JP7228167B2 - Searched Information Management Device, Searched Information Management Method, and Searched Information Management Program - Google Patents

Description

The present invention relates to a retrieval information management apparatus, a retrieval information management method, and a retrieval information management program for providing retrieval expression information such as retrieval keywords for retrieving necessary materials from an enormous amount of materials.

2. Description of the Related Art Conventionally, a company or the like has accumulated a huge amount of materials for use in its business or the like. When employees of companies, etc. find necessary materials from the materials accumulated in this way, search expression information such as search keywords such as phrases contained in these materials are defined, and the materials are searched using these search keywords. It is necessary to perform a full-text search, etc.
For this reason, it is important to select an appropriate search keyword from the wording contained in the material, and various proposals have been made regarding this selection method (eg, Patent Document 1).

JP-A-6-314296

In addition, when the content of the material to be searched is technical, many words such as technical terms that ordinary people do not usually know are often used.
When searching for such technical materials, it is necessary to search using the technical terms used.
However, if the searcher is not familiar with the information in the relevant specialized field, it is difficult to select appropriate search expression information, such as search keywords, due to lack of knowledge of such technical terms. There was a problem that it was not possible to perform a detailed search.

Therefore, the present invention provides a search information management apparatus and a search information management system that enable even a searcher who does not know search expression information such as appropriate specialized search keywords to easily search for highly specialized materials. An object of the present invention is to provide a method and a search information management program.

According to the present invention, the above problem is used for material information to be searched, and includes a specialized search keyword for searching the material information, sales product information, a basic expression, and a basic expression for searching the specialized search keyword. a storage unit for pre-storing related information about how the sales item information is used in relation to a place of use in relation to the specialized search keyword, wherein the specialized search keyword and the sales item information are stored in advance; , the basic expression, and the related information are stored in mutual association with the place of use; When it is determined that a search keyword exists, one or more of the specialized search keywords associated with the input basic expression, the product information, and the intended use, and the specialized search keyword and the intended use. extracts one or more of the related information associated with, and extracts the specialized search keyword, the relevant information associated with the specialized search keyword and the place of use, and the input basic expression All or part of the information is displayed on multiple display units, and a search is performed based on a plurality of items specified by the searcher from the displayed specialized search keyword, the related information, and the input basic expression. This is achieved by a search information management device characterized by:

According to the above configuration, the search expression information is stored in association with the search-related expression information, which is expression information related to the search expression information, and the search-related expression information includes expression information that is not used in the material information. there is
Further, it is configured to identify search expression information associated with the input expression information.
For this reason, even if the material information is highly specialized and the searcher does not specifically know the search expression information such as search keywords, he or she will enter expression information such as other wording that he or she already knows. However, when the expression information is included in search-related expression information such as a basic expression, an appropriate search keyword or the like associated with the basic expression or the like is automatically extracted and presented to the searcher.
Therefore, even a searcher who does not know appropriate specialized search keywords can easily search for highly specialized materials.

According to the above configuration, when the search expression information specified based on the input expression information is associated with the searcher attribute information, the search expression information is used as priority search expression information to be preferentially used. output.
Therefore, the searcher can easily grasp the search expression information such as the search keyword that enables him/her to more reliably search for the material most suitable for him/herself.

Preferably, when the input searcher attribute information is in common with the pre- stored searcher attribute information, the search information management device associates the searcher attribute information with the pre-stored searcher attribute information. When the technical search keyword is preferentially displayed on the display unit and the input basic expression is not included in the pre-stored basic expressions related to the pre-stored technical search keyword determines whether the searcher has the authority, and if he has the authority, stores the combination of the input basic information and the selected corresponding specialized search keyword for other operators. characterized by

According to the above configuration, when the same combination of the retrieval expression and the expression information is used multiple times (five times) for the expression information that is not associated with the retrieval expression information, the expression information related to these combinations is automatically generated. is associated with the search expression information and registered so that other users can use it.
If all combinations of search expression information with usage history and expression information are registered, accuracy as a search keyword decreases. Therefore, in the above configuration, only when the same combination occurs a plurality of times, the number of expression information that can be used by the searcher is registered in a state that can be used by other users, and the accuracy is reduced. can be increased without
Therefore, the device is easy to use for the searcher.

