JP6231205B2 - Output message determination device and output message determination device control method - Google Patents

Description

  The present invention relates to an output message determination device used for an electrical device that outputs a prepared message by voice.

  In recent years, so-called “talking household appliances” that output messages to users as voices have begun to spread.

Japanese Patent Publication “JP 2009-253358 A (published on Oct. 29, 2009)”

  If a household electrical appliance (speech output device) that outputs (speaks) a message utters a message with the same content many times, the user may feel uncomfortable. Patent Document 1 describes a method for selecting a plurality of messages generated from one cause. However, since the method described in Patent Document 1 does not assume the case where the voice output device utters the same content message many times, it cannot be applied to such a case.

  The above problem is particularly noticeable when the same content as the message uttered by the audio output device is posted to an SNS (Social Networking Service). In other words, a message having the same content is posted many times on the SNS, which may cause other users of the SNS to feel unpleasant or miss other users' posts.

  In addition, when the scheduled message is not uttered, there is a problem that the user cannot know that the scheduled message has not been uttered.

  Therefore, the conventional technology is insufficient to realize a “talking household appliance” that can be used comfortably by the user.

  The present invention has been made in view of the above-described problems, and an object thereof is related to message output by voice of a voice output device such as a home appliance, and output that can make the message output comfortable for the user. It is to realize a message determination device and the like.

  In order to solve the above problem, an output message determination device according to an aspect of the present invention is an output message determination device that determines message data to be used for audio output of an audio output device from a plurality of message data. The output message determination device includes: an output data determination unit that determines the message data to be output as voice based on the priority of each of the plurality of message data; and the priority of the message data output as voice Lowering control unit.

  In order to solve the above problem, an output message determination device control method according to an aspect of the present invention provides an output message that determines message data to be used for audio output of an audio output device from a plurality of message data. A control method for a determination device, the control method for the output message determination device including: an output data determination step for determining the message data to be output as a voice based on the priority of each of the plurality of message data; A control step for lowering the priority of the message data output as voice.

  In order to solve the above problem, an output message determination device according to an aspect of the present invention is an output message determination device associated with each of a plurality of audio output devices, and the output message determination device includes: Message data used for voice output of the voice output device is determined from a plurality of message data, and the plurality of message data includes message data common to the voice output devices, and each of the output message determination devices Includes: an output data determination unit that determines the message data to be output based on the priority of each of the plurality of message data, and at least one of the plurality of sound output devices outputs a sound. A control unit for lowering the priority of the common message data.

  In order to solve the above problem, an output message determination device control method according to an aspect of the present invention is a control method for an output message determination device associated with each of a plurality of audio output devices, The output message determination device determines message data to be used for voice output of the voice output device from a plurality of message data, and the plurality of message data includes message data common to each voice output device, The control method of the output message determination device includes the following: an output data determination step for determining the message data to be output based on the priority of each of the plurality of message data, and at least one of the plurality of audio output devices Control to lower the priority of common message data output by two voice output devices Step.

  In order to solve the above problem, a history management apparatus according to an aspect of the present invention is a history management apparatus that manages a history of message data used for voice output by a plurality of voice output devices, The history management device includes: the user information of the user who has generated a trigger for voice output in the voice output device, together with the output message information that is information indicating the message data output by voice The output message stored by the history storage unit from the history storage unit that stores the output message information and the user information in association with each other, and the output message determination device that determines the message data to be output by the voice output device. When the request for acquiring message information is received, the output message information stored in association with the history storage unit is stored. And the history transmission unit that transmits the user information to the output message determination device.

  In order to solve the above-described problem, a write data transmission instruction device according to one aspect of the present invention provides write data posted to an information processing device that provides a service that can be shared by a plurality of users to an external device. The write data transmission instructing device for instructing transmission of the write data transmission instructing device includes: a user-created message that is message data transmitted from the terminal device by the user by the set deadline A posting instruction unit that instructs an external device to transmit write data indicating that the user-created message is not used to the information processing apparatus when it is not used for output.

  According to one aspect of the present invention, the message output by the voice of the voice output device is effective in that the message output can be made comfortable for the user.

It is a block diagram which shows an example of the principal part structure of the electric equipment which concerns on Embodiment 1 of this invention. It is the schematic which shows an example of the output message determination system which concerns on Embodiment 1 of this invention. It is a block diagram which shows an example of a principal part structure of the agent server which concerns on Embodiment 1 of this invention. (A) is a figure which shows the data structure of the audio | voice determination information memorize | stored in the electric equipment shown in FIG. 1, and a specific example, (b) is the message data which the electric equipment shown in FIG. It is a figure which shows an example. It is a flowchart which shows an example of the flow of the output message determination process in the electric equipment shown in FIG. It is a flowchart which shows an example of the flow of the message posting process in the agent server shown in FIG. It is a block diagram which shows an example of the principal part structure of the electric equipment which concerns on Embodiment 2 of this invention. It is the schematic which shows an example of the output message determination system which concerns on Embodiment 2 of this invention. It is a figure which shows the data structure of the log | history information memorize | stored in the log | history management server shown in FIG. 8, and a specific example. It is a flowchart which shows an example of the flow of the output message determination process in the electric equipment shown in FIG. It is a flowchart which shows an example of the flow of the history management process in the history management server shown in FIG. It is a block diagram which shows an example of the principal part structure of the electric equipment which concerns on Embodiment 3 of this invention. It is a flowchart which shows an example of the flow of the output message determination process in the electric equipment shown in FIG. It is a block diagram which shows an example of the principal part structure of the electric equipment which concerns on Embodiment 4 of this invention. It is a figure which shows the data structure of the user determination information memorize | stored in the electric equipment shown in FIG. 14, and a specific example. It is a figure which shows the data structure and specific example of the audio | voice determination information memorize | stored in the electric equipment shown in FIG. It is the schematic which shows an example of the output message determination system which concerns on Embodiment 4 of this invention. It is a figure which shows the data structure of the log | history information memorize | stored in the log | history management server shown in FIG. 17, and a specific example. It is a figure which shows an example of the flow of the output message determination process in the electric equipment shown in FIG. It is a flowchart which shows an example of the flow of the history management process in the history management server shown in FIG. It is a block diagram which shows an example of the principal part structure of the electric equipment which concerns on Embodiment 5 of this invention. It is a flowchart which shows an example of the flow of the output message determination process in the electric equipment shown in FIG. It is a block diagram which shows an example of the principal part structure of the electric equipment which concerns on Embodiment 6 of this invention. It is a figure which shows the data structure of the audio | voice determination information memorize | stored in the electric equipment shown in FIG. 23, and a specific example. It is a figure which shows the example of a screen displayed on the portable terminal which concerns on Embodiment 6 of this invention. It is a flowchart which shows an example of the flow of the message message storage process in the electric equipment shown in FIG. It is a flowchart which shows an example of the flow of the posting request process in the electric equipment shown in FIG. 18 is a flowchart illustrating an example of a flow of message posting processing in the agent server according to the sixth embodiment. 16 is a flowchart illustrating an example of a flow of output message determination processing in an electrical device according to a modification of the sixth embodiment. It is a block diagram which shows an example of the principal part structure of the electric equipment which concerns on Embodiment 7 of this invention. It is a figure which shows the example of a screen displayed on the portable terminal which concerns on Embodiment 7 of this invention. 31 is a flowchart illustrating an example of a flow of output message determination processing in the electrical device illustrated in FIG. 30. It is a block diagram which shows an example of the principal part structure of the electric equipment which concerns on Embodiment 8 of this invention. (A) is a figure which shows the data structure and specific example of the audio | voice determination information memorize | stored in the electric equipment shown in FIG. 33, (b) is the message data which the electric equipment shown in FIG. 33 outputs as a sound. It is a figure which shows an example. It is the schematic which shows an example of the output message determination system which concerns on Embodiment 8 of this invention. It is a block diagram which shows an example of a principal part structure of the agent server which concerns on Embodiment 8 of this invention. It is a figure which shows the data structure and specific example of the message production | generation information memorize | stored in the agent server shown in FIG. It is a flowchart which shows an example of the flow of the output message determination process in the electric equipment shown in FIG. It is a block diagram which illustrated the composition of the computer which can be used as the above-mentioned electric equipment.

[Outline of Embodiment]
First, the outline | summary of Embodiment 1-9 demonstrated below is demonstrated. If an electrical device (speech output device, output message determination device) that outputs a message by voice outputs a message having the same content many times, the user may feel uncomfortable.

  Therefore, when each electrical device according to the first to ninth embodiments outputs a sound, the sound is output based on a score indicating the priority of output in the message data, which is associated with each of a plurality of message data. The message data to be used for the above is determined. When voice is output using the determined message data, the score associated with the message data is lowered (in other words, the priority of the used message data is changed by changing the score). Lower).

  As a result, the priority of the voice output in the message data used for outputting the voice is lowered, so that the possibility that the message having the same content is voiced many times is reduced. Therefore, the user can comfortably use the electric device.

  Hereinafter, Embodiments 1 to 9 will be described in detail. In the following first to ninth embodiments, an output message determination device provided in home appliances such as a refrigerator, an air conditioner, and a cleaning robot will be described as the output message determination device described above. However, the output message determination device according to the present invention is not limited to the one provided in home appliances, and a plurality of message data used for voice output is used to output a voice output device that has a one-to-one correspondence with the own device. The present invention can be applied to any output message determination device that determines message data used to output the message.

Embodiment 1
An embodiment of the present invention will be described below with reference to FIGS.

