WO2015004787A1 - 入力支援装置 - Google Patents
入力支援装置 Download PDFInfo
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- WO2015004787A1 WO2015004787A1 PCT/JP2013/069062 JP2013069062W WO2015004787A1 WO 2015004787 A1 WO2015004787 A1 WO 2015004787A1 JP 2013069062 W JP2013069062 W JP 2013069062W WO 2015004787 A1 WO2015004787 A1 WO 2015004787A1
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- G—PHYSICS
- G06—COMPUTING; CALCULATING OR COUNTING
- G06F—ELECTRIC DIGITAL DATA PROCESSING
- G06F40/00—Handling natural language data
- G06F40/10—Text processing
- G06F40/166—Editing, e.g. inserting or deleting
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- This relates to technology that supports the input of routine information using handwritten character recognition processing.
- Patent Document 1 proposes a document creation system that uses voice recognition processing and enables document creation without using a keyboard and without taking time and effort.
- handwritten character recognition is information processing that automatically recognizes text input to an input device using an input device.
- handwritten character recognition movement and elevation of the input device are collected as data by a sensor, and pattern matching with a character database (hereinafter referred to as “DB”) is performed according to a recognition algorithm, and the collected data is converted into text information. To do.
- DB character database
- an input support apparatus in view of the above-described problems, an input support apparatus, an input support method, and an input support device that can easily and accurately input intended fixed information based on information handwritten by a user, and The purpose is to provide an input support program.
- One form of the disclosed input support device includes search information storage means for storing headword information and template information in association with each other, handwriting information reception means for receiving handwriting information that is handwritten input by a user,
- the entry word information stored in the search information storage means is used as a recognition candidate for handwriting character recognition processing, and one entry word information is extracted as a processing result of the handwriting character recognition processing for the handwriting information.
- a letter recognizing means; and a transcription means for transcribing the template information corresponding to the one headword information extracted by the handwritten character recognizing means to an input area desired by the user based on an operation by the user. It is characterized by having.
- the disclosed input support apparatus can easily and accurately input intended standard information to the input field based on information handwritten by the user.
- FIG. 1 is an overview of the input support device 100 in relation to peripheral devices
- FIG. 2 is a diagram illustrating an overview of the input support device 100.
- the input support device 100 is a device operated by a user 280, and may be a desktop or laptop personal computer or a tablet-type portable information terminal.
- the input support apparatus 100 is connected to a communication network such as a LAN or the Internet, and can exchange information with other apparatuses connected via the communication network.
- the input support apparatus 100 supports the work of inputting typical information such as character information, voice information, and image information into an input field 250 provided in a predetermined application that runs on the information processing apparatus.
- the information processing apparatus may be the input support apparatus 100 itself, or may be another apparatus different from the input support apparatus 100.
- the input support apparatus 100 accepts information 230 related to handwriting input by the user 280 and performs handwritten character recognition processing on the information 230.
- the recognition rate is improved by narrowing the recognition target.
- the input support apparatus 100 searches and extracts the standard information 220 stored in association with the information recognized by the handwritten character recognition process from the database. Then, the input support apparatus 100 accepts corrections to the standard information 220 from the user 280 as necessary, and pastes (pastes) the standard information 220 to the input field 250 included in a predetermined application.
- the input support apparatus 100 accurately recognizes the information input by handwriting by the person 280 who inputs the standard information 220 at a high frequency, and based on the recognition result.
- the burden related to the input work of the information 220 of the worker 280 is reduced.
- the work of inputting the standard information 220 at a high frequency is, for example, the work of creating a medical chart by a doctor or a nurse, inputting a standard phrase in a legal term / law / notice / letter, creating a purchase order for an article, etc. Assumed. (Operation principle of the input support apparatus according to the present embodiment)
- FIG. 3 is a functional block diagram of the input support apparatus 100.
- the input support apparatus 100 includes a search information storage unit 110, a handwritten information receiving unit 120, a handwritten character recognition unit 130, an extracted information display unit 140, a correction receiving unit 150, a temporary storage unit 160, and a transcription. Means 170 is included.
- Search information storage means 110 stores headword information 210 and template information 220 in association with each other.
