10b and is shown in what x-ray obtained therebetween The user interface 210b of image.

Furthermore it is possible to be adjusted with regard to size to mounting portion according to the size of X-ray detector to be used.In the following, will With reference to Fig. 8 b description thereof.

Fig. 8 b be illustrate accoding to exemplary embodiment by change mobile X-ray imaging device 1b in mounting portion The conceptual view of size and compatible X-ray detector.

As shown in Figure 8 b, mobile X-ray imaging device 1b can change the size of mounting portion, to change X-ray detector 100 can be mounted thereto mounting portion quantity.

Particularly, mobile X-ray imaging device 1b may include the first portable mounting portion 330a and second portable Mounting portion 330b.Herein, can be mounted on the X-ray detector 100 on the first portable mounting portion 330a size be 43 × 35cm, and the size for the X-ray detector 100 that can be mounted on the second portable mounting portion 330b is 30 × 25cm.In addition, The size of the X-ray detector 100 selected by user interface 210 is 30 × 25cm.

In this case, since the size of the X-ray detector 100 selected by user interface 210 is 30 × 25cm, institute With selected X-ray detector 100 can mounting portion mounted thereto be only possible the second portable mounting portion 330b.

However, it is possible to adjust the size of the first portable mounting portion 330a not only to install the X-ray detector 100 of selection It is also mounted on the second portable mounting portion 330b on the first portable mounting portion 330a.That is, by by X-ray check Device 100 wants the size of the first portable mounting portion 330a mounted thereto to be adjusted to 30 × 25cm, mobile X from 43 × 35cm The X-ray detector 100 of the selected size with 30 × 25cm can be mounted on the first portable peace by photoimaging equipment 1b On dress portion 330a.Therefore, the X-ray of the size with 30 × 25cm on the second portable mounting portion 330b will can be installed in Detector 100 is mounted on the first portable mounting portion 330a.

Change when the size for adjusting mounting portion 300 and then the big of the X-ray detector 100 being mounted on mounting portion 300 Hour, X-ray imaging device 1b can adjust center or the coke by the X source 70b X-ray emitted according to the size of X-ray detector 100 The signal arrangement of point and the intensity for the X-ray by the received each pixel of X-ray detector 100.It can be based on being stored in storage Mounting portion data 278 in device 270 execute adjustment.

In addition, mounting portion 300 may include the crosspiece for adjusting the size in the region that X-ray detector 100 is installed therein.Separately Outside, mounting portion 300 can use by user or include that the power that applies of motor in mounting portion 300 installs X-ray detector 100 Size adjustment in the region.Furthermore it is possible to according to the defeated of user interface 210 or the additional buttons of child user interface 80b Enter and size is adjusted mounting portion 300, or mounting portion 300 can be shown in user interface 210 according to reception The graphic user interface of the order of user is adjusted with regard to size.In addition it is possible to use being examined in adjustment mounting portion 300 for X-ray Survey example of the various methods of the installation region of device 100 as the size for adjusting mounting portion 300.

Fig. 9 is the perspective view of mammography Formula X photoimaging equipment 1c accoding to exemplary embodiment.

X-ray imaging device can be used for absorbing the x-ray image of breast.

X source 70c and detector assembly parts (detector assembly) 180c are connected at opposed facing position Frame 184c.Frame 184c can be connect by arm 185c with support portion 186c and arm 185c can be with vertical shift according to right It as ob is just highly adjusted, or is rotated with angle, so that X-ray imaging device 1c be allowed to obtain the laminogram of object ob (tomogram) or 3D rendering.

X-ray imaging while, the breast as object ob be located between X source 70c and detector assembly parts 180c with The X-ray for penetrating breast in X-ray for allowing to be emitted by X source 70c is detected by detector assembly parts 180c.

Meanwhile detector assembly parts 180c can execute the supporting element of support breast or the function of platform.Particularly, it detects Device assembly parts 180c be included therein detection X-ray X-ray detector 100c and further comprise will be with the breast of breast contact Contact portion 181c.Breast contact portion 181c can be formed by the material with superior light transmittance and can be for example with carbon thin slice To realize.

When being placed on breast on breast contact portion 181c, user can vertically move pressure with operation input interface 211c Contracting paddle (compressing paddle) 183c.

User can input the order of the movement about compression paddle 183c by input interface 211c.Input interface 211c The movement of paddle 183c can be compressed by controlling to paddle driving unit transmission of control signals.Paddle driving unit can wrap It includes motor and driver and may further include such as the driving force of motor to be transmitted to the tooth of compression paddle 183c The structure of wheel.

Input interface 211c can be implemented as floor push (foot button) or foot pedal.When input interface 211c quilt When being embodied as floor push, user can adjust the position of breast (that is, object ob) with hand and can control pressure with foot The movement of contracting paddle 183c, to be effectively carried out the compression of breast.

Figure 10 is the perspective view of Angiography Formula X photoimaging equipment 1d accoding to exemplary embodiment.

X-ray imaging device 1d can have C-arm structure.X source 70d and X-ray detector 100d can be separately mounted to C On the both ends of shape arm 181d.C-arm 181d is connected to support portion 183d by connecting shaft 185d and can be in the direction of the track Rotation.

Particularly, C-arm 181d is mounted to rotate on a horizontal axis.In addition, C-arm 181d can be round Ground semicircle rotates.In addition, C-arm 181d may be mounted on the support portion 183d being installed on floor and support portion 183d can rotate on vertical axis.It therefore, can be about object ob by the rotation of C-arm 181d and support portion 183d Various area-of-interests (ROI) obtain x-ray image in various directions.

When platform 14d is between X source 70d and X-ray detector 100d and object ob is located on platform 14d, X source 70d emits the X-ray of X-ray and X-ray detector 100d detection transmitting to object ob, to obtain the x-ray image of object ob.

Since X-ray imaging device 1d can obtain the real time moving image of object ob, the user can look at including Medical procedure is executed while the display 212d for several images that multiple screens and display are used for medical procedure or diagnosis or is examined It is disconnected, and the order for controlling X-ray imaging device 1d can be inputted by input interface 211d.

As described above, it has been described that the X-ray imaging device with different modalities.In the following, will be retouched with reference to fig. 11 to Figure 13 State the example for realizing the X-ray imaging device in a diagnosis room.

As with reference to described in Fig. 7 a to Figure 10, X-ray imaging device can use a mode in a diagnosis room, but It is to depend on exemplary embodiment to use multiple mode in a diagnosis room.

Figure 11 is the X-ray that ceiling mounting type X-ray imaging device 1a and mobile X-ray imaging device 1b are used in a diagnosis room The perspective view of imaging system.

As shown in figure 11, user can in a diagnosis room using ceiling mounting type X-ray imaging device 1a and mobile X-ray at As device 1b.

In this case, user can be by mainly obtaining the X-ray of object ob using ceiling mounting type X-ray imaging device 1a Image.In addition, in order to absorb the image of another part while absorbing image using ceiling mounting type X-ray imaging device 1a, it is mobile Formula X photoimaging equipment 1b can be by auxiliarily for obtaining the x-ray image of object ob.

For example, user can use the vertical mounting portion 320 of ceiling mounting type X-ray imaging device 1a to absorb the chest of object ob Image, and can simultaneously using mobile X-ray imaging device 1b intake object ob the lower part of the body image.

Figure 12 is that mammography Formula X photoimaging equipment 1c and mobile X-ray imaging device are used in a diagnosis room The perspective view of the X-ray imaging system of 1b.

As shown in figure 12, user can use mammography Formula X photoimaging equipment 1c and movement in a diagnosis room Formula X photoimaging equipment 1b.

In this case, user can be by mainly obtaining object using mammography Formula X photoimaging equipment 1c The x-ray image of ob.In addition, in order to absorb another portion while absorbing image using mammography Formula X photoimaging equipment 1c The image divided, mobile X-ray imaging device 1b can be by auxiliarily for obtaining the x-ray image of object ob.

For example, user can use mammography Formula X photoimaging equipment 1c to absorb the image of the chest of object ob, and And the image of the lower part of the body of mobile X-ray imaging device 1b intake object ob can be utilized simultaneously.

Figure 13 is that Angiography Formula X photoimaging equipment 1d and mobile X-ray imaging device are used in a diagnosis room The perspective view of the X-ray imaging system of 1b.

As shown in figure 13, user can use Angiography Formula X photoimaging equipment 1d and movement in a diagnosis room Formula X photoimaging equipment 1b.

In this case, user can be by mainly obtaining object using Angiography Formula X photoimaging equipment 1d The x-ray image of ob.In addition, in order to absorb another portion while absorbing image using Angiography Formula X photoimaging equipment 1d The image divided, mobile X-ray imaging device 1b can be by auxiliarily for obtaining the x-ray image of object ob.

For example, user can absorb the upper part of the body of object ob using Angiography Formula X photoimaging equipment 1d in real time Image and can with X light image, and can simultaneously using mobile X-ray imaging device 1b intake object ob lower half The image of body.

In addition to realizing the X-ray imaging device with multiple mode in a diagnosis room what is described with reference to fig. 11 to Figure 13 Except 1 situation, the various combinations of mode can also be obtained.For example, can realize that ceiling mounting type X-ray is imaged in a diagnosis room Device 1a, mobile X-ray imaging device 1b and mammography Formula X photoimaging equipment 1c.Furthermore it is possible in a diagnosis room Realize ceiling mounting type X-ray imaging device 1a, mammography Formula X photoimaging equipment 1c and Angiography Formula X photoimaging equipment 1d. Furthermore it is possible to realize ceiling mounting type X-ray imaging device 1a, mobile X-ray imaging device 1b and vasography in a diagnosis room Art Formula X photoimaging equipment 1d.Furthermore it is possible to realize mobile X-ray imaging device 1b, mammography formula in a diagnosis room X-ray imaging device 1c and Angiography Formula X photoimaging equipment 1d.Furthermore it is possible to realize ceiling mounting type X-ray in a diagnosis room Imaging device 1a, mobile X-ray imaging device 1b, mammography Formula X photoimaging equipment 1c and the imaging of Angiography Formula X light Device 1d.

In the following, description will test device and be moved to showing for another diagnosis room from a diagnosis room with reference to Figure 14 and Figure 15 Example.

It is located in the diagnosis room that work station 200 is located therein including multiple X-ray detectors 100 in X-ray imaging device 1 And work station 200 is connected to absorb the x-ray image of object ob.However, working as there are multiple diagnosis rooms and due to failure, losing It, can be provisionally using positioned at another diagnosis when other reasons of becoming estranged cannot use the X-ray detector 100 in adjacent diagnosis room X-ray detector 100 in room.This is known as diagnosis room and shares (room-sharing) or exchange (swap).This will depend on X-ray and examine The communication means surveyed between device 100 and work station 200 executes in various ways.

Figure 14 is conceptual view accoding to exemplary embodiment, and the detector for illustrating to be located in a diagnosis room is moved Work station is connected to another diagnosis room will test device.

As shown in figure 14, X-ray imaging device 1 is provided in the first diagnosis room room #1, and absorbs another doctor of x-ray image Device 403 is treated to provide in the room #2 of second opinion room.When the X-ray detector 100 in the room #2 of second opinion room can not be used, The X-ray detector 100 of X-ray imaging device 1 can be added second opinion room room #2 and can be with by another medical device 403 Provisionally use it.