(Output Message Determination System 700)
First, an output message determination system 700 (write data transmission instruction system) will be described with reference to FIG. FIG. 2 is a schematic diagram of an output message determination system 700.

  As shown in FIG. 2, the output message determination system 700 includes an electric device 10 (voice output device, output message determination device), an agent server 600 (write data transmission device), and a family message board server 610 (information processing device). . In addition, the family message board is accessed by the portable terminals 300 (terminal devices, display devices), 310, and 320 possessed by family members (for example, a father, a mother, a child, etc.), and written and viewed. Can be done. In addition, the electrical device 10 is connected to the agent server 600 by wireless communication. The electrical device 10 is, for example, a refrigerator, an air conditioner, a cleaning robot, or the like, but the type and number are not particularly limited.

  When the user presses a predetermined button provided on the electrical device 10 or a trigger occurs such as when the user enters a shooting area of the camera provided on the electrical device 10, the electrical device 10 utters a message. Output. Furthermore, the electric device 10 transmits the data indicating the message output by voice (for example, the ID of the message output by voice) together with an instruction for posting a writing corresponding to the message on the family message board, the wireless router 100 and the Internet network 200. To the agent server 600. The details of the electric device 10 will be described later. The trigger is not limited to the above example. For example, when the electric device 10 and the user's portable terminal perform short-range communication (NEC), the electric device 10 outputs a message as a voice. May be.

  The agent server 600 manages various data used in the electrical device 10. Further, the agent server 600 writes on the family message board in response to an instruction from the electric device 10. Specifically, the agent server 600 performs writing as an anthropomorphic character of the electric device 10. Thereby, the user who uses a family message board can experience the communication with the electric equipment 10 on the family message board. Details of the agent server 600 will be described later.

  The family message board server 610 is an information processing apparatus that provides a service that allows a plurality of users to share posted write data. Specifically, the entire processing related to the family message board, such as presentation of the display screen of the family message board for the mobile terminals 300, 310, and 320 and management of writing, is performed. As an example of the above processing, a display screen reflecting data transmitted from either the electric device 10 or the mobile terminals 300, 310, and 320 is generated and transmitted to the mobile terminals 300, 310, and 320.

  The portable terminals 300, 310, and 320 are devices for browsing the family message board and writing on the family message board. Although FIG. 2 shows an example in which the mobile terminals 300, 310, and 320 are smartphones, the mobile terminal 300, 310, and 320 are not limited to this as long as they can browse the family message board and write on the family message board. .

  The portable terminal 300 includes an operation unit 301, a voice acquisition unit 302, a storage unit 303, a communication unit 304, a display unit 305, a post generation unit 311, a communication control unit 312, and a display control unit 313 (display unit). Note that the portable terminals 310 and 320 have the same configuration as the portable terminal 300, and thus description thereof is omitted.

  The operation unit 301 is an input device that accepts an input operation by a user. The operation unit 301 detects a touch surface that accepts contact (including approach) of an indicator (such as a finger or a pen), presence or absence of contact between the indicator and the touch surface, and a contact position (coordinates). The touch sensor. The touch sensor may be realized by any sensor as long as it can detect the presence or absence of contact between the indicator and the touch surface. In addition, the operation unit 301 outputs the detected coordinates and the like to the post generation unit 311.

  Note that the operation unit 301 may form a touch panel together with the display unit 305. The operation unit 301 may be a physical key. In this case, the operation unit 301 outputs information indicating the physical key pressed by the user to the post generation unit 311.

  The sound acquisition unit 302 is a so-called microphone that acquires sound emitted around the mobile terminal 300. The voice acquisition unit 302 outputs the acquired voice to the post generation unit 311.

  The storage unit 303 is a storage device that stores various data used in the mobile terminal 300. For example, the storage unit 303 stores image data, video data, and the like, and the user can post the image data, video data, and the like on the family message board.

  The communication unit 304 is a communication device for transmitting and receiving information between the mobile terminal 300 and an external device. For example, the communication unit 304 is controlled by the communication control unit 312 and transmits data to be posted on the family message board to the family message board server 610. Communication unit 304 receives the display screen of the family message board generated by family message board server 610 and outputs the display screen to communication control unit 312.

  The display unit 305 is a display device that displays information processed by the mobile terminal 300 as an image in a display area, and is, for example, an LCD (liquid crystal display). For example, the display unit 305 is controlled by the display control unit 313 to display the display screen of the family message board.

  Post generation unit 311 generates data (post data) to be transmitted to family message board server 610. The posting generation unit 311 generates character string data based on the coordinate information input from the operation unit 301, and reads image data, video data, and the like stored in the storage unit 303. In addition, when a sound is input to the sound acquisition unit 302, the post generation unit 311 generates sound data from the sound. Then, the posting generation unit 311 supplies these data to the communication control unit 312 as posting data.

  The communication control unit 312 controls the communication unit 304. For example, the communication control unit 312 transmits post data generated by the post generation unit 311 to the family message board server 610 via the communication unit 304. Further, the communication control unit 312 supplies the display screen of the family message board received from the family message board server 610 via the communication unit 304 to the display control unit 313.

  The display control unit 313 controls the display unit 305. For example, the display control unit 313 causes the display unit 305 to display the display screen of the family message board supplied from the communication control unit 312.

  In addition, about the other member generally provided in the portable terminal 300, since the relevance with this invention is thin, description here is abbreviate | omitted.

(Main components of the electric device 10)
Next, with reference to FIG. 1, the principal part structure of the electric equipment 10 is demonstrated. FIG. 1 is a block diagram illustrating an example of a configuration of a main part of an electric device 10 according to the present embodiment. The electric device 10 includes an input unit 11 (detection unit), a control unit 12, a storage unit 13, an audio output unit 14, and a communication unit 15. The electric device 10 is integrated with the output message determination device 1 (the output message determination device 1 is provided inside the electric device 10). In FIG. 1, an output message determination device 1 is a portion surrounded by a broken line. In addition, when the electric apparatus 10 and the output message determination apparatus 1 are united, it can also be expressed that the electric apparatus 10 is an output message determination apparatus. The same applies to other embodiments. The output message determination device 1 may be configured to be detachable from the electric device 10. That is, the function of the output message determination device 1 may be provided in a network adapter that can be attached to and detached from the electrical device 10. The communication unit 15 may be provided outside the output message determination device 1. Moreover, since the member which implement | achieves the general function (For example, the cooling function in case the electric device 10 is a refrigerator, etc.) in the electric equipment 10 has little relation with this invention, the description and illustration to FIG. Is omitted. The same applies to the following second to ninth embodiments.

  The output message determination device 1 may be a separate body from the electric device 10. In this case, the output message determination device 1 is configured to be able to communicate with the electrical device 10. The same applies to the following second to ninth embodiments.

  The input unit 11 is an input device for generating a trigger for the electric device 10 to output a voice message. In other words, the input unit 11 is a detection device that detects a user existing in the vicinity of the own apparatus. The input unit 11 is, for example, a physical key. When the user presses the physical key, the trigger is generated, and the electric device 10 outputs a voice message. The input unit 11 may be a touch panel. In addition, UI parts imitating keys may be displayed on the touch panel.

  The input unit 11 may be a camera. In this case, when the user enters an imaging area that is an area where the camera can take an image, the trigger is generated and the electric device 10 outputs a voice message.

  The input unit 11 is information indicating that a trigger has occurred, for example, information indicating that a physical key has been pressed, information on coordinates touched on the touch panel (coordinates where UI parts are displayed), or Information indicating that the image has been taken is supplied to a score determination unit 21 (output data determination unit) described later.

  The audio output unit 14 is a so-called speaker that outputs audio. An existing speaker can be used as the audio output unit 14.

  The communication unit 15 is a communication device for transmitting and receiving information between the electric device 10 and an external device. The communication unit 15 responds to, for example, data indicating a random message output as voice (message ID of the random message) and the random message generated by the post instruction unit 24 (second post instruction unit) described later. An instruction (an output notification posting request) for posting the written message on the family message board is transmitted to the agent server 600 (external device). Further, the communication unit 15 receives voice determination information including message data of a plurality of random messages transmitted from the agent server 600 and a message ID indicating the random message. Details of the voice determination information will be described later.

  The storage unit 13 is a storage device that stores various data used in the electrical device 10, specifically, the output message determination device 1. The storage unit 13 includes a voice determination information storage unit 31 and a message data storage unit 32 (message storage unit).

  The message data storage unit 32 stores message data that the electrical device 10 outputs as sound. Here, details of the message data will be described with reference to FIG. FIG. 4B is a diagram illustrating an example of message data stored in the electric device 10. Note that the message data stored in the message data storage unit 32 may be text data or voice data. Further, text data and voice data may be stored in association with each other.

  The electric device 10 outputs a sound according to one message data among the message data stored in advance in the message data storage unit 32. For example, when a voice is output according to the message data whose message ID is V001 shown in FIG. 4B, the electric device 10 outputs a voice “Let me know from now on”. Here, since the user does not know in advance what kind of sound the electric device 10 will output, the sound output by the electric device 10 is sound that is randomly selected from a plurality of message data and output. It can be said that there is. Therefore, hereinafter, the message data stored in advance in the message data storage unit 32 is referred to as a random message. The voice determination information 31a described later is information for determining which message data is used to output a voice from among the plurality of random messages.

  Note that the number of random messages and the content of the messages are not limited to the example shown in FIG. FIG. 4B is a table format for explaining a random message, but information of such a data structure may actually be stored in the message data storage unit 32. In this case, voice is output by converting character string data stored in the “message” column into voice data. Further, as described above, the voice data may be associated with the message ID and the character string data and stored in the message data storage unit 32. In this case, sound is output by reading out sound data.

