JP7046326B2 - Display device, display program, display system and control method of display device - Google Patents

Description

The present invention relates to, for example, a display device for displaying slides or the like for a presentation, a display program, a display system, and a control method for the display device.

In recent years, when a sales person or the like explains his / her product, he / she often uses a terminal having a portable and relatively large display device. In many cases, slides and the like in the order of explanation are stored in such terminals in advance, but depending on the content of the conversation with the customer and the like, slides that are different from the order of explanation and are not prepared to be displayed in advance. It will also be necessary to present the slide to the display device.
Therefore, in such a case, a proposal has been made to search for a necessary slide (for example, Patent Document 1).

Japanese Unexamined Patent Publication No. 2006-318219

However, if a slide search or the like is performed during an interview with a customer or the like, there is a problem that the talk is interrupted and the presentation such as a smooth explanation of the product is hindered.

Therefore, an object of the present invention is to provide a display device, a display program, a display system, and a control method of a display device capable of automatically selecting and displaying slides and the like related to a conversation without interrupting the conversation. And.

According to the present invention, the subject is a display device capable of automatically selecting and displaying slide information related to an explanation without interrupting the explanation to the subject, and singing the voice of the subject. A voice recognition unit that converts information, a tune information storage unit that stores the tune information converted by the voice recognition unit, slide information that includes explanatory information, and the explanation that is associated with the slide information. The explanation keyword information is a combination of the explanation keyword information, a slide for storing the keyword information corresponding to the explanation keyword information, and a keyword information storage unit, and the tune information included in the tune information storage unit. When the above corresponds to, the corresponding keyword information is stored as vocal keyword information, and the slide information including the vocal keyword information is output as recommended slide information at any time during the explanation to the target person, and the selection signal is input. By doing so, the selected recommended slide is immediately selected and displayed , the slide information includes a theme-related slide having the same theme as the content of the conversation of the subject, and the theme-related slide is the theme-related slide. Achieved by a display device characterized in that it is configured to be displayed only when it does not overlap with the recommended slides .

According to the above configuration, when the combination of syllable information converted by the voice recognition unit such as the voice judgment unit corresponds to the explanatory keyword information, the display device outputs the slide information including the explanatory keyword information as the recommended slide information. It has become.
For this reason, for example, when a sales person or the like displays slide information to a customer or the like to explain a product or the like, the utterance of the target person such as the sales person or the customer may be acquired as syllable information. can.

On the other hand, according to the above configuration, it has slide information stored in association with explanatory keyword information such as slide contents.
Then, when the combination of these syllable information corresponds to the explanatory keyword information, the slide information including the explanatory keyword information can be automatically output (selection display, etc.) as the recommended slide information.
Therefore, it is possible to output slide information having appropriate contents along the flow of conversation with the customer or the like to the display device.
In addition, it is not necessary to perform a slide search or the like during an interview with a customer or the like, and it is possible to prevent the occurrence of a situation in which a conversation is interrupted and a presentation such as a smooth explanation of a product or the like is hindered.

Preferably, the plurality of recommended slide information of the display device is configured to include recommended display order information regarding the display order of slides based on the number of vocalized keyword information included in each recommended slide information. It is characterized by that.

According to the above configuration, when a plurality of recommended slide information exists, recommended display order information such as priority information regarding the display order of slides is added based on the number of explanatory keyword information included in the recommended slide information. Therefore, for example, a plurality of recommended slide information can be displayed in descending order of relevance to the conversation.
Therefore, the user can easily select the recommended slide information that is more relevant to the conversation, and can give a smoother presentation such as explanation of the product without interrupting the flow of the conversation.

It is preferable that the recommended slide information including the explanatory keyword information that matches the unique information of the explanatory subject is provided with priority display information.

According to the above configuration, the recommended slide information including the explanation keyword information that matches the unique information such as the information such as the work contents of the clinical department and the prescription drug of the customer who is the explanation target is particularly the explanation target person. Is often the content that interests you.
Therefore, the recommended slide information is given priority display information to be displayed preferentially, and is displayed preferentially in the actual display, so that the user can easily select the recommended slide information.

Preferably, the display order of the plurality of recommended slide information is determined based on the past display record information of the recommended slide information.

According to the above configuration, the display order of the plurality of recommended slide information is determined based on the past display record information of the recommended slide information, so that the recommended slide information can be shown in a more preferable order for the person to be explained. ..

Preferably, the plurality of explanatory keyword information of the display device includes different explanatory keyword information related to each other, and when the combination of the syllable information corresponds to the explanatory keyword information of one of them, the explanatory note. The keyword information corresponding to the keyword information is stored as the vocalized keyword information, and the slide information including the vocalized keyword information is also output as recommended slide information.

According to the above configuration, the plurality of explanatory keyword information includes interrelated explanatory keyword information (for example, "hypertension" and "antihypertensive agent"), and the combination of syllable information is one of these explanatory keyword information. (For example, when it corresponds to “hypertension”), the slide information including other interrelated explanatory keyword information (for example, “antihypertensive agent”) is also output as recommended slide information.
Therefore, since it is possible to cover more explanatory keyword information from a word or the like that is a combination of one syllable information, it is possible to provide the operator with recommended slide information having content suitable for the content of conversation or the like. ..

Preferably, when the combination of the phonation information of the display device does not correspond to the explanatory keyword information and corresponds to the keyword-related language information related to the explanatory keyword information, the keyword corresponding to the keyword-related language information is preferable. The information is stored as the vocalized keyword, and the slide information including the vocalized keyword information is also output as recommended slide information.

According to the above configuration, even when the combination of syllable information does not correspond to the explanatory keyword information (eg, “hypertension”), the keyword-related language information (eg, “head”) associated with the explanatory keyword information (eg, “hypertension”). And "painful"), the slide information including the explanatory keyword information (for example, "hypertension") related to the keyword-related language information is also output as recommended slide information.
Therefore, even when the utterance of the explanation target person does not correspond to the explanation keyword information, if it is relevant language information, appropriate recommended slide information can be output.

Preferably, it is a display system having a display device including a terminal device having the voice recognition unit.