According to the present invention, a search information management device is used for material information to be searched, a technical search keyword for searching the material information, and a sales system for searching the technical search keyword. related information about how the sales product information is used in relation to the place of use with respect to the product information, the basic expression, and the technical search keyword; The basic expression and the related information are stored in mutual association with the place of use, and a searcher inputs the basic expression and the sales product information, and the specialized search for search targets related to these and the place of use. When it is determined that a keyword exists, one or more of the specialized search keywords associated with the input basic expression, the product information, and the user, and the technical search keyword and the user are combined. extracting one or more of the associated related information, and extracting all of the technical search keyword, the related information in which the technical search keyword and the place of use are associated, and the input basic expression; Alternatively, a part of the information is displayed on multiple display units, and a search is performed based on a plurality of items specified by the searcher from the displayed specialized search keyword, the related information, and the input basic expression. This is achieved by a control method for a search information management device characterized by:

According to the present invention, the above problem is solved by providing a search information management device for managing search information, which is used for material information to be searched, and which is used for searching for specialized search keywords for searching the material information. , the step of pre-storing related information about how the sales product information is used in relation to the place of use with respect to basic expressions and the technical search keywords, the technical search keywords, the sales product information, the a step of storing the basic expression and the related information in mutual association with the place of use; a searcher inputs the basic expression and the sales product information ; When it is determined that a keyword exists, one or more of the specialized search keywords associated with the input basic expression, the product information, and the user, and the technical search keyword and the user are combined. extracting one or more of the associated related information, and extracting all of the technical search keyword, the related information in which the technical search keyword and the place of use are associated, and the input basic expression; Alternatively, a search is executed based on a plurality of items specified by a searcher from the step of displaying a part on multiple display units, the displayed specialized search keyword, the related information, and the input basic expression. This is achieved by a retrieved information management program characterized by executing the steps of:

The present invention provides a search information management apparatus, a search information management method, and a search information management method that enable even a searcher who does not know search expression information such as appropriate specialized search keywords to easily search for highly specialized materials. There is an advantage that a search information management program can be provided.

1 is a schematic diagram showing a search keyword management system having, for example, a management server, which is a search information management device according to the present invention; FIG. 2 is a schematic block diagram showing the main configuration of the terminal for MR and the terminal for academic in FIG. 1; FIG. 2 is a schematic block diagram showing the main configuration of a management server in FIG. 1; FIG. FIG. 4 is a schematic block diagram showing the main contents of a server-side first various information storage unit; FIG. 11 is a schematic block diagram showing the main contents of a server-side second various information storage unit; FIG. 11 is a schematic block diagram showing main contents of a third various information storage unit on the server side; FIG. 11 is a schematic block diagram showing main contents of a fourth various information storage unit on the server side; It is a schematic flowchart which shows the main operation examples etc. of a search keyword management system. FIG. 11 is another schematic flow chart showing an example of main operations of the search keyword management system, etc. FIG. FIG. 11 is another schematic flow chart showing an example of main operations of the search keyword management system, etc. FIG. FIG. 11 is another schematic flow chart showing an example of main operations of the search keyword management system, etc. FIG. FIG. 11 is another schematic flow chart showing an example of main operations of the search keyword management system, etc. FIG.

BEST MODE FOR CARRYING OUT THE INVENTION Preferred embodiments of the present invention will now be described in detail with reference to the accompanying drawings.
It should be noted that the embodiments described below are preferred specific examples of the present invention, and therefore are subject to various technically preferable limitations. Unless otherwise stated, the invention is not limited to these modes.

FIG. 1 is a schematic diagram showing a search keyword management system 1 having, for example, a management server 20, which is a search information management device according to the present invention.
In this system 1, for example, pharmaceutical company A has a management server 20. In this management server 20, pharmaceutical company A stores material information used by its employees in relation to their work, such as PDF ( Portable Document Format) or electronic data such as WORD.
This employee includes, for example, a medical information provider who provides medical personnel such as doctors with information on medicines sold by pharmaceutical company A at hospitals.
In other words, a medical information provider is a person whose main task is to provide, collect, and transmit information on the quality, efficacy, safety, etc. of pharmaceuticals by visiting medical professionals for the proper use of pharmaceuticals. Yes, called "MR". This "MR" is an abbreviation of "Medical representative".

