JP2006081596A - Medical image display system, method, and its program - Google Patents

Abstract

<P>PROBLEM TO BE SOLVED: To easily regenerate image displaying operation regardless of showing condition information saved in different style. <P>SOLUTION: A medical image display system is equipped with a showing information generating unit (a model A) 63 showing an image photographed by an image forming unit 61 on a display and having a first memory means storing operating information an image displaying parameters at the time when the displayed image is read by a doctor as the shown condition information by a predetermined rule, a shown information generating unit (a model B) 64 having a second memory means storing the shown condition information at the time being connected with a network 67 and being photographed by a different doctor or in different timing by a rule different from the predetermined rule, and a server 62 selecting a desired kind of shown condition information from shown condition information stored in the above respective memory means, collecting the selected shown information from the first and second memory means, and regenerating the respective image displaying parameters at the time of reading the image on a medical image displaying terminal responding to the collected shown condition information of the same kind. <P>COPYRIGHT: (C)2006,JPO&NCIPI

Description

  The present invention relates to a technique for displaying a medical image generated by a medical image diagnostic apparatus (modality) such as a CT (Computed Tomography) apparatus, an MRI (Magnetic Resonance Imaging) apparatus, a digital radiography (Digital Radiography) apparatus, and an ultrasonic apparatus. In particular, even if the image display operation information (presentation state information) at the time of interpretation of the doctor is stored in a different rule storage method, the desired presentation state information is reproduced, and the reproduced presentation state information is included in the reproduced presentation state information. The present invention relates to a medical image display technique for displaying a medical image at the time of interpretation based on the image.

Each modality manufacturer uses a medical image according to a standard called DICOM (Digital Imaging and Communication in Medicine) so that the medical image generated by the modality can be displayed and communicated even if it is not the manufacturer's own product. The image supplementary information is output as data.
According to some provisions in the DICOM standard, as shown in Non-Patent Document 1, the presentation state for any image (display state after image processing such as window width and level, enlargement / reduction, rotation, annotation, etc.) ) Is stored separately from medical images as presentation state information (PR).

In Non-Patent Document 1, the items to be output as the PR are clearly defined by the DICOM standard, but the method for storing the PR is arbitrarily determined by the manufacturer of each modality.
Digital image and communication in medical care (DICOM) “Appendix 33: Grayscale soft copy presentation state preservation” issued on September 21, 1999 and November 14, 2000

  However, since the PR storage method is uniquely determined by each manufacturer of the modality, an operator such as a doctor reads a desired PR according to the PR storage method of each manufacturer, and the doctor reads the PR based on the read PR. Since the operator has to perform the operation of reproducing the image display operation when the image is interpreted, it is desired to eliminate the complexity of the operation.

The medical image display system of the present invention displays an image captured by a medical image diagnostic apparatus on a display, and uses predetermined information as operation information of image display parameters when the display image is interpreted by a doctor as presentation state information. The first medical image display terminal having the first storage means for storing the information, and the presentation state information when the first medical image display terminal is connected to the network and is interpreted at a doctor or timing different from the interpretation time The second medical image display terminal having second storage means for storing the data according to a rule different from the predetermined rule, and the presentation state information stored respectively in the storage means of the first and second medical image display terminals Selecting means for selecting a desired type of presentation status information from, a collecting means for collecting presentation status information of the same type as the selected presentation status information from the first and second storage means, and It comprises a reproduction means for reproducing the focusing has been the first or second medical image display terminal image display parameters at the time of each of the interpretation to adapt the presentation status information of the same kind, the.
This makes it possible to easily reproduce the image display operation even with the presentation state information stored in different formats.

According to a preferred embodiment of the present invention, the collection target setting means for setting the collection target of the presentation state information collected by the collection means to at least one terminal of the first or second medical image display terminal. Is further provided.
Accordingly, the collection target of the presentation state information is narrowed down to an arbitrary terminal (storage unit), so that the collection processing speed can be increased.

According to a preferred embodiment of the present invention, the information processing apparatus further includes a collection condition setting unit that sets a collection condition of the presentation state information collected by the collection unit for each of the first or second medical image display terminals.
Thereby, since the collection condition of the presentation state information to be collected is set, the collection processing speed can be increased from a different viewpoint.