According to the above configuration, the voice recognition unit that converts the voice of the person to be explained into syllable information is not a display device but a separate terminal device such as a mobile phone, and this terminal device performs voice recognition processing and is a display device. Since the CPU or the like does not perform the voice recognition process, the load on the CPU or the like of the display device is reduced, and the information processing of the display device can be performed quickly.

Preferably, the recommended slide information is associated with classification information, the classification information is associated with the particular explanatory keyword information, and specific when the combination of the syllable information corresponds to the particular explanatory keyword information. It is characterized in that the recommended slide information associated with the classification information associated with the explanation keyword information is output as the related classification recommended slide information.

According to the above configuration, when the combination of syllable information corresponds to a specific explanatory keyword information, the recommended slide information associated with the classification information associated with the specific explanatory keyword information is associated with the related classification recommended slide. Output as information (for example, "display theme-related slide information", etc.).
Therefore, the user can output slide information related to the classification information such as the theme that became a topic in the conversation with the customer who is the subject of the explanation to the display device, so that it is smoother and more appropriate during the interview with the customer. It is possible to give presentations such as explanations of products.

The subject is a display program of a display device capable of automatically selecting and displaying slide information related to the explanation without interrupting the explanation to the target person, and converts the voice of the target person into syllable information. The function of the voice recognition unit, the function of storing the syllable information converted by the voice recognition unit in the syllable information storage unit, the slide information including the explanatory information, and the explanatory information associated with the slide information. When the combination of the explanation keyword information, the function of storing the keyword information corresponding to the explanation keyword information in the slide and the keyword information storage unit, and the tune information included in the tune information storage unit corresponds to the explanation keyword information. , The corresponding keyword information is stored as vocal keyword information, and the slide information including the vocal keyword information is output as recommended slide information at any time during explanation to the target person, and a selection signal is input. The function of immediately selecting and displaying the selected recommended slide, the slide information includes a theme-related slide having the same theme as the content of the conversation of the subject, and the theme-related slide is the recommended slide. Achieved by a display program to realize a function that is displayed only when there is no duplication .

The subject is a control method of a display device capable of automatically selecting and displaying slide information related to an explanation without interrupting the explanation to the target person.
The voice recognition unit converts the subject's utterance into syllable information,
The syllable information converted by the voice recognition unit is stored in the syllable information storage unit, and the syllable information is stored in the syllable information storage unit.
The slide information including the explanatory information, the explanatory keyword information related to the explanatory information associated with the slide information, and the keyword information corresponding to the explanatory keyword information are stored in the slide and the keyword information storage unit.
When the combination of the syllable information included in the syllable information storage unit corresponds to the explanatory keyword information, the corresponding keyword information is stored as a vocal keyword, and the slide information including the vocal keyword information is recommended slide information. By outputting and inputting a selection signal at any time during the explanation to the target person, the selected recommended slide is immediately selected and displayed, and the slide information includes the content of the conversation of the target person. The theme-related slides include theme-related slides having a common theme, and the theme-related slides are achieved by a method of controlling a display device, characterized in that they are displayed only when they do not overlap with the recommended slides .

The present invention has an advantage that it is possible to provide a display device, a display program, a display system, and a control method for the display device, which can automatically select and display slides and the like related to the conversation without interrupting the conversation. There is.

It is a schematic diagram which shows the main structure of the presentation support system, for example, which is the display system of this invention. It is a schematic block diagram which shows the main structure of the mobile phone of FIG. FIG. 3 is a schematic block diagram showing a main configuration of the X-pharmaceutical information server of FIG. 1. It is a schematic block diagram which shows the main structure of the tablet type terminal of FIG. It is a schematic block diagram which shows the main contents of the 1st terminal side various information storage part. It is a schematic block diagram which shows the main contents of the 2nd terminal side various information storage part. It is a schematic block diagram which shows the main contents of the 3rd terminal side various information storage part. It is a schematic block diagram which shows the main contents of the 4th terminal side various information storage part. It is a schematic block diagram which shows the main contents of the 5th terminal side various information storage part. 6 is a schematic block diagram showing the main contents of various information storage units on the terminal side. It is a schematic block diagram which shows the main contents of the 7th terminal side various information storage part. It is a schematic flowchart which shows the main operation example of this system. It is another schematic flowchart which shows the main operation example of this system. It is another schematic flowchart which shows the main operation example of this system. It is another schematic flowchart which shows the main operation example of this system. It is another schematic flowchart which shows the main operation example of this system. It is another schematic flowchart which shows the main operation example of this system.

Hereinafter, preferred embodiments of the present invention will be described in detail with reference to the accompanying drawings and the like.
Since the embodiments described below are suitable specific examples of the present invention, various technically preferable limitations are attached, but the scope of the present invention is particularly limited to the present invention in the following description. Unless otherwise stated, the present invention is not limited to these aspects.

FIG. 1 is a schematic diagram showing a main configuration of, for example, a presentation support system 1 which is a display system of the present invention.
As shown in FIG. 1, in the system 1, for example, the X pharmaceutical company is an employee thereof, and the user of the system 1, for example, a medical information provider (MR (Medical Representative)) is the target person. For example, a large number of slide information, for example, slides used for providing information on a company's product to medical professionals such as doctors and pharmacists in hospitals, which are customers, are prepared, and X-pharmaceutical drug in FIG. 1 is prepared. It is configured to be stored in the information server 10.

This slide is, for example, a slide for providing medical information of the company's product (for example, A antihypertensive drug, etc.) to doctors, nurses, pharmacists, etc. with whom the MR interviews, and the indication of the drug, which is the company's product. Information such as efficacy and side effects is shown.
Further, in this system 1, each MR has, for example, a tablet-type terminal 30 which is a display device for displaying the slide to a doctor or the like who is an interview target, and for example, a mobile phone 70 which is a terminal device. As shown in FIG. 1, the tablet-type terminal 30 and the mobile phone 70 are configured to be able to communicate with the X-pharmaceutical drug information server 10 via the Internet network 2, the base station 3, and the like.

Therefore, the tablet-type terminal 30 is configured to be able to acquire various slides from the X-pharmaceutical information server 10.