Workers also include academic staff who provide clinical data, etc. for pharmaceutical company A's pharmaceuticals to doctors, etc. in order to collect clinical data, etc. for pharmaceuticals under development.
Therefore, in this embodiment, the management server 20 shown in FIG. 1 is configured to store and manage various materials in the form of electronic data, which are used by MR personnel and scientific personnel in interviews with doctors and the like. .

On the other hand, the MR staff and the academic staff have a terminal 10a for MR and a terminal 10b for academic staff, etc., which are terminals that they carry when they have an interview with a doctor or the like.
As shown in FIG. 1, the MR terminal 10a and academic terminal 10b are configured to be able to communicate with the management server 20 via the Internet network 2, the base station 3, and the like.

The MR terminal 10a and academic terminal 10b are, for example, tablet terminals, and as shown in FIG. For example, "touch panels 11a and 11b" are arranged.

The touch panel 11a or the like 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, by pressing the display on the screen, various information can be input and various information can be displayed.
In addition, as shown in FIG. 1, the MR terminal 10a and the scientific terminal 10b also have "input buttons 12a and 12b" for inputting various kinds of information.

The MR terminal 10a, the academic terminal 10b, and the management server 20 have a computer, and the computer has a CPU (Central Processing Unit), RAM (Random Access Memory), ROM (Read Only Memory), etc. (not shown). These are connected via a bus or the like.

FIG. 2 is a schematic block diagram showing the main configuration of the MR terminal 10a and academic terminal 10b of FIG.
Since the academic terminal 10b has the same configuration as the MR terminal 10a, only the MR terminal 10a will be described below.
As shown in FIG. 2, the MR charge terminal 10a has a "terminal control unit 13a", and the terminal control unit 13a has a "terminal side communication device 14a" for communicating with the management server 20 and the like. In addition to controlling the "touch panel 11a" and "input button 12a" shown in , the "terminal side various information storage unit 15a" for storing various information is controlled.

FIG. 3 is a schematic block diagram showing the main configuration of the management server 20 of FIG. 1. As shown in FIG. As shown in FIG. 3, the management server 20 has a "server control section 21", and the server control section 21 has a " It controls the server-side communication device 22, the server-side display 23 for displaying various information, and the server-side various information input device 24 for inputting various information.

As shown in FIG. 3, the server control unit 21 includes a "server-side first various information storage unit 30", a "server-side second various information storage unit 40", and a "server-side third various information storage unit". 50" and "server-side third various information storage unit 60", and FIGS. 40", a "server-side third various information storage unit 50", and a "server-side fourth various information storage unit 60". These contents will be described later.

8 to 12 are schematic flowcharts showing examples of main operations of the search keyword management system 1. FIG.
In the present embodiment, an MR who belongs to pharmaceutical company A is, for example, a doctor of neurosurgery at hospital F, who is in charge of the medicine, which is a drug of pharmaceutical company A, which he is in charge of selling. The following explanation will be made based on an example in which materials such as prescription examples for "X" and "nausea" were requested.

First, the MR operates his/her MR terminal 10a shown in FIG.
As shown in FIG. 4, the management server 20 has, for example, a "document material database 31 of a pharmaceutical company A" in which various materials converted into electronic data are stored.

When the MR terminal 10a accesses the management server 20, the process proceeds to step (hereinafter referred to as "ST") 1 in FIG.
In ST1, the question "Would you like to start searching for documents?" is displayed on the touch panel 11a of the terminal 10a for MR in FIG.

In ST1, when a signal indicating the start is input to the touch panel 11a, the process proceeds to ST2. In ST2, the question "Would you like to use the search keyword system?" is displayed on the touch panel 11a.
In this embodiment, the MR, who is the operator, is a newcomer and is not familiar with the terminology of the medical field. is difficult to enter. Therefore, the "search keyword system 1" in FIG. 1 is used.
In ST2, when a signal indicating use is input to the touch panel 11a, the process proceeds to ST3.

In ST3, the operator is requested to input the "identification number" on the touch panel 11a, and the operator inputs "medicine" for searching the "search keyword" and search-related expression information (expression information), for example, "basic expression". display a screen asking for

In the present embodiment, the MR, who is the operator, is not familiar with the technical terms in the medical field. can't Therefore, as will be described later, the MR enters "nausea" although it is not sufficient as a search keyword.
The document database 31 of pharmaceutical company A according to the present embodiment is configured so that appropriate search results can be output by searching using technical terms such as disease names.