Further, according to a preferred embodiment of the present invention, the reproduction means adapts the presentation state information collected by the collection means to all related images, and sets the image display parameters at the time of each interpretation as the first display. Alternatively, it is reproduced on the second medical image display terminal.
Thus, since the collected presentation state information is applied to all related images, the operator can hardly perform an image display operation when displaying a medical image, so that the operability is further improved.

Furthermore, according to a preferred embodiment of the present invention, when there are a plurality of presentation state information collected by the collection unit, a condition setting unit for setting a condition of the presentation state information to be initially adapted at the time of image display is provided. Further prepare.
As a result, when there are a plurality of pieces of presentation state information, it can be arbitrarily selected, so that a plurality of pieces of presentation state information can be easily selected.

According to the medical image display method of the present invention, an image captured by the medical image diagnostic apparatus is displayed on a display, and operation information of an image display parameter when the display image is interpreted by a doctor is used as presentation state information with a predetermined rule. In the first storage step stored in the second storage step of storing the presentation state information at the time of interpretation at a doctor or timing different from the time of the interpretation according to a rule different from the predetermined rule, and each storage step A selection step of selecting a desired type of presentation state information from the stored presentation state information, and a presentation stored in the first and second storage steps of the same type of presentation state information as the selected presentation state information A collecting step of collecting from the state information, and a reproducing step of adapting the collected presentation state information of the same type and reproducing the image display parameters at the time of each interpretation .
This makes it possible to easily reproduce the image display operation even with the presentation state information stored in different formats.

The medical image display program of the present invention displays an image captured by a medical image diagnostic apparatus on a display, and uses predetermined information as operation information of image display parameters when the display image is interpreted by a doctor as presentation state information. The first storage process stored in the second storage process for storing the presentation state information when being interpreted at a doctor or timing different from the interpretation time according to a rule different from the predetermined rule,
A selection process for selecting a desired type of presentation state information from the presentation state information stored in each of the storage processes, and the first and second storage steps for the same type of presentation state information as the selected presentation state information The computer executes a collection process that collects from the presentation state information stored in step S3 and a reproduction process that adapts the collected presentation state information of the same type to reproduce each image display parameter at the time of interpretation.
This makes it possible to easily reproduce the image display operation even with the presentation state information stored in different formats.

  According to the present invention, a medical image display system, a medical image display method, and a medical image display to be executed by a computer that can easily reproduce an image display operation even with presentation state information stored in different formats Can provide a program.

  Hereinafter, embodiments of the present invention will be described with reference to the accompanying drawings. Note that components having the same function are denoted by the same reference symbols throughout the drawings for describing the embodiment of the invention, and the repetitive description thereof is omitted.

  FIG. 1 is a diagram illustrating an example of storage and management of presentation state information (PR) when different doctors create presentation state information at different timings on a medical image display terminal (image viewer). Here, Kanda Dr and Tsuji Dr are creating PR at different timings in the model A image viewer. Patient name: Hitachi Taro Examination date: 2002/10/01 Cervical CR images are created by multiple interpretation doctors (Dr) using different types of devices. PR1 saves the presentation status for the first (A → P) image, PR2 saves the presentation status for the second (first oblique) image, and PR3 saves the third (second oblique) image PR4 saves the presentation state for the first (A → P) image, PR5 saves the presentation state for the second (first oblique) and third (second oblique) images Is saved.

  FIG. 2 is a diagram showing an example of PR management when Hagoromo Dr and Kamakura Dr create PRs at different timings in the model B image viewer. Here, PR6 saves the presentation status for the first (A → P) and second (first oblique) images, PR7 saves the presentation status for the third (second oblique) images, PR8 saves the presentation status for the first (A → P) image, PR9 saves the presentation status for the second (first oblique) image, PR10 saves the third (second oblique) image The presentation state for is saved.