As shown in FIG. 1, the mobile phone 70 has, for example, a "mobile phone touch panel 71" arranged in the center thereof, which is a display unit for inputting and displaying various information.
The mobile phone touch panel 71 is a "display device with a position input device", and is an electronic component that combines a display device such as a liquid crystal panel and a position input device such as a touch pad.
Therefore, various information can be input by pressing the display on the screen, and various information can be displayed.

Further, as shown in FIG. 1, the mobile phone 70 is provided with a "mobile phone side input button 72" for inputting various information, and also has a microphone 73 for acquiring voice information of a customer or the like.

Further, the tablet-type terminal 30 of FIG. 1 also has a "terminal-side touch panel 31", a "terminal-side input button 32", and the like, like the mobile phone 70.

The mobile phone 70, the tablet-type terminal 30, and the X-pharmaceutical information server 10 have a computer, and the computer has a CPU (Central Processing Unit), a RAM (Random Access Memory), a ROM (Read Only Memory), and the like (not shown). However, these are connected via a bus or the like.

FIG. 2 is a schematic block diagram showing a main configuration of the mobile phone 70 of FIG.
As shown in FIG. 2, the mobile phone 70 has a “mobile control unit 74”, and the mobile control unit 74 is a “portable-side communication device 75” for communicating with the X-pharmaceutical information server 10 and the like, FIG. In addition to controlling the "mobile phone side touch panel 71" and "mobile phone side input button 72" shown in 1, the "mobile phone device main body 76" shown in FIG. 2 is also controlled.
Further, the mobile control unit 74 controls the “50 syllable storage unit 77”, the “syllable determination unit (program) 78” and the “mobile side vocal syllable storage unit 79” shown in FIG. These "50 syllable storage units 77" and the like will be described later.
Further, the mobile control unit 74 also controls the "terminal-side various information storage unit 80" for storing various information shown in FIG.

FIG. 3 is a schematic block diagram showing a main configuration of the X pharmaceutical drug information server 10 of FIG.
As shown in FIG. 3, the X-pharmaceutical information server 10 has a “server control unit 11”, and the server control unit 11 has a “server-side communication device 12” for communicating with the tablet-type terminal 30 of FIG. , The "server-side display 13" for displaying various information, the "server-side various information input device 14" for inputting various information, and the like are controlled.

Further, as shown in FIG. 3, the server control unit 11 includes a "server-side slide data storage unit 15", a "server-side keyword-related data storage unit 16", a "server-side theme-related keyword storage unit 17", and a "server-side hospital". The "data storage unit 18" and the "server-side slide provision order history data storage unit 19" are also controlled. The contents of these storage units will be described later.

FIG. 4 is a schematic block diagram showing a main configuration of the tablet terminal 30 of FIG. 1.
As shown in FIG. 4, the tablet-type terminal 30 has a "terminal control unit 33", and the terminal control unit 33 has a "terminal-side communication device 34" for communicating with the X-pharmaceutical information server 10 and the like. In addition to controlling the "terminal-side touch panel 31" and "terminal-side input button 32" shown in FIG. 1, the "first terminal-side various information storage units 110" and "second terminal-side various information storage units" shown in FIG. 4 are controlled. 120 ”,“ 3rd terminal side various information storage unit 130 ”,“ 4th terminal side various information storage unit 140 ”,“ 5th terminal side various information storage unit 150 ”,“ 6th terminal side various information It also controls the "storage unit 160" and the "seventh terminal-side various information storage unit 170".

5 to 11 show "first terminal-side various information storage units 110", "second terminal-side various information storage units 120", "third terminal-side various information storage units 130", and "fourth", respectively. Main of "Terminal-side various information storage units 140", "Fifth terminal-side various information storage units 150", "Sixth terminal-side various information storage units 160" and "7th terminal-side various information storage units 170" It is a schematic block diagram which shows the contents. These contents will be described later.

12 to 17 are schematic flowcharts showing main operation examples of the system 1.
In the present embodiment, a medical representative (MR) who is an employee of the X pharmaceutical company brings the mobile phone 70 and the tablet terminal 30 of FIG. 1 and slides them onto the terminal side touch panel 31 of the tablet terminal 30. Will be described below by taking as an example the provision of information on the product of the X pharmaceutical company to, for example, a doctor who is a customer of the hospital in charge.

First, the MR activates its own tablet-type terminal 30 shown in FIG. 1 and communicates with the X-pharmaceutical information server 10 of the X-pharmaceutical company of FIG.
Then, the process proceeds to step 1 (hereinafter referred to as “ST”) 1. In ST1, the MR performs the “server-side slide data storage unit 15”, the “server-side keyword-related data storage unit 16”, and the “server-side theme-related keyword storage unit 17” shown in FIGS. , "Server-side hospital data storage unit 18", and "Server-side slide provision order history data storage unit 19" are acquired.

Then, it is stored in the tablet type terminal 30 of the MR. Specifically, "terminal side slide data storage unit 111" in FIG. 5, "terminal side keyword related data storage unit 121", "terminal side keyword related data storage unit 122", "terminal side hospital data storage unit" in FIG. 123 ”, stored in the“ terminal-side slide provision order history data storage unit 131 ”in FIG.

That is, since the MR is the tablet terminal 30, all the data such as slides shown to the doctor and the like are stored in the X pharmaceutical information server 10, and therefore, in this step, all the data are downloaded to the tablet terminal 30. It becomes a process to memorize.
Further, when these data are already stored in the tablet terminal 30, this step is a step of updating to the latest data.
The contents of each data stored in the tablet terminal 30 in this step will be described later.

Then, proceed to ST2. In ST2, the MR inputs the data of the visiting hospital and the visiting clinical department to be visited this time, for example, the internal medicine of the D hospital, into its tablet terminal 30, and inputs it to the “visit Dr information storage unit 132” in FIG. Remember

After that, the MR brings the mobile phone 70 and the tablet terminal 30 shown in FIG. 1 to the hospital D and starts an interview with a doctor in internal medicine. At this time, a slide is displayed on the touch panel 31 on the terminal side of the tablet terminal 30, and the medical information of the company's product is started to be provided to the doctor. The MR also activates the mobile phone 70 that he brought.