Next, the MR displays on the touch panel 11a his own "identification number" "12345", the drug he wants to search for "medicine X", and the "search keyword" that the MR knows, which is considered to be related to the "search keyword". Enter the basic expression "nausea".

Next, go to ST4. In ST4, it is determined whether or not the input of "identification number", "medicine" and "basic expression" has been completed.
In ST5, the input "identification number", "medicine" and "basic expressions" such as "12345", "medicine X" and "nausea" are stored in the "input information storage section 32" of FIG.

Next, go to ST6. At ST6, the "provisional search keyword identification processing section (program) 33" in FIG. 4 operates to refer to the "input information storage section 32" in FIG. 4 and the "search keyword related information storage section 34" in FIG.
This "search keyword-related information storage unit 34" stores specific "search keywords" such as "hypertensive encephalopathy", searcher attribute information such as "department in charge" information such as MR (sales), For example, department information such as surgery, related drug information such as "medicine X", and "related basic expression" information, which is a basic expression related to a search keyword such as "nausea", are stored in association with each other.

Further, additional information is also stored in association with the "search keyword" information in relation to the "search keyword", "medical department", and "related drug".
That is, information such as how the "related drug" is used in relation to the "medical department" is stored for the "search keyword".
Specifically, as shown in FIG. 4, they are "related drug use frequency information", "related drug prescription information", "related drug side effect occurrence frequency information", and "related drug sales information".

The "related drug use frequency information" is the "search keyword" such as "hypertensive encephalopathy" and the "medical department" such as "surgery" is the "related drug" such as "drug X". It is information such as high frequency of use.
Therefore, when the frequency of use is high, the information "Medicine x Surgery is frequently used" is stored.
For this reason, a searcher (operator) who visually recognizes the "related drug use frequency information" of "drug X high surgical use frequency" uses the "search keyword" to find out more about the surgical use of drug X. can be expected to obtain useful search results, and the "search keyword" can be positively adopted as a search phrase.

In addition, the "related drug prescription information" is the "search keyword" such as "hypertensive encephalopathy" and the "medical department" such as "surgery" is the "related drug" such as "drug X". This is information indicating that there is a large amount of prescription example information using
Therefore, when there is a large amount of related drug prescription example information, the information "medicine X surgical prescription information is large" is stored.
For this reason, a searcher who visually recognizes the "related drug prescription information" with "a large amount of drug X surgical prescription information" can obtain many useful search results regarding the surgical use of drug X by using the "search keyword". can be expected to be acquired, and can be positively adopted as a search phrase with the "search keyword".

In addition, the "related drug side effect occurrence frequency information" indicates whether the occurrence frequency of side effects is high when the "related drug", for example, "drug X" is used with the "search keyword" such as "hypertensive encephalopathy". This is information indicating whether or not
Therefore, when the related drug side effect occurrence frequency is high, the information "drug X side effect occurrence frequency is high" is stored.
For this reason, a searcher who visually recognizes the "related drug side effect occurrence frequency information" with "drug X high side effect occurrence frequency", for example, a person in charge of the academic department who is in charge of side effects, uses the "search keyword" By doing so, it can be expected that many useful search results regarding the side effects of drug X can be obtained, and the "search keyword" can be positively employed as a search word.

In addition, the "related drug sales information" is the "search keyword" such as "hypertensive encephalopathy" and the "medical department" such as "surgery" is the "related drug" such as "drug X". This is information indicating the sales of
Therefore, "medicine X surgical sales information" such as sales of "medicine X", which is a "related drug", is stored.
For this reason, a searcher, for example, an MR (salesperson) who visually recognizes this "drug X surgical sales information" can use the "search keyword" to perform many useful searches on drug X with high sales, for example. It can be expected that results can be obtained, and the "search keyword" can be positively adopted as a search phrase.