  FIG. 3 is a diagram showing an example of PR management when Otemachi Dr and Yojiro Dr create PRs at different timings on the model B image viewer. Here, PR11 stores the presentation state for the first (A → P) image, PR12 stores the presentation state for the second (first oblique) and third (second oblique) images, PR13 saves the presentation status for the first (A → P) image, PR14 saves the presentation status for the second (first oblique) image, and PR15 saves the third (second oblique) image The presentation state for is saved.

FIG. 4 is a diagram showing an example of management when PRs created by model A, model B, and model C coexist, and it is not possible to determine which PR is created at the same timing.
In such a storage format, PRs created at the same timing cannot be grouped. Therefore, when applying PR to an image, the approach from the image is as shown in Fig. 5, and the presentation state that can be reflected in the first image (A → P) is selected as a candidate (PR 1, 4, 6, It was an operation method to select from 8, 11, 12). In addition, since it is impossible to determine the presence of PR9, 10 generated by Kamakura Dr at the same timing, when PR8 is reflected for the first image, PR9, for the third image 10 could not be reflected.

  Therefore, in the present invention, even when PRs created by presentation state creation apparatuses with different PR management methods coexist, the PRs created at the same timing are identified and collected from the set of PRs ("grouping"). It is also possible to reproduce the image display state by adapting it to all related images in one operation. Here, “the presentation information management method is different” means that the presentation state is created even when the presentation state for the display state is created after the image is displayed on the presentation state creation device and the same image operation is performed. This means that the generation unit of the instance storing the PR differs depending on the timing and the type and type of the device that created the PR.

  FIG. 6 is a diagram showing an example of a system configuration in which the presentation state display process according to the present invention is installed. This system includes an image creation device 61, a server 62, a presentation information generation device (model A) 63, a presentation information generation device (model B) 64, a presentation information generation device (model C) 65, and a presentation status display device 66 in a network 67. Connected and configured.

  The image creating apparatus 61 is an X-ray diagnostic apparatus, a modality such as an X-ray CT apparatus or a magnetic resonance imaging apparatus, and an image processing workstation. In FIG. 6, a rotating plate equipped with measuring units such as an X-ray source, an X-ray control unit, an X-ray detector, and a measurement circuit, a scanner control unit that controls rotational scanning of the rotating plate, An example is an X-ray CT apparatus including a transfer patient table and a table control unit at the time of spiral scanning, and an image processing apparatus that performs various image processing including pre-processing and reconstruction processing.

  The presentation information generation device (model A) 63, the presentation information generation device (model B) 64, and the presentation information generation device (model C) 65 retrieve / acquire image information created by the image creation device 61 from the server 62. Display a screen, and create a new PR for the displayed image. The newly created PR can be transferred to the server 62 for storage request. Here, the presentation information generating device (model A) 63, the presentation information generating device (model B) 64, and the presentation information generating device (model C) 65 shown in FIG. Each management method is different. This includes image viewers. Here, the storage unit may be any one that can store presentation information such as a memory, a magnetic disk, a ZIP memory, and a DVDRAM.

  The server 62 stores the image information generated by the image creating device 61 and the PR created by the presentation state creating device 63. In addition, in response to a search / acquisition request from the presentation information generation device (model A) 63, presentation information generation device (model B) 64, presentation information generation device (model C) 65, and presentation status display device 66, image information and Provide PR. This is the case with image servers.

  The presentation state display device is generated by the image information generated by the image creation device 61 and the presentation information generation device (model A) 63, the presentation information generation device (model B) 64, and the presentation information generation device (model C) 65. This is a device for searching / acquiring the PR from the server 62 and displaying it on the screen. In addition, by applying PR to the display image, the display information generation apparatus (model A) 63, the presentation information generation apparatus (model B) 64, and the presentation information generation apparatus (model C) 65 are faithfully displayed. Can be reproduced. This includes image viewers, image workstations, and modalities equipped with image display functions.

  The network 67 is configured using a switching HUB or the like as a data relay device and using an optical fiber cable or a twisted pair cable as a transmission line. Various other devices such as a printing device are connected to the network, but these are omitted here.