  In the message data storage unit 32, the message contents are the same, but different message IDs may be stored in association with voice data having different voice levels, output times, and inflections.

  The voice determination information storage unit 31 stores voice determination information for determining a voice message output from the electrical device 10. The voice determination information is stored in the voice determination information storage unit 31 by the random message control unit 25 described later. Here, the details of the voice determination information will be described with reference to FIG. FIG. 4A is a diagram illustrating a data structure and a specific example of the voice determination information 31a stored in the electric device 10.

  As shown in FIG. 4A, the voice determination information 31a is information in which a message ID and a score are associated with each other. Note that, as shown in FIG. 4A, the voice determination information 31a is information in a table format, and the data structure of the voice determination information 31a is not limited to this example.

  The “message ID” column stores a message ID that is information indicating each random message stored in the message data storage unit 32. The message ID is the data name of the random message as described above, and will be described as a character string consisting of alphanumeric characters. However, the message ID is not particularly limited as long as each random message can be identified.

  In the “score” column, information specifying a magnitude relationship for indicating a priority when a random message is output as voice is stored. For example, in the “score” column, as shown in FIG. 4A, any of five types of numerical values 20, 40, 60, 80, and 100 with 100 as the maximum value may be stored. Any one of five alphabets A to E having A as the maximum value may be stored. Moreover, although the score of the above two examples has five levels, it is not limited to this. For example, the stored numerical value may be 0, 50, or 100 with 100 as the maximum value, that is, the score may be three stages. Further, the maximum value of the score is not limited to 100, and the minimum value of the score is not limited to 0 or 20 described above.

  As described above, the information stored in the “score” column indicates the priority when determining a random message to be output as speech from the random message stored in the message data storage unit 32. That is, in the case of the example of FIG. 4A, the priority is higher as the numerical value associated with the message ID is larger. In other words, the random message indicated by the message ID having a large associated numerical value is more likely to be output as voice. Specifically, in the example of FIG. 4A, since the score of a random message whose message IDs are V002 and V009 is 100, the possibility of being output as speech is the highest. Here, if there is no message ID with a score of 100, the random message that is most likely to be output as speech is a random message indicated by the message ID with a score of 80.

  The control unit 12 performs overall control of each unit included in the electrical device 10. The control unit 12 includes a score determination unit 21, an output voice acquisition unit 22, a score control unit 23 (control unit), a posting instruction unit 24, and a random message control unit 25.

  The score determination unit 21 specifies a message ID having the highest score. Specifically, when the score determination unit 21 acquires information indicating that a trigger has occurred from the input unit 11, the score determination unit 21 confirms the voice determination information 31 a stored in the voice determination information storage unit 31. Then, the message ID having the highest score is specified from the voice determination information 31a. Here, when there are a plurality of message IDs having the highest score, all message IDs having the highest score are identified, and one message ID is selected at random from the identified message IDs, thereby obtaining one message. Specify the ID. Then, the score determination unit 21 supplies the identified message ID to the output voice acquisition unit 22.

  In the example of FIG. 4A, the score determination unit 21 specifies V002 and V009 having a score of 100 as the message ID having the highest score. Then, one is randomly selected from V002 and V009, for example, V002, and the selected V002 is supplied to the output voice acquisition unit 22 as the specified message ID. Here, if a message ID having a score of 100 is not included in the voice determination information 31a, a message ID having a score of 80 is specified and the specified message ID is supplied to the output voice acquisition unit 22.

  The output voice acquisition unit 22 acquires message data (random message) output as voice. Specifically, the output voice acquisition unit 22 reads out message data having the message ID supplied from the score determination unit 21 as a data name. Then, sound is output from the sound output unit 14 in accordance with the read message data. The output voice acquisition unit 22 supplies the message ID of the message data output as voice to the score control unit 23 and the posting instruction unit 24.

  The score control unit 23 changes the score associated with the message ID. Specifically, when the message control ID is supplied from the output voice acquisition unit 22, the score control unit 23 specifies the supplied message ID from the voice determination information 31 a stored in the voice determination information storage unit 31. . Then, the score associated with the identified message ID is changed.

  More specifically, the score control unit 23 decreases the numerical value associated with the identified message ID. In other words, the numerical value associated with the message ID of the random message output as voice is lowered. For example, in the case where the score is in the five stages of 20 to 100 described above, when the numerical value associated with the identified message ID (the message ID of the random message output as voice) is 100, the numerical value is 80. To. For example, when the numerical value associated with the identified message ID is 60, the numerical value is set to 40. Thereby, the possibility that the score associated with the message ID of the random message output as voice is the highest value in the voice determination information 31a is reduced. Therefore, since the possibility that the same sound is continuously output from the electric device 10 is reduced, the user can comfortably use the electric device 10.

  In the above example, the score of 5 levels is determined in advance (5 levels of 20, 40, 60, 80, 100), and the example of lowering the score of the random message output as speech has been described, The score changing process by the score control unit 23 is not limited to this example. For example, the score of a random message output as speech may be determined using a calculation formula such as “score after voice output = (maximum score) + {(number of utterances) × (negative constant)}”. Good. The negative constant may be the same in the scores associated with all the message IDs, or a different value may be set for each message ID.

  Note that the score control unit 23 may change all the scores to the maximum values when all the scores stored in the voice determination information 31a are the minimum values. Further, the score control unit 23 may delete the random message having the minimum score, obtain a new random message from an external server, and store the new random message in the message data storage unit 32.

  The random message output immediately before may not be selected. For example, in the voice determination information 31a, the message ID and the score are recorded in association with the previous output information indicating whether or not the message was output immediately before, and the random message of the message ID is output immediately before the previous output information. If it is indicated that the score has been set, the score determination unit 21 may not select the message ID even if the score of the message ID is the largest value in the voice determination information 31a. Thereby, since the audio | voice of the same content is no longer output continuously, the user can use the electric equipment 10 more comfortably.

  The posting instruction unit 24 instructs to write on the family message board as the electric device 10. Specifically, when the message ID is supplied from the output voice acquisition unit 22, the posting instruction unit 24 is an output notification posting request that is an instruction for posting to the family message board writing according to the message data output as voice. Is transmitted to the agent server 600 via the communication unit 15 together with the supplied message ID.

  The random message control unit 25 manages message data (random messages) received from the agent server 600. Specifically, when the random message control unit 25 receives message data and voice determination information from the agent server 600, the random message control unit 25 converts the data stored in the voice determination information storage unit 31 and the message data storage unit 32 into the received data. change. More specifically, if any of the received message data is not stored in the message data storage unit 32, the random message control unit 25 stores the message data in the message data storage unit 32. Further, if the message data stored in the message data storage unit 32 is not included in the received message data, the message data may be deleted.

(Main components of the agent server 600)
Next, with reference to FIG. 3, the principal part structure of the agent server 600 is demonstrated. FIG. 3 is a block diagram illustrating an example of a main configuration of the agent server 600 according to the present embodiment. The agent server 600 includes a communication unit 601, a control unit 602, and a storage unit 603.

  The communication unit 601 is a communication device for transmitting and receiving information between the agent server 600 and an external device. For example, the communication unit 601 receives a message ID indicating a random message output as a sound and an output notification posting request generated by the posting instruction unit 24 from the electrical device 10, and a post data generation unit 623 (not output) to be described later (Information receiving unit, write data transmitting unit). Communication unit 15 transmits the posted data output from posted data generation unit 623 to family message board server 610. Further, the communication unit 15 transmits the message data output from the message data control unit 622 and the voice determination information output from the voice determination information generation unit 621 to the electric device 10.

  The control unit 602 performs overall control of each unit included in the agent server 600. The control unit 602 includes a voice determination information generation unit 621, a message data control unit 622, and a posting data generation unit 623.

  The posting data generation unit 623 generates posting data for causing the family message board server 610 to create a writing to be posted on the family message board. Specifically, when the posting data generation unit 623 receives a message ID indicating a random message output as a voice from the electrical device 10 via the communication unit 601 and an output notification posting request, the posting data generation unit 623 responds to the received message ID. The read data is read from all message data storage unit 631. More specifically, the posting data generation unit 623 stores text data (text data indicating the content of message data) and image data associated with the received message ID stored in the all message data storage unit 631. (Image data indicating the electrical device 10) and the like are read, and post data is generated from the read data. In addition, audio data or video data may be added to the posted data. Post data generation unit 623 then transmits the generated post data to family message board server 610 via communication unit 601.

  The message data control unit 622 manages message data stored in the agent server 600 (all message data storage unit 631). Specifically, when the message data control unit 622 receives message data from the outside via the communication unit 601, the message data control unit 622 stores the received message data in the all message data storage unit 631. At this time, all message data storage unit 631 stores the received message data with a message ID indicating the message data. For example, the message data may be voice data created by a user using a portable terminal, or voice data generated by an administrator of the agent server 600. In the former case, the voice data is transmitted to the agent server 600 via the family message board server 610.

  In addition, the message data control unit 622 reads at least a part of the message data stored in the all message data storage unit 631, and voices together with all the read message data and the message IDs of all the read message data. The information is supplied to the decision information generation unit 621.

  Note that the message data control unit 622 may specify an electrical device that transmits message data when there are a plurality of electrical devices. At this time, the message data control unit 622 may further supply information (for example, a device ID described later) indicating the transmission destination electrical device to the voice determination information generation unit 621. The case where there are a plurality of electric devices will be described in detail in Embodiments 2 and 3 described later.