As shown in figure 14, when in the first diagnosis room room #1 work station 200 and four X-ray detectors wirelessly connect when, The X-ray detector 100 being mounted on the second portable mounting portion 330b of the first diagnosis room room #1 can be mounted on by user In the fixed on table portion 310 of two diagnosis room room #2.In this case, it is mounted on the fixed on table portion of second opinion room room #2 X-ray detector 100 on 310 can be connect by wire communication with another medical device 403, and can keep and X-ray at As the wireless communication of device 1.In addition, another medical device 403 and X-ray imaging device 1 can be connected with each other by network 400. In addition, another medical device 403 can setting information based on X-ray imaging device 1 or previously stored detector paired data 271 are arranged the X-ray detector 100 being mounted in fixed on table portion 310.

Figure 15 is conceptual view accoding to exemplary embodiment, and the detector for illustrating to be located in a diagnosis room is moved Work station is connected to another diagnosis room will test device.

As shown in figure 15, X-ray imaging device 1 is provided in the first diagnosis room room #1, and absorbs another doctor of x-ray image Device 403 is treated to provide in the #2 of second opinion room.When the X-ray detector 100 in the room #2 of second opinion room can not be used, institute Second opinion room room #2 can be added the X-ray detector 100 of X-ray imaging device 1 and can face by stating another medical device 403 When use it.

As shown in figure 15, when in the first diagnosis room room #1 work station 200 and four X-ray detectors wirelessly connect when, X-ray detector 100 on the vertical mounting portion 320 for being mounted on the first diagnosis room room #1 can be mounted on second opinion room by user On the vertical mounting portion 320 of room #2.In this case, the X-ray being mounted on the vertical mounting portion 320 of second opinion room room #2 Detector 100 can be connect with another medical device 403 by wireless communication, and can be with the channel radio of X-ray imaging device 1 Letter disconnects.In addition, another medical device 403 and X-ray imaging device 1 can be connected with each other by network 400.In addition, another One medical device 403 can be set based on the setting information of X-ray imaging device 1 or previously stored detector paired data 271 Set the X-ray detector 100 being mounted on vertical mounting portion 320.

Figure 16 is conceptual view accoding to exemplary embodiment, and the detector for illustrating to be located in a diagnosis room is moved Work station is connected to another diagnosis room will test device.

As shown in figure 16, X-ray imaging device 1 is provided in the first diagnosis room room #1, and absorbs another doctor of x-ray image Device 403 is treated to provide in the #2 of second opinion room.When the X-ray detector 100 in the room #2 of second opinion room can not be used, institute Second opinion room room #2 can be added the X-ray detector 100 of X-ray imaging device 1 and can face by stating another medical device 403 When use it.

As shown in figure 16, when in the first diagnosis room room #1 work station 200 and four X-ray detectors wirelessly connect when, X-ray detector 100 in the fixed on table portion 310 for being mounted on the first diagnosis room room #1 can be mounted on second opinion room by user On the portable mounting portion 330a of the first of room #2.In this case, it is mounted on the first portable peace of second opinion room room #2 X-ray detector 100 on dress portion 330a can be connect with another medical device 403 by wireless communication.In addition, being mounted on second X-ray detector 100 on the portable mounting portion 330a of the first of diagnosis room room #2 can keep wired with X-ray imaging device 1 Communication can be disconnected with X-ray imaging device 1.In addition, another medical device 403 and X-ray imaging device 1 can pass through Network 400 is connected with each other.In addition, another medical device 403 setting information based on X-ray imaging device 1 or can be previously stored Detector paired data 271 X-ray detector 100 for being mounted on the first portable mounting portion 330a is set.

As described above, it has been described that between the configuration and X-ray detector 100 and work station 200 of X-ray imaging device 1 Connection.In the following, description to be used to be arranged the graphic user interface of X-ray detector 100 with reference to Figure 17 to Figure 65.

Figure 17 is the figure shown when mounting portion 300 senses the installation of X-ray detector 100 accoding to exemplary embodiment The view of shape user interface.

Installation sensor 340 senses whether X-ray detector 100 is mounted on mounting portion 300, and work station 200 checks Whether the X-ray detector 100 of installation was installed before and with the presence or absence of setting information.

It is not previously installed in when X-ray detector 100 is mounted on the X-ray detector 100 on mounting portion 300 and installed When X-ray detector 100 on identical mounting portion 300, work station 200 is determined using new setting.Therefore, work station 200 can be shown Show that instruction realizes graphical user circle using the setting for the X-ray detector 100 being newly mounted on mounting portion 300 on a user interface The screen of face G0.

Particularly, as shown in figure 17, X-ray check is mounted with when the installation sensor 340 in fixed on table portion 310 checks Device and be not present setting information corresponding with X-ray detector when, display 212 can " detector be mounted on into display text On entablement? " and the select button of "Yes" and "No".When user wants to set up corresponding X-ray detector 100, user can be with Graphical user circle for corresponding X-ray detector 100 to be arranged is operated by select button "Yes" by input interface 211 Face.However, when user is not desired to that corresponding X-ray detector 100 is arranged, user can be pressed by input interface 211 selection by Button "No" and the setting that corresponding X-ray detector 100 can not be executed.

In addition, installation sensor 340 can newly be mounted on mounting portion 300 not sensing in X-ray imaging device 1 On X-ray detector 100 in the case where be arranged X-ray detector 100.

Figure 18 is the view of the graphic user interface before searching for X-ray detector 100.Figure 19 is in search X-ray check The view of graphic user interface while device 100.

When having selected detector to be arranged, as shown in figure 18, graphic user interface G1 is executed.Graphic user interface G1 be for It is arranged and saves the environment for using X-ray detector 100, and may include detector screen G100, mounting portion screen G300 Screen G200 is saved with setting.

Detector screen G100 is located at the left side of graphic user interface G1.In addition, detector screen G100 can be provided for searching Rope is currently able to the X-ray detector 100 being used in X-ray imaging device 1 and selects the user of the X-ray detector 100 searched Interface.In addition, detector screen G100 may include search button G110, the detector environment screen G120 of selection, detector sequence Screen G130, previous sequence (ranking) select button G140 and next sequence select button G150, described search button G110 exist Upper right side provides the order for searching for the X-ray detector 100 that can be used in X-ray imaging device 1, the selected detector Environment screen G120 shows the type or size of the X-ray detector 100 of selection, and the detector sequence screen G130 is shown in multiple search Rope to X-ray detector 100 in the sequence of X-ray detector 100 that currently selects, the previous sequencing selection button G140 uses In selecting the X-ray detector 100 in multiple X-ray detectors 100 searched in previous sequence, next sequencing selection is pressed Button G150 is used to select the X-ray detector 100 in multiple X-ray detectors 100 searched in next sequence.

Mounting portion screen G300 is located at the right side of graphic user interface G1.In addition, mounting portion screen G300 can be provided for showing Show selection X-ray detector 100 can be mounted thereto mounting portion 300 and select the user of mounting portion 300 to be mounted Interface.Particularly, mounting portion screen G300 can show the installation that can be installed based on the size of the X-ray detector 100 of selection The size of portion 300 and mounting portion 300.In addition, mounting portion screen G300 may include desk-top select button G310, it is vertical selection by Button G320, the first portable select button G330a, the second portable select button G330b, wireless communication select button G350 with And available mounting portion text screen G340, the desk-top select button G310 are selected the X-ray detector 100 to allow selection It is mounted in fixed on table portion 310, the vertical select button G320 is selected to allow the X-ray detector 100 of selection to pacify On vertical mounting portion 320, the first portable select button G330a is selected the X-ray detector to allow selection 100 are mounted on the first portable mounting portion 330a, and the second portable select button G330b is selected to allow to select X-ray detector 100 be mounted on the second portable mounting portion 330b, the wireless communication select button G350 selected with The X-ray detector 100 of selection is allowed to be connected to work station 200, the available mounting portion text screen by wireless communication The mounting portion 300 that the X-ray detector 100 of selection can be mounted thereto is shown as text by G340.

In addition, first portable mounting portion 330a corresponding with the first portable select button G330a and with it is second portable The corresponding second portable mounting portion 330b of formula select button G330b can have identical structure or can have mutually different Structure.For example, the first portable mounting portion 330a can have with handled shape and the second portable mounting portion 330b It can have the shape with self-timer seat and self-shooting bar.

It is arranged and saves the bottom right side that screen G200 is located at graphic user interface G1.In addition, setting, which saves screen G200, to be mentioned Communications status for the X-ray detector 100 for saving and transmitting selection and for the peace that install X-ray detector 100 to be arranged The user interface of the information of the type in dress portion 300.In addition, setting save screen G200 may include left side save button G210 and The cancel button G220, the save button G210 on right side save the setting information about X-ray detector 100 and mounting portion 300 And the setting information is transmitted to X-ray detector 100, the cancel button G220 cancels to X-ray detector 100 and installation The setting in portion 300.

Firstly, when selecting detector setting, in all buttons other than the search button G110 of detector screen G100 It is executed when being just deactivated with screen and shows graphic user interface G1, as shown in figure 18.Therefore, user can be searched for by selection Button G110 come search for be currently able to be used in X-ray imaging device 1 in X-ray detector 100.

In addition, when selecting search button G110, work station 200 can be by by previously stored detector paired data 271 identify each X-ray detector 100 compared with the identification information of X-ray detector 100, and may search for the X being able to use Photodetector 100.It, as shown in figure 20, can be display detector screen G100's in the case where executing above-mentioned such process Search button G110 can give search button G110 simultaneously and indicate by the hatching effect of selection state, and detector environment screen It can show that X-ray imaging device 1 is currently searching for the X-ray detector 100 being able to use.Furthermore it is possible to deactivate detector The search button G110 and all buttons and screen except detector environment screen for shielding G100.

After this, it when searching the multiple X-ray detectors 100 that can be used in X-ray imaging device 1, can execute For selecting one in the X-ray detector searched 100 and the type of communications status and mounting portion to be mounted 300 being arranged Graphic user interface G1.

Figure 20 is accoding to exemplary embodiment in the view to the graphic user interface after detector searches.Figure 21 is Accoding to exemplary embodiment in the view to the graphic user interface after detector searches.Figure 22 is according to exemplary implementation Example in the view to the graphic user interface after detector searches.Figure 23 is accoding to exemplary embodiment to detector The view of graphic user interface after search.

As shown in figure 20, after the X-ray detector 100 that search can be used in X-ray imaging device 1, graphical user circle Face G1 is provided for selecting the X-ray detector 100 in multiple X-ray detectors 100 and selected X-ray detector being arranged 100 interface.

Particularly, the shade of the search button G110 of detector screen G100 disappears and search button G110 is returned to and swashed State living.In addition, the detector environment screen G120 of selection can show the detector currently selected to show the detector of selection Size be 43 × 35cm or can show the differentiation symbol (distinction being displayed on detector display 190 Sign) to separate the detector of selection and other detector areas.

In addition, the detector environment screen G120 of selection can use text as shown in Figure 20 and show the inspection currently selected It surveys the size of device or can adjust as shown in figure 21 and show the size of icon.For example, when detector size be 43 × When 35cm, as shown in figure 21, icon can be shown as rectangular shape.When the size of detector is 43 × 43cm, such as Figure 21 institute Show, icon can be shown as square shape.When the size of detector is 30 × 25cm, as shown in figure 21, icon can be shown It is shown as lesser rectangular shape.