  FIG. 7 is a flowchart showing processing of a presentation state in image display. FIG. 8 is a diagram illustrating an example in which a device that has generated a PR through grouping processing is identified. FIG. 9 is a diagram illustrating an example in which PRs created at the same timing by the grouping process are extracted. FIG. 10 is a diagram showing the relationship between image information and PR when the grouped PR is applied to all related images with a single operation. Hereinafter, the operation of the processing of the presentation state in this image display will be described with reference to the PR relationship diagram of FIG.

  In step S71, PR reading processing is performed. Here, on the presentation status display device 66 as shown in FIG. 6, all PR (presentation information generation device (model A) 63, presentation information related to the image information of a series of examinations created by the image creation device 61) (Created with generator (model B) 64 and presentation information generator (model C) 65).

  In step S72, a determination process for specifying the presentation state creation source device is performed for all PRs read in step S71. In order to execute this step, it is necessary to set a combination condition for specifying the PR creation source device in advance. In the example shown in FIG. 7, the presentation information generating device (model A) 63 is displayed on the presentation state display device 66. (0002, 0016) AE name, (0008, 0070) manufacturer name, (0008, 1010) station as conditions for specifying the presentation information generating device (model B) 64 and the presentation information generating device (model C) 65 A name, (0008, 1090) manufacturer model name, and other items that can identify the device of the creation source are specified in combination, and processing is executed based on these conditions. As a result, the PR relation diagram of FIG. 4 can be grouped into model A, model B, and model C, as shown in FIG.

  In step S73, paying attention to the fact that there is a rule for each model in the PR management method, the PR grouped for each creation device source in the process of step S72 is grouped with the PR created at the same timing. Do. On the presentation state display device 66, (0002, 0016) presentation state creation AE, (0070, 0080) presentation label, (0070, 0082) presentation creation date, as a combination condition for specifying PR created at the same timing, (0070 , 0083) The presentation creation time, the same series, and other items that can specify the presentation state generation at the same timing are designated in advance, and the process is executed based on these conditions. In the example shown in FIG. 7, the conditions adapted to the PR created by the presentation information generating device (model A) 63, the conditions adapted to the PR created by the presentation information generating device (model B) 64, the presentation information generating device ( The model C) is set to a condition adapted to the PR created by 63, and a default condition adapted to the PR created by the presentation information creating apparatus other than 63, 64, 65. Thus, the PR relationship diagram of FIG. 8 can be clearly grouped into PRs created at the same timing as shown in FIG.

  In step S74, processing for selecting a PR group to be adapted to the image is performed. In the present invention, an approach from grouped PR is possible, and a set of PR created by a doctor at an arbitrary timing can be selected. In the example shown in FIG. 10, PR grouped in the process of step S73 (Kanda Dr generation timing, 柏 Dr generation timing, Hagoromo Dr generation timing, Kamakura Dr generation timing, Otemachi Dr generation timing, more than two Dr generations The timing generated by Dr. Otemachi is selected.

  In step S75, processing for displaying the selected PR adapted to the image is performed. PR11,12 created at the timing of Otemachi Dr, selected in step S74 (or processing), first image (A → P), second image (first oblique position), three images It can be reflected in the eyes (second oblique position) at the same time.

  FIG. 11 is a diagram illustrating an example of automatic adaptation of PR in the initial image display from the search operation. Search conditions such as patient ID, examination date, examination site, modality, etc. are input and a search operation is performed. From the examination list obtained thereby, a list for image display is selected and image display is performed. The PR is automatically applied to the image at the initial display timing when the image is displayed. The presentation state adapted at the timing of the initial display is explicitly specified by the user or managed as a system setting in advance. In the example shown in FIG. 11, the patient ID: 0001, patient name: Hitachi Taro, examination date: 2002/10/01, modality: CT, examination site: chest list are selected as shown in FIG. By instructing image display, patient ID: 0001, patient name: Hitachi Taro, examination date: 2002/10/01, modality: CT, examination site: chest image is displayed on the monitor, and at the same time a series of images On the other hand, PR is automatically reflected as shown in FIG. 11 (B) or FIG. 11 (C). Here, FIG. 11 (B) is an example of a setting in which the presentation creation date (0070, 0082) and the presentation creation time (0070, 0083) initially reflect the oldest presentation state, and FIG. The presentation creation date (0070, 0082) and the presentation creation time (0070, 0083) are examples of settings that initially reflect the latest presentation state. In addition, a condition such as “Adapt KPR Dr. PR” may be set.