- the template information 220 is typical information that frequently occurs in the creation of medical charts for doctors and nurses, the input of canonical phrases in legal terms / laws / notifications / letters, and the creation of purchase orders for articles. It may be character information, audio information, image information, or information describing a function for converting input information into output information.
- the headword information 210 is a keyword for specifying the content of the template information 220.
- the headword information 210 is preferably short information of about 1 to 3 characters (the amount of information is small). is there.
- the headword information 210 may be a word in English or a part such as a front part of the word.
- the information stored in the search information storage means 110 may be any language regardless of Japanese or English.
- the search information storage means 110 for example, headword information 210 “after” and template information 220 “ ⁇ the next day after surgery, overall findings: good progress / D'Fold slightly / no abnormal mouth wound / anterior chamber : Deep cell (+) flare ( ⁇ ) / good IOL fixation / no significant changes in fundus ”is stored in association with each other. Further, the search information storage means 110 stores combinations of headword information 210 and template information 220 as much as the user 280 needs.
- auxiliary information for the combination of headword information 210 and template information 220 information such as “next day after surgery”, “first cataract”, “preoperative examination” is stored in association with each other. It is also good. By doing so, a shortcut function for searching and extracting the template information 220 can be added.
- a predetermined user interface may be prepared.
- the headword information 210 “after” is input in the upper left input field
- the auxiliary information “next day after operation” is input in the input field on the right side
- the template information 220 “ ⁇ next day after operation” is input in the lower input field.
- the information may be registered in the search information storage unit 110 by inputting “General Findings:” and then pressing a keyword registration button.
- the handwritten information receiving means 120 receives the handwritten information 230 that is information related to the handwritten input performed by the user 280.
- the handwriting information 230 is information that the sensor detects the movement or raising / lowering of the input device operated by the user.
- the input device may be a pen-type instrument, or a user who is a touch panel type input device. It may be 280 fingertips.
- the handwritten information receiving means 120 detects movement or raising / lowering of the input device when the user 280 writes “after (character information that can be read)” as a handwritten information 230 in a predetermined area. The information detected by is accepted.
- the handwritten character recognition means 130 performs a handwritten character recognition process using only the headword information 210 stored in the search information storage means 110 as a recognition candidate.
- the handwritten character recognition process performed by the handwritten character recognition unit 130 uses a general algorithm for handwritten character recognition processing other than narrowing down recognition candidates.
- General handwritten character recognition processing is recognition that represents the degree of matching with each candidate (in the present invention, entry word information 210 stored in the search information storage unit 110) stored in the DB according to a predetermined recognition algorithm. This is information processing for calculating a score and extracting a candidate with a high recognition score.
- the handwritten character recognition means 130 performs a handwritten character recognition process for processing the handwritten information 230, and extracts headword information 210 as a result of the handwritten character recognition process.
- the handwritten character recognition means 130 may be configured to extract one recognition candidate (entry word information 210) having the highest recognition score calculated in the handwritten character recognition processing.
- a plurality of recognition candidates (entry word information 210) may be extracted in descending order of the calculated recognition score.
- the extracted information display means 140 displays the template information 220 stored in the search information storage means 110 in association with the headword information 210 extracted by the handwritten character recognition means 130 on the display device. This is a process performed for the user 280 to confirm the result of the handwritten character recognition process performed by the handwritten character recognition unit 130.
- the extracted information display unit 140 presents a plurality of headword information 210 in descending order of recognition score calculated in the handwritten character recognition processing, and headword information selected by the user 280 at the bottom.
- the template information 220 corresponding to 210 may be displayed.
- template information 220 “ ⁇ next day after operation: general findings: ⁇ ” corresponding to headword information 210 “after” is displayed, but if user 280 selects headword information 210 “first”,
- the extracted information display means 140 displays the template information 220 “ ⁇ first visit ⁇ general findings: ⁇ ” corresponding to the headword information 210 “first”. By doing in this way, the recognition result of the handwritten character recognition process by the handwritten character recognition means 130 can be brought close to the result intended by the user 280.
- the correction receiving unit 150 receives a correction based on the operation by the user 280 with respect to the template information 220 presented by the extracted information display unit 140. In this way, even if most of the input information is regular information, it is possible to cope with a work form in which part of the input information must be corrected and input.
- the correction operation by the user 280 may be input from the keyboard or input using handwritten character recognition processing, and the input form of the correction content is not limited.