Then, proceed to ST3. In ST3, for example, the voice recognition unit of FIG. 2 of the mobile phone 70, for example, the “syllable determination unit (program) 78” operates, and the “sound” detected by the microphone 73 of the mobile phone 70 and the “50 syllables” of FIG. The data of the storage unit 77 "is compared.
The "50 syllable storage unit 77" stores syllable information, for example, syllable data of 50 syllables of Japanese "a" to "n".
Therefore, in this step, it is determined whether or not the "sound" detected by the microphone 73 corresponds to 50 syllables.

Next, when it is determined in ST4 that the "sound" detected by the microphone 73 corresponds to 50 syllables, the process proceeds to ST5. In ST5, the "sound" determined to correspond to the 50 syllables is stored as each syllable in the "portable-side vocalized syllable storage unit 79" in FIG.

Next, in ST6, the mobile phone 70 transmits the syllable data of the “portable-side vocalized syllable storage unit 79” to the tablet-type terminal 30 of FIG.
Next, in ST7, the tablet-type terminal 30 stores the received "syllable data" in the syllable information storage unit of FIG. 7, for example, the "terminal-side vocalized syllable storage unit 133".

Then, the process proceeds to ST8. In ST8, the "keyword detection unit (program) 134" of FIG. 7 operates, and the combination of syllables stored in the "terminal-side vocalized syllable storage unit 133" is the "terminal-side slide data storage unit 111" of FIG. Judge whether or not it corresponds to "related keywords".

As shown in FIG. 5, the "terminal-side slide data storage unit 111" contains slide data including explanatory information to doctors and the like (explanation of side effects of A antihypertensive drug of X pharmaceutical company, etc.). It is remembered.
Further, slide number information, for example, information such as slide P-1 is stored in association with the slide data.

Further, for example, "related keyword" data which is explanatory keyword information in association with this slide data is also stored.
This related keyword is a keyword related to the explanation content of the slide data. For example, in the case of "slide P-1" in FIG. 5, "related keywords" such as "antihypertensive agent, hypertension, familial hypertension, side effects" are stored.

Further, the slide data is associated with, for example, "theme" information which is classification information. In the case of slide P-1, "side effects of antihypertensive agents" are stored as the theme as shown in FIG.

Since such data is stored in the "terminal side slide data storage unit 111" and the data of the "related keyword" is stored in the "terminal side slide data storage unit 111", in this step, "terminal side vocalization" is performed. It is determined whether or not the combination of syllables stored in the syllable storage unit 133 corresponds to the "related keyword" of the "terminal side slide data storage unit 111" in FIG.
The terminal-side slide data storage unit 111 is an example of the “slide and keyword information storage unit”.

Next, when it is determined in ST9 that the combination of syllables stored in the "terminal-side vocalized syllable storage unit 133" corresponds to the "related keyword" of the "terminal-side slide data storage unit 111" in FIG. 5, ST10 Then, the corresponding keyword, for example, "high blood pressure" is stored in the "vocalized keyword storage unit 135" in FIG. 7.

As described above, in the present embodiment, the slide and the related keyword can be automatically acquired from the words uttered by the doctor or the like of the other party with whom the MR is interviewing.

At this time, it is also possible to recognize only the voice of a doctor or the like, not the MR, by "speaker recognition" in which features are extracted from the voice, modeled, and the voice of an individual is recognized using the feature.
Specifically, the voice characteristics of the MR are modeled in advance and stored in the tablet terminal 30. Further, the "syllable data" acquired from the mobile phone 70 includes frequency information and the like.
Therefore, in this case, the tablet terminal 30 can distinguish the MR voice from the other voice from the "syllable data" including the frequency information, and can select the MR voice.
Then, in this case, since only the "related keywords" uttered by the doctor or the like who is the customer can be memorized, the field of interest of the doctor or the like can be grasped more accurately.

Then, the process proceeds to ST11. In ST11, the “related keyword detection unit (program) 136” of FIG. 7 operates, and the “terminal-side keyword-related data storage unit 121” of FIG. 6 is referred to. Then, it is determined whether or not the "related keyword" stored in the "spoken keyword storage unit 135" of FIG. 7 corresponds to the "related keyword" of the "terminal-side keyword-related data storage unit 121".

Then, when it is determined in ST12 that there is a "related keyword", the process proceeds to ST13. In ST13, the corresponding keyword in the "terminal-side keyword-related data storage unit 121" is stored in the "vocalization keyword storage unit 135" of FIG. 7 as a "vocalization keyword".
For example, since the related keyword "hypertension" corresponds to the "related keyword" of the "terminal-side keyword-related data storage unit 121", the keyword "antihypertensive agent" corresponding to this "hypertension" is used as the "vocalization keyword". Is registered in the "Voice keyword storage unit 135".
Further, here, the correspondence information between the "related keyword" and the "keyword" of the "terminal-side keyword-related data storage unit 121" is an example of "mutually related explanatory keyword information".

Therefore, in the present embodiment, more keywords can be covered from a word or the like which is a combination of one syllable information.

Then, the process proceeds to ST14. In ST14, the “related word reference keyword detection unit (program) 137” of FIG. 7 operates, and with reference to the “terminal-side vocal syllable storage unit 133” of FIG. 7, the “terminal-side keyword-related data storage unit 121” of FIG. It is determined whether or not there is a word corresponding to the "related word" of "".

Next, when it is determined in ST15 that the word corresponds to the "related word", the keyword corresponding to the "related word" is stored in the "spoken keyword storage unit 135" of FIG. 7 as the "spoken keyword" in ST16.
For example, when the words "head" and "painful" are stored as continuous or extremely close words in the "terminal-side vocal syllable storage unit 133", they are stored in the relevant related words in the "terminal-side keyword-related data storage unit 121". The corresponding "keyword", "high blood pressure," is memorized as a vocal keyword.

Further, when the words "low blood pressure" and "nausea" are continuously or extremely close to each other in the "terminal-side vocal syllable storage unit 133", the relevant "terminal-side keyword-related data storage unit 121" is associated. The "side effect", which is the "keyword" corresponding to the word, is memorized as the vocal keyword.
Further, here, the correspondence information between the "related word" and the "keyword" of the "terminal-side keyword-related data storage unit 121" is an example of the "keyword-related language information".