Therefore, in ST6, it is determined whether or not there is a 'search keyword' having 'related basic expression information' of 'related basic expression information' and 'related drug information' that matches 'medicine X' in the 'input information storage unit 32'. .
In the present embodiment, "hypertensive encephalopathy", "acute angle-closure glaucoma", and "drug X" are used as "search keywords" satisfying the above conditions, as shown in the "search keyword-related information storage unit 34" of FIG. "Side effects of

Therefore, in ST7, it is determined that the corresponding "search keyword" exists, and the process proceeds to ST8. In ST8, the "provisional search keyword identification processing unit (program) 33" of FIG. Sales)", "surgery", "acute angle-closure glaucoma", "MR (sales)", "ophthalmology", and "side effects of drug X", "academic department", and "surgery" are stored in the "provisional search keyword storage unit 35" in FIG. memorize to

In addition, "related drug use frequency information", "related drug prescription information", "related drug side effect occurrence frequency information" and ""Related drug sales information" is also stored in the "provisional search keyword storage unit 35".
Thus, in the present embodiment, even when the MR does not enter a "search keyword" for searching, the "search keyword" information related to the inputted basic expression "nausea" can be automatically extracted. can be done.

Next, go to ST9. In ST9, the "attribute-based search keyword selection processing section (program) 41" in FIG. 5 operates to refer to the "input information storage section 32" in FIG. 4 and the "operator attribute information storage section 42" in FIG. .
The “operator attribute information storage unit 42” stores an “identification number” for identifying an operator, etc., a “department in charge” and “information related to the department in charge” of the person having the identification number, and “input authority” to be described later. , and the like are stored in association with each other.

Therefore, in ST9, the "identification information" of the "input information storage unit 32", for example, the "department in charge" information (identification number "12345") of the "operator attribute information storage unit 42" corresponding to "12345" ( For example, "MR (sales)") and "information related to the department in charge (for example, hospital F (intracerebral surgery, general surgery)" are stored in the "corresponding attribute information storage unit 43" in FIG.

Next, go to ST10. In ST10, the "priority search keyword identification processing unit (program) 44" in FIG. "Department in charge (e.g., 'MR (Sales)')" and "Department-related information in charge (e.g., Hospital F (cerebral surgery, general surgery))" of the corresponding attribute information storage unit 43" ” and “medical department information” exist in the “temporary search keyword storage unit 35”.

In the present embodiment, "department in charge (eg, 'MR (sales)')" and "department-related information (eg, hospital F (brain surgery, general surgery))" of the "corresponding attribute information storage unit 43" For example, there is a "search keyword" having a "department in charge" such as "MR (sales)" and "medical department information" such as "surgery" that is common to "hypertensive encephalopathy".
Therefore, in ST11, it is determined that the relevant search keyword exists, and the corresponding "search keyword", for example, "hypertensive encephalopathy" is set as the priority search expression information, for example, the "priority search keyword", and "prioritized search keyword storage" is performed. 45”.

Next, go to ST13. In ST13, the "search keyword candidate display processing unit (program) 51" in FIG. 6 operates, and "search keywords" in the "provisional search keyword storage unit 35" in FIG. Angle glaucoma" and "side effect of drug X" are displayed, and the "priority search keyword storage unit 45" is referred to, and the corresponding "priority keyword", for example, "hypertensive encephalopathy" is selected as a "search keyword" having a high priority. is displayed on the touch panel 11a.
Furthermore, for example, "nausea", which is the "basic expression" of the "input information storage unit 32", is also displayed.

Also, in the "temporary search keyword storage unit 35", "related drug usage frequency information", "related drug prescription information", "related drug side effect occurrence frequency information", and "related drug sales information" are also displayed.
By displaying the "related drug use frequency information" and the like together in this way, the effects described above are exhibited. That is, by using the "search keyword", searchers such as MRs can be expected to obtain many useful search results for drug X with high sales, for example, and actively search with the "search keyword". It can be adopted as wording.
Conversely, it also becomes possible to determine that selection of another "search keyword" is appropriate.

Next, a question is asked on the touch panel 11a to select which of the displayed expressions is to be specified as the "search phrase" to be used for the search.