- the temporary storage unit 160 temporarily stores the template information 220 presented by the extracted information display unit 140 (including the template information 220 corrected by the correction receiving unit 150) into a memory area 240 accessible by a plurality of different programs. To memorize (write).
- the memory area 240 is a shared memory area called a clipboard or the like that can temporarily store data.
- the process performed by the temporary storage unit 160 is a so-called copy process in the information processing apparatus.
- the transfer unit 170 transfers (copy or transfer) the template information 220 temporarily stored in the memory area 240 by the temporary storage unit 160 to the input area 250 that the user 280 desires to input.
- the process performed by the transcription unit 170 is a so-called paste process in the information processing apparatus.
- the transcription unit 170 transcribes the template information 220 stored in the memory area 240 into, for example, a predetermined input field 250 of an application for which the user 280 performs input work.
- the input support device 100 By executing the information processing as described above, the input support device 100 provides a work environment for easily and accurately inputting intended standard information into the input field based on information handwritten by the user. can do.
- the input support apparatus 100 searches and extracts the template information 220 having a relatively large amount of information using the entry word information 210 having a small amount of information as a search key, and the extracted template information 220 is input to the input field 250. Since it is a structure to transcribe, it provides a work environment in which the typical information 220 intended by the user 280 can be easily input to the input field 250.
- the input support apparatus 100 is configured to reduce the number of recognition candidates for the handwritten character recognition process and improve the recognition rate of the process, the typical information 220 intended by the user 280 is accurately input to the input field 250.
- the input support apparatus 100 is configured to reduce the number of recognition candidates for the handwritten character recognition process and improve the recognition rate of the process, the typical information 220 intended by the user 280 is accurately input to the input field 250.
- the template information 220 is information describing a predetermined function
- the template information 220 to be processed by the extraction information display unit 140, the correction reception unit 150, the temporary storage unit 160, and the transfer unit 170 is a template.
- This is output information when predetermined input information is applied to a function defined as information 220.
- the predetermined input information is date / time information output by a time measuring unit included in the input support apparatus 100.
- the model information 220 is output information when the date / time information is applied to a specified function. Become.
- the input information is “July 3, 2013”
- the template information 220 to be processed by the 160 and the transfer unit 170 is information “July 5, 2013”.
- the input support device 100 can provide a work environment in which the intended date and time information is easily and accurately input to the input field based on information handwritten by the user. it can. (Hardware configuration of input support apparatus according to this embodiment)
- FIG. 8 is a diagram illustrating an example of a hardware configuration of the input support apparatus 100.
- the input support apparatus 100 includes a CPU (Central Processing Unit) 310, a ROM (Read-Only).
- CPU Central Processing Unit
- RAM Random Access Memory
- the CPU 310 is a device that executes a program stored in the ROM 320.
- the CPU 310 performs arithmetic processing on the data expanded (loaded) in the RAM 330 in accordance with the instructions of the program and controls the entire input support device 100.
- the ROM 320 stores programs and data executed by the CPU 310. When the program stored in the ROM 320 is executed by the CPU 310, the RAM 330 is loaded (loaded) with the program and data to be executed, and temporarily holds the operation data during the operation.
- the auxiliary storage device 340 is a device that stores an OS (Operating System) that is basic software, an application program according to the present embodiment, and the like together with related data.
- the auxiliary storage device 340 includes the search information storage means 110, and is, for example, an HDD (Hard Disc Drive) or a flash memory.
- the communication I / F 350 is an interface for connecting to a communication network such as a wired / wireless LAN (Local Area Network) or the Internet and exchanging data with other devices providing a communication function.
- a communication network such as a wired / wireless LAN (Local Area Network) or the Internet
- the input device 360 is a device for inputting data to the input support device 100 such as a keyboard.
- the display device (output device) 370 is a device configured by an LCD (Liquid Crystal Display) or the like, and functions as a user interface when the user uses the functions of the input support device 100 or when performing various settings. It is.
- the storage medium I / F 380 is an interface for transmitting / receiving data to / from a storage medium 390 such as a CD-ROM, DVD-ROM, or USB memory.
- Each unit included in the input support apparatus 100 may be realized by causing the CPU 310 to execute a program corresponding to each unit stored in the ROM 320 or the auxiliary storage device 340.