In addition, the detector sequence screen G130 of selection shows the X-ray detector 100 that can be used in X-ray imaging device 1 The sequence of quantity and the X-ray detector 100 currently selected.That is, the detector sequence screen G130 of selection can be shown " 1/5 ", this instruction are currently able to the X that the quantity for the X-ray detector 100 being used in X-ray imaging device 1 is 5 and currently selects Photodetector 100 is ordered as first.Furthermore it is possible to activate previous sequencing selection button G140 and next sequence select button G150 is to select one in the X-ray detector 100 for being currently able to be used in X-ray imaging device 1.

In addition, only activating desk-top select button G310, vertical select button G320, the first portable select button G330a It is right with the mounting portion 300 that can be installed with the X-ray detector 100 based on selection in the second portable select button G330b The button answered.For example, the size when the X-ray detector 100 selected for 43X35cm and has the selected X-ray of installation When the mounting portion 300 of the size of detector 100 corresponds to vertical mounting portion 320 and the first portable mounting portion 330a, figure is used Family interface G1 can deactivate the portable select button G330b of desk-top select button G310 and second, and can activate vertical The portable select button G330a of select button G320 and first.That is, user can choose vertical select button G320 and A mounting portion with determination that the X-ray detector 100 of selection is mounted thereto in first portable select button G330a 300。

In addition, when mounting portion corresponding with the portable select button G330a of vertical select button G320 and first of activation 300 when being located in the second opinion room room #2 adjacent with the first diagnosis room room #1 of position, can show on mounting portion select button Show diagnosis room screen and exchanges screen G322.For example, as shown in figure 22, when vertical mounting portion 320 is located in the room #2 of second opinion room, Diagnosis room screen " room #2 ", which may be displayed on above vertical select button G320 and exchange screen G322, may be displayed on vertical selection Below button G320.

Wireless communication select button G350 in mounting portion screen G300 is for selecting selected X-ray detector 100 to want It the mounting portion 300 that is mounted on and then selects to communicate between selected X-ray detector 100 and work station 200 Method user interface.For example, when being arranged to that the X-ray detector 100 of selection is mounted on vertical mounting portion 320 and is selected When the X-ray detector 100 selected can wirelessly communicate, wireless communication select button G350 is activated.Later, when wirelessly connecting When the X-ray detector 100 of selection, user can choose wireless communication select button G350.

In addition, X-ray detector 100 be installed in activate the vertical portable selection of select button G320 and first by In the case where on the corresponding mounting portion 300 of button G330a, the communication means that information is exchanged with work station 200 can be shown.For example, As shown in Figure 23, when user wants for the X-ray detector 100 of selection to be mounted on vertical mounting portion 320 and wirelessly will When the X-ray detector 100 of selection is connect with work station 200, wireless communication screen G323 can be shown in vertical select button Below G320.

Available mounting portion text screen G340 can install the X-ray detector 100 of selection in mounting portion screen G300 Mounting portion 300 on it is shown as text.For example, the size when the X-ray detector 100 selected for 43 × 35cm and has The mounting portion 300 for installing the size of selected X-ray detector 100 corresponds to vertical mounting portion 320 and the first portable installation When portion 330a, graphic user interface G1 can on available mounting portion text screen G340 display text " desk-top and portable energy Enough settings ".

In order to use such as type of the communications status set by the X-ray detector of selection 100 and mounting portion 300 Condition, user can save the save button G210 on screen G200 by selection setting to provide preservation setting information and will be arranged Information is transmitted to the order of X-ray detector 100.Conversely, when user is not desired to using such as about 100 institute of the X-ray detector of selection When the condition of the type of the communications status and mounting portion 300 of setting, user can be arranged by selection saves taking on screen G200 Button G220 disappear to provide the order of cancellation.

In addition, graphic user interface G1 can be shown through the currently selected X-ray detector 100 selected of order of user State.In the following, Figure 24 to Figure 28 description thereof will be referred to.

Figure 24 is accoding to exemplary embodiment in the view to the graphic user interface after detector searches.

Firstly, the X-ray detector 100 that graphic user interface G1 can show that user currently selects is currently installed to thereon Mounting portion 300 type.

For example, graphic user interface G1 can be with when first X-ray detector of user's selection with the size of 43 × 35cm The first portable select button G330a is shown in bold to distinguish it with vertical select button G320, so that display is current The mounting portion 300 that first X-ray detector of selection is mounted on.In addition, graphic user interface G1 can be available Display text " be presently installed at portable upper and can be set into desk-top " on mounting portion text screen G340.

Figure 25 is accoding to exemplary embodiment in the view to the graphic user interface after detector searches.

In addition, graphic user interface G1 can show the Current Communications Status for the X-ray detector 100 that user currently selects.

For example, graphic user interface G1 can be with when first X-ray detector of user's selection with the size of 43 × 35cm As shown in figure 24 in the icon of the bottom right side display instruction wireless communication of the detector environment screen G120 of selection, worked as with being shown in The method of communication between first X-ray detector of preceding selection and the communication interface 260 of work station 200.

Figure 26 is accoding to exemplary embodiment in the view to the graphic user interface after detector searches.

In addition, graphic user interface G1 can show whether the X-ray detector 100 that user currently selects can exchange.

For example, graphic user interface G1 can be with when first X-ray detector of user's selection with the size of 43 × 35cm The icon exchanged as shown in figure 25 in the bottom right side display instruction of the detector environment screen G120 of selection, to be shown in current choosing The method communicated between the first X-ray detector selected and the communication interface of work station 200 260.

Figure 27 is accoding to exemplary embodiment in the view to the graphic user interface after detector searches.

In addition, graphic user interface G1 can show the diagnosis that the X-ray detector 100 that user currently selects is located therein Room.

For example, graphic user interface G1 can be with when first X-ray detector of user's selection with the size of 43 × 35cm The text " room #1 " of the first diagnosis room is indicated in the bottom right side display of the detector environment screen G120 of selection as shown in figure 26, with It is shown in the method communicated between the first X-ray detector currently selected and the communication interface 260 of work station 200.

Figure 28 is accoding to exemplary embodiment in the view to the graphic user interface after detector searches.

In addition, graphic user interface G1 can show the status information for the X-ray detector 100 that user currently selects.

For example, graphic user interface G1 can be with when first X-ray detector of user's selection with the size of 43 × 35cm Show color, shape, resolution ratio, response time and the diagnosis room of the first X-ray detector currently selected.Graphic user interface G1 Detector screen G100 may include other state screens of detector G160.That is, other state screens of detector G160 can be with Show that the first X-ray detector of selection has red color, rectangular shape, low resolution and slow-response time and is located at first In diagnosis room.Particularly, other state screens of detector G160 can be with display text " color: red " to allow user to recognize inspection Survey device be it is red, can be with display text " shape: rectangle " to allow user to recognize that detector has rectangular shape, and can be with Display text " resolution ratio: low " is to allow user to recognize that detector has low resolution.In addition, other state screens of detector G160 It can be with display text " response time: long " to allow user to recognize the response time length of detector and " can be examined with display text Disconnected room: room #1 " is to allow user to recognize that detector is located in the first diagnosis room.

In the following, description is shown the mounting portion that the detector currently selected is mounted on reference to Figure 29 to Figure 31 The example of graphic user interface G1.

Figure 29 is accoding to exemplary embodiment in the view to the graphic user interface after detector searches.Figure 30 is Accoding to exemplary embodiment in the view to the graphic user interface after detector searches.Figure 31 is according to exemplary implementation Example in the view to the graphic user interface after detector searches.

Graphic user interface G1 can show that the detector of selection is currently installed to mounting portion thereon.

Particularly, as shown in figure 29, the detector environment screen G120 of selection may include that detector is currently installed to Thereon be currently installed on portion icon G121.Being currently installed on portion icon G121 can be in the bottom of the detector environment screen G120 of selection The icon of the detector that display instruction currently selects mounting portion mounted thereto.For example, as shown in figure 29, can be shown For the icon of instruction imaging bracket, the detector currently selected is mounted on the imaging bracket.

In addition, as shown in figure 30, graphic user interface G1 can pass through the current peace on other state screens of detector G160 Dress portion text G162 shows the mounting portion that the detector of selection is mounted on.For example, the detection that ought be selected as shown in figure 30 When the mounting portion that device is mounted on is imaging bracket, " current recipient can be shown as by being currently installed on portion text G162 (receptor): bracket ".

In addition, as shown in figure 31, graphic user interface G1 may include being currently installed on portion icon G121 and being currently installed on portion Text G162 is shown as icon and text so that the detector of selection is currently installed to mounting portion thereon.

In the following, with reference to Figure 32 and Figure 33, the figure for the mode that the detector that description display can be selected currently is used The example of user interface G1.

Figure 32 is accoding to exemplary embodiment in the view to the graphic user interface after detector searches.Figure 33 is Accoding to exemplary embodiment in the view to the graphic user interface after detector searches.

Graphic user interface G1 can show the mode that the detector that can be selected uses.

Particularly, as shown in figure 33, the detector environment screen G120 of selection may include available mode icon G122.It can It can be used in the detector that the bottom of the detector environment screen G120 of selection will currently be selected with mode icon G122 Mode be shown as icon.For example, as shown in figure 32, the mode that the detector that can be selected uses can be shown as indicating The icon of ceiling mounting type.

In addition, as shown in figure 32, graphic user interface G1 can pass through the available mould on other state screens of detector G160 State text G165 shows the mode that the detector that can be selected uses.For example, working as the mould that the detector that can be selected uses When state is ceiling mounting type, movable type and mammography formula, can with mode text G165 can with display text " can use mode: furred ceiling, Mobile, mammography ".

As described above, it has been described that the size depending on multiple X-ray detectors 100 searched is more to classify and select The example of the graphic user interface G1 of a X-ray detector 100 searched.In the following, description is depended on reference to Figure 34 to Figure 38 Other factors in addition to size classify and the graphic user interface G1 of multiple X-ray detectors searched are selected to show Example.

Figure 34 is accoding to exemplary embodiment in the view to the graphic user interface after detector searches.

In addition, graphic user interface G1 can be according to the multiple X-ray detectors 100 searched of color classification, and it can be with Show the color of the X-ray detector 100 currently selected.

For example, graphic user interface G1 can be with when first X-ray detector of user's selection with the size of 43 × 35cm It is current to show as shown in figure 34 in the text " green " of the middle part of the detector environment screen G120a of selection display instruction green First X-ray detector of selection is green.

Figure 35 is accoding to exemplary embodiment in the view to the graphic user interface after detector searches.

In addition, graphic user interface G1 can be according to the multiple search of Shape Classification of multiple X-ray detectors 100 searched The X-ray detector 100 arrived, and can show the shape of the X-ray detector 100 currently selected.

For example, graphic user interface G1 can be with when first X-ray detector of user's selection with the size of 43 × 35cm The detector environment screen G120b of selection is shown round to show the first X-ray check utensil currently selected as shown in figure 35 There is circular shape.

Figure 36 is accoding to exemplary embodiment in the view to the graphic user interface after detector searches.