Thus, in the present embodiment, even when the MR does not enter a "search keyword" for searching as described above, a "search keyword" related to the inputted basic expression "nausea", for example, "Hypertensive encephalopathy", "acute angle-closure glaucoma", "side effect of drug X", etc. can be automatically extracted as search terms and shown to an operator such as an MR.
In addition, if there is a "search keyword" among these "search keywords" that is deeply related based on the attribute information of the MR, etc. and should be used preferentially, that fact can be indicated to the operator. .
Furthermore, basic expressions such as "nausea" entered by the operator are also displayed, and are associated with "search keywords" such as "hypertensive encephalopathy", "acute angle-closure glaucoma", and "side effects of drug X". The registered "related drug usage frequency information", "related drug prescription information", "related drug side effect occurrence frequency information", and "related drug sales information" are also displayed.

Therefore, since the operator can select which of these phrases is used for retrieval, even an inexperienced operator as an MR can obtain the optimum search result by selecting an appropriate phrase. can be obtained easily.

For example, in highly specialized medical fields, even if you do not have knowledge of technical terms, you can search for highly specialized "search keywords" such as "hypertensive encephalopathy" by entering basic expressions such as "nausea". It is possible to obtain easily.

On the other hand, when it is determined in ST11 that the corresponding search keyword does not exist, the process proceeds to ST14. In ST14, the "search keywords" of the "provisional search keyword storage section 35" in FIG. For example, "nausea", which is the "basic expression" of the section 32", is displayed.
Also, "related drug usage frequency information" and "related drug prescription information" registered in association with "search keywords" such as "hypertensive encephalopathy", "acute angle-closure glaucoma", and "side effects of drug X" are registered. , "Related drug side effect occurrence frequency information" and "Related drug sales information" are also displayed.

Then, a question is asked on the touch panel 11a to select which of the displayed expressions is to be specified as the "search word" to be used for the search.
That is, unlike ST13, the "priority keyword" is not displayed in this step.

Next, go to ST15. In ST15, it is determined whether or not the operator has specified the "search wording" that is the item (wording) displayed on the touch panel 11a. For example, "hypertensive encephalopathy", "nausea", etc. are stored in the "retrieval word storage unit 52" of FIG.

Next, go to ST17. In ST17, the ``search execution processing unit (program) 53'' in FIG. Based on the expressions such as ``nausea'' and the like, the electronic data of the materials in the document database 31 of pharmaceutical company A shown in FIG.

On the other hand, if it is not possible to find a "search keyword" that matches the "search keyword related information storage unit 34" even if the basic expression is entered in ST7, the process proceeds to ST18, and from the list of "search keywords" A "search keyword" is selected, and it is determined whether or not to store a combination of this and a specific "basic expression".
Specifically, in ST18, "Do you want to enter 'medicine' and 'basic expression' corresponding to the search keyword?" is displayed on the touch panel 11a.

When it is determined in ST19 that the basic expressions are to be input, the process proceeds to ST20. In ST20, the list of search keywords in the "search keyword list storage unit 54" of FIG. 6 is displayed, and the user can specify the "search keyword" and input "basic expression" or "medicine" corresponding to the specified search keyword. This "search keyword list storage unit 54" stores not only "search keywords" such as "hypertensive encephalopathy" in the "search keyword related information storage unit 34" of FIG. Other "search keywords" that are not used, such as "arrhythmia" in this embodiment, are also stored.

Next, go to ST21. In ST21, it is determined whether or not the specification of the "search keyword" and the input of the "basic expression" have been completed.
In ST22, the specified "search keyword", for example, "arrhythmia" is set as the "new search keyword", and the input, for example, "palpitations" as the related basic expression is set as the "new basic expression". It is associated and stored in the "new search keyword related information storage unit 55" in FIG.

Next, go to ST23. In ST23, the "registration authority determination processing section (program) 56" in FIG. 6 operates, refers to the "operator attribute information storage section 42" in FIG. 5, and determines whether or not the operator has registration authority. .
Specifically, it is determined whether a flag or the like is attached to the "input authority" associated with the identification number (12345) of the operator in the "operator attribute information storage unit 42".

When it is determined in ST24 that the operator has registration authority, the process proceeds to ST25. In ST25, the "registration authority determination processing unit (program) 56" of FIG. 6 operates, and the "search keyword" stored in the "new search keyword related information storage unit 55" in ST22, for example, "arrhythmia" Then, a "basic expression" such as "palpitation" is newly stored in the "search keyword related information storage unit 34" of FIG. 4 and deleted from the "new search keyword related information storage unit 55".
Further, the "search keyword" such as "arrhythmia" and the "basic expression" such as "palpitations" are displayed on the touch panel 11a.