- each unit included in the input support apparatus 100 may be configured such that processing related to each unit is realized as hardware.
- the input support apparatus 100 is configured to read the program according to the present invention from an external device via the communication I / F 350 or read the program according to the present invention from the storage medium 390 via the storage medium I / F 380. Alternatively, the program may be executed. (Processing example of input support apparatus according to this embodiment)
- FIG. 9 is a flowchart of a processing example performed by the input support apparatus 100.
- FIG. 4 an example in which character information is stored as template information 220 will be described.
- the input support apparatus 100 accepts setting registration for recognition candidates in the handwritten character recognition process performed by the correction accepting unit 150.
- the correction acceptance unit 150 performs correction acceptance by the handwritten character recognition process, it is necessary to register settings for recognition candidates in the process. However, if the number of recognition candidates is increased, the handwriting character recognition by the correction acceptance unit 150 correspondingly increases. It should be noted that the recognition rate of processing decreases. Note that it is preferable to prepare a user interface as shown in FIG. 10 and perform setting registration of recognition candidates to be recognized by the correction accepting unit 150.
- the input support apparatus 100 prepares a user interface as shown in FIG. 5, and stores (registers) the combination of the headword information 210 and the template information 220 in the search information storage unit 110.
- the headword information 210 “after” is input in the upper left input field
- the auxiliary information “next day after operation” is input in the input field on the right side
- the template information 220 “ ⁇ next day after operation” is input in the lower input field.
- "General Findings: ⁇ " is input, and then the keyword registration button is pressed to register information in the search information storage means 110.
- the handwritten information receiving means 120 receives the handwritten information 230 related to the handwritten input made by the user 280 with respect to the input pad as shown in FIG.
- the handwritten information 230 is information that the sensor detects the movement or raising / lowering of the input device operated by the user.
- the handwriting information receiving means 120 uses the handwriting information 230 as the handwriting information 230 to indicate the movement or raising / lowering of the input device when the user 280 writes “after” (character information that can be read) in a predetermined area. The detected information is accepted.
- the handwritten character recognition unit 130 performs handwritten character recognition processing using the headword information 210 “back”, “first”, “front”, “...” Stored in the search information storage unit 110 as recognition candidates. .
- the handwritten character recognition means 130 extracts a plurality of recognition candidates (entry word information 210) in descending order of recognition score calculated in the handwritten character recognition process. Note that the handwritten character recognition unit 130 improves the recognition rate of the handwritten character recognition process by limiting the recognition candidates of the handwritten character recognition process to the entry word information 210 stored in the search information storage unit 110. .
- the extracted information display means 140 searches and extracts the template information 220 stored in the search information storage means 110 in association with the headword information 210 extracted by the handwritten character recognition means 130.
- the extraction information display means 140 displays the extraction result in S50 on the display device.
- the extracted information display means 140 presents a plurality of headword information 210 in descending order of the recognition score calculated in the handwritten character recognition process, and displays the headword information 210 selected by the user 280 at the bottom.
- the corresponding template information 220 is displayed.
- template information 220 “ ⁇ comprehensive findings on the next day after surgery: ⁇ ” corresponding to headword information 210 “after” is displayed.
- the extracted information display means 140 displays the template information 220 “ ⁇ first visit ⁇ comprehensive findings: ⁇ ” corresponding to the headword information 210 “first”. .
- the correction receiving unit 150 receives a correction based on the handwriting input operation by the user 280 with respect to the template information 220 presented by the extracted information display unit 140. As shown in FIG. 10, if "numbers (0-9)", “uppercase letters (AZ)”, etc. are set and registered as recognition candidates for the handwritten character recognition processing by the correction accepting means 150 in S10, It is possible to accept correction by handwritten input by H.280. By doing in this way, even if most of the input information is regular information, it can be applied to a work form in which part of the input information must be corrected and input.
- the temporary storage unit 160 writes the template information 220 (including the template information 220 modified in S80) presented by the extracted information display unit 140 into the memory area 240 accessible by a plurality of different programs.
- the memory area 240 is a predetermined area on the RAM 330.
- the transcription unit 170 transfers the template information 220 written in the memory area 240 in S90 to a predetermined input field 250 of the application as shown in FIG.