  Further, the message data control unit 622 may supply information (for example, a user ID described later) indicating the user to the voice determination information generation unit 621 when the electric device has a voice determination information for each user. . The configuration in which the electric device has the voice determination information for each user will be described in detail in Embodiments 4 and 5 described later.

  The sound determination information generation unit 621 generates sound determination information to be transmitted to the electrical device 10. Specifically, when the message ID is supplied from the message data control unit 622, the voice determination information generation unit 621 generates voice determination information including all the supplied message IDs. At this time, the scores associated with each message ID are all maximum values (initial scores). That is, the scores included in the voice determination information at the time point generated by the voice determination information generation unit 621 are all predetermined values. In addition, the score (that is, the initial score) associated with the message data that has never been output by voice can be expressed as a predetermined value. And the audio | voice determination information generation part 621 transmits the produced | generated audio | voice determination information to the electric equipment 10 via the communication part 601 with the message data supplied with message ID.

  When the message data control unit 622 is also supplied with information indicating the transmission destination electrical device, the voice determination information generation unit 621 transmits the message data and the voice determination information to the electrical device indicated by the information. In addition, when the information indicating the user is also supplied from the message data control unit 622, the voice determination information generation unit 621 associates the information indicating the supplied user with the generated voice determination information. Send to.

  The timing for transmitting the message data and the voice determination information to the electric device 10 is first when the electric device 10 is activated and communication with the agent server 600 is established. Then, after that, the message data control unit 622 reads message data of a combination different from the combination of message data transmitted to the electrical device 10 at regular intervals thereafter. Then, the voice determination information generation unit 621 generates voice determination information including all the message IDs of the read message data, and transmits the message data and the voice determination information to the electric device 10. Note that the message data control unit 622 may read the message data when there is a transmission request from the electric device 10 instead of reading the message data periodically. Further, the voice determination information generation unit 621 may store the generated voice determination information in the storage unit 603.

  The storage unit 603 is a storage device that stores various data used in the agent server 600. The storage unit 603 includes an all message data storage unit 631.

  The all message data storage unit 631 stores all message data that the electrical device 10 outputs as voice. As described above, at least a part of the message data stored in the entire message data storage unit 631 is transmitted to the electric device 10. In other words, all message data storage unit 631 stores message data that may be transmitted to electric device 10 and output as voice, and message data that has not been transmitted to electric device 10. Note that the details of the message data are the same as in FIG. 4B, and the description thereof is omitted here.

(Flow of output message determination processing)
Next, the flow of output message determination processing executed by the electrical device 10 (output message determination device 1) will be described with reference to FIG. FIG. 5 is a flowchart illustrating an example of the flow of output message determination processing in the electrical device 10. Note that FIG. 5 illustrates an example in which the trigger that the electrical device 10 outputs a sound is that the user presses a speech button provided in the electrical device 10. That is, the input unit 11 described above includes an utterance button. The same applies to the flowchart of the output message determination process described below.

  FIG. 5 shows processing after the random message control unit 25 changes the data stored in the voice determination information storage unit 31 and the message data storage unit 32. The same applies to the flowchart of the output message determination process described below.

  When the user presses the utterance button (YES in S1), the input unit 11 supplies information indicating that the utterance button has been pressed to the score determination unit 21. Subsequently, when the information indicating that the utterance button has been pressed is supplied, the score determination unit 21 specifies the message ID having the highest score (S2, output data determination step). Specifically, the score determination unit 21 confirms the voice determination information 31a stored in the voice determination information storage unit 31, and identifies the message ID having the highest associated score. Here, the score determination unit 21 checks whether or not there are a plurality of supplied message IDs (S3). When there are a plurality (YES in S3), the score determination unit 21 specifies a message ID by randomly selecting one from the plurality of supplied message IDs (S4). When there is one message ID having the highest score (NO in S3), the score determination unit 21 omits step S4. Then, the score determination unit 21 supplies the identified message ID to the output voice acquisition unit 22.

  The output voice acquisition unit 22 reads out message data (random message) corresponding to the selected message ID from the message data storage unit 32 (S5). Then, the output sound acquisition unit 22 causes the sound output unit 14 to output sound according to the read message data (S6). Then, the output voice acquisition unit 22 supplies the message ID of the random message output as voice to the score control unit 23 and the posting instruction unit 24.

  When the message ID is supplied, the posting instruction unit 24 generates an output notification acquisition request and transmits the supplied message ID and the output notification posting request to the agent server (S7).

  Subsequently, when the message control unit 23 is supplied with the message ID, the score control unit 23 lowers the score associated with the message ID and stored in the voice determination information storage unit 31 (S8, control step). Specifically, the score control unit 23 lowers the score associated with the supplied message ID by one step. For example, in the case where the score is in the above-mentioned 5 levels of 20 to 100 and the score is 80, the score is lowered by 1 level to 60. In addition, as a result of lowering the score associated with the supplied message ID by one level, when all the scores included in the voice determination information 31a become the minimum value, all the scores included in the voice determination information 31a May be changed to the maximum value. This is the end of the output message determination process.

  Further, any of step S5 and step S6, step S7, and step S8 may be performed first. That is, unlike the example described above, step S8 may be performed prior to step S7, or step S8 may be performed before steps S5 and S6 are performed.

(Message submission process flow)
Next, the flow of message posting processing executed by the agent server 600 will be described with reference to FIG. FIG. 6 is a flowchart showing an exemplary flow of message posting processing in the agent server 600.

  First, when the posting data generation unit 623 receives the message ID and the output notification posting request (YES in S11), the posting data generation unit 623 reads the posting data corresponding to the message ID (S12). Specifically, the posting data generation unit 623 stores text data (text data indicating the content of message data) and image data (text data indicating the contents of the message data) stored in the all message data storage unit 631 and associated with the received message ID. Image data indicating the electric device 10) is read out, and post data is generated from the read out data.

  Subsequently, the posted data generation unit 623 transmits the posted data to the family message board server 610 (S13). Specifically, post data generation unit 623 transmits the generated post data to family message board server 610 via communication unit 601.

(Operational effect of the output message determination device according to the first embodiment)
As described above, the output message determination device 1 according to the present embodiment uses the voice determination information 31a as voice from the message data (random message) indicated by the message ID having the highest score associated with the message ID. Determine the message data to be output. Then, the score associated with the message ID of the message data output as voice is lowered.

  As a result, when the voice is output next time, it is unlikely that the score associated with the message ID of the random message output as the voice immediately before is the highest value in the voice determination information 31a. That is, it is less likely that the random message output immediately before as a voice is selected continuously. Accordingly, since the same content of audio is not continuously output from the electrical device 10 or repeatedly at short intervals, the user can comfortably use the electrical device 10.

[Embodiment 2]
The following will describe another embodiment of the present invention with reference to FIGS. For convenience of explanation, members having the same functions as those described in the embodiment are given the same reference numerals, and descriptions thereof are omitted.

  The electrical device 20 (sound output device, output message determination device) according to the present embodiment is one of a plurality of electrical devices installed in a user's home. Hereinafter, the electric device 20 may be referred to as a first electric device 20a, a second electric device 20b, and a third electric device 20c. Here, the first electric device 20a will be described as an example. The first electric device 20a is not limited to its own device, but may be another electric device set in the user's home (second electric device 20b). When the random message is output as a voice by the third electrical device 20c or the like, the score associated with the message ID of the random message is lowered (that is, the random message is message data common to the plurality of electrical devices 20). is there). This configuration is the same for the second electric device 20b and the third electric device 20c.

(Main components of the electric device 20)
First, with reference to FIG. 7, the structure of the principal part of the electric device 20 will be described. FIG. 7 is a block diagram illustrating an example of a main configuration of the electric device 20 according to the present embodiment. In the block diagrams of the second to seventh embodiments, the arrows relating to the random message control unit 25 and the random message control unit 25 described in the first embodiment are omitted in consideration of the visibility of the drawings. That is, the electrical devices in the second to seventh embodiments after this embodiment have the random message control unit 25, but are not shown in the block diagram.

  The electric device 20 includes a control unit 17 instead of the control unit 12 in the electric device 10 described in the first embodiment. The electrical device 20 is integrated with the output message determination device 2. That is, the output message determination device 2 is associated with each of the plurality of electrical devices 20. In FIG. 7, a part surrounded by a broken line is the output message determination device 2. The output message determination device 2 may be configured to be detachable from the electric device 20. That is, the function of the output message determination device 2 may be provided in a network adapter that can be attached to and detached from the electrical device 20.

  The control unit 17 performs overall control of each unit included in the electrical device 20. The control unit 17 includes a posting instruction unit 24, a score control unit 26, a score determination unit 27 (output data determination unit), and an output voice acquisition unit 28. Since the posting instruction unit 24 has already been described in the first embodiment, the description thereof is omitted here.

  The score control unit 26 changes the score associated with the message ID. Specifically, when the score control unit 26 acquires information indicating that a trigger has occurred from the input unit 11, an output information acquisition request is sent to a history management server 500 (history management device) described later via the communication unit 15. (Used message information acquisition request) is transmitted. Then, the output information 504 b is received from the history management server 500 via the communication unit 15. The output information 504b in the present embodiment indicates one or more message IDs included in the history information 504a stored in the history management server 500. The output information acquisition request is an instruction to transmit the output information 504b to the history management server 500 in order to cause the electrical device 20 to transmit the output information 504b. In the present embodiment, the score control unit 26 outputs information to the history management server 500 when acquiring information indicating that a trigger has occurred from the input unit 11 (for example, when the user presses the utterance button). Although the information acquisition request is transmitted, the configuration is not limited to this configuration. For example, the score control unit 26 may periodically transmit the output information acquisition request to the history management server 500.

