JP2007293600A - Medical-use server device, input device, proofreading device, browsing device, voice input report system, and program - Google Patents

Abstract

<P>PROBLEM TO BE SOLVED: To provide a voice input report system capable of recording input voice data as sentence data easily and accurately. <P>SOLUTION: When voice "onsei wo nyuryoku simasita", meaning "voice is input", is input into a voice recognition device 11, conversion candidate data is also stored as intermediate data for converting the voice into text, such as clause separation candidates of voice data such as "1. o_n_sei_wo", "2. on_sei_wo", "3. onsei_wo", and a candidate group of homonyms (each pronounced as "onsei" in Japanese) such as "1. voice", "2. voice property", "3. voice stress", together with sentence data determined by selection of an input person. For performing conversion correction work with a PC12, by referring to the clause separation candidates of voice data and conversion candidate data such as the candidate group of the homonyms stored in the voice recognition device 11, the sentence data can be corrected for fixing as a report. <P>COPYRIGHT: (C)2008,JPO&INPIT

Description

  The present invention relates to a voice input report system that records voice data relating to a medical image as text data, and a medical server device, an input device, a calibration device, and a browsing device.

  In hospitals, for example, when a doctor, such as a surgeon or internal medicine, wants to perform CT imaging (computerizing tomography) of a patient in charge, usually the patient's CT imaging and diagnostic findings on the CT image are given to the radiologist. Ask. A radiology doctor records the findings on the CT image of the photographed patient on a tape recorder or the like by voice. The voice findings recorded on a tape recorder or the like are recorded on a computer as they are or converted into text data and recorded, and an electronic medical record including images and findings is created.

  12 and 13 are diagrams for explaining a conventional voice input report system for creating an electronic medical record from findings by voice. In a conventional voice input report system, a radiology doctor or the like diagnoses using a CT image as shown in FIG. 12A, and as a finding, for example, “A ○ as shown in FIG. X Enter a nodule, nodule diameter x mm, with calcification ", etc. in the branch △ part by voice.

  In this case, as shown in FIG. 13 (a), the doctor interprets a large number of medical images at a time, but does not create a detailed report for each image at that time, and saves the diagnosis results as audio data. To do. After that, as shown in FIG. 13B, a transcriber or the like transcribes voice data into text, receives a doctor's approval, and creates a report (electronic medical record) that includes a formal image and findings. .

  FIG. 14 shows a processing flow of a conventional voice input report system. In a conventional voice input report system, first, image data is acquired at an input terminal of the system (step S51), and an input person such as a radiology doctor observes the image (step S52).

  Next, when the input person inputs the findings by voice (voice data) (step S53), the transcriber terminal acquires the voice data (step S54), and the transcriber terminal converts the voice data into a sentence. Data is generated (step S55). In the transcriber terminal, the transcriber searches for erroneous conversion of the text data and corrects the text data (step S56). Then, the transcriber terminal registers the text data in the system server (step S57).

  When a doctor in charge, such as surgery or internal medicine, browses an image, image data and text data can be acquired from the server at the browsing terminal of the system (step S57), and the image data and text data can be browsed.

  FIG. 15 is a diagram for explaining processing performed by the speech recognition device 51 of the conventional speech input report system. For example, when inputting the voice “I have input voice” to the voice recognition device 51, the voice recognition device 51 starts from “Oisesei” as a candidate list by the recognition engine “1. “2. Voice”, “3. Voice”, etc. are displayed, and “2. Voice” is confirmed as a report according to the selection of the input person.

  This processing is close to conversion work such as kana-kanji conversion software, and it is necessary to consider mistakes in conversion to phonemes. However, erroneous conversion is unavoidable for conversion from voice data to text data. For this reason, in many cases, erroneous conversion is corrected on the spot using a keyboard or the like, but it is often inconvenient to use a keyboard that requires both hands in the field of medical diagnosis.

  Therefore, it is not desirable for the doctor to operate the keyboard, so a transcriber (transcriber) transcribes the voice data into text, receives the doctor's approval, and creates a report (electronic medical record) that includes the images and findings in a formal format There was a need to do. However, it was a detour for the transcriber to create text data using only voice, requiring a lot of work time. In addition, there is a problem that the sentence data cannot be used until the transcriber creates the sentence data. On the other hand, in order to eliminate the correction by the keyboard or the like, it is necessary to become familiar with the voice input software. In addition, the task of increasing specialized vocabulary in accordance with advances in medical technology is complicated.