In addition, graphic user interface G1 can be multiple to classify according to the resolution ratio of multiple X-ray detectors 100 searched The X-ray detector 100 searched, and can show the resolution ratio of the X-ray detector 100 currently selected.

For example, graphic user interface G1 can be with when first X-ray detector of user's selection with the size of 43 × 35cm At the middle part of the detector environment screen G120c of selection, display indicates high-resolution text " resolution ratio [height] " as shown in figure 36, To show that the first X-ray detector currently selected has high-resolution.

Figure 37 is accoding to exemplary embodiment in the view to the graphic user interface after detector searches.

In addition, graphic user interface G1 can be more to classify according to the response time of multiple X-ray detectors 100 searched A X-ray detector 100 searched, and can show the response time of the X-ray detector 100 currently selected.

For example, graphic user interface G1 can be with when first X-ray detector of user's selection with the size of 43 × 35cm As shown in figure 37 in the text " response time of the middle part of the detector environment screen G120d of selection display instruction short response time [short] ", to show that the first X-ray detector currently selected has short response time.

Figure 38 is accoding to exemplary embodiment in the view to the graphic user interface after detector searches.

Multiple X-ray detectors 100 searched in addition, graphic user interface G1 can classify according to diagnosis room, and can To show the diagnosis room of the X-ray detector 100 currently selected.

For example, graphic user interface G1 can be with when first X-ray detector of user's selection with the size of 43 × 35cm The text " room #1 " of the first diagnosis room is indicated in the bottom right side display of the detector environment screen G120e of selection as shown in figure 38, To be shown in the method communicated between the first X-ray detector currently selected and the communication interface 260 of work station 200.

In the following, will describe input detector search condition with reference to Figure 39 to Figure 47 and search for the search condition with input The exemplary embodiment of corresponding X-ray detector.

Figure 39 is the view of the graphic user interface before input detector search condition.

As in exemplary embodiment described above, user may search for being currently able to be connected to work station 200 All X-ray detectors 100.However, user can input the search condition for X-ray detector 100 to search for corresponding X-ray inspection Survey device 100.

Particularly, graphic user interface G1 can include search condition selective listing G170 in detector screen G100. Search condition selective listing G170 may include size selection project G171, color selection project G172, shape selection project G173, resolution ratio selection project G174, response time selection project G175 and diagnosis room select project G176.

Herein, size selection project G171 is the project for allowing the size of user's selection X-ray detector 100.Graphical user Interface G1 can show selection icon, and the selection icon instruction option can be deployable on right side together with text " size ". Furthermore it is possible to which search condition is arranged for each unit of the size of X-ray detector 100.For example, user can by centimetre or press Inch come be arranged X-ray detector 100 size search condition.In addition, color selection project G172 is that user is allowed to select X-ray The project of the color of detector 100.Graphic user interface G1 can show selection icon, and the selection icon instruction option can be with It is deployable on right side together with text " color ".User is allowed to select X-ray detector in addition, shape selection project G173 can be The project of 100 shape.Graphic user interface G1 can show selection icon, and the selection icon instruction option can be with text " shape " is deployable on right side together.In addition, resolution ratio selection project G174 is point for allowing user to select X-ray detector 100 The project of resolution.Graphic user interface G1 can show that selection icon, the selection icon instruction option " can be differentiated with text Rate " is deployable on right side together.In addition, response time selection project G175 is the response for allowing user to select X-ray detector 100 The project of time.Graphic user interface G1 can show that selection icon, the selection icon instruction option can be with text " responses Time " is deployable on right side together.Allow user that X-ray detector 100 is selected to work as in addition, diagnosis room selection project G176 can be Anteposition is in the project of diagnosis room therein.Graphic user interface G1 can show that selection icon, the selection icon indicate option It can be deployable on right side together with text " room ".

As shown in figure 39, search condition selective listing G170 can be from top with size selection project G171, color selection Project G172, shape selection project G173, resolution ratio selection project G174, response time selection project G175 and diagnosis room selection The sequence of project G176 is arranged, but it can be arranged with another sequence.

Figure 40 is to illustrate the exemplary view of the graphic user interface for the size input search condition about detector Figure.

User can input search condition about the size of X-ray detector 100.User can examine by a centimetre setting X-ray It is scanned for while surveying the size of device 100.

Particularly, when user selects size selection project G171, graphic user interface G1 can be arranged can be with master The size for the X-ray detector 100 that body 10 connects.In addition, size selection project G171 may include size selection title G171a and Size entry G171b.Size entry G171b may include the first size entry G171c, the second size entry G171d and third Size entry G171e.

Size selection title G171a can show the search condition that user wants to set up, and can show search condition Unit.For example, size selection title G171a can show icon, the icon instruction option and text " size [cm] " one It rises and is unfolded on right side.

Size entry G171b can show the option for the size condition that user wants to set up.For example, can be with master when existing When the X-ray detector 100 for three kinds of sizes that body 10 connects, the first size entry G171c is for be selected as can be with main body 30 × 25 project of one of the sizes of X-ray detector 100 of 10 connections, and can be shown as text " 30 × 25".In addition, the second size entry G171d is the size for being selected as the X-ray detector 100 that can be connect with main body 10 One of 43 × 35 project, and text " 43 × 35 " can be shown as.In addition, third size entry G171e is For being selected as 43 × 43 project of one of size of X-ray detector 100 that can be connect with main body 10, and can To be shown as text " 43 × 43 ".

Figure 41 is to illustrate another example of the graphic user interface for the size input search condition about detector View.

User can input search condition about the size of X-ray detector 100.User can examine by inch setting X-ray It is scanned for while surveying the size of device 100.

Particularly, when user selects size selection project G171 ', graphic user interface G1 can be arranged can be with master The size for the X-ray detector 100 that body 10 connects.In addition, size selection project G171 ' may include size selection title G171a ' With size entry G171b '.Size entry G171b ' may include the first size entry G171c ', the second size entry G171d ' With third size entry G171e '.

Size selection title G171a ' can show the search condition that user wants to set up, and can show search condition Unit.For example, size selection title G171a can show icon, the icon instruction option and text " size [in] " one It rises and is unfolded on right side.

Size entry G171b ' can show the option for the size condition that user wants to set up.For example, can be with when existing When the X-ray detector 100 for three kinds of sizes that main body 10 connects, the first size entry G171c ' is for be selected as can be with master 12 × 10 project of one of the size of X-ray detector 100 that body 10 connects, and can be shown as text " 12 × 10".In addition, the second size entry G171d ' is the size for being selected as the X-ray detector 100 that can be connect with main body 10 One of 17 × 14 project, and text " 17 × 14 " can be shown as.In addition, third size entry G171e ' is For being selected as 17 × 17 project of one of size of X-ray detector 100 that can be connect with main body 10, and can To be shown as text " 17 × 17 ".

Figure 42 is the view for the graphic user interface of the color input search condition about detector.

User can input search condition about the color of X-ray detector 100.

Particularly, when user selects color selection project G172, graphic user interface G1 can be arranged can be with master The color for the X-ray detector 100 that body 10 connects.In addition, color selection project G172 may include color selection title G172a and Color project G172b.Color project G172b may include the first color project G172c, the second color project G172d, third face Color project G172e, the 4th color project G172f and the 5th color project G172g.

Color selection title G172a can show the search condition that user wants to set up.For example, color selects title G172a can show icon, and the icon instruction option and text " color " are unfolded on right side together.

Color project G171b can show the option for the color condition that user wants to set up.For example, can be with master when existing When the X-ray detector 100 for five kinds of colors that body 10 connects, the first color project G172c is for be selected as can be with main body The project of the green of one of the color of X-ray detector 100 of 10 connections, and text " green " can be shown as.Separately Outside, the second color project G172d is one for being selected as in the color for the X-ray detector 100 that can be connect with main body 10 The project of the blue of kind, and text " blue " can be shown as.In addition, third color project G172e is for selecting to make For the red project of one of the color of X-ray detector 100 that can connect with main body 10, and text can be shown as This " red ".In addition, the fourth-largest small project G172f is for being selected as the X-ray detector 100 that can be connect with main body 10 The project of the black of one of color, and text " black " can be shown as.In addition, the fifth-largest small project G172g is For being selected as the project of the white of one of color of X-ray detector 100 that can be connect with main body 10, and can be with It is shown as text " white ".

Figure 43 is the view for the graphic user interface of the shape input search condition about detector.

User can input search condition about the shape of X-ray detector 100.

Particularly, when user's selected shape selects project G173, graphic user interface G1 can be arranged can be with master The shape for the X-ray detector 100 that body 10 connects.In addition, shape selection project G173 may include shape selection title G173a and Shape project G173b.Shape project G173b may include first shape project G173c, the second shape project G173d, third shape Shape project G173e, the 4th shape project G173f and the 5th shape project G173g.

Shape selection title G173a can show the search condition that user wants to set up.For example, shape selects title G173a can show icon, and the icon instruction option and text " shape " are unfolded on right side together.

Shape project G173b can show the option for the shape conditions that user wants to set up.For example, can be with master when existing When the X-ray detector 100 for five kinds of shapes that body 10 connects, first shape project G173c is for be selected as can be with main body The project of the rectangle of one of the shape of X-ray detector 100 of 10 connections, and text " rectangle " can be shown as.Separately Outside, the second shape project G173d is one for being selected as in the shape for the X-ray detector 100 that can be connect with main body 10 The project of the square of kind, and text " square " can be shown as.In addition, third shape project G173e is for selecting The circular project as one of the shape of X-ray detector 100 that can be connect with main body 10 is selected, and can be shown For text " circle ".In addition, the 4th shape project G173f is for being selected as the X-ray detector that can be connect with main body 10 The project of the triangle of one of 100 shape, and text " triangle " can be shown as.In addition, the 5th shape item Mesh G173g is the hexagonal item for being selected as one of shape of X-ray detector 100 that can be connect with main body 10 Mesh, and text " hexagon " can be shown as.

Figure 44 is the view for the graphic user interface of the resolution ratio input search condition about detector.

User can input search condition about the resolution ratio of X-ray detector 100.

Particularly, when user selects resolution ratio selection project G174, graphic user interface G1 can be arranged can be with The level of resolution (resolution level) for the X-ray detector 100 that main body 10 connects.In addition, resolution ratio selects project G174 may include resolution ratio selection title G174a and resolution ratio project G174b.Resolution ratio project G174b may include first Resolution ratio project G174c, second resolution project G174d and third resolution ratio project G174e.

Resolution ratio selection title G174a can show the search condition that user wants to set up.For example, resolution ratio selects title G174a can show icon, and the icon instruction option and text " resolution ratio " are unfolded on right side together.

Resolution ratio project G174b can show the option for the resolution condition that user wants to set up.For example, can when existing When the X-ray detector 100 for three kinds of level of resolution connecting with main body 10, first resolution project G174c is for selecting to make For the high-resolution project of one of the level of resolution of X-ray detector 100 that can be connect with main body 10, and can be with It is shown as text "high".In addition, second resolution project G174d is for being selected as the X-ray that can be connect with main body 10 The project of the intermediate-resolution of one of the level of resolution of detector 100, and can be shown as text " in ".In addition, Third resolution ratio project G174e is for being selected as in the level of resolution for the X-ray detector 100 that can be connect with main body 10 A kind of low resolution project, and text " low " can be shown as.