  The score control unit 26 can acquire the message ID of the random message output as voice in the output message determination system 800 by acquiring the output information 504b. And the score control part 26 changes the score matched with acquired message ID in the audio | voice determination information 31a memorize | stored in the audio | voice determination information storage part 31. FIG. The details of the change are the same as the function of the score control unit 23 described in the first embodiment, and thus the description thereof is omitted here. And the score control part 26 will supply the information which shows that the trigger generate | occur | produced to the score determination part 27, if the change of a score is completed.

  The score determination unit 27 specifies a message ID having the highest score. When the score determination unit 21 is supplied with information indicating that a trigger has been generated from the score control unit 26, the score determination unit 21 confirms the voice determination information 31 a stored in the voice determination information storage unit 31. Then, the message ID having the highest score is specified from the voice determination information 31a. The specific details of the message ID are the same as the function of the score determination unit 21 described in the first embodiment, and thus the description thereof is omitted here. Then, the score determination unit 27 supplies the identified message ID to the output voice acquisition unit 28.

  The output voice acquisition unit 28 acquires message data (random message) output as voice. In addition to the function of the output sound acquisition unit 22 described in the first embodiment, the output sound acquisition unit 28 transmits a message ID of a random message output as sound to the history management server 500 described later via the communication unit 15.

(Output Message Determination System 800)
Next, the output message determination system 800 will be described with reference to FIG. FIG. 8 is a schematic diagram of an output message determination system 800. In the output message determination system 800, as in the output message determination system 700 described in the first embodiment, each electric device (first electric device 20a, second electric device 20b, and third electric device). 20c) is a configuration capable of communicating with the agent server 600 via the wireless router 100 and the Internet network 200. Also in the output message determination system 800, the family message board can be accessed by the mobile terminals 300, 310, and 320 possessed by family members. However, since agent server 600, family message board server 610, family message board, and portable terminals 300, 310, and 320 have already been described in the first embodiment, description thereof is omitted in FIG.

  As shown in FIG. 8, each electric device (first electric device 20a, second electric device 20b, and third electric device 20c) installed in the user's home includes a wireless router 100 and an Internet network 200. The history management server 500 is communicable via the network.

  The history management server 500 is a server that stores, as history information 504a, a message ID of a random message output by each electric device as a voice. The history management server 500 includes a communication unit 501, a history information update unit 502, an output information generation unit 503, and a history information storage unit 504. Note that the history management server 500 and the agent server 600 may be the same server.

  The communication unit 501 is a communication device for transmitting and receiving information between the history management server 500 and an external device. For example, the communication unit 501 receives a message ID from each electric device included in the output message determination system 800. Then, the communication unit 501 supplies the received message ID to the history information update unit 502. In addition, the communication unit 501 receives an output information acquisition request from each electric device. Then, the communication unit 501 supplies the received output information acquisition request to the output information generation unit 503. Further, the communication unit 501 transmits the output information 504b supplied from the output information generation unit 503 to the electrical device that has transmitted the output information acquisition request.

  The history information storage unit 504 is a storage device that stores history information 504a that is a history of random messages output as speech by each electrical device included in the output message determination system 800. Here, the details of the history information 504a will be described with reference to FIG. FIG. 9 is a diagram illustrating a data structure and a specific example of the history information 504a stored in the history management server 500. As shown in FIG. 9, the history information 504a is an example of table format information, and the data structure of the history information 504a is not limited to this example.

  The “message ID” column stores a message ID that is information indicating each random message stored in the message data storage unit 32. This message ID is a message ID of a random message output as a voice in each electric device. In the “output information transmitted device ID” column, a device ID for identifying the electric device 20 is stored. The device ID stored in the column is a device ID indicating the electrical device 20 to which the associated message ID is transmitted as output information. For example, message IDs V003 are associated with device IDs A001 and A002. This indicates that the message ID V003 has been transmitted to the electrical device 20 indicated by A001 and A002 as output information.

  Hereinafter, the message ID and the output information transmitted device ID associated with the message ID are collectively referred to as a history record 504c.

  The history information update unit 502 updates the history information 504a. Specifically, when the message ID is supplied from the communication unit 501, the history information update unit 502 adds a history record 504 c including the received message ID to the history information storage unit 504. At this time, no device ID is stored in the output information transmitted device ID of the added history record 504c.

  The output information generation unit 503 generates output information 504b. Specifically, when the output information acquisition request from the electrical device 20 is supplied from the communication unit 501, the output information generation unit 503 specifies the device ID of the electrical device 20 that has transmitted the output information acquisition request. Note that the output information generation unit 503 may be configured to identify the device ID by reading the device ID included in the output information acquisition request, or the device ID of the transmission destination electrical device 20 using other information. The structure which can identify | isolate may be sufficient.

  Further, when an output information acquisition request is supplied, the output information generation unit 503 reads a message ID included in the history information 504a stored in the history information storage unit 504. At this time, the output information generation unit 503 reads a message ID in which the identified device ID is not stored in the cell of the output information transmitted device ID with reference to the column of “output information transmitted device ID”. Then, the output information generation unit 503 sets the read message ID as output information 504b. Then, the output information generation unit 503 transmits the output information 504b to the electrical device 20 that has transmitted the output information acquisition request via the communication unit 501. For example, when an output information acquisition request is transmitted from the electrical device 20 whose device ID is A001, the output information generation unit 503 stores A001 in the cell of the device ID for which output information has been transmitted from the history information 504a illustrated in FIG. The message IDs V008 and V005 that have not been read are read out as output information 504b. Thereby, it is possible to prevent the same message ID from being transmitted to the electrical device 20 to which the message ID has already been transmitted, that is, the score associated with the message ID from being doubled.

  Then, in the history information 504a, the output information generation unit 503 adds the device ID of the electrical device 20 that is the transmission destination of the output information 504b to the cell of the output information transmitted device ID in the message ID included in the transmitted output information 504b. to add. For example, when the output information generation unit 503 transmits the output information 504b including the message IDs V008 and V005 to the electric device 20 having the device ID A001, the output information generation unit 503 displays the history information 504a illustrated in FIG. A001 is added to the cell of the device ID that has already transmitted the output information in V008 and V005.

  When the output information transmission unit ID cell includes a history record 504c in which the device IDs of all the electrical devices 20 included in the output message determination system 800 are stored, the output information generation unit 503 stores the history record 504c. Is deleted. This means that the message ID included in the history record 504c is transmitted as output information 504b to all the electrical devices 20 included in the output message determination system 800. In other words, the message ID is not included in the output information 504b and transmitted to the electric device 20 thereafter. Therefore, by deleting the history record 504c including such a message ID, the capacity of data stored in the history information storage unit 504 can be reduced.

(Flow of output message determination processing)
Next, with reference to FIG. 10, the flow of output message determination processing executed by the electrical device 20 (output message determination device 2) will be described. FIG. 10 is a flowchart illustrating an example of the flow of output message determination processing in the electrical device 20.

  When the user presses the utterance button (YES in S21), the input unit 11 supplies the score control unit 26 with information indicating that the utterance button has been pressed. Subsequently, when the information indicating that the utterance button has been pressed is supplied, the score control unit 26 transmits an output information acquisition request to the history management server 500 via the communication unit 15 (S22). Subsequently, when the output information 504b is received from the history management server 500 (YES in S23), the score control unit 26 lowers the score associated with the message ID included in the output information 504b (S24). The specific content of the process for lowering the score in step S24 is the same as the process in step S8 in FIG. Then, the score control unit 26 supplies information indicating that the utterance button has been pressed to the score determination unit 27.

  Further, the content of the processing from step S25 to step S30 is the same as the processing from step S2 to step S7 in FIG.

  Finally, the output voice acquisition unit 28 transmits the message ID of the output message data (random message) and the output date and time to the history management server 500 via the communication unit 15 (S31). Note that any of step S28 and step S19, step S30, and step S31 may be performed first.

(Flow of history management processing)
Next, a flow of history management processing executed by the history management server 500 will be described with reference to FIG. FIG. 11 is a flowchart illustrating an example of a flow of history management processing in the history management server 500.

  First, when the communication unit 501 receives a message ID from the electrical device 20 (YES in S41), the communication unit 501 supplies the received message ID to the history information update unit 502. The history information update unit 502 adds the supplied message ID to the history information 504a stored in the history information storage unit 504 (S42). Specifically, a history record 504 c including the received message ID is added to the history information storage unit 504. At this time, no device ID is stored in the output information transmitted device ID of the added history record 504c.

  Subsequently, when the communication unit 501 receives an output information acquisition request from the electrical device 20 (YES in S43), the communication unit 501 supplies the output information generation request to the output information generation unit 503. When receiving the output information acquisition request, the output information generation unit 503 identifies the device ID of the electrical device 20 that has transmitted the output information acquisition request (S44).

  Subsequently, the output information generation unit 503 reads a message ID that is not associated with the identified device ID and sets it as output information 504b (S45). Specifically, the output information generation unit 503 reads from the history information 504a stored in the history information storage unit 504 all message IDs in which the device ID specified in the cell of the output information transmitted device ID is not stored. , Output information 504b.