As described above, in the present embodiment, even if the "syllable data" corresponding to the related keyword is not in the "terminal-side vocalized syllable storage unit 133", the "syllable data" corresponding to the related word "related word" is obtained. If there is, the related "keyword" is memorized as a vocalized keyword.
Therefore, a wider range of "keywords" can be memorized as "vocalized keywords" from the conversation during the interview with the doctor.

This completes the process of acquiring "related keywords" and "keywords" from the words of the doctor during the interview and storing them as "voiced keywords" in the "voiced keyword storage unit 135".
In the present embodiment, as described above, "hypertension", "antihypertensive agent" and "side effect" are first registered as vocalization keywords.
Further, in the present embodiment, for example, since a doctor utters a language corresponding to "hyperlipidemia", "hyperlipidemia" is memorized as a "vocal keyword".
Therefore, in the present embodiment, the vocal keywords are "hypertension", "antihypertensive agent", "side effect", and "hyperlipidemia".

Therefore, in the following, a step of selecting a slide suitable for the content of the doctor's talk during the interview from these "vocalized keywords" is carried out.

First, in ST17, the "basic slide selection processing unit (program) 141" of FIG. 8 operates, and the "terminal side slide data storage unit" of FIG. 5 including the "vocalization keyword" of the "vocalization keyword storage unit 135" of FIG. It is determined whether or not there is a slide of "111".
Specifically, for example, it is determined whether or not there is a slide including "vocal keywords" such as "hypertension", "antihypertensive agent", "side effect" and "hyperlipidemia" in "related keywords".

Next, when it is determined in ST18 that there is a slide containing the "spoken keyword" in the "related keyword", in ST19, the slide number of the slide containing the "spoken keyword" is set to the "basic slide storage unit 142" in FIG. To memorize.
For example, as shown in the “terminal-side slide data storage unit 111” in FIG. 5, a slide containing any one of the “vocal keywords” such as “hypertension”, “antihypertensive agent”, “side effect” and “hyperlipidemia” , "Slide P-1", "Slide P-2", "Slide P-3" and "Slide P-4", so these slide numbers are stored in the "basic slide storage unit 142" in FIG.

This made it possible to extract a list of slides related to the words of the doctor during the interview, but then the process of identifying the slides that are more relevant among these slides was executed as follows. do.

In ST20, the “slide priority information giving unit (program) 143” in FIG. 8 operates, and the slide numbers (slides P-1, P-2, P-3, P-) of the “basic slide storage unit 142” in FIG. 8 operate. Among the slides corresponding to 4), the slides containing the most vocal keywords ("hypertension", "antihypertensive drug", "side effects", "hyperlipidemia", etc.) are listed in order of "priority information". In association with each other, it is stored in the "priority information storage unit 144" of FIG.

For example, slide numbers P-1 and P-2 include three vocal keywords "hypertension", "antihypertensive agent", and "side effect", and since the number of "vocal keywords" is the largest, they are associated with "first priority". It is stored in the "priority information storage unit 144".
Further, since slide numbers P-3 and P-4 both include two vocal keywords "hyperlipidemia" and "side effect", they are stored in the "priority information storage unit 144" in association with the "second priority". To.
This "priority information" is an example of "recommended display order information".

Therefore, it is possible to prioritize and prepare slides that are more consistent and more appropriate in the conversation during the interview with the doctor.

Next, in ST21, the “hospital-specific information giving unit (program) 145” of FIG. 8 operates, and based on the information of the “visit Dr information storage unit 132” of FIG. 7, for example, the hospital D and the internal medicine department, FIG. Refer to "Terminal-side hospital data storage unit 123".
The "terminal-side hospital data storage unit 123" stores the hospital name, the delivered drug name, the name of the related drug for each clinical department, the competition information for each drug, and the like.
For example, A antihypertensive agent, B antihypertensive agent, C hyperlipidemia agent, D hyperlipidemia agent, etc. are delivered to Hospital D, and antihypertensive agents, hyperlipidemia agents, etc. are used in internal medicine. Is remembered. It is also remembered that the A antihypertensive agent and the B antihypertensive agent compete with each other in the internal medicine antihypertensive agent, and the C hyperlipidemia agent and the D hyperlipidemia agent compete with each other in the hyperlipidemia agent. ..

Therefore, based on the D hospital and internal department of the "visit Dr information storage unit 132", the drug information (for example, "antihypertensive agent", "hypertensive agent", etc.) and the competitive information (for example) of the internal department of the hospital (D hospital). For example, "A antihypertensive drug" and "B antihypertensive drug", "C hyperlipidemia drug" and "D hyperlipidemia drug", etc.) are acquired, and the drug information ("antihypertensive drug" and "hypertensive blood" is obtained. "Basic slide storage unit 142" containing the competing information ("A antihypertensive drug" and "B antihypertensive drug", "C hyperlipidemia drug" and "D hyperlipidemia drug") "Hospital-specific information" is associated with the slide number and stored in the "hospital-specific information storage unit 151".

For example, slide number P-1 contains an "antihypertensive agent", P-2 contains an "antihypertensive agent", "A antihypertensive agent" and "B antihypertensive agent", and P-3 is a "hyperlipidemic agent". , And P-4 contains "hyperlipidemic agent", "C hyperlipidemia agent" and "D hyperlipidemia agent", and thus are slide numbers P-1 to P-4. Is associated with "hospital-specific information" and stored in the "hospital-specific information storage unit 151" in FIG.

The data of the hospital D and the antihypertensive agent A of the "terminal side hospital data storage unit 123" in FIG. 6 is an example of "unique information", and the hospital-specific information is an example of "priority display information". ..

Therefore, when there are slides that include related keywords, etc. that correspond to matters that the doctor, etc., who is the target person of the interview, which is memorized in advance, is interested in, these slides are displayed with priority, "Hospital." It is configured to add "unique information".

Then, the process proceeds to ST22. In ST22, the "display order slide data extraction unit (program) 152" in FIG. 9 operates, and the slide number of the "basic slide storage unit 142" is the slide of the "terminal side slide provision order history data storage unit 131" in FIG. Determine if it matches the number.
In this "terminal side slide provision order history data storage unit 131", data in "slide display order" of the order in which a plurality of slide numbers were displayed by other MRs in the past is stored. , The display count data in the slide display order is also stored.
Therefore, in this step, first, it is determined whether or not the slide number of the "basic slide storage unit 142" matches the slide number of the "terminal side slide provision order history data storage unit 131" of FIG. 7.