This "search keyword-related information storage unit 34" is a storage unit that can be used by all terminals 10a for MRs, terminals 10b for academics, etc. that can access the management server 20 in FIG. Department.
Therefore, by positively storing combinations of new "search keywords" and "basic expressions" by operators who have registration authority, the search accuracy of the search keyword management system 1 is improved, and other users such as , the system becomes easy to use for each operator.

Next, go to ST26. In ST26, it is determined whether or not the operator has specified the "search wording" that is the item (wording) displayed on the touch panel 11a. For example, "arrhythmia", "palpitations", etc. are stored in the "retrieval word storage unit 52" of FIG.

Next, go to ST28. In ST28, the ``search execution processing unit (program) 53'' in FIG. 4, the electronic data of the materials in the literature material database 31 of pharmaceutical company A in FIG.

On the other hand, when it is determined in ST24 that the user does not have the "registration authority", the process proceeds to ST29. In ST29, the ``new registration history judgment processing unit (program) 57'' in FIG. ” and a “new basic expression (for example, “palpitations”)” are already registered.

When it is determined in ST30 that the data exists, the process proceeds to ST31. In ST31, the ``new registration history judgment processing unit (program) 57'' operates to add the frequency information of ``+1''.

Next, go to ST32. In ST32, the ``registration number information determination processing unit (program) 61'' in FIG. )” and the “new basic expression (eg, “heartbeat”)” is determined whether or not the “number of times information” associated with the combination is equal to or greater than a predetermined number of times (eg, five times).

When it is determined in ST33 that the number of times is equal to or greater than the predetermined number of times, the process proceeds to ST34. In ST34, the "registration count information judgment processing section (program) 61" in FIG. 7 operates, and when the count information is equal to or greater than a predetermined number (for example, 5 times), this combination is automatically added to the "search keyword" in FIG. stored in the related information storage unit 34" and deleted from the "new search keyword related information storage unit 55".
Further, the "search keyword" such as "arrhythmia" and the "basic expression" such as "palpitations" are displayed on the touch panel 11a.

As described above, this "search keyword-related information storage unit 34" is stored when all terminals 10a for MRs, terminals 10b for academics, etc. that can access the management server 20 of FIG. It is a storage unit that can be used for
In addition, when the operator selects the same new combination of "search keyword" and "basic expression" a predetermined number of times, it is clear that the combination is extremely useful.
Therefore, in this embodiment, when the same combination of "search keyword" and "basic expression" occurs a predetermined number of times, it is automatically stored in the "search keyword related information storage unit 34".
As a result, the search accuracy of the search keyword management system 1 is improved, and the system becomes easy to use for each operator.

Next, go to ST35. In ST35, it is determined whether or not the operator has specified the "search wording" that is the item (wording) displayed on the touch panel 11a. is stored in the "search word storage unit 52" in FIG.

Next, go to ST37. In ST37, the ``search execution processing unit (program) 53'' in FIG. In FIG. 4, the electronic data of the materials in the literature material database 31 of pharmaceutical company A are searched in full text, and the search results are displayed on the touch panel 11a of the MR terminal 10a.

On the other hand, if it is determined in ST33 that the predetermined number of times has not been reached, the process proceeds to ST38. In ST38, the "flag information processing section (program) 62" in FIG. 7 operates to set a "flag" in the combination portion of the "new search keyword related information storage section 55" in FIG.

Next, go to ST39. In ST39, the "search keyword" with the "flag" raised and its "new basic expression" are displayed on the touch panel 11a to prompt the user to specify the search phrase.

Next, go to ST40. In ST40, it is determined whether or not the operator has specified a search term, and if specified, in ST41, the specified "search term" is stored in the "search term storage section 52" of FIG.

Next, go to ST42. In ST42, the ``search execution processing unit (program) 53'' of FIG. ” is deleted.

In addition, the present invention is not limited to the above-described embodiments. In the present embodiment, an example in which information and the like are mainly managed by the management server 20 has been described, but the present invention is not limited to this, and the terminal 10a for MR and the like receives the "search keyword-related information storage section" from the management server 20. 34” and the “new search keyword related information storage unit 55”, a search may be executed offline with the management server 20, and then the result information may be transmitted to the management server 20. do not have.