  Subsequently, the output information generation unit 503 transmits the output information 504b to the electric device 20 indicated by the specified device ID (S46). Then, the device ID of the destination electrical device 20 is associated with the message ID included in the transmitted output information 504b (S47). Specifically, the device ID of the transmission destination electrical device 20 is stored in the cell of the output information transmitted device ID in the history record 504c including the message ID included in the transmitted output information 504b.

  Subsequently, the output information generation unit 503 determines whether or not there is a history record 504c in which the device IDs of all the electric devices 20 included in the output message determination system 800 are stored in the cell of the output information transmitted device ID. (S48). When there is such a history record 504c (YES in S48), the output information generation unit 503 deletes the history record 504c from the history information 504a (S49). Thus, the history management process according to the present embodiment ends.

  When there is no history record 504c in which the device IDs of all the electrical devices 20 included in the output message determination system 800 are stored in the cell of the device ID having the output information transmitted (NO in S48), the output information generation unit 503 Step S49 is omitted. Then, the history management process according to the present embodiment ends.

(Operational effect of the output message determination device according to the second embodiment)
As described above, the output message determination device 2 included in the electric device 20 according to the present embodiment causes the history management server 500 to transmit the message ID of the random message output as a voice. And when the trigger which outputs an audio | voice generate | occur | produces, the output information 504b is acquired from the log | history management server 500, The message ID contained in the output information 504b and the score matched in the audio | voice determination information 31a are lowered | hung.

  That is, the output message determination device 2 according to the present embodiment has a score associated with the message ID of the random message output as a sound by the electric device 20 included in the output message determination system 800 in the sound determination information 31a. Lower.

  Thereby, for example, the possibility that the second electric device 20b outputs the same audio as the first audio output by the first electric device 20a is reduced. In other words, in a predetermined area (for example, the entire user's house), the user does not hear the same content continuously or repeatedly at short intervals. Therefore, audio output from a plurality of audio output devices can be made comfortable for the user.

  Note that the predetermined area is not limited to the entire user's house, and may be, for example, one room in the user's house. Further, the level, output time, inflection, expression, and the like of the output voice may be changed for the message data associated with the same message ID for each electric device 20. For example, the voice output from the first electrical device 20a is a male voice or masculine expression (eg, the ending is "..."), and the voice output from the second electrical device 20b is a female voice. It may be a voice or feminine expression (for example, the ending is "... yo"). The same applies to other embodiments in which a plurality of electrical devices are present.

[Embodiment 3]
The following will describe still another embodiment of the present invention with reference to FIGS.

  In the second embodiment, the configuration has been described in which the electrical device (for example, the first electrical device 20a) reflects the voice output in the own device on the score of the random message in the other electrical device via the history management server 500.

  On the other hand, in the present embodiment, a configuration will be described in which the electric device 30a reflects the voice output in the own device on the score of the random message in the other electric device 30b without going through the history management server 500. That is, the electrical devices in the present embodiment can communicate with each other. In addition, the communication means of each electric device is not particularly limited. The electrical device 30a and the electrical device 30b described above are descriptions for distinguishing each electrical device, and both are included in the electrical device 30 (voice output device, output message determination device) described below.

(Main components of the electric device 30)
First, with reference to FIG. 12, the structure of the main part of the electrical device 30 will be described. FIG. 12 is a block diagram illustrating an example of a main configuration of the electrical device 30 according to the present embodiment. In addition, the arrow shown with a broken line shows the flow of the information transmitted from the other electric equipment 30 (for example, electric equipment 30b).

  The electric device 30 includes a control unit 18 instead of the control unit 12 in the electric device 10 described in the first embodiment. The electrical device 30 is integrated with the output message determination device 3. In FIG. 12, the part surrounded by the broken line is the output message determination device 3. Further, the output message determination device 3 may be configured to be detachable from the electric device 30. That is, the function of the output message determination device 3 may be provided in a network adapter that can be attached to and detached from the electrical device 30.

  The control unit 18 performs overall control of each unit included in the electrical device 30. The control unit 18 includes a score determination unit 21, an output voice acquisition unit 29, a score control unit 39 (output message information transmission unit, output message information reception unit), and a post instruction unit 24. Since the score determination unit 21 and the posting instruction unit 24 have already been described in the first embodiment, description thereof is omitted here. The output sound acquisition unit 29 is the same as the output sound acquisition unit 22 described in the first embodiment, and a description thereof is omitted here.

  The score control unit 39 changes the score associated with the message ID. In addition to the function of the score control unit 23 described in the first embodiment, the score control unit 39 lowers the score associated with the message ID received via the communication unit 15 in the voice determination information 31a. That is, the score control unit 39 not only receives the message ID from the output voice acquisition unit 29 but also receives the message ID from another electrical device via the communication unit 15 in the voice determination information 31a. Decrease the score associated with the message ID.

  In addition, the score control unit 39 receives the message ID acquired from the output voice acquisition unit 29 (message ID of the random message output by the output voice acquisition unit 29 as voice, output message information) via the communication unit 15. To the electrical equipment. In the present embodiment, the output voice acquisition unit 29 may transmit the message ID of the message data output as voice to another electronic device.

(Flow of output message determination processing)
Next, the flow of output message determination processing executed by the electrical device 30 (output message determination device 3) will be described with reference to FIG. FIG. 13 is a flowchart illustrating an example of the flow of output message determination processing in the electrical device 30. In this description, an electric device 30 different from the electric device 30 that is a processing subject is referred to as an electric device 30b for distinction.

  First, when the communication unit 15 receives a message ID from another electrical device 30b (YES in S51), the communication unit 15 outputs the received message ID to the score control unit 39. The score control part 39 which acquired message ID transmitted from the other electric equipment 30b reduces the score matched with the said message ID (S52, control step). Note that the specific content of the process for lowering the score in step S52 is the same as the process in step S8 in FIG.

  Further, the content of the processing from step S53 to step S60 (control step) is the same as the processing from step S1 to step S8 in FIG. Is omitted.

  Finally, the score control unit 39 transmits the message ID of the message data (random message) output by the output voice acquisition unit 29 as voice to the other electrical device 30b via the communication unit 15 (S61). Note that the process of step S61 may be performed at any timing as long as the process of step S56 is completed. For example, it may be performed after the process of step S59.

(Operational effect of the output message determination device according to the third embodiment)
As described above, the output message determination device 3 included in the electric device 30 (electric device 30a) according to the present embodiment uses the message ID of the random message output as voice in the own device as another electric device 30 ( To the electrical equipment 30b). Moreover, the message ID of the random message transmitted from the other electrical device 30b is received, and the score associated with the received message ID in the voice determination information 31a is lowered.

  As a result, the user does not hear the same content continuously or repeatedly at short intervals within a predetermined area (for example, the entire user's house). Therefore, audio output from a plurality of audio output devices can be made comfortable for the user.

  In addition, the range of the area | region where the other electric equipment which transmits message ID in each said electric equipment is installed is not specifically limited. For example, the electric device 30 (electric device 30a) may transmit a message ID to all the electric devices 30 other than the own device installed in the user's house, or a room in which the own device is installed. The message ID may be transmitted only to the electric device 30 other than the own device.

[Embodiment 4]
The following will describe still another embodiment of the present invention with reference to FIGS.

  The electric device 40 (sound output device, output message determination device) according to the present embodiment can specify the user who generated the trigger. Further, the electric device 40 stores voice determination information for each user. That is, the electric device 40 according to the present embodiment determines a random message to be output as a voice based on the voice determination information of the user who generated the trigger. Further, in the voice determination information of the user who generated the trigger, the score associated with the message ID of the random message output as voice is lowered.

(Main components of the electric device 40)
First, with reference to FIG. 14, the structure of the principal part of the electric device 40 will be described. FIG. 14 is a block diagram illustrating an example of a main configuration of the electrical device 40 according to the present embodiment.

  The electric device 40 includes a user information acquisition unit 16 in addition to the members included in the electric device 10 described in the first embodiment. Moreover, it replaces with the control part 12 and the memory | storage part 13 which were demonstrated in Embodiment 1, and the control part 19 and the memory | storage part 44 are provided. The electrical device 40 is integrated with the output message determination device 4. In FIG. 14, a part surrounded by a broken line is the output message determination device 4. Further, the output message determination device 4 may be configured to be detachable from the electric device 40. That is, the function of the output message determination device 4 may be provided in a network adapter that can be attached to and detached from the electrical device 40.

  The user information acquisition unit 16 acquires user information for identifying a plurality of users in the electrical device 40. As a specific example of the user information, for example, a face photograph of each user can be cited. In this case, the user information acquisition unit 16 is a camera that captures the face of each user. The user information is not limited to the above example. For example, the user information may be fingerprint information of each user. In this case, the user information acquisition unit 16 is a fingerprint authentication device. An existing fingerprint authentication device can be used as the fingerprint authentication device as the user information acquisition unit 16. When the input unit 11 is a physical key, the input unit 11 and the user information acquisition unit 16 (fingerprint authentication device) are preferably integrated. In addition, the user information acquisition unit 16 outputs the acquired user information to the score determination unit 42 (user identification unit). In the present embodiment, an example in which the user information is a face photograph of each user and the user information acquisition unit 16 is a camera will be described.

  The control unit 19 performs overall control of each unit included in the electrical device 40. The control unit 19 includes a posting instruction unit 24, a score control unit 41, a score determination unit 42, and an output voice acquisition unit 43. Since the posting instruction unit 24 has already been described in the first embodiment, the description thereof is omitted here.