  The present invention has been made in view of the above-described conventional circumstances, and is a voice input report system, a medical server device, an input device, and the like, capable of easily and accurately recording input voice data as text data. An object is to provide a calibration device and a browsing device.

  The medical server device according to the present invention is a medical server device that stores findings data related to a medical image, the text data converted from the voice data related to the medical image, and the voice data as the text. Means for receiving conversion candidate data, which is a conversion candidate for conversion to data, from the input device; means for sending the sentence data and the conversion candidate data to a proofreading apparatus; and the sentence corrected based on the conversion candidate data Means for acquiring calibration data as data from the calibration device, and means for storing the acquired calibration data.

  According to the above configuration, the proofreading apparatus transmits the conversion candidate data, which is intermediate data when converting the sound data to the text, together with the sentence data obtained by converting the sound data input by the input device into the text. Therefore, the text data can be corrected using the conversion candidate data, so that the text data can be easily and accurately corrected.

  Moreover, the medical server device of the present invention extracts the phrase data from the sentence data received from the input device, and extracts new phrase data from the proofreading data acquired from the proofreading device, Means for updating the retained phrase data with the new phrase data.

  According to the above configuration, the phrase data extracted from the proofreading data can be used for searching and the like.

  Further, the medical server device of the present invention includes means for performing a search using the phrase data as a search key.

  According to the above configuration, the phrase data included in the sentence data can be searched using the search key, so that the medical image can be searched based on the finding data.

  The medical server device of the present invention further includes means for extracting phrase data from the conversion candidate data received from the input device. Moreover, the medical server device of the present invention includes means for performing a search using the extracted word data as a search key.

  According to the said structure, since the phrase data contained in conversion candidate data can be searched as a search key, the convenience of the medical image search based on finding data can be improved.

  The input device of the present invention is an input device connected to a medical server device for storing findings data relating to medical images and for inputting findings relating to the medical images, and means for receiving input of audio data relating to the medical images. Means for converting the voice data into sentence data; means for generating conversion candidates for converting the voice data into the sentence data; conversion sentence data; and And a means for transmitting to the server device.

  According to the above configuration, voice data such as a diagnosis result input by a doctor who has read a medical image by voice can be converted into text, and the converted sentence data and conversion candidate data can be transmitted to the medical server device.

  The calibration device of the present invention is a calibration device that is connected to a medical server device that stores findings data related to a medical image and corrects text data related to the medical image, and is converted from audio data related to the medical image. Text data and means for obtaining conversion candidate data, which is a conversion candidate when converting the voice data into the text data, via the medical server device; means for displaying the conversion candidate data; Means for correcting the sentence data based on the conversion candidate data and generating proofreading data.

  According to the above configuration, since the user of the proofreading apparatus can correct the text data using the conversion candidate data, it is possible to easily and accurately correct the text data.

  Moreover, the proofreading apparatus of the present invention comprises means for updating the input user's speech dictionary using information used for generating the proofreading data.

  The browsing device of the present invention is connected to a medical server device that stores findings data related to medical images, and is a browsing device for browsing the medical images, and converts voice data related to the medical images into text data. Means for transmitting a search expression to the medical server device using conversion candidate data that is a conversion candidate for the search as a search key.

  According to the said structure, since the phrase data contained in conversion candidate data can be searched as a search key, the convenience of the medical image search based on finding data can be improved.

  The voice input report system of the present invention is a voice input report system for recording voice data related to medical images as text data, the medical server device of the present invention, the input device of the present invention, and the calibration of the present invention. And a device.

  According to the present invention, input voice data can be easily and accurately recorded as sentence data.

  FIG. 1 is a diagram for explaining a voice input report system according to an embodiment of the present invention. In the speech input report system of this embodiment, phoneme recognition by speech recognition, phrase breaks, and all word conversion candidates (conversion candidate data) are stored.

  For example, as shown in FIG. 1, when a voice “I input a voice” is input to the voice recognition device 11, the voice recognition device 11 will read “1. _Sei_ "," 2. Oni_Sei_ "," 3. Onsei_ ", and other phrase break candidates, and" 1. Voice "," 2. Sound "," 3. Conversion candidate data that is intermediate data when converting speech into text, such as a group of homonym candidates such as “sound”, is also stored. The sentence data is converted into text using a voice recognition device or the like. There is no problem even if the conversion accuracy at this time is low.