- the worker 280 who needs to input typical information at a high frequency needs to input the typical information 220 with a keyboard or the like by a simple operation of inputting the keyword 210 by handwriting. Therefore, the burden on the worker 280 can be reduced.
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Abstract
Description
(本実施の形態に係る入力支援装置の概要)
(本実施の形態に係る入力支援装置の動作原理)
(本実施の形態に係る入力支援装置のハードウエア構成)
Memory)320、RAM(Random Access Memory)330、補助記憶装置340、通信I/F350、入力装置360、表示装置370、記憶媒体I/F380を有する。
(本実施の形態に係る入力支援装置の処理例)
Claims (7)
- 見出し語情報とひな形情報とを対応付けて記憶する検索情報記憶手段と、
ユーザが手書き入力した情報である手書情報を受け付ける手書情報受付手段と、
前記検索情報記憶手段に記憶される前記見出し語情報を手書文字認識処理の認識候補とし、前記手書情報に対する前記手書文字認識処理の処理結果として、一の前記見出し語情報を抽出する手書文字認識手段と、
前記手書文字認識手段により抽出された前記一の見出し語情報に対応する前記ひな形情報を、ユーザが所望する入力領域へ転記する転記手段と、を有することを特徴とする入力支援装置。 - 前記手書文字認識手段が抽出した前記一の見出し語情報に対応する前記ひな形情報を、複数の異なるプログラムからアクセス可能なメモリ領域に記憶させる一時記憶手段を有し、
前記転記手段が、前記一時記憶手段により前記メモリ領域に記憶された前記ひな形情報を前記入力領域へ転記することを特徴とする請求項1に記載の入力支援装置。 - 前記手書文字認識手段により抽出された前記一の見出し語情報に対応する前記ひな形情報を表示させる抽出情報表示手段と、
ユーザによる操作に基づいて、前記抽出情報表示手段により表示された前記ひな形情報に対する修正を受け付ける修正受付手段と、を有し、
前記一時記憶手段が、前記修正受付手段により受け付けられた修正を反映させた前記ひな形情報を前記メモリ領域に記憶させ、
前記転記手段が、前記一時記憶手段により記憶された前記修正を反映させたひな形情報を前記入力領域へ転記することを特徴とする請求項2に記載の入力支援装置。 - 前記手書文字認識手段が、前記手書文字認識処理による認識候補として、複数の前記見出し語情報を抽出し、
前記抽出情報表示手段が、前記手書文字認識手段により抽出された前記認識候補のうち、ユーザが選択する前記一の見出し語情報に対応する前記ひな形情報を表示させることを特徴とする請求項3に記載の入力支援装置。 - 前記ひな形情報が、所定の関数を規定する情報であることを特徴とする請求項1乃至4の何れか一に記載の入力支援装置。
- 見出し語情報とひな形情報とを対応付けて記憶する検索情報記憶手段を有する入力支援装置が行う入力支援方法であって、
手書情報受付手段が、ユーザが手書き入力した情報である手書情報を受け付けるステップと、
手書文字認識手段が、前記検索情報記憶手段に記憶される前記見出し語情報を手書文字認識処理の認識候補とし、前記手書情報に対する前記手書文字認識処理の処理結果として、一の前記見出し語情報を抽出するステップと、
転記手段が、ユーザによる操作に基づいて、前記手書文字認識手段により抽出された前記一の見出し語情報に対応する前記ひな形情報を、ユーザが所望する入力領域へ転記するステップと、を含むことを特徴とする入力支援方法。 - 見出し語情報とひな形情報とを対応付けて記憶する検索情報記憶手段を有する入力支援装置に、
手書情報受付手段が、ユーザが手書き入力した情報である手書情報を受け付けるステップと、
手書文字認識手段が、前記検索情報記憶手段に記憶される前記見出し語情報を手書文字認識処理の認識候補とし、前記手書情報に対する前記手書文字認識処理の処理結果として、一の前記見出し語情報を抽出するステップと、
転記手段が、ユーザによる操作に基づいて、前記手書文字認識手段により抽出された前記一の見出し語情報に対応する前記ひな形情報を、ユーザが所望する入力領域へ転記するステップと、を含む入力支援方法を実行させるための入力支援プログラム。
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