  The score control unit 41 changes the score associated with the message ID. Specifically, when the score control unit 41 acquires information indicating that a trigger has occurred from the input unit 11, an output information acquisition request is sent to a history management server 510 (history management device) described later via the communication unit 15. Send. Then, the output information 514 b is received from the history management server 510 via the communication unit 15. The output information 514b in the present embodiment indicates one or more message IDs included in the history information 514a stored in the history management server 510 and a user ID associated with the message ID. Note that, similarly to the second embodiment, the score control unit 41 may periodically transmit an output information acquisition request to the history management server 510.

  The score control unit 41 acquires the output information 514b, thereby acquiring the message ID of the random message output as voice in the output message determination system 900 and the user ID indicating the user who generated the voice output trigger. Can do. And the score control part 41 is matched with the received user ID, and specifies the audio | voice determination information memorize | stored in the audio | voice determination information storage part 34 mentioned later. Then, in the identified voice determination information, the score associated with the message ID (the received message ID associated with the user ID used to identify the voice determination information) is changed. The details of the change are the same as the function of the score control unit 23 described in the first embodiment, and thus the description thereof is omitted here. And the score control part 41 will supply the information which shows that the trigger generate | occur | produced to the score determination part 42, when the change of a score is completed.

  The score determination unit 42 specifies a message ID having the highest score. When the score determination unit 42 is supplied with information indicating that a trigger has been generated from the score control unit 26, the score determination unit 42 uses the user information acquired from the user information acquisition unit 16 to store in the user determination information storage unit 33 described later. Confirm user decision information. And the score determination part 42 specifies the user ID which is the information which shows each user matched with the acquired user information from user determination information.

  Subsequently, the score determination unit 42 searches the voice determination information storage unit 35 to be described later using the specified user ID, and specifies the voice determination information associated with the user ID. Then, the message ID having the highest score is specified from the specified voice determination information. The specific details of the message ID are the same as the function of the score determination unit 21 described in the first embodiment, and thus the description thereof is omitted here. Then, the score determination unit 27 supplies the specified message ID and user ID to the output voice acquisition unit 43.

  The output voice acquisition unit 43 acquires message data (random message) output as voice. In addition to the function of the output sound acquisition unit 22 described in the first embodiment, the output sound acquisition unit 43 uses the message ID of the random message output as sound and the user ID supplied from the score determination unit 42 as the communication unit 15. To the history management server 500.

  The storage unit 44 is a storage device that stores various data used in the electrical device 40, specifically, the output message determination device 4. The storage unit 44 includes a message data storage unit 32, a user determination information storage unit 33, and a voice determination information storage unit 34 (database storage unit). Since the message data storage unit 32 has already been described in the first embodiment, description thereof is omitted here.

  The user determination information storage unit 33 stores user determination information in which user information (in this embodiment, a user's face photograph) for identifying a user is associated with a user ID indicating each user. Here, the details of the user determination information will be described with reference to FIG. FIG. 15 is a diagram illustrating a data structure and a specific example of the user determination information stored in the electrical device 40. Note that the user-determined information is in table format as shown in FIG. 15 is an example, and the data structure of the user-determined information is not limited to this example.

  The “user ID” column stores a user ID that is information indicating each user. The user ID in FIG. 15 is a character string made up of alphanumeric characters, but it is only necessary to uniquely represent each user, and is not limited to the example in FIG.

  In the “user face photo” column, face photo data of each user of the electrical device 40 is stored. The face photograph data may be image data, or feature amount data extracted from the image data, and the format is not limited. The score determination unit 42 determines whether the acquired face photo data matches the face photo data stored in the user determination information storage unit 33, and is associated with the matched face photo data. The user ID is identified. For this determination, existing technology may be used.

  Unlike the voice determination information storage unit 31 described in the first embodiment, the voice determination information storage unit 35 stores a plurality of voice determination information. The plurality of voice determination information will be described with reference to FIG. FIG. 16 is a diagram illustrating a data structure and a specific example of the sound determination information stored in the electric device 40. As shown in FIG. 16, the plurality of pieces of voice determination information stored in the voice determination information storage unit 35 are associated with user IDs, respectively. And the score determination part 42 reads message ID with the highest score from the audio | voice determination information matched with the specified user ID.

  For example, when the specified user ID is U001, the score determination unit 42 reads out the message IDs V002 and V009 having the highest scores from the voice determination information 35a shown in FIG. On the other hand, when the specified user ID is U002, the score determination unit 42 reads out the message IDs V001 and V009 having the highest score from the voice determination information 35b shown in FIG. That is, even if the message ID is the same, the score may be different for each voice determination information. Therefore, if the user who generated the trigger is different, the read message ID may be different.

  Although not shown in FIG. 14, the random message control unit 25 determines the voice determination information stored in the voice determination information storage unit 34 according to the user ID associated with the received voice determination information. To change. That is, the random message control unit 25 changes only the voice determination information stored in the voice determination information storage unit 34 associated with the received voice determination information to the received voice determination information, and receives other voice determination information. The decision information is not changed. The same applies to Embodiment 5 described later.

(Output Message Determination System 900)
Next, the output message determination system 900 will be described with reference to FIG. FIG. 17 is a schematic diagram of an output message determination system 900. In the output message determination system 900, as in the output message determination system 700 described in the first embodiment, each electric device (first electric device 40a, second electric device 40b, and third electric device). 40c) is a configuration capable of communicating with the agent server 600 via the wireless router 100 and the Internet network 200. Also in the output message determination system 900, the family message board can be accessed by the mobile terminals 300, 310, and 320 possessed by family members. However, since agent server 600, family message board server 610, family message board, and portable terminals 300, 310, and 320 have already been described in the first embodiment, description thereof is omitted in FIG.

  As shown in FIG. 17, each electric device (first electric device 40 a, second electric device 40 b, and third electric device 40 c) set in the user's home includes a wireless router 100 and an Internet network 200. It is the structure which can communicate with the log | history management server 510 via this.

  The history management server 510 is a server that stores, as history information 514a, a message ID of a random message output by each electric device as a voice. The history management server 510 includes a communication unit 501, a history information update unit 512 (history storage unit), an output information generation unit 513 (history transmission unit), and a history information storage unit 514. Since the communication unit 501 has already been described in the second embodiment, the description thereof is omitted here. Note that the history management server 510 and the agent server 600 may be the same server.

  The history information storage unit 504 is a storage device that stores history information 514a that is a history of random messages output as speech by each electrical device included in the output message determination system 900. The history information 514a according to the present embodiment differs from the history information 504a described in the second embodiment in its data structure. Here, the history information 514a according to the present embodiment will be described with reference to FIG. FIG. 18 is a diagram illustrating a data structure and a specific example of the history information 514a stored in the history management server 510. Note that the history information 514a is information in a table format as shown in FIG. 18, and the data structure of the history information 514a is not limited to this example.

  Unlike the history information 504a described in the second embodiment, the history information 514a in the present embodiment has a “user ID” column added. One of the user IDs stored in the above-described user determination information is stored in the “user ID” column. Specifically, a user ID indicating a user who has generated a trigger for outputting a random message indicated by the message ID stored in the “message ID” column as a voice is stored. Note that the information stored in the “message ID” and “output information transmitted device ID” columns has already been described in the second embodiment, and thus description thereof is omitted here.

  That is, in the history information 514a in the present embodiment, the message ID of a random message output as a sound by any one of the electric devices 40 included in the output message determination system 900, and the electricity that has transmitted the output information including the message ID. The device ID indicating the device 40 and the user ID of the user who generated the trigger for outputting the sound are stored in association with each other. The output date and time may be the reception date and time as described in the second embodiment.

  Hereinafter, the message ID, the output information transmitted device ID associated with the message ID, and the user ID are collectively referred to as a history record 514c.

  The history information update unit 512 updates the history information 514a. Specifically, when the message ID, the output date and time, and the user ID are supplied from the communication unit 501, the history information update unit 512 sends a history record 514 c including the received message ID and user ID to the history information storage unit 514. to add.

  The output information generation unit 513 generates output information 514b. Specifically, when the output information acquisition request from the electrical device 40 is supplied from the communication unit 501, the output information generation unit 513 specifies the device ID of the electrical device 40 that has transmitted the output information acquisition request.

  Further, when an output information acquisition request is supplied, the output information generation unit 513 reads a message ID and a user ID included in the history information 514a stored in the history information storage unit 514. At this time, the output information generation unit 503 reads the message ID and user ID in which the identified device ID is not stored in the cell of the output information transmitted device ID with reference to the column of “output information transmitted device ID”. . Then, the output information generation unit 513 sets the read message ID as output information 514b. Then, the output information generation unit 513 transmits the output information 514b to the electrical device 40 that has transmitted the output information acquisition request via the communication unit 501. For example, when an output information acquisition request is transmitted from the electrical device 40 whose device ID is A001, the output information generation unit 503 stores A001 in the cell of the device ID for which output information has been transmitted from the history information 514a illustrated in FIG. The set of message IDs and user IDs V008 and U003 and V005 and U002 that have not been read is output as output information 514b. Thereby, it is possible to prevent the score of the read message ID from being lowered twice in the voice determination information associated with the read user ID.

  Then, in the history information 514a, the output information generation unit 513 sets the device ID of the electrical device 40 that is the transmission destination of the output information 514b to the cell of the output information transmitted device ID in the message ID included in the transmitted output information 514b. to add.

  Then, when the output information transmission device ID cell includes the history record 514c in which the device IDs of all the electric devices 40 included in the output message determination system 900 are stored, the output information generation unit 513 includes the history record 514c. Is deleted. This means that the message ID and the user ID included in the history record 514c are transmitted as output information 514b to all the electric devices 40 included in the output message determination system 900. In other words, the message ID and the user ID are not included in the output information 514b and transmitted to the electrical device 40 thereafter. Therefore, by deleting the history record 514c including such message ID and user ID, the capacity of data stored in the history information storage unit 514 can be reduced.