Then, in ST23, if it matches the slide number, the process proceeds to ST24. In the present embodiment, the slide numbers of the "terminal side slide provision order history data storage unit 131" are P-1, P-2, P-3, and P-4, so that "terminal side slide provision order history data" is used. It matches the slide number of the storage unit 131.
Therefore, proceed to ST24. In ST24, the "slide display order" information that is frequently displayed in the "terminal side slide provision order history data storage unit 131" is selected and stored in the "display order slide order data storage unit 153" in FIG.

That is, with the same combination of slides, the "slide display order" displayed most by other MRs is stored in the "display order slide order data storage unit 153".
In the present embodiment, for example, in the "terminal side slide provision order history data storage unit 131" of FIG. 7, "P-1"->"P-2"->"P-3"->"P-4" is displayed. Since the number of times is 20 times, which is the largest number, this display order is stored.
The data stored in the "terminal-side slide provision order history data storage unit 131" is an example of the "display record information".

Then, the process proceeds to ST25. In ST25, the "first slide display order determination processing unit (program) 154" in FIG. 9 operates, and in the "priority information storage unit 144" in FIG. 8, whether a plurality of slide numbers exist in the same priority. Judge whether or not.
In the present embodiment, as described above, slides P-1 and P-2 are stored as "first priority" in the "priority information storage unit 144", and slides are stored as "second priority". P-3 and P-4 are stored.
Therefore, in ST26, it is determined that a plurality of slide numbers exist in the same priority, but in this step, if a plurality of slide numbers do not exist in the same priority, the process proceeds to ST27.

In ST27, each slide number is displayed as a "recommended slide number" on the terminal-side touch panel 31 of the tablet-type terminal 30 of FIG. 1 according to the priority of the "priority information storage unit 144".
That is, the tablet-type terminal 30 displays the number of the slide having appropriate contents along the flow of conversation with the doctor as a "recommended slide" to the MR at any time. If there are multiple recommended slides, they are displayed in order (prioritized) from the slides whose contents are more in line with the flow of conversation.

Then, the MR who visually recognizes such a display is configured to display the slide content of the recommended slide number simply by clicking and selecting the "recommended slide number" on the touch panel 31 on the terminal side. ing.
Therefore, since the MR can quickly display the optimum slide content on the touch panel 31 on the terminal side during the conversation with the doctor, it is not necessary to perform a slide search or the like during the interview as in the conventional case, and the conversation is performed. However, smooth presentations are possible without interruption.

Further, since the recommended slide numbers are displayed in the order of appropriate contents that match the contents of the conversation, the MR can simply select the first recommended slide number to select the slide with the optimum contents on the touch panel 31 on the terminal side. Can be displayed on.
This "recommended slide number" is an example of recommended slide information.

On the other hand, when it is determined in ST26 that a plurality of slide numbers exist in the same priority, the process proceeds to ST28. In ST28, referring to the “hospital-specific information storage unit 151” in FIG. 9, slides with the same priority but associated with “hospital-specific information” are processed as higher priority display, and the “first slide” in FIG. 5 is processed. It is stored in the display order determination storage unit 155.

In the present embodiment, as described above, in the "hospital-specific information storage unit 151", the "hospital-specific information" is associated with all of the slides P-1, P-2, P-3, and P-4. , Slides P-1 and P-2 of "first priority" are stored in "first slide display order determination storage unit 155" as the same priority display, and slides P-3 and P of "second priority". -4 is stored in the "first slide display order determination storage unit 155" as the same priority display.

Then, the process proceeds to ST29. In ST29, the "second slide display order determination processing unit (program) 161" of FIG. 10 operates, and with reference to the "first slide display order determination storage unit 155", there are a plurality of slides having the same priority. Decide whether to do it or not.

In the present embodiment, as described above, since the "first slide display order determination storage unit 155" has a plurality of slides having the same priority, it is determined that the ST30 has a plurality of slides having the same priority. Will be done.
However, in ST30, unlike the present embodiment, when it is determined that a plurality of slides do not exist in the same priority order, the process proceeds to ST31.

In ST31, each slide number is displayed as a "recommended slide number" on the terminal side touch panel 31 of the tablet-type terminal 30 of FIG. 1 according to the priority of the "first slide display order determination storage unit 155".
That is, the tablet-type terminal 30 displays the number of the slide having appropriate contents along the flow of conversation with the doctor as a "recommended slide" to the MR at any time. If there are multiple recommended slides, they are displayed in order (prioritized) from the slides whose contents are more in line with the flow of conversation.

On the other hand, when it is determined in ST30 that a plurality of slide numbers exist in the same priority as in the above-described embodiment, the process proceeds to ST32.
In ST32, the slide display order is determined according to the display order of the "display order slide data storage unit 153" in FIG. 9, and is stored in the "second slide display order determination storage unit 162".

In the present embodiment, as described above, for example, in the “display order slide data storage unit 153”, priority is given to “slide P-1” → “P-2” → “P-3” → “P-4”. It is stored as the display order.
Therefore, the "second slide display order determination storage unit 162" stores the priority display order of "slide P-1"->"P-2"->"P-3"->"P-4".

Then, the process proceeds to ST33. In ST33, the slide number is displayed as a recommended slide number on the terminal-side touch panel 31 of the tablet-type terminal 30 according to the slide display order of the “second slide display order determination storage unit 162”.
At this time, not only the slides containing many "related keywords" based on the voices of the doctors during the interview are displayed preferentially, but also if there are slides with the same priority, "hospital-specific information (hospital)" regarding the doctors concerned. Name, delivered drug name, department-specific drug name, competitive information, etc.) ”, the more appropriate slides are displayed preferentially, and / or in the display order of the slides displayed by other MRs in the past. It is configured to preferentially display more appropriate slides based on information.