Figure 45 is the view for the graphic user interface of the response time input search condition about detector.

User can input search condition about the response time of X-ray detector 100.

Particularly, as user Response to selection selection of time project G175, graphic user interface G1 can be arranged can The response time for the X-ray detector 100 being connect with main body 10.In addition, when response time selection project G175 may include response Between select title G175a and response time project G175b.Response time project G175b may include the first response time project G175c, the second response time project G175d and third response time project G175e.

Response time selection title G175a can show the search condition that user wants to set up.For example, the response time selects Title G175a can show icon, and the icon instruction option and text " response time " are unfolded on right side together.

Response time project G175b can show the option for the response time condition that user wants to set up.For example, when existing When the X-ray detector 100 for the three kinds of response times that can be connect with main body 10, the first response time project G175c is for selecting Select the project of the high speed as one of the response time of X-ray detector 100 that can be connect with main body 10, and can be by It is shown as text " short ".In addition, the second response time project G175d is for being selected as the X-ray that can be connect with main body 10 The project of the middling speed of one of the response time of detector 100, and can be shown as text " in ".In addition, third is rung Project G175e is one of the response time for being selected as the X-ray detector 100 that can be connect with main body 10 between seasonable Low speed project, and text " length " can be shown as.

Figure 46 is the view of the graphic user interface of the diagnosis room input search condition for being located therein about detector.

User can input search condition about the diagnosis room of X-ray detector 100.

Particularly, when user selects diagnosis room selection project G176, graphic user interface G1 can be arranged can be with The diagnosis room for the X-ray detector 100 that main body 10 connects.In addition, diagnosis room selection project G176 may include diagnosis room selection mark Inscribe G176a and diagnosis room project G176b.Diagnosis room project G176b may include the first diagnosis room project G176c, second opinion Room project G176d and third diagnosis room project G176e.

Diagnosis room selection title G176a can show the search condition that user wants to set up.For example, diagnosis room selects title G176a can show icon, and the icon instruction option and text " room " are unfolded on right side together.

Diagnosis room project G176b can show the option for the diagnosis room condition that user wants to set up.For example, can when existing When three diagnosis rooms of the X-ray detector 100 connecting with main body 10, the first diagnosis room project G176c is for being selected as energy The project of one the first diagnosis room in the diagnosis room of enough X-ray detectors 100 being connect with main body 10, and can be shown For text " room #1 ".In addition, second opinion room project G176d is for being selected as the X-ray check that can be connect with main body 10 The project of one second opinion room in the diagnosis room of device 100, and text " room #2 " can be shown as.In addition, third Diagnosis room project G176e is one for being selected as in the diagnosis room for the X-ray detector 100 that can be connect with main body 10 The project of third diagnosis room, and text " room #3 " can be shown as.

Figure 47 is illustrated in input detector search condition and graphical user circle while scan for detector The view in face.

When being provided with search condition selected by user and when having selected search button G110, X-ray imaging device 1 can be with Search can and the connection of main body 10 and X-ray detector 100 corresponding with the search condition of setting, and can be used by figure Family interface G1 display search.

Particularly, can search condition be arranged by graphic user interface G1 as described above in user, have 43 with search Size, green color, rectangular shape, high-resolution and the long response time of × 35cm and the X-ray being located in the first diagnosis room Detector 100.It is searched in addition, list G177 can be arranged by search condition set by the user in graphic user interface G1 to show Rope condition.

Herein, search condition setting list G177 is the project for showing search condition input by user.Searching bar Part setting list G177 may include size condition setting option mesh G177a, project G177b is arranged in color condition, shape conditions are set Set project G177c, resolution condition setting project G177d, response time condition setting project G177e and diagnosis room condition setting Project G177f.

Size condition setting option mesh G177a can be for showing the size about X-ray detector 100 set by the user Search condition project.For example, when the size of 43 × 35cm of user setting is searched for as search condition with corresponding big When small X-ray detector 100, size condition setting option mesh G177a can be with display text " 43 × 35 [cm] ", as shown in figure 47.

Color condition setting project G177b can be for showing the color about X-ray detector 100 set by the user Search condition project.For example, when user setting green searches for the X-ray check with corresponding color as search condition When device 100, project G177b is arranged in color condition can be with display text " green ", as shown in figure 47.

Shape conditions setting project G177c can be for showing the shape about X-ray detector 100 set by the user Search condition project.For example, when user setting rectangle searches for the X-ray check with corresponding shape as search condition When device 100, project G177c is arranged in shape conditions can be with display text " rectangle ", as shown in figure 47.

Resolution condition setting project G177d can be for showing point about X-ray detector 100 set by the user The project of the search condition of resolution grade.For example, working as user setting high-resolution as search condition to search for corresponding When the X-ray detector 100 of level of resolution, project G177d is arranged in resolution condition can be with display text "high", such as Figure 47 institute Show.

Response time, condition setting project G177e can be for showing about X-ray detector 100 set by the user The project of the search condition of response time.For example, when user setting low speed is searched for as search condition with corresponding response When the X-ray detector 100 of time, response time condition setting project G177e can be with display text " length ", as shown in figure 47.

Diagnosis room condition setting project G177f can be for showing examining about X-ray detector 100 set by the user The project of the search condition of disconnected room.It is located at corresponding examine for example, searching for when the first diagnosis room of user setting as search condition When X-ray detector 100 in disconnected room, diagnosis room condition setting project G177f can be with display text " room #1 ", as shown in figure 47.

It checks search condition set by the user in addition, graphic user interface G1 can permit user and then searches for suitable Together in the X-ray detector 100 of search condition.When user after checking search condition selects search button G110, figure is used Family interface G1 can on search condition screen G178 display text " searching for ... ", with allow user recognize search holding Row.

In addition, work station 200 may search for the X-ray detector 100 for being suitable for the search condition of input, and can scheme The X-ray detector 100 searched is shown on shape user interface G1.

In addition, work station 200 can be searched when not searching the X-ray detector 100 for being suitable for the search condition of input Rope simultaneously shows the X-ray detector 100 with condition similar with search condition.Herein, condition of similarity is in design, manufactures or make Time point previously positioned setting value, and can be the choosing in the range similar to search condition input by user ?.

For example, work station 200 can be shown and size, color, the shape in search condition in X-ray detector 100 Shape, resolution ratio and response time are corresponding but are not located at the X-ray detector 100 in the first diagnosis room.Particularly, communication interface 260 can communicate with server 401 to check the X-ray detector 100 being located in other diagnosis rooms, and can be in work station The X-ray detector of the size with 43 × 35cm, green color, rectangular shape, high-resolution and long response time is shown on 200 100 and the diagnosis room that is located therein of X-ray detector 100.In addition, work station 200 can show size with 43 × 35cm, Green color, rectangular shape, the X-ray detector 100 of high-resolution and long response time and corresponding X-ray detector 100 In the address of clinic therein.

As described above, the main search condition with setting X-ray detector 100 describes figure and uses with reference to Figure 37 to Figure 47 Family interface.However, when search, recognize and then classification can be connect with main body 10 multiple detectors when, phase can be used Same graphic user interface.

In the above exemplary embodiments, graphic user interface G1 shows multiple detections searched one by one Device.However, its is without being limited thereto and can show multiple detectors searched simultaneously.In the following, will be retouched with reference to Figure 48 and Figure 53 State for while showing the embodiment of the X-ray detector searched.

Figure 48 is the view of the graphic user interface after to detector searches and before selecting detector.Figure 49 is After to detector searches and select the view of the graphic user interface after detector.Figure 50 is according to exemplary implementation Example after to detector searches and select the view of the graphic user interface after detector.Figure 51 is according to exemplary Embodiment after to detector searches and select the view of the graphic user interface after detector.Figure 52 is that basis is shown Example property embodiment after to detector searches and select the view of the graphic user interface after detector.Figure 53 is root After to detector searches and the view of the graphic user interface after detector is selected according to exemplary embodiment.

When searching the multiple X-ray detectors 100 that can be connect with main body 10, graphic user interface G1 can and X-ray The size and shape of detector 100 shows multiple X-ray detectors 100 together with multiple icons.

Particularly, the detector screen G100 of graphic user interface G1 may include detector icon G180.Detector figure Mark G180 is to show multiple X-ray detectors 100 searched in a screen simultaneously and receive the selection of user to select The icon selected.In addition, detector icon G180 may include the first detector icon G181, the second detector icon G182, Three detector icon G183, the 4th detector icon G184 and the 5th detector icon G185.

First detector icon G181 is to be related to the icon of the first X-ray detector.As shown in figure 48, user can recognize The X-ray detector 100 of size of the one detector icon G181 instruction with 43 × 43cm.In addition, the first detector icon G181 It may include the first detector size icon G181a and the first detector selection icon G181b.First detector size icon G181a is the icon for showing the size of X-ray detector, and can be with display text " 43 × 43 ".In addition, the first detector selects Icon G181b is to show whether user selects the icon of the first X-ray detector, and can be the first detector icon G181's Left bottom is shown as circle.

Second detector icon G182 is the icon for indicating the second X-ray detector.As shown in figure 48, user can recognize Two detector icon G182 are the X-ray detectors 100 of the size with 43 × 43cm.

Third detector icon G183 is the icon for indicating third X-ray detector.As shown in figure 48, user can recognize Three detector icon G183 are the X-ray detectors 100 of the size with 43 × 35cm.

4th detector icon G184 is the icon for indicating the 4th X-ray detector.As shown in figure 48, user can recognize Four detector icon G184 are the X-ray detectors 100 of the size with 43 × 35cm.

5th detector icon G185 is the icon for indicating the 5th X-ray detector.As shown in figure 48, user can recognize Five detector icon G185 are the X-ray detectors 100 of the size with 30 × 25cm.

Furthermore it is possible to using the size and shape of icon rather than text, by the first detector icon G181, the second detection Device icon G182, third detector icon G183, the 4th detector icon G184 and the 5th detector icon G185 just with it is each The size of the corresponding X-ray detector of icon distinguishes.

For example, the X-ray detector 100 of the size with square shape and 43 × 43cm can be shown as showing in Figure 50 The first detector icon G181 and the first detector icon G182.For example, can will have rectangular shape and 43 × 35cm The X-ray detector 100 of size is shown as third detector icon G183 shown in Figure 50 and the 4th detector icon G184.Example Such as, the X-ray detector 100 of the size with rectangular shape and 30 × 25cm can be shown as the 5th detector shown in Figure 50 Icon G185.

In addition, graphic user interface G1 can show that X-ray detector corresponding with each detector icon 180 is currently pacified Mounted in mounting portion thereon.

For example, when X-ray detector 100 corresponding with the first detector icon G181 is currently installed on imaging table, As shown in figure 51, graphic user interface G1 can show the first mounting portion icon G181e.In addition, as shown in figure 52, graphical user Interface G1 can pass through the first mounting portion text G181f display text " desk-top ".

When X-ray detector 100 corresponding with the second detector icon G182 is currently installed on imaging table, such as Figure 51 Shown, graphic user interface G1 can show the second mounting portion icon G182e.In addition, as shown in figure 52, graphic user interface G1 The second mounting portion text G182f display text " vertical " can be passed through.