  In addition, when the personal computer PC 12 performs conversion correction work, the sentence data is referred to by referring to conversion candidate data such as phrase break candidates of speech data and homonym candidate groups stored in the speech recognition device 11. Can be fixed and confirmed as a report.

  As described above, according to the voice input report system of the present embodiment, the proofreader saves the conversion candidate data, which is intermediate data when converting the voice into the text, together with the sentence data determined by the input person's selection. When correcting (proofreading) the data, the conversion candidate data can be used together with the text data determined by the input person, and the proofreading work can be performed easily and accurately.

  FIG. 2 is a diagram for explaining a schematic configuration of the voice input report system 100 according to the embodiment of the present invention. The voice input report system 100 according to the present embodiment includes a medical server device 21 that stores medical images and findings data, an input terminal 22 through which an input person inputs findings relating to medical images, and a proofreader that receives sentence data related to medical images. A calibration terminal 23 to be corrected and a browsing terminal 24 for browsing medical images are included. The medical server device 21 stores the text data corrected by the proofreading terminal 23.

  The input terminal 22 converts voice data related to the medical image into text data, creates conversion candidates as conversion candidate data, and transmits the text data and conversion candidate data to the medical server device 21.

  The proofreading terminal 23 acquires sentence data converted from the voice data related to the medical image and conversion candidate data when converting the voice data into sentence data from the medical server device 21, displays the conversion candidate data, and writes the sentence Calibrate the data.

  The medical server device 21 receives from the input terminal 22 text data converted from voice data related to a medical image and conversion candidate data when converting the voice data into text data, and the text data and the conversion candidate data are proofreading terminal. 23, the proofreading data calibrated based on the text data and the conversion candidate data is received from the proofreading terminal 23 and stored.

  Further, the browsing terminal 24 transmits a search condition including sentence data converted from voice data related to a medical image and conversion candidate data for converting voice data to sentence data to the medical server device 21 as a search expression. Then, the phrase data included in the sentence data and the conversion candidate data can be searched.

  As described above, according to the voice input report system 100 of the present embodiment, the conversion candidate data, which is intermediate data when the voice is converted into the text, is stored in the medical server device 21 together with the sentence data determined by the selection of the input person. Therefore, when the sentence data is proofread by the proofreading terminal 23, the conversion candidate data can be used together with the sentence data determined by the input person, and the proofreading work can be performed easily and accurately.

  FIG. 3 is a diagram showing a data structure in the voice input report system 100 according to the embodiment of the present invention. In the voice input report system 100 of the present embodiment, the finding data is associated with the image data. Further, the finding data is composed of text data converted from the voice data and conversion candidate data when the voice data is converted into text data, and these findings data are stored in the medical server device 21. A medical image may be stored in the medical server device 21.

  FIG. 4 shows a processing flow of the voice input report system 100 according to the embodiment of the present invention. In the voice input report system 100 of the present embodiment, first, image data is acquired at the input terminal 22 (step S11), and the input person observes the image (step S12). Then, the input person inputs the findings by voice (voice data) (step S13).

  Next, the input terminal 22 converts the voice data into sentences, and generates sentence data and conversion candidate data (step S14). Then, the text data and conversion candidate data are registered in the medical server device 21 (step S15).

  Next, in the proofreading terminal 23, the proofreader acquires the sentence data and the conversion candidate data from the medical server device 21 (step S16), and proofreads the sentence data using the sentence data and the conversion candidate data (step S17). ). Then, the proofread text data is registered in the medical server device 21 (step S18).

  Next, in the browsing terminal 24, the viewer acquires image data and text data from the medical server device 21 and uses them for diagnosis. In addition, the finding data can be searched based on a search condition including sentence data converted from voice data related to a medical image and conversion candidate data when converting voice data into sentence data (step S19).

  As described above, according to the voice input report system 100 of the present embodiment, the medical server device 21 stores the conversion candidate data, which is intermediate data when the voice is converted into text, together with the sentence data created from the voice data. Therefore, when proofreading the sentence data at the proofreading terminal 23, there is also conversion candidate data at a place where the proofreading of the sentence data is necessary, so that the proofreading can be performed only by selecting a desired candidate from the conversion candidate data. Will be more efficient. Also, in the past, proofreaders needed to input correct text after referring to voice data when proofreading, whereas proofreaders are desirable from candidate data without referring to voice data. Since the proofreading can be performed only by selecting a candidate, the proofreading can be performed without reproducing time-consuming audio data or inputting text. Also, there is no need to store audio data with a large amount of data. Further, the calibration terminal does not need to have a voice recognition function, and the calibration terminal does not need to have a speaker device or the like.