  FIG. 12 is a diagram illustrating an example of adaptation of PR in starting up an external interface. Conditions such as patient ID, examination date, examination site, and modality are specified as parameters of the external interface from another program or other device, and an image corresponding to this is displayed. The PR is automatically applied to the image at the initial display timing when the image is displayed. The presentation state adapted at the timing of the initial display is explicitly specified as a parameter of the external interface or managed as a system setting in advance. In the example shown in FIG. 12, as shown in FIG. 12A, patient ID: 0001, examination date: 2002/10/01, modality: CT, examination site: chest is designated as an external interface parameter, and an image display instruction is given. By doing, patient ID: 0001, patient name: Hitachi Taro, examination date: 2002/10/01, modality: CT, examination site: chest image is displayed on the monitor, PR is automatically reflected as shown in FIG. 12 (B) or FIG. 12 (C). Here, FIG. 12 (B) is an example of a setting in which the presentation creation date (0070, 0082) and the presentation creation time (0070, 0083) initially reflect the oldest presentation state. The presentation creation date (0070, 0082) and the presentation creation time (0070, 0083) are examples of settings that initially reflect the latest presentation state. In addition, a condition such as “Adapt KPR Dr. PR” may be set.

  FIG. 13 is a diagram illustrating an example in which PR is applied to an already displayed image. While the image is displayed, the system provides a list of PRs (grouped) that can be applied to the inspection image being displayed, and the user selects a PR to be reflected. In the example shown in FIG. 13, while displaying the CT image, a list of presentation states to which the system can be applied is displayed, and the user selects the PR created by で Dr at timing 2 (FIG. 13A). Along with this, the presentation state created by 2Dr selected in FIG. 13A at timing 2 is reflected and displayed in the image (FIG. 13B). Furthermore, a list of presentation states to which the system can be applied is displayed, and the user selects a PR created by the robe Dr. at timing 3 (FIG. 13B). Along with this, the presentation state created by the robes Dr. selected in FIG. 13B at timing 2 is reflected and displayed in the image (FIG. 13C).

  FIG. 14 is a diagram illustrating an example in which PR is applied to an image of another examination. Although PR can be originally applied only to an image for which PR has been created, PR can also be applied to an image of a different examination that is not originally an adaptation target. Accordingly, a PR created when a certain Dr refers to another inspection image can be used when interpreting an image of another inspection. In the example shown in FIG. 14, when the patient ID: 0001, patient name: Hitachi Taro, examination date: 2003/12/08, modality: CT image is interpreted with respect to the CT image in FIG. In addition, 柏 Dr created PR, and in FIG. 14 (B), patient ID: 0002, patient name: Tokyo Hanako, examination date: 2004/01/15, modality: CT image is displayed, The system displays a list of presentation statuses for Hitachi Taro's CT images, and the user selects a PR created by Dr. Tsuji at timing 2, and in FIG. It is now possible to adapt and display PR for Hitachi Taro's CT images.

  FIG. 15 is a diagram illustrating an example of adapting the presentation state in the modality. At the timing when examination information of a patient to be imaged is input to the modality console, a past image of the same patient is displayed and the presentation state is automatically reflected. The inspection information input here includes various other means such as manual input on the console, input with a card reader or bar code reader, and online input from the information system. Thereby, the user can confirm the patient's past image in an optimal display state before the examination. In the example shown in FIG. 15, by inputting the examination information of patient ID: 0001 and patient name: Hitachi Taro on the modality console, the past image of Taro Hitachi (examination date: 2002/05/01, stomach fluoroscopy) It is automatically displayed on the screen, and PR is automatically reflected on a series of images at the same time as shown in FIG. 15 (A) or FIG. 15 (B). Here, FIG. 15 (A) is an example of a setting in which the presentation creation date (0070, 0082) and the presentation creation time (0070, 0083) initially reflect the oldest presentation state, and FIG. The presentation creation date (0070, 0082) and the presentation creation time (0070, 0083) are examples of settings that initially reflect the latest presentation state. In addition, a condition such as “Adapt KPR Dr. PR” may be set.