1... Search keyword management system, 2... Internet network, 3... Base station, 10a... Terminal in charge of MR, 10b... Terminal in charge of academic research, 11a, 11b... Touch panel, 12a, 12b... input button, 13a... terminal control section, 14a... terminal side communication device, 15a... terminal side various information storage section, 20... management server, 21... server control section, 22 Server-side communication device 23 Server-side display 24 Server-side various information input device 30 Server-side first various information storage unit 31 Pharmaceutical company A Document database 32 Input information storage unit 33 Provisional search keyword identification processing unit (program) 34 Search keyword related information storage unit 35 Provisional search keyword storage unit 40. . . Server-side second various information storage unit 41 .. Attribute corresponding search keyword selection processing unit (program) 42 . . . Priority search keyword identification processing unit (program) 45 .. Priority search keyword storage unit 50 . 52 Search word storage unit 53 Search execution processing unit (program) 54 Search keyword list storage unit 55 New search keyword related information storage unit 56 Registration authority determination Processing unit (program) 57 New registration history determination processing unit (program) 60 Server side third various information storage unit 61 Number of registration information determination processing unit (program) 62. ..Flag information processing unit (program), A ..Pharmaceutical company

Claims (4)

a specialized search keyword used for the material information to be searched and for searching the material information;
A memory for pre-storing sales product information, basic expressions for searching for said specialized search keyword, and related information on how said sales product information is used in relation to said specialized search keyword in relation to the place of use. and
The specialized search keyword, the sales product information, the basic expression, and the related information are stored in association with each other with the destination of use,
The basic expression and the product information are input by a searcher, and when it is determined that the specialized search keyword to be searched for related to the place of use exists, the basic expression and the product information are input. and one or more of the specialized search keywords associated with the destination of use, and one or more of the related information associated with the specialized search keyword and the destination of use,
displaying all or part of the specialized search keyword, the related information associated with the specialized search keyword and the place of use, and the input basic expression on a plurality of display units;
A search information management device, wherein a search is executed based on a plurality of items specified by a searcher from the displayed specialized search keyword, the related information, and the input basic expression. When the input searcher attribute information is common to the pre-stored searcher attribute information, the specialized search keyword related to the pre-stored searcher attribute information is prioritized on the display unit. display
When the input basic expression is not included in the pre-stored basic expressions related to the pre-stored specialized search keywords, it is determined whether or not the searcher has authority. 2. The retrieval information management according to claim 1, wherein, when having the authority, the combination of the inputted basic information and the selected corresponding specialized retrieval keyword is stored for other operators. Device. The search information management device
a specialized search keyword used for the material information to be searched and for searching the material information;
pre-stores sales product information for searching for the specialized search keyword, basic expressions, and related information about how the sales product information is used in relation to the use destination with respect to the specialized search keyword;
The specialized search keyword, the sales product information, the basic expression, and the related information are stored in association with each other with the destination of use,
The basic expression and the product information are input by a searcher, and when it is determined that the specialized search keyword to be searched for related to the place of use exists, the basic expression and the product information are input. and one or more of the specialized search keywords associated with the destination of use, and one or more of the related information associated with the specialized search keyword and the destination of use,
displaying all or part of the specialized search keyword, the related information associated with the specialized search keyword and the place of use, and the input basic expression on a plurality of display units;
A control method for a retrieved information management device, characterized by executing a retrieval based on a plurality of items specified by a retriever from the displayed specialized retrieval keyword, the related information, and the input basic expression. . In a search information management device that manages search information,
Sales product information, basic expressions, and technical search keywords used to search for the material information to be searched, and for searching the material information pre-storing relevant information about how it will be used;
a step of storing the specialized search keyword, the sales product information, the basic expression, and the related information in association with the destination of use;
The basic expression and the product information are input by a searcher, and when it is determined that the specialized search keyword to be searched for related to the place of use exists, the basic expression and the product information are input. and one or more of the specialized search keywords associated with the place of use, and one or more of the related information associated with the specialized search keyword and the place of use, and extracting the specialized search keyword , a step of displaying all or part of the relevant information associated with the specialized search keyword and the place of use and the input basic expression on a plurality of display units;
a step of executing a search based on a plurality of items specified by a searcher from the displayed specialized search keyword, the related information, and the input basic expression. Information management program.

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