  FIG. 5 is a diagram for explaining the voice input report system 100 according to the first embodiment of the present invention. In the voice input report system 100 of this embodiment, when there are a plurality of input persons A, B, and C, the voice dictionary for each input person is updated using information used for the proofreader's proofreading.

  In the voice input report system 100 according to the present embodiment, the medical server device 21 is provided with a voice dictionary for a plurality of input persons A, B, and C. For example, in the calibration terminal 23, the proofreader inputs the input person A. When the sentence data converted from the voice data is proofread, the voice dictionary 31 for the input person A can be edited.

  FIG. 6 shows a flow of the voice input report system 100 according to the present embodiment. In the voice input report system 100 of the present embodiment, the medical server device 21 has a voice dictionary for the input person for each input person. First, in the input terminal 22, the input person A acquires his / her own voice dictionary 31 from the medical server device 21 (step S21), and the input person A inputs his / her findings by voice to generate voice data (step S22). ).

  Next, in the proofreading terminal 23, the proofreader proofreads the sentence data using the sentence data and the conversion candidate data (step S23), and notifies the medical server device 21 of the proofreading result (step S24). At this time, the medical server device 21 updates the voice dictionary 31 for the input person A using the calibration result (step S25).

  Thus, according to the voice input report system 100 of the present embodiment, the medical server device 21 is provided with a plurality of voice dictionary for the input person, and the information used by the proofreader for proofreading is used for each individual input person. Since the speech dictionary is updated, it is possible to form a speech dictionary that reflects the pronunciation characteristics of individual input persons, and improve the accuracy of speech conversion. Note that the voice dictionary does not necessarily exist in the medical server device 21 but may exist in a separate and independent server or in each terminal of the input person.

  FIG. 7 is a diagram for explaining the voice input report system 100 according to the second embodiment of the present invention. In the voice input report system 100 according to the present embodiment, a phrase (search key) used for search or the like is extracted from the previously converted sentence. In addition, if the proofreading is performed, the words used for the search are also updated.

  As shown in FIG. 7, in the voice input report system 100 according to the present embodiment, the medical server device 21 inputs, for example, “No abnormality”, “Tumor”, “Shadow”, Text data / important phrases (phrase data) 32 such as “chest” and “stroke”, and conversion candidate data are stored. These text data / important phrases (phrase data) 32 and conversion candidate data can be included in the search conditions by the viewer at the browsing terminal 24, and the search of the finding data can be performed efficiently. In addition, when the proofreading is performed, a more efficient search can be performed by updating an important phrase (phrase data) used for the search or the like.

  FIG. 8 is a diagram for explaining the voice input report system 100 according to the third embodiment of the present invention. In the voice input report system 100 according to the present embodiment, when there are a plurality of conversion candidates, the conversion candidate data is used as a word (search key) used for search or the like.

  For example, as shown in FIG. 8, the text data / important phrases (phrase data) 32 of the medical server device 21 include “CT fusion” which is a conversion candidate of “◯ × Fusion” pronounced by the input person at the input terminal 22. ”,“ PET fusion ”,“ CT perfusion ”,“ MR perfusion ”, etc. are also stored. These text data / important phrases (phrase data) 32 and conversion candidate data can be included in the search condition by the browsing terminal 24 at the browsing terminal 24. The conversion candidate may be a close word, a synonym, or a related word.

  FIG. 9 shows a processing flow of the voice input report system 100 according to the present embodiment. In the voice input report system 100 according to the present embodiment, first, at the input terminal 22, an input person inputs a finding by voice and generates voice data (step S31). Next, the input terminal 22 converts the voice data into a sentence to generate sentence data and conversion candidate data (step S32), and registers the sentence data and conversion candidate data in the medical server device 21 (step S33).

  Next, the medical server device 21 extracts an important phrase (phrase data) from the sentence data and uses it as a search key (step S34). Further, an important word (phrase data) is extracted from the conversion candidate data and added to the search key (step S35). Next, the browsing terminal 24 transmits a search formula used by the viewer for searching for image data to the medical server device 21 (step S36). The medical server device 21 searches using the search formula as a key (step S37).