Therefore, during a conversation with a doctor, the number of the optimum slide that is closely related to the conversation can be quickly displayed on the terminal side touch panel 31, and the MR can display the number on the terminal side touch panel 31 as described above. Just by selecting it, you can quickly display the appropriate slide contents.
Further, even if there are a plurality of recommended slide numbers displayed on the touch panel 31 on the terminal side, the more appropriate recommended slide number is preferentially displayed, so the MR should select the appropriate recommended slide without hesitation. Can be done.
As described above, the system 1 of the present embodiment is configured to enable smooth provision of medical information without interrupting conversation with a doctor by searching for slides or the like.

Then, the process proceeds to ST34. In ST34, "Do you want to display the theme-related slides?" Is displayed on the touch panel 31 on the terminal side.
That is, it is asked whether or not to display the content of the conversation with the doctor and the "theme-related slide", which is a slide having a common "theme", separately from the recommended slide displayed on ST33 or the like.

When it is input that the theme-related slides are desired to be displayed in ST35, the process proceeds to ST36. In ST36, the “theme information extraction processing unit (program) 163” of FIG. 10 operates, and the “corresponding keyword” of the “terminal-side theme-related keyword storage unit 122” of FIG. It is determined whether or not it is included in the "vocalized keyword" of "135".

In the present embodiment, as shown in FIG. 6, there are "side effects" and "antihypertensive agents" as "corresponding keywords", and "side effects of antihypertensive agents" are stored as corresponding themes.
Further, in the above example, as the "spoken keyword" of the "spoken keyword storage unit 135",
"Hypertension", "antihypertensive drug", "side effects" and "hyperlipidemia" are memorized.
Therefore, it is determined that the "side effect" and the "antihypertensive agent" of the "corresponding keyword" are included in the "vocalized keyword".

In ST37, when the "corresponding keyword" is included in the "vocalized keyword", the process proceeds to ST38. In ST38, the "theme" corresponding to the "corresponding keyword" is stored in the "theme information storage unit 164" of FIG.
In the present embodiment, the "side effect" and the "antihypertensive agent" of the "corresponding keyword" are included in the "vocalization keyword". Stored in the information storage unit 164 "

Then, the process proceeds to ST39. In ST39, the "theme-related slide information extraction processing unit (program) 165" of FIG. 10 operates, the "terminal side slide data storage unit 111" of FIG. 5 is referred to, and the "data information storage unit 164" of FIG. 10 is referred to. In the present embodiment, which is the theme remembered by, for example, the presence or absence of a slide having "side effects of antihypertensive agent" is determined.

If it is determined in ST40 that there is a slide having the theme (for example, "side effect of antihypertensive agent") stored in the "data information storage unit 164", the process proceeds to ST41.
In the present embodiment, as shown in the "terminal side slide data storage unit 111" of FIG. 5, "slide P-1", "P-2" and "P-5" are present.

In ST41, the slide number existing in the "theme-related slide information storage unit 166" of FIG. 10 is stored. In this embodiment, for example, "slide P-1", "P-2" and "P-5" are stored.

As described above, in the present embodiment, the MR can extract and store the slide number information about the theme that became a topic in the conversation with the doctor.

Then, the process proceeds to ST42. In ST42, the “display theme-related slide extraction processing unit (program) 171” of FIG. 11 operates, and with reference to the “basic slide storage unit 142” of FIG. 8, a slide that does not overlap with the stored slide is shown in FIG. It is determined whether or not it is stored in the "theme-related slide information storage unit 166" of.

In the present embodiment, as described above, the "slide P-1", "P-2", "P-3" and "P-4" are stored in the "basic slide storage unit 142". , "Slide P-1", "P-2" and "P-5" are stored in the "theme-related slide information storage unit 166".
Therefore, the slide that does not overlap with the "basic slide storage unit 142" becomes the "slide P-5", and this slide number is stored in the "theme-related slide information storage unit 166".

In ST43, when a slide number that does not overlap with the "basic slide storage unit 142" is stored in the "theme-related slide information storage unit 166", the process proceeds to ST44.
In ST44, the slide number is stored in the “display theme-related slide storage unit 172” of FIG. 11, and in the present embodiment, the “slide P-5” is stored.

Then, the process proceeds to ST45. In ST45, the slide number stored in the “display theme-related slide storage unit 172” of FIG. 11 is displayed as a “theme-related slide” on the terminal-side display 31 of the tablet-type terminal 30.
Then, the MR who visually recognizes such a display simply clicks and selects the "slide number" displayed as the "theme-related slide" on the touch panel 31 on the terminal side, and the slide content of the slide number is displayed. It is configured to be done.

Therefore, since the MR can display slide information related to the theme that has become a hot topic in the conversation with the doctor, it is possible to provide smoother and more appropriate medical information during the interview with the doctor.
Further, in the present embodiment, the slide numbers displayed as "theme-related slides" are slide numbers not included in the recommended slide numbers displayed on the terminal side display 31 in ST33 or the like, so that the same slide numbers are duplicated. It is possible to avoid displaying it.
Therefore, it is possible to avoid causing unnecessary confusion to the MR during the interview, and it is possible to provide more smooth medical information.

The "theme-related slide" is an example of the related classification recommended slide information.

The present invention is not limited to the above-described embodiment.