As described above, the image captured by the image creating device 61 is displayed on the display, and the operation information of the image display parameter when the display image is interpreted by the doctor is stored as a PR according to a predetermined rule. PR when the presentation information generation device (model A) 63 having one storage means and the presentation information generation device (model A) 63 is connected to the network 67 and is interpreted at a doctor or timing different from that at the time of the interpretation Each of the presentation information generating device (model B) 64, the presentation information generating device (model A) 63, and the presentation information generating device (model B) 64 having second storage means for storing the information according to a rule different from the predetermined rule. Select a desired type of PR from each PR stored in the storage means, collect the same type of PR as the selected PR from the first and second storage means, and collect the collected same type of PR Adapt each image at the time of interpretation And a server 62 for reproducing display parameters in the first or second medical image display terminal.
As a result, it is possible to easily reproduce the image display operation even for PR stored in different formats.

Further, the collection target of the collected PR may be set to at least one of model A, model B,.
As a result, the collection target of PR is narrowed down to an arbitrary model, so that the collection processing speed can be increased.

Further, the collected PR collection conditions may be set for each model.
Thus, since the collection conditions for PR to be collected are set, the collection processing speed can be increased from a different viewpoint.

Further, the collected PR may be applied to all related images to reproduce the image display parameters at the time of the interpretation on all images.
As a result, since the collected PR is applied to all related images, the operator can hardly perform an image display operation when displaying a medical image, so that the operability is further improved.

Furthermore, when there are a plurality of collected PRs, a PR condition to be initially adapted at the time of image display may be set.
As a result, since a plurality of PRs can be arbitrarily selected, a plurality of PRs can be easily selected.

When the medical image display system is operated by an operator, the invention is disclosed as a medical image display method.
This provides a medical image display method that can easily reproduce an image display operation even if the PR is stored in a different format.

Further, when the function of the medical image display system is executed by a computer program, the present invention is disclosed as a medical image display program.
This provides a medical image display program to be executed by a computer that can easily reproduce an image display operation even with PR stored in different formats.

  As described above, a plurality of embodiments of the present invention have been described. However, the present invention is not limited to the above-described embodiments, and all technical contents for realizing the technical idea described in the scope of the claims are included in the present invention. It is included.

  The medical image display system, method, and program of the present invention can easily reproduce an image display operation even for PR stored in different formats.

The figure which shows the preservation | save and management example of PR when a different doctor produces PR at another timing with a medical image display terminal (image viewer). The figure which shows the example of management of PR different from FIG. The figure which shows the example of management of PR different from FIG. 1, FIG. The figure which showed the example of management when PR created with model A, model B, and model C coexists. The figure which showed the conventional method of reflection of PR to an image. The figure which showed the system configuration example which mounts the presentation status display process by this invention. The flowchart which shows the process of the presentation state in an image display. The figure which showed an example which identified the apparatus which produced | generated PR by the grouping process. The figure which showed an example which extracted PR produced at the same timing by the grouping process. The figure which showed the relationship between image information and PR at the time of applying grouped PR to all related images by one operation. The figure which showed an example of the automatic adaptation of PR in the initial image display from search operation. The figure which showed an example of the adaptation of PR in external interface starting. The figure which showed an example which adapts PR with respect to the image currently displayed. The figure which showed an example which adapts a presentation state with respect to the image of another test | inspection. The figure which showed an example which adapts a presentation state in modality.