  As described above, according to the voice input report system 100 of the present embodiment, the medical server device 21 stores the conversion candidate data, which is intermediate data when the voice is converted into text, together with the sentence data determined by the selection of the input person. Therefore, when searching the finding data in the browsing terminal 24, the phrase data included in the conversion candidate data can be searched together with the text data determined by the input person, and a medical search can be performed easily and accurately.

  In addition, when the present embodiment and the previous embodiment are combined and the proofreading is performed, the words and phrases used for the search can be updated. By doing so, a more efficient search can be performed.

  FIG. 10 shows a data structure of the voice input report system 100 according to the fourth embodiment of the present invention. The voice input report system 100 of the present embodiment also saves voice data before being converted into text data, and the finding data is associated with the image data. Furthermore, the observation data associates the sentence data converted from the voice data, the conversion candidate data when the voice data is converted into the sentence data, the voice data before being converted into the sentence data, and the voice data and the sentence data. It consists of data.

  According to the voice input report system 100 of the present embodiment, the voice data before being converted into the text data and the data associating the voice data with the text data are stored as the finding data, so that the voice data and the related data are referred to. Thus, more accurate calibration becomes possible. In other words, the voice data and the text data corresponding to each phoneme and character can be reproduced in a pinpoint manner so that the voice at the position where the text data needs to be corrected can be calibrated more efficiently.

  FIG. 11 shows a processing flow of the voice input report system 100 according to the present embodiment. In the voice input report system 100 of the present embodiment, first, an input person inputs a finding by voice at the input terminal 22 (step S41). The input terminal 22 divides the speech into phonemes (step S42), converts the phonemes into characters, and records the position (time) of the phonemes on the speech data corresponding to the characters in the sentence data as association data (step S43). . Also, text data, conversion candidate data, and association data are registered in the medical server device 21 (step S44).

  Next, in the proofreading terminal 23, the proofreader acquires sentence data, conversion candidate data, and association data from the medical server device 21 (step S45), and proofreads the sentence data using the sentence data and the conversion candidate data. (Step S46).

  Next, the position of the phoneme on the speech data corresponding to the character of the text data to be proofread is acquired using the association data (step S47). Then, the audio data before and after the position of the phoneme is reproduced and calibrated (step S48).

  As described above, according to the voice input report system 100 of the present embodiment, the voice of the portion where the correction of the sentence data is required by the voice data before the conversion to the sentence data, the phoneme and the character correspondence data of the sentence data. Since it can be played back pinpointed, calibration can be performed more efficiently. In addition, there is conversion candidate data for parts that require proofreading of the text data, so if the conversion candidate data contains desirable candidates, proofreading can be performed simply by instructing selection, so that proofreading can be performed more efficiently. Become. In addition, the audio data can be referred to only when there is no reasonable conversion candidate in the conversion candidate data, so that the calibration can be performed more efficiently.

  In this embodiment, the medical image and the finding data are stored together in the medical server device, but the medical image and the finding data need not be saved in the same server device. For example, considering the use of referring only to the observation data, the observation data with a small capacity can be stored in the high-speed server apparatus and the medical image with a large capacity can be stored in the low-speed server apparatus. In addition, the representative image that appropriately points out the lesioned part of the medical image together with the findings data can be stored in the same server device, and the remaining medical images can be stored in a separate server device. Also, medical images can be discarded independently of the findings data.

  In this embodiment, the input terminal, the calibration terminal, and the browsing terminal are used. However, there is no problem if one terminal has a plurality of terminal functions. A plurality of terminals may exist.

  In this embodiment, the proofread text data is registered in the server, but the text data before proofreading may also be registered in the server. As a result, the history of calibration and alteration can be confirmed later.

  In this embodiment, the correct candidate is selected one by one from the conversion candidate data at the calibration terminal. However, when selecting candidates, candidates are simultaneously selected for other conversion candidate data having the same combination of conversion candidate data. it can. In this way, the calibration can be performed in a lump so that efficient calibration can be performed.

  The present invention is a medical server device, an input device, a proofreading device, which can reduce operations required when recording audio data related to medical images as text data, and can effectively use text data converted from voice for search, It can be used as a browsing device and a voice input report system.