1 ... Presentation support system, 2 ... Internet network, 3 ... Base station, 10 ... X Pharmaceutical and pharmaceutical information server, 11 ... Server control unit, 12 ... Server side communication device, 13 ... Server side display, 14 ... Server side various information input devices, 15 ... Server side slide data storage unit, 16 ... Server side keyword related data storage unit, 17 ... Server side theme related keywords Storage unit, 18 ... Server side hospital data storage unit, 19 ... Server side slide provision order history data storage unit, 30 ... Tablet type terminal, 31 ... Terminal side touch panel, 32 ... Terminal side Input button, 33 ... Terminal control unit, 70 ... Mobile phone, 71 ... Mobile side touch panel, 72 ... Mobile side input button, 73 ... Microphone, 74 ... Mobile control unit, 75 ... mobile communication device, 76 ... mobile phone device body, 77 ... 50 syllables storage unit, 78 ... syllabary judgment unit (program), 79 ... mobile phone syllabary syllabary storage unit, 80. .. Terminal-side various information storage units, 110 ... First terminal-side various information storage units, 111 ... Terminal-side slide data storage unit, 120 ... Second terminal-side various information storage units, 121.・ ・ Terminal side keyword related data storage unit, 122 ・ ・ ・ terminal side theme related keyword storage unit, 123 ・ ・ ・ terminal side hospital data storage unit, 130 ・ ・ ・ third terminal side various information storage unit, 131 ・ ・-Terminal-side slide provision order history data storage unit, 132 ... Visit Dr information storage unit, 133 ... Terminal-side vocal syllable storage unit, 134 ... Keyword detection unit (program), 135 ... Vocalization keyword storage Units 136 ... Related keyword detection unit (program), 137 ... Related word reference keyword detection unit (program), 140 ... Various information storage units on the fourth terminal side, 141 ... Basic slide selection processing Department (program), 142 ... basic slide storage unit, 143 ... slide priority information addition unit (program), 144 ... priority information storage unit, 145 ... hospital-specific information addition unit (program), 150 ... Various information storage units on the fifth terminal side, 151 ... Hospital-specific information storage unit, 152 ... Display order slide data extraction unit (program), 153 ... Display order slide order data storage unit, 154 ... 1st slide display order determination processing unit (program), 155 ... 1st slide display order determination storage unit, 160 ... 6th terminal side various Information storage unit, 161 ... Second slide display order determination processing unit (program), 162 ... Second slide display order determination storage unit, 163 ... The theme information extraction processing unit (program), 164 ... The theme information storage unit, 165 ... Theme-related slide information extraction processing unit (program), 166 ... Theme-related slide information storage unit, 170 ... Various information storage units on the seventh terminal side, 171 ... Display theme-related slide extraction processing unit (program), 172 ... Display theme-related slide storage unit

Claims (10)

It is a display device that can automatically select and display slide information related to the explanation without interrupting the explanation to the target person.
A voice recognition unit that converts the subject's utterance into syllable information,
A syllable information storage unit that stores the syllable information converted by the voice recognition unit,
Slide information that includes explanatory information and
It has explanatory keyword information related to the explanatory information associated with the slide information, and a slide and a keyword information storage unit for storing the keyword information corresponding to the explanatory keyword information .
When the combination of the syllable information included in the syllable information storage unit corresponds to the explanatory keyword information, the corresponding keyword information is stored as the vocalized keyword information, and the slide information including the vocalized keyword information is recommended slide. By outputting the information as information at any time during the explanation to the target person and inputting the selection signal, the selected recommended slide is immediately selected and displayed .
The slide information includes theme-related slides having the same theme as the content of the conversation of the subject.
The theme-related slide is a display device characterized in that it is configured to be displayed only when it does not overlap with the recommended slide . The claim is characterized in that the plurality of recommended slide information is configured to include recommended display order information regarding the display order of slides based on the number of vocalized keyword information included in each recommended slide information. The display device according to 1. The display device according to claim 1 or 2, wherein priority display information is added to the recommended slide information including the explanation keyword information that matches the unique information of the explanation target person. The display device according to any one of claims 1 to 3, wherein the display order of the plurality of recommended slide information is determined based on the past display record information of the recommended slide information. The plurality of explanatory keyword information includes different explanatory keyword information related to each other, and when the combination of the syllable information corresponds to one of the explanatory keyword information, the keyword corresponding to the explanatory keyword information. The display device according to any one of claims 1 to 4, wherein the information is stored as the vocalized keyword information, and the slide information including the vocalized keyword information is also output as recommended slide information. When the combination of the syllable information does not correspond to the explanatory keyword information and corresponds to the keyword-related language information related to the explanatory keyword information, the keyword information corresponding to the keyword-related language information is stored as the vocalized keyword. The display device according to any one of claims 1 to 5, wherein the slide information including the vocalized keyword information is also output as recommended slide information. Classification information is associated with the recommended slide information.
The classification information is associated with the particular explanatory keyword information.
When the combination of the syllable information corresponds to the specific explanatory keyword information, the recommended slide information associated with the classification information associated with the specific explanatory keyword information is used as the related classification recommended slide information. The display device according to any one of claims 1 to 6, wherein the display device is characterized by outputting. A display system having the display device according to any one of claims 1 to 7, further comprising a terminal device having the voice recognition unit. It is a display program of a display device that can automatically select and display slide information related to the explanation without interrupting the explanation to the target person.
The function of the voice recognition unit that converts the target person's utterance into syllable information,
A function of storing syllable information converted by the voice recognition unit in the syllable information storage unit,
A function of storing slide information including explanatory information, explanatory keyword information related to the explanatory information associated with the slide information, and keyword information corresponding to the explanatory keyword information in the slide and the keyword information storage unit.
When the combination of the syllable information included in the syllable information storage unit corresponds to the explanatory keyword information, the corresponding keyword information is stored as the vocalized keyword information, and the slide information including the vocalized keyword information is a recommended slide. A function that outputs the selected information as information at any time during the explanation to the target person and inputs the selection signal to immediately select and display the selected recommended slide.
The slide information includes theme-related slides having the same theme as the conversation content of the target person, and realizes a function of being displayed only when the theme-related slide does not overlap with the recommended slide . Display program for. It is a control method of a display device that can automatically select and display slide information related to the explanation without interrupting the explanation to the target person.
The voice recognition unit converts the subject's utterance into syllable information,
The syllable information converted by the voice recognition unit is stored in the syllable information storage unit, and the syllable information is stored in the syllable information storage unit.
The slide information including the explanatory information, the explanatory keyword information related to the explanatory information associated with the slide information, and the keyword information corresponding to the explanatory keyword information are stored in the slide and the keyword information storage unit.
When the combination of the syllable information included in the syllable information storage unit corresponds to the explanatory keyword information, the corresponding keyword information is stored as a vocalized keyword, and the slide information including the vocalized keyword information is recommended slide information. By outputting and inputting a selection signal at any time during the explanation to the subject, the selected recommended slide is immediately selected and displayed.
The slide information includes theme-related slides having the same theme as the content of the conversation of the subject.
A method of controlling a display device , wherein the theme-related slide is displayed only when it does not overlap with the recommended slide .

Images