When X-ray detector 100 corresponding with third detector icon G183 is currently installed to the first portable mounting portion When upper, as shown in figure 51, graphic user interface G1 can show third mounting portion icon G183e.In addition, as shown in figure 52, figure Shape user interface G1 can pass through third mounting portion text G183f display text " portable 1 ".

When X-ray detector 100 corresponding with the 4th detector icon G184 is currently installed to the second portable mounting portion When upper, as shown in figure 51, graphic user interface G1 can show the 4th mounting portion icon G184e.In addition, as shown in figure 52, figure Shape user interface G1 can pass through the 4th mounting portion text G184f display text " portable 2 ".

When X-ray detector 100 corresponding with the 5th detector icon G185 does not reside on mounting portion currently, such as Figure 51 With shown in Figure 52, mounting portion icon and mounting portion text can not be shown.

In addition, user can choose when user wants to select the third X-ray detector in five X-ray detectors 100 Third detector icon G183.

In this case, as shown in figure 49, the third detector icon G183 in graphic user interface G1 may include Third detector activates icon G183f and third detector to activate background G183e.

When user selects third X-ray detector, third detector activation icon G183f can check that third detector selects Icon G183b is selected to indicate that user has selected third X-ray detector.When user selects third X-ray detector, third detector Activation background G183d can change into the background of third detector icon 183 deep to indicate that user has selected third X-ray check Device.

In addition, as shown in figure 53, it, can when user selects third detector icon G183 to select third X-ray detector To be shown as the sensor information window G186 of the selection of individual window.

The sensor information window G186 of selection can show the size of the detector of selection, shape, selection display The mounting portion that is mounted on and mode can be used.

Particularly, the sensor information window G186 of selection may include the detector icon G186a of selection, can use mould The sensor information close key G186c of state text G186b and selection, the selected detector icon G186a are shown The size and shape of the detector of selection, the available mode that the detector for selection is shown with mode text G186b, The selected sensor information close key G186c can close the sensor information window G186 of selection.

As described above, by graphic user interface G1 be described as being used in including fixed on table portion, vertical mounting portion and In the ceiling mounting type X-ray imaging device of portable mounting portion.In the following, with reference to Figure 54 to Figure 58, by description about including portable peace The embodiment g of the graphic user interface of the mobile X-ray imaging device in dress portion.

Figure 54 is the view of the graphic user interface before searching and detecting device.Figure 55 is while searching and detecting device The view of graphic user interface.

When having selected detector to be arranged, as shown in figure 54, graphic user interface G2 is executed.Graphic user interface G2 be for It is arranged and saves the environment for using X-ray detector 100, and may include detector screen G400, mounting portion screen G600 Screen G500 is saved with setting.

Detector screen G400 is located at the left side of graphic user interface G2.In addition, detector screen G400 can be provided for searching Rope is currently able to the X-ray detector 100 being used in X-ray imaging device 1 and selects the user of the X-ray detector 100 searched Interface.In addition, detector screen G400 may include search button G410, detector environment screen 420, detector sequence screen G430, Previous sequencing selection button G440 and next sequence select button G450, described search button G410 are provided in upper right side for searching Rope can be used in the order of the X-ray detector 100 in X-ray imaging device 1, and the detector environment screen 420 shows the X-ray of selection The type or size of detector 100, detector sequence screen G430 are shown in current in multiple X-ray detectors 100 searched The sequence of the X-ray detector 100 of selection, the previous sequencing selection button G440 is for selecting multiple X-ray checks searched In the X-ray detector 100 of previous sequence in device 100, next sequence select button G450 is for selecting multiple search X-ray detector 100 in next sequence X-ray detector 100.

Mounting portion screen G600 is located at the right side of graphic user interface G2.In addition, mounting portion screen G600 can be provided for showing Show selection X-ray detector 100 can be mounted thereto mounting portion 300 and select mounting portion 300 with user circle of installation Face.Particularly, mounting portion screen G600 can show the mounting portion that can be installed based on the size of the X-ray detector 100 of selection 300 and mounting portion 300 size.In addition, mounting portion screen 600 may include being selected to pacify the X-ray detector 100 of selection The first portable select button G610 on the first portable mounting portion 330a, it is selected to the X-ray detector that will be selected 100 are mounted on the second portable select button G630 on the second portable mounting portion 330b and the X-ray detector by selection 100 can be mounted thereto mounting portion 300 be shown as the available mounting portion text screen G640 of text.

It is arranged and saves the bottom right side that screen G500 is located at graphic user interface G2.In addition, setting, which saves screen G500, to be mentioned Communications status for the X-ray detector 100 for saving and transmitting selection and X-ray detector 100 is installed to about setting The user interface of the information of the type of mounting portion 300.In addition, setting saves the save button G510 that screen G500 may include left side With the cancel button G520 on right side, the save button G510 is saved to be believed about the setting of X-ray detector 100 and mounting portion 300 It ceases and the setting information is transmitted to X-ray detector 100, the cancel button G520 cancels to X-ray detector 100 and peace The setting in dress portion 300.

Firstly, when selecting detector setting, in all buttons other than the search button G410 of detector screen G400 It is executed while being deactivated with screen and shows graphic user interface G2, as shown in figure 54.Therefore, user can be searched by selection Rope button G410 come search for be currently able to be used in X-ray imaging device 1 in X-ray detector 100.

In addition, when selecting search button G410, work station 200 can be by by previously stored detector paired data 271 identify each X-ray detector 100 compared with the identification information of X-ray detector 100, and may search for the X being able to use Photodetector 100.In the case where executing above-mentioned such process, as shown in figure 55, searching for detector screen G400 can be shown Rope button G110 can give search button G410 simultaneously and indicate by the hatching effect of selection state, and detector environment screen G420 can show that X-ray imaging device 1 is currently searching for the X-ray detector 100 being able to use.Furthermore it is possible to deactivate biopsy The search button G410 and all buttons and screen except detector environment screen G420 for surveying device screen G400.

After this, when searching the multiple X-ray detectors 100 that can be used in X-ray imaging device 1, use can be executed One in the X-ray detector 100 that searches of selection and be arranged communications status and mounting portion to be mounted 300 type figure Shape user interface G2.

Figure 56 is that the figure that can connect mounting portion of the display for the X-ray detector of selection is used after detector searches The view at family interface.Figure 57 is working as the X-ray detector 100 that display can connect mounting portion and selection after detector searches The view of the graphic user interface of the mounting portion of preceding connection.Figure 58 is for changing to be attached after detector searches to choosing The view of the graphic user interface of the mounting portion for the X-ray detector selected.

As shown in figure 56, after search can be used in the X-ray detector 100 of X-ray imaging device 1, graphic user interface G2 is provided for selecting the X-ray detector 100 in multiple X-ray detectors 100 and selected X-ray detector 100 being arranged Interface.

Particularly, the shade of the search button G410 of detector screen G400 disappears and search button G410 is returned to and swashed State living.In addition, the detector environment screen G420 of selection can show the detector currently selected to show the detector of selection Size be 43 × 35cm or can show detection of the differentiation symbol being displayed on detector display 190 will select Device is separated with other detector areas.In addition, the detector sequence screen G430 of selection shows the X-ray that can be used in X-ray imaging device 1 The sequence of the quantity of detector 100 and the X-ray detector 100 currently selected.That is, the detector sequence of selection is shielded G430 can show " 1/5 ", and the quantity that this instruction is currently able to the X-ray detector 100 for X-ray imaging device 1 is 5 and works as The X-ray detector 100 of preceding selection is ordered as first.Furthermore it is possible to activate previous sequencing selection button G440 and next sequence Select button G450 is to select one be currently able in the X-ray detector 100 for X-ray imaging device 1.

In addition, in the first portable portable select button G630 of select button G610 and second in mounting portion screen G600 In the case where, it can only activate the mounting portion 300 that can be installed with the size of the X-ray detector 100 based on selection corresponding Select button.For example, the size when the X-ray detector 100 selected for 43 × 35cm and has the selected X-ray check of installation When the mounting portion 300 of the size of device 100 corresponds to the first portable mounting portion 330a and second portable mounting portion 330b, figure User interface G2 can activate the first portable portable select button G630 of select button G610 and second.That is, with Can choose in the first portable portable select button G630 of select button G610 and second one of family will be selected with determination The X-ray detector 100 selected mounting portion 300 mounted thereto.

In addition, the first portable portable select button G630 of select button G610 and second can show exchange icon With wireless setting icon with show whether mutually exchange the first portable portable mounting portion 330b of mounting portion 330a and second with And whether it is carrying out wireless communication.

The X-ray detector 100 of selection can can be mounted on mounting portion text screen G640 in mounting portion screen G600 Mounting portion 300 thereon is shown as text.For example, the size when the X-ray detector 100 selected for 43 × 35cm and has peace The mounting portion 300 for filling the size of selected X-ray detector 100 is portable corresponding to the first portable mounting portion 330a and second When mounting portion 330b, graphic user interface G2 display text " can be arranged portable on available mounting portion text screen G640 Formula [1] and portable [2] ".

In order to use the condition of type of mounting portion 300 etc. set by the X-ray detector 100 about selection, use The save button G510 saved shield on G500 can be arranged by selection to provide preservation setting information and pass setting information in family It is delivered to the order of X-ray detector 100.Conversely, when user is not desired to using such as set by the X-ray detector of selection 100 When the condition of the type of mounting portion 300, the cancel button G520 saved shield on G500 can be arranged by selection to provide in user The order of cancellation.

In addition, graphic user interface G2 can show selected when selecting X-ray detector from five X-ray detectors 100 The X-ray detector selected is currently installed to mounting portion 300 thereon.

Particularly, as shown in figure 57, when the first X-ray detector that user currently selects is installed in the first portable peace When on dress portion 330a, graphic user interface G2 can be by the background of the first portable select button G610 on mounting portion screen G600 It is changed to dark color, the first X-ray detector is installed on the first portable mounting portion 330a to allow user to recognize.In addition, can " portable [1] can be currently connected to mounting portion text screen G640 with display text.It can be set to portable [2]."

By doing so, user can recognize that the first X-ray detector is installed on the first portable mounting portion 330a simultaneously And it can be installed on the second portable mounting portion 330b by changing setting, and order can be inputted.

Particularly, when user wants the position of the first X-ray detector being currently installed to it from the first X-ray detector On the first portable mounting portion 330a shifting when changing to the second portable mounting portion 330b, user can choose graphic user interface The second portable select button G630 on the mounting portion screen G600 of G2.In this case, as shown in figure 58, graphical user circle The dark-background of the first portable select button G610 on the mounting portion screen G600 of face G2 is changed to primitive color background, and The original background of second portable select button G630 can be changed to dark-background.By doing so, user can recognize First X-ray detector mounting portion mounted thereto is changed according to the order of user from the first portable mounting portion 330a To the second portable mounting portion 330b.

In addition, " portable [1] can be currently connected to from text with mounting portion text screen G640.It can be set to just Take formula [2]." change to text " wanting to set up as portable [2]? ".By doing so, user can recognize the first X-ray It is portable that detector mounting portion mounted thereto according to the order of user is changed to second from the first portable mounting portion 330a Formula mounting portion 330b.