Explanation of symbols

61 Image creation device 62 Server 63 Presentation information generation device (model A)
64 Presentation information generator (model B)
65 Presentation information generator (model C)
66 Presentation status display device 67 Network

Claims (15)

First storage means for displaying an image photographed by the medical image diagnostic apparatus on a display and storing operation information of image display parameters when the display image is interpreted by a doctor as presentation state information according to a predetermined rule. A first medical image display terminal having;
A second storage means connected to the first medical image display terminal through a network and storing presentation state information according to a rule different from the predetermined rule when the doctor interprets at a timing different from that at the time of the interpretation or at a timing; Medical image display terminals of
Selection means for selecting a desired type of presentation state information from the presentation state information respectively stored in the storage means of the first and second medical image display terminals;
A collection unit that collects the same type of presentation state information as the selected presentation state information from the first and second storage units;
Reproduction means for adapting the collected presentation state information of the same type and reproducing each image display parameter at the time of interpretation on the first or second medical image display terminal;
A medical image display system comprising:   The collection target setting means for setting the collection target of the presentation state information collected by the collection means to at least one terminal of the first or second medical image display terminal. The medical image display system described.   The collection condition setting means for setting the collection condition of the presentation state information collected by the collection means for each of the first or second medical image display terminal, further comprising: The medical image display system according to one item.   The reproduction means adapts the presentation state information collected by the collection means to all related images and reproduces the image display parameters at the time of the interpretation on the first or second medical image display terminal. The medical image display system according to any one of claims 1 to 3.   5. The apparatus according to claim 1, further comprising condition setting means for setting a condition of presentation state information to be initially adapted when an image is displayed when there are a plurality of pieces of presentation state information collected by the collecting means. The medical image display system according to any one of the above. A first storage step of displaying an image captured by the medical image diagnostic apparatus on a display device, and storing operation information of image display parameters when the display image is interpreted by a doctor as presentation state information according to a predetermined rule; ,
A second storage step of storing presentation state information when being interpreted at a doctor or timing different from that at the time of interpretation according to a rule different from the predetermined rule;
A selection step of selecting a desired type of presentation state information from the presentation state information stored in each of the storage steps;
A collecting step of collecting presentation state information of the same type as the selected presentation state information from the presentation state information stored by the first and second storage steps;
A reproduction step of reproducing the image display parameters at the time of interpretation by adapting the collected presentation state information of the same type,
A medical image display method comprising:   The medical image according to claim 6, further comprising a collection target setting step of setting a collection target of presentation state information collected by the collection step as at least one of the first and second storage steps. Display method.   The collection condition setting step of setting the collection condition of the presentation state information collected by the collection step for each of the first or second storage step is further included. The medical image display method described.   In the reproduction step, the presentation state information collected in the collection step is applied to all related images, and the image display parameters at the time of interpretation are reproduced in the first or second storage step. The medical image display method according to any one of claims 6 to 8.   10. The method according to claim 6, further comprising a condition setting step of setting a condition of the presentation state information to be initially adapted when displaying an image when there are a plurality of pieces of presentation state information collected by the collecting step. The medical image display method according to claim 1. A first storage process for displaying an image captured by the medical image diagnostic apparatus on a display and storing operation information of image display parameters when the display image is interpreted by a doctor as a presentation state information according to a predetermined rule; ,
A second storage process for storing presentation state information at the time of interpretation at a doctor or timing different from that at the time of interpretation according to a rule different from the predetermined rule;
A selection process for selecting a desired type of presentation status information from the presentation status information stored in each of the storage processes;
A collection process for collecting presentation state information of the same type as the selected presentation state information from the presentation state information stored by the first and second storage steps;
Reproduction processing for reproducing the image display parameters at the time of interpretation by adapting the collected presentation state information of the same type,
Medical image display program for causing a computer to execute.   The medical image according to claim 11, further causing a computer to execute a collection target setting process for setting a collection target of presentation state information collected by the collection process to at least one of the first and second storage processes. Display program.   13. The collection condition setting process for setting the collection condition of the presentation state information collected by the collection process for each of the first or second storage process, further causing the computer to execute the collection condition setting process. The medical image display program described.   In the reproduction process, the presentation state information collected by the collection process is applied to all related images, and the image display parameters at the time of the interpretation are reproduced in the first or second storage process. The medical image display program according to any one of claims 11 to 13, which is executed by a computer.   15. The method according to any one of claims 11 to 14, further causing a computer to execute a condition setting process for setting a condition of presentation state information to be initially adapted when an image is displayed when there are a plurality of pieces of presentation state information collected by the collection process. The medical image display program according to claim 1.

Images