The figure for demonstrating the voice input report system concerning embodiment of this invention. The figure for demonstrating schematic structure of the audio | voice input report system 100 concerning embodiment of this invention. The figure which shows the data structure in the voice input report system 100 concerning embodiment of this invention. Processing flow of voice input report system 100 according to an embodiment of the present invention 1 is a diagram for explaining a voice input report system 100 according to a first embodiment of the present invention; Flow of voice input report system 100 according to Embodiment 1 of the present invention. The figure for demonstrating the voice input report system 100 concerning Example 2 of this invention. The figure for demonstrating the voice input report system 100 concerning Example 3 of this invention. Processing flow of the voice input report system 100 according to the third embodiment of the present invention. The figure which shows the data structure of the voice input report system 100 concerning Example 4 of this invention. Processing Flow of Voice Input Report System 100 According to Embodiment 4 of the Present Invention Diagram for explaining a conventional voice input report system (1) Figure (2) for explaining a conventional voice input report system Processing flow of conventional voice input report system The figure for demonstrating the process performed with the speech recognition apparatus 51 of the conventional speech input report system.

Explanation of symbols

DESCRIPTION OF SYMBOLS 11,51 Voice recognition apparatus 12 Personal computer 21 Medical server apparatus 22 Input terminal 23 Calibration terminal 24 Reading terminal 31 Voice dictionary for input person A 32 Text data and important phrase (phrase data)
100 voice input report system

Claims (14)

A medical server device for storing findings data related to medical images,
Means for receiving, from the input device, sentence data converted from voice data associated with the medical image, and conversion candidate data that is a conversion candidate when the voice data is converted into the sentence data;
Means for sending the sentence data and the conversion candidate data to a proofreading device;
Means for acquiring, from the proofreading apparatus, proofreading data that is the sentence data corrected based on the conversion candidate data;
Means for storing the acquired calibration data;
A medical server device comprising: The medical server device according to claim 1,
Means for extracting and holding phrase data from the sentence data received from the input device;
Means for extracting new phrase data from the calibration data acquired from the proofreading apparatus, and updating the retained phrase data with the new phrase data;
A medical server device comprising: The medical server device according to claim 2,
A medical server device comprising means for performing a search using the phrase data as a search key. The medical server device according to claim 1,
A medical server device comprising means for extracting phrase data from the conversion candidate data received from the input device. The medical server device according to claim 4,
A medical server device comprising means for performing a search using extracted phrase data as a search key. An input device connected to a medical server device for storing findings data relating to a medical image and inputting findings relating to the medical image,
Means for receiving input of audio data relating to the medical image;
Means for converting the voice data into sentence data;
Means for generating conversion candidates when converting the voice data into the text data as conversion candidate data;
Means for transmitting the converted text data and the generated conversion candidate data to the medical server device;
An input device comprising: A proofreading device connected to a medical server device for storing finding data related to a medical image and correcting sentence data related to the medical image,
Means for acquiring sentence data converted from voice data related to the medical image, and conversion candidate data that is a conversion candidate when converting the voice data into the sentence data, via the medical server device;
Means for displaying the conversion candidate data;
Means for correcting the sentence data based on the conversion candidate data and generating proofreading data;
A calibration device comprising: The calibration device according to claim 7,
A proofreading apparatus comprising means for updating an input user's speech dictionary using information used for generating the proofreading data. A browsing device connected to a medical server device for storing findings data relating to a medical image, for browsing the medical image,
A browsing device comprising means for transmitting a search expression to the medical server device using, as a search key, conversion candidate data that is a conversion candidate for converting voice data related to the medical image into text data. An audio input report system for recording audio data related to medical images as text data,
The medical server device according to claim 1,
An input device according to claim 6;
A calibration device according to claim 7;
Voice input report system having. A control program for a medical server device that stores findings data related to medical images,
The program for functioning a computer as each means as described in any one of Claims 1 thru | or 5. A control program for an input device connected to a medical server device for storing findings data relating to a medical image and inputting findings relating to the medical image,
The program for functioning a computer as each means of Claim 6. A control program for a proofreading apparatus that is connected to a medical server device that stores findings data related to medical images and corrects text data related to the medical images,
The program for functioning a computer as each means of Claim 7 or 8. A control program for a browsing device connected to a medical server device for storing findings data relating to a medical image, for browsing the medical image,
The program for functioning a computer as each means of Claim 9.

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