In addition, when user want the first X-ray detector mounting portion 300 mounted thereto will be changed it is portable to second When formula mounting portion 330b, user can choose the save button G510 that setting saves on screen G500 and be set with that will be used to save and transmit The order of confidence breath is given to X-ray detector 100.Conversely, when user is not desired to the peace that the first X-ray detector is mounted thereto Dress portion 300 changes to the second portable mounting portion 330b and when keeping the first portable mounting portion 330a, and user can pass through choosing It selects setting and saves the cancel button G520 on screen G500 to provide the order of cancellation.

The exemplary embodiment of a mode is only shown in wherein graphic user interface as described above, having been described.In the following, Embodiment in the multiple mode of wherein graphical user interface displays will be described.

Figure 59 be illustrate accoding to exemplary embodiment for selecting mode and mounting portion after detector searches The exemplary view of graphic user interface.Figure 60 be illustrate accoding to exemplary embodiment for being selected after detector searches Select another exemplary view of the graphic user interface of mode and mounting portion.Figure 61 is the use illustrated accoding to exemplary embodiment In the yet another exemplary view for the graphic user interface for selecting mode and mounting portion after detector searches.Figure 62 is signal The graphic user interface for selecting mode and mounting portion after detector searches accoding to exemplary embodiment it is again another One exemplary view.

Using graphic user interface G1, user, which not only can choose and be arranged, pacifies the X-ray detector 100 of user's selection Mounted in mounting portion 300 thereon and it is also an option that and is arranged mode.

Particularly, mounting portion screen G300 may include first mode selection screen G360.G360 is shielded in first mode selection It for allowing user's selection by the user interface of the detector of selection mode mounted thereto, and may include previous mould State select button G361, next mode select button G362 and mode title screen G363.

Herein, previous mode select button G361 is the button for allowing user to select previous mode, next mode choosing Selecting button G362 is the button for allowing user to select next mode, and mode title screen G363 is for specified current choosing The screen of the type for the mode selected.

For example, the mounting portion screen G300 of graphic user interface G1, which can be shown, to be hung when user selects the first X-ray detector Top formula mounting portion screen and mode title screen G363a can be with display text " furred ceiling ".In addition, the mounting portion of graphic user interface G1 Screen G300 can show desk-top select button G310, vertical select button G320, the first portable select button G330a and second Portable select button G330b, and can activate with the size of the X-ray detector 100 based on selection and the peace that can install 300 corresponding one, dress portion button.

With reference to Figure 60, when user selects next mode select button G362 and selects mobile X-ray imaging device, figure The mounting portion screen G300 of shape user interface G1 can show mobile mounting portion screen and mode title screen G363b can show text This " movement ".In addition, the mounting portion screen G300 of graphic user interface G1 can show the first portable select button G335a and Two portable select button G335b, and can activate with the size of the X-ray detector 100 based on selection and can install 300 corresponding buttons of mounting portion.

With reference to Figure 61, when user selects next mode select button G362 and selects mammography Formula X light imaging dress When setting, the mounting portion screen G300 of graphic user interface G1 can show mammography formula mounting portion screen and mode title screen G363c can be with display text " mammography ".In addition, the mounting portion screen G300 of graphic user interface G1 can show vertical choosing Button G325 is selected, and the mounting portion 300 that can be installed with the size of the X-ray detector 100 based on selection can be activated right The button answered.

With reference to Figure 62, when user selects next mode select button G362 and selects Angiography Formula X light imaging dress When setting, the mounting portion screen G300 of graphic user interface G1 can show Angiography formula mounting portion screen and mode title screen G363d can be with display text " Angiography ".In addition, the mounting portion screen G300 of graphic user interface G1 can show desk-top choosing Button G315 is selected, and the mounting portion 300 that can be installed with the size of the X-ray detector 100 based on selection can be activated right The button answered.

In the following, description is selected to shield from individual mode and moves the graphical user for changing to mounting portion screen with reference to Figure 63 and Figure 64 Interface.

Figure 63 is accoding to exemplary embodiment for selecting the graphic user interface of mode after detector searches View.Figure 64 is accoding to exemplary embodiment for selecting the graphic user interface of ceiling mounting type mode after detector searches View.

User can choose one in the multiple X-ray detectors 100 for being searched for as capable of connecting with main body 10, and so The mode of the mode or user's preferences that can be used in X-ray detector 100 can be shown and is arranged afterwards.

Particularly, as shown in Figure 63, graphic user interface G1 may include second mode selection screen G700.

Second mode selection screen G700 is located at the right side of graphic user interface G1 and is that can be used in selecting for showing X-ray detector 100 mode and the selection mode to be set user interface.Second mode selection screen G700 can swash The button of the mode of the X-ray detector 100 living that can be used in selection, and the button of non-serviceable mode can be deactivated.

In addition, second mode selection screen G700 may include furred ceiling select button G710, mobile select button G720, breast Photography select button G730, Angiography select button G740 and available mode text screen G750.

Herein, furred ceiling select button G710 is for selecting the X-ray detector of ceiling mounting type X-ray imaging device alternatively 100 will be used for the button of mode therein, and mobile select button G720 is for selecting mobile X-ray imaging device to make It will be used for the button of mode therein for the X-ray detector 100 of selection.In addition, mammography select button G730 is to use It will be used for the button of mode therein in the X-ray detector 100 of selection mammography Formula X photoimaging equipment alternatively, And Angiography select button G740 is for selecting the X-ray check of Angiography Formula X photoimaging equipment alternatively Device 100 will be used for the button of mode therein.In addition, can be the X-ray inspection that will be used for selection with mode text screen G750 The type for surveying the mode of device 100 is shown as the screen of text.

For example, when the mode that can be used in the first X-ray detector selected by user corresponds to ceiling mounting type, movable type, cream When room photography formula and Angiography formula, graphic user interface G1 can activate furred ceiling select button G710, mobile selection to press Button G720, mammography select button G730 and Angiography select button G740, and can be in available mode text Shield display text " all mode can be set " on G750.

In addition, when user determines that the first X-ray detector selected can be used in mode therein as ceiling mounting type, selection furred ceiling Select button G710 and when pressing save button G210, graphic user interface G1 can be switched to Figure 64 from Figure 63.

When graphic user interface G1 is switched to Figure 64, user can choose the mounting portion 300 of ceiling mounting type mode.This In the case of, as before, it can activate and for 43 × 35cm (it is the size of the first X-ray detector 100 of selection) energy The corresponding button of mounting portion 300 enough installed.That is, graphic user interface G1 can activate vertical select button G320 and First portable select button G330a, and display text " can be arranged vertical on available mounting portion text screen G340 With it is portable ".

Furthermore it is possible to show the mode text screen G370 of selection at the top of mounting portion screen G300 to allow user to recognize The mode currently selected is ceiling mounting type mode.That is, text " [furred ceiling] " may be displayed on the mode text screen of selection On G370.

In the following, with reference to Figure 65, the figure of mode and both mounting portions that description is used to be able to use in a screen display The exemplary embodiment of shape user interface.

Figure 65 is display the connecting for all each mode after detector searches accoding to exemplary embodiment The view of the graphic user interface of mounting portion.

User can use the installation that shows all mode for the X-ray detector 100 that can be used in selection and can install The graphic user interface G1 in portion 300.

Particularly, mounting portion screen G300 may include ceiling mounting type screen G300a, mobile screen G300b, mammography formula Shield G300c and Angiography formula screen G300d.

Ceiling mounting type screen G300a is the X-ray detector 100 of selection can be mounted on ceiling mounting type X-ray for showing and being arranged The user interface of mounting portion 300 on imaging device.The text of instruction ceiling mounting type mode can be shown above in ceiling mounting type screen G300a This " furred ceiling ", can show desk-top select button G310, vertical select button G320, the first portable select button G330a and Second portable select button G330b can activate button corresponding with the mounting portion 300 that can be installed, and can deactivate Button corresponding with the mounting portion 300 that cannot be installed living.

Movable type screen G300b is the X-ray detector 100 of selection can be mounted on mobile X-ray for showing and being arranged The user interface of mounting portion 300 on imaging device.The text for indicating mobile mode can be shown above in movable type screen G300b This " movement ", can show the first portable portable select button G335b of select button G335a and second, can activate and The corresponding button of mounting portion 300 that can be installed, and button corresponding with the mounting portion 300 that cannot be installed can be deactivated.

Mammography formula screen G300c is the X-ray detector 100 of selection can be mounted on breast for showing and being arranged The user interface of mounting portion 300 on photography Formula X photoimaging equipment.Mammography formula screen G300c can be shown above The text " mammography " for indicating mammography formula mode, can show vertical select button G325, can activate and energy The corresponding button of mounting portion 300 enough installed, and button corresponding with the mounting portion 300 that cannot be installed can be deactivated.

Angiography formula screen G300d is the X-ray detector 100 of selection can be mounted on blood vessel for showing and being arranged The user interface of mounting portion 300 on photography Formula X photoimaging equipment.Angiography formula screen G300d can be shown above The text " Angiography " for indicating Angiography formula mode, can show desk-top select button G315, can activate and energy The corresponding button of mounting portion 300 enough installed, and button corresponding with the mounting portion 300 that cannot be installed can be deactivated.

Graphic user interface described above is the example with reference to Figure 17 to Figure 65 description.Icon, screen arrangement, the size of screen Figure 17 to Figure 65 is not limited to the shape of ratio, the content of text and image.Graphic user interface can provide as described above Function.

Figure 66 is conceptual view accoding to exemplary embodiment, illustrates to execute between multiple diagnosis rooms and server logical Letter.

In X-ray imaging system, communication can be executed between X-ray imaging device 1 and server 401, or can be Image information, status information and setting information are transmitted and received between X-ray imaging device 1 in different diagnosis rooms.In addition, X-ray imaging system may include server 401, X-ray imaging device 1, other X-ray imaging devices 403 and network 400.

Server 401 is such computer, and the information being used in conjunction with is stored in the computer or use is permitted The program of multicomputer resource (such as memory) is gathered on the communication network for connecting several computers by communication line In one computer.Server 401 can store detector shared data 471.

Detector shared data 471 can be identical or different with the detector paired data 271 that describes above with reference to Fig. 3.

Herein, detector shared data 471 is the X-ray check about the X-ray imaging device that can be used in being connected to network The information of device, and may include detector identification data, for detector setting data, about the feature of X-ray detector Information etc..In addition, detector shared data 471 can be by receiving and combining the X-ray being stored in each diagnosis room X-ray paired data in imaging device and the data obtained.In addition, detector shared data 471 may include about each X-ray Detector is currently located at the information of diagnosis room therein.

X-ray imaging device 1 may include main body 10 and X-ray detector 100, and can be located at the first diagnosis room room #1 In.In addition, another X-ray imaging device 403 may include main body 10 and X-ray detector 100, and second opinion room can be located at In the #2 of room.

Network can play connection server 401, X-ray imaging device 1 and another X-ray imaging device 403 as described above The effect of bridge, and can transmit and receive image information, status information and setting information.

X-ray imaging device 1, another X-ray imaging device 403 and server 401 can be with reference Fig. 2 X described above Photoimaging equipment 1, another X-ray imaging device 403 and server 401 are identical or different.

X-ray imaging device 1 can be downloaded and using the detector shared data 471 being stored in server 401 to identify And X-ray detector 100 is set.

Particularly, detector shared data can be received from server 401 including the communication interface in work station 471, and detector can be received from X-ray detector 100 and identify data.Controller can be based on identifying data pair with detector The information in received detector shared data 417 answered recognizes the X-ray detector 100 that can be connect with main body 10.

Herein, detector shared data 471 is received from server 401 in communication interface and will test device shared data 471 be transferred to operation after controller can with use the detector paired data stored in storage device described above Operation it is identical or different.

In addition, X-ray imaging system can permit status information and setting information in the X-ray imaging dress of the first diagnosis room room #1 It sets and is shifted between 1 and the X-ray imaging device 403 of second opinion room room #2.

Particularly, the X-ray imaging device 1 in the first diagnosis room room #1 can transmit status information request signal To another X-ray imaging device 403 being located in the room #2 of second opinion room, and shape can be received from another X-ray imaging device 403 State information signal.Herein, status information request signal can be for requesting another X-ray imaging device 403 to be included within another X The use state and reserved state (reservation state) of X-ray detector 100 in photoimaging equipment 403, X-ray check The position of the mounting portion mounted thereto of device 100, size, shape, color, resolution ratio and the response time of detector etc. are transferred to The signal of X-ray imaging device 1.In addition, signal status information can be about including the X-ray in another X-ray imaging device 403 The position of use state and reserved state, the X-ray detector 100 of detector 100 mounting portion mounted thereto, detector it is big Small, shape, color, resolution ratio and the information of response time.In addition, signal status information may include about being included in another X X-ray detector 100 in photoimaging equipment 403 is previously disposed in and is currently located at the information of diagnosis room therein.

In addition, the X-ray imaging device 1 being located in the first diagnosis room room #1 can transmit setting information request signal in place Another X-ray imaging device 403 in the room #2 of second opinion room, and confirmation letter can be received from another X-ray imaging device 403 Number.Herein, setting information signal can be the X-ray inspection for allowing the selection of X-ray imaging device 1 to be located in the room #2 of second opinion room It surveys device 100 and the mode of the detector for selection and the information of mounting portion is set.In addition, setting information signal may include For retaining the signal of the X-ray detector 100 for the selection that (reserve) is located in the room #2 of second opinion room.In addition, setting information Signal may include the tune for the X-ray detector 100 being located in the room #2 of second opinion room to be transposed to the first diagnosis room room #1 Change signal.It is transferred in addition, confirmation signal (confirmation code, ACK) can be by another X-ray imaging device 403 as receiving side The signal of X-ray imaging device 1 as transmission equipment side, confirmation signal indicate the appropriate transmission of setting information signal.

Above, it has been described that the configuration of X-ray imaging device and graphic user interface.Graphical user circle described above Face may be displayed on offer on the display 212 in work station 200, may be displayed on the son provided in child user interface 80 On display 81, and it may be displayed on offer on the display in mobile device 404.

In addition, there is the detector identification number being stored in storage device 270 in exemplary embodiment described above According to X-ray detector can be used as in the case where its component and sell in being included in X-ray imaging device 1, or can be with X-ray Imaging device 1 is individually sold and is then registered in X-ray imaging device 1.

When the X-ray detector individually sold with X-ray imaging device 1 is referred to as external X-ray detector, X-ray imaging device 1 User interface 210 or child user interface 80 user interface for registering external X-ray detector can be provided and can be connect Receive its input.

For example, when external X-ray detector is registered in X-ray imaging device 1, the identification for the X-ray detector being registered Data can store in storage device 270, to update detector paired data 271.

In the following, detector setting method will be described with reference to Figure 67 to Figure 69.

Figure 67 is to illustrate the flow chart of the method for setting detector accoding to exemplary embodiment.

In operation S100, work station receives the detector identification data being previously stored in X detector.

In operation S200, the list of work station searching and detecting device or number is identified with from the received detector of X-ray detector According to matched previously stored detector paired data.It will be received with reference to the detailed description search of following FIG. 68 with from X-ray detector Detector identification Data Matching previously stored detector paired data in information.

In operation S300, work station selects the X-ray detector to be set and selection by the X-ray detector of selection Mounting portion mounted thereto.Reference Figure 68 is discussed in more detail below to the setting of the environment of the X-ray detector of selection.

Figure 68 is to illustrate the flow chart of detector setting method accoding to exemplary embodiment.

In operation S100, work station receives the detector identification data being previously stored in X-ray detector.

Operation S210 in, work station determine the detector models in detector list or detector paired data whether with The detector models of received detector identification data are identical.The detector models in detector list are determined in response to work station Identical as the detector models in received detector identification data, work station continues in operation S220.Otherwise, work station exists Continue in operation S215.

In operation S215, work station changes to detector list or in detector paired data another detector Model and back to operation S210 with again determine detector paired data in detector models whether with received detection Device identifies that the detector models in data are identical.

In operation S220, work station determines detector list or in detector paired data detector sequence number It is whether identical as the received detector identification detector sequence number of data.The detection of detector list is determined in response to work station Device sequence number is identical as the received detector identification detector sequence number of data, and work station continues in operation S230.Otherwise, Work station continues in operation S225.

In operation S225, work station changes to detector list or in detector paired data another detector Sequence number and back to operation S220 with again determine detector paired data in detector sequence number whether with it is received Detector identifies that the detector sequence number of data is identical.

In operation S230, whether work station determines detector list or in detector paired data detector IP It is identical as the received detector identification detector IP of data.It determines the detector IP of detector list in response to work station and connects The detector IP of the detector identification data of receipts is identical, and work station continues in operation S300.Otherwise, work station is in operation S235 Middle continuation.

In operation S235, work station changes another detector IP into detector list or detector paired data simultaneously And whether number is identified with received detector with the detector IP in determining detector paired data again back to operation S230 According to detector IP it is identical.

In operation S300, work station selects the X-ray detector to be set and selection by the X-ray detector of selection Mounting portion mounted thereto.

In operation S200, work station search and the detector from the received detector identification Data Matching of X-ray detector List or previously stored detector paired data.

In operation S310 to S360, work station selection X-ray detector and the X-ray detector that selection is set.Specifically Come, in operation s 310, work station allows user to select the detector to be set by graphic user interface, and is operating In S320, work station determines the communications status of the detector of selection.In operation s 330, work station is determined through installation sensor Or detector sensor determines the diagnosis room that the detector of selection is located therein.In operation S340, work station search and selection Detector the corresponding mounting portion of size, and the mounting portion that the detector selected can be mounted thereto is shown to allow User selects mounting portion to install detector.In operation S350, work station is selected between the detector of selection and work station Communication means.In operation S360, work station saves the setting information of the X-ray detector of selection and is transferred to setting information X-ray detector.

Further, it is also possible to by computer-readable code on medium (such as computer-readable medium) and/or instruction come Implementation example embodiment, to control at least one processing element, to realize any of above embodiment.The medium can be with Any medium or a variety of media corresponding to the transmission that may be used as storage device and/or computer readable code executed.

Computer-readable code can be recorded in a variety of different ways and/or be shifted on medium, and the example of medium Including recording medium, magnetic storage medium (for example, ROM, floppy disk, hard disk etc.) and optical recording medium are (for example, close-coupled disk is only Read memory (CD-ROM) or digital versatile disc (DVD)) and transmission medium, such as the Internet transmission medium.Therefore, medium can To have the structure suitable for storing or carrying signal or information, such as according to the carrying bit of one or more exemplary embodiments The equipment of stream.The medium can also on a distribution network, so that computer-readable code stores and/or be delivered in medium Above and in a distributed way execute.In addition, processing element may include processor or computer processor, and processing element It can be distributed and/or including in one single.

The exemplary embodiment of front is that example is limited without that should be read as.This introduction can be readily applied to it The device of his type.In addition, the description of exemplary embodiment is intended to schematically, without limiting the scope of the claims, and And those skilled in the art will be seen that many alternatives, modifications and variations.

Claims

1. a kind of X-ray imaging device, comprising:

Display；

Input equipment；And

Controller is configured that

Control the second icon of the second mounting portion of the first icon and instruction of display display first mounting portion of instruction；

It is received via the input equipment and one user in first icon of display and the second icon is selected；And

Based on the user's selection received to first icon:

Control the display by the first icon that first icon will be shown and display are shown with the first color the Two icons distinguish, and first color is different from the second color of second icon；

Receive the status information for the first X-ray detector being mounted in first mounting portion；

Control the display that the display keeps the second icon of display；And

Control the status information that the display shows first X-ray detector.

2. X-ray imaging device according to claim 1, further comprises work station, the work station includes the display Device and controller.

3. X-ray imaging device according to claim 1 further comprises multiple X-ray detectors, the multiple X-ray check Device includes first X-ray detector and the second X-ray detector.

4. X-ray imaging device according to claim 3, wherein the controller is further configured to based on receiving pair The user of second icon selects, and receives the status information for the second X-ray detector being mounted in second mounting portion.

5. X-ray imaging device according to claim 4, wherein the controller is further configured to based on receiving pair The user of second icon selects, and controls the display and distinguishes the second icon of display and the first icon of display.

6. X-ray imaging device according to claim 5, wherein the controller is further configured to based on receiving pair The user of second icon selects, control the display with the second X-ray check for being mounted in second mounting portion The corresponding color of device shows second icon.

7. X-ray imaging device according to claim 6, wherein first X-ray detector and the second X-ray detector pair It should be in different colors.

8. X-ray imaging device according to claim 1, wherein the controller is further configured to control the display Device first icon described in identical screen display and the second icon.

9. X-ray imaging device according to claim 1, wherein first color, which corresponds to the pass, is mounted on described Color shown in the first X-ray detector in one mounting portion.

10. X-ray imaging device according to claim 1, wherein the controller is further configured to control the display Device display indicates the indicator of the status information of first X-ray detector.

11. X-ray imaging device according to claim 1, wherein the controller is further configured to control the display Device display indicate the first X-ray detector in the multiple X-ray detector whether pass through wireless network connection to the X-ray at As the indicator of device.

12. a kind of X-ray imaging device, comprising:

Storage device is configured to store the size of multiple X-ray detectors；

Display；

Input equipment；

Controller is configured that

The size that the display shows the multiple X-ray detector is controlled, indicates the first icon and the instruction of the first mounting portion Second icon of the second mounting portion；

It is received via the input equipment and one the first user in the size of multiple X-ray detectors of display is selected；With And

Based on the first user selection is received, the display is controlled:

By the first figure of the first mounting portion of the first X-ray detector in instruction wherein mountable the multiple X-ray detector Mark is distinguished with the second icon for indicating wherein the second mounting portion of not mountable first X-ray detector, wherein described the One X-ray detector has one selected in corresponding size with first user；And

Keep indicating the display of wherein the second icon of the second mounting portion of not mountable first X-ray detector.

13. device according to claim 12, wherein the controller is further configured to use in display with described first While family selects one in corresponding size, the second user to the first icon of display is received via the input equipment Selection, the first icon instruction will wherein install the first mounting portion of first X-ray detector.

14. device according to claim 12, wherein the size in the region of adjustment second mounting portion makes described the One X-ray detector is mountable in second mounting portion, and

The controller is further configured to while display selects one in corresponding size with first user, base Size in the region of second mounting portion is adjusted, and controls the display display instruction wherein mountable first X Second icon of the second mounting portion of photodetector.

15. device according to claim 12, wherein use one in the text of the first size and the icon of the second size Each of the size of the multiple X-ray detectors of kind or both display.