(Flow of output message determination processing)
Next, with reference to FIG. 19, the flow of the output message determination process executed by the electrical device 40 (output message determination device 4) will be described. FIG. 19 is a flowchart illustrating an example of a flow of output message determination processing in the electrical device 40.

  The content of the processing from step S71 to step S73 is the same as the processing from step S21 to step S23 in FIG.

  When the score control unit 41 receives the output information 514b from the history management server 510 (YES in S73), the score control unit 41 identifies the voice determination information associated with the user ID included in the output information 514b. Then, the score associated with the message ID included in the output information 514b is lowered (S74). The specific content of the process for lowering the score in step S74 is the same as the process in step S8 in FIG. Then, the score control unit 41 supplies information indicating that the utterance button has been pressed to the score determination unit 42.

  Subsequently, when the information indicating that the utterance button has been pressed is supplied, the score determination unit 42 specifies the user ID indicating the user who generated the trigger (S75). Specifically, when the user presses the utterance button, the user information acquisition unit 16 (camera) takes a picture of the user's face. Then, the user information acquisition unit 16 outputs the photographed face photo data of the user to the score determination unit 42. When the score determination unit 42 acquires the user's face photograph, the score determination unit 42 confirms the user determination information stored in the user determination information storage unit 33. Specifically, the user's face photo data stored in the user determination information is compared with the acquired user's face photo data to determine whether or not they match. Then, the user ID associated with the matching face photo data is specified.

  Subsequently, the score determination unit 42 specifies voice determination information associated with the specified user ID (S76). Specifically, the score determination unit 42 searches the voice determination information storage unit 35 using the specified user ID, and specifies the voice determination information associated with the user ID.

  The contents of the subsequent processing from step S77 to step S82 are the same as the processing from step S2 to step S7 in FIG.

  Finally, the output voice acquisition unit 43 transmits the message ID of the output message data (random message) and the user ID supplied from the score determination unit 42 to the history management server 510 via the communication unit 15 ( S83). Note that any of Step S70 and Step S71, Step S72, and Step S73 may be performed first.

(Flow of history management processing)
Next, the flow of history management processing executed by the history management server 510 will be described with reference to FIG. FIG. 20 is a flowchart illustrating an example of a flow of history management processing in the history management server 510.

  First, when the communication unit 501 receives a message ID and a user ID from the electrical device 40 (YES in S91), the communication unit 501 supplies the received message ID and user ID to the history information update unit 512. The history information update unit 512 adds the supplied message ID and user ID to the history information 514a stored in the history information storage unit 514 (S92). Specifically, a history record 514 c including the received message ID and user ID is added to the history information storage unit 514. At this time, no device ID is stored in the output information transmitted device ID of the added history record 514c.

  Subsequently, when the communication unit 501 receives an output information acquisition request from the electric device 40 (YES in S93), the communication unit 501 supplies the output information acquisition request to the output information generation unit 513. When acquiring the output information acquisition request, the output information generation unit 513 specifies the device ID of the electrical device 40 that has transmitted the output information acquisition request (S94).

  Subsequently, the output information generation unit 513 reads out the message ID and the user ID that are not associated with the specified device ID, and sets it as output information 514b (S95). Specifically, the output information generation unit 513 reads all the message IDs that do not store the device ID specified in the cell of the device ID that has already transmitted the output information from the history information 514a stored in the history information storage unit 514. , Output information 514b.

  Subsequently, the output information generation unit 513 transmits the output information 514b to the electric device 40 indicated by the specified device ID (S96). Then, the device ID of the transmission destination electrical device 40 is associated with the message ID and the user ID included in the transmitted output information 514b (S97). Specifically, the device ID of the destination electrical device 40 is stored in the cell of the output information transmitted device ID in the history record 514c including the message ID and user ID included in the transmitted output information 514b.

  Subsequently, the output information generation unit 513 determines whether or not there is a history record 514c in which the device IDs of all the electric devices 40 included in the output message determination system 900 are stored in the cell of the output information transmitted device ID. (S98). When there is such a history record 514c (YES in S98), the output information generation unit 513 deletes the history record 514c from the history information 514a (S99). Thus, the history management process according to the present embodiment ends. When the device IDs of all the electric devices 40 included in the output message determination system 900 are not in the history record 514c stored in the cell of the device ID having the output information transmitted (NO in S98), the output information generation unit 513 Step S89 is omitted. Then, the history management process according to the present embodiment ends.

(Operational effect of the output message determination device according to the fourth embodiment)
As described above, the output message determination device 4 included in the electric device 40 according to the present embodiment specifies the user ID indicating the user who generated the trigger for outputting the sound. Then, the message ID having the highest score is identified from the speech determination information associated with the identified user ID, and a random message to be output as speech is determined.

  In the output message determination device according to the first to third embodiments, since there is only one voice determination information, the user may not be able to listen to a random message whose score has been lowered by being output by another user. .

  On the other hand, in the output message determination device 4 according to the present embodiment, since the voice determination information exists for each user ID, the user listens to the score of a random message that he / she does not hear, and other users hear the content. Will not be lowered. Therefore, the situation where a certain user cannot hear the audio | voice of the specific content for the user can be prevented.

  The message data may be message data in which the message ID is included only in the voice determination information of a specific user. For example, the voice determination information generation unit 621 of the agent server 600 adds a message ID of a product or store introduction message suitable for a specific user only to the voice determination information of the user. You can only hear the introduction message. For example, the voice determination information generation unit 621 adds a message ID of a message that is bargain information of the supermarket to the voice determination information associated with the user ID indicating the mother, or is associated with the user ID indicating the father. The message ID of a message which is information on a pub can be added to the voice determination information. The same applies to Embodiment 5 described later.

[Embodiment 5]
The following will describe still another embodiment of the present invention with reference to FIG. 21 and FIG.

  In the present embodiment, as described in the fourth embodiment, the electric device 50a identifies the user ID indicating the user who has generated the trigger, and the voice output in the own device is performed without going through the history management server 510. A configuration for reflecting the above in the score of the random message in the other electric device 50b is described. That is, the electrical devices in the present embodiment can communicate with each other. In addition, the communication means of each electric device is not particularly limited. The electric device 50a and the electric device 50b described above are descriptions for distinguishing each electric device, and both are included in the electric device 50 (voice output device, output message determination device) described below.

(Main components of the electric device 50)
First, with reference to FIG. 21, the structure of the main part of the electric device 50 will be described. FIG. 21 is a block diagram illustrating an example of a configuration of a main part of the electric device 50 according to the present embodiment. In addition, the arrow shown with a broken line shows the flow of the information transmitted from the other electric equipment 50 (for example, electric equipment 50b).

  The electric device 50 includes a control unit 51 instead of the control unit 19 in the electric device 40 described in the fourth embodiment. The electrical device 50 is integrated with the output message determination device 5. In FIG. 21, a part surrounded by a broken line is the output message determination device 5. Further, the output message determination device 5 may be configured to be detachable from the electric device 50. That is, the function of the output message determination device 5 may be provided in a network adapter that can be attached to and detached from the electric device 50.

  The control unit 51 performs overall control of each unit included in the electric device 50. The control unit 51 includes a score determination unit 52, an output voice acquisition unit 53, a score control unit 54, and a posting instruction unit 24. Since the posting instruction unit 24 has already been described in the first embodiment, the description thereof is omitted here.

  The score determination unit 52 specifies a message ID having the highest score. The score determination unit 52 is the same as the score determination unit 42 described in the fourth embodiment except that information indicating that a trigger has occurred is acquired from the input unit 11. Therefore, detailed description here is omitted.

  The output voice acquisition unit 53 acquires message data (random message) output as voice. The output voice acquisition unit 53 supplies the message ID of the random message output as voice and the user ID supplied from the score determination unit 52 to the score control unit 54. The other functions are the same as those of the output sound acquisition unit 43, and thus the description thereof is omitted here.

  The score control unit 54 changes the score associated with the message ID. Specifically, when the score control unit 54 is supplied with the message ID of the random message output as the voice and the user ID specified by the score determination unit 52 from the output voice acquisition unit 53, the supplied user ID The voice determination information stored in the voice determination information storage unit 35 is specified. Then, in the specified voice determination information, the score associated with the supplied message ID is changed. The details of the change are the same as the function of the score control unit 23 described in the first embodiment, and thus the description thereof is omitted here.

  In addition, the score control unit 54 transmits the message ID and user ID acquired from the output voice acquisition unit 53 to other electrical devices via the communication unit 15. In the present embodiment, the output voice acquisition unit 53 may transmit the message ID of the message data output as voice and the user ID supplied from the score determination unit 52 to other electronic devices.

  In addition, the score control unit 54 may connect the other electric device 50 (for example, when the electric device 50 described here is the electric device 50a) via the communication unit 15, the other electric device 50 is the electric device 50b. ), The message ID of the random message output by voice in the electric device 50b and the user ID indicating the user who generated the trigger in the electric device 50b are received. Then, the score control unit 54 specifies the voice determination information stored in the voice determination information storage unit 35 in association with the received user ID. Then, the score associated with the received message ID is changed in the specified voice determination information.

(Flow of output message determination processing)
Next, the flow of output message determination processing executed by the electrical device 50 (output message determination device 5) will be described with reference to FIG. FIG. 22 is a flowchart illustrating an example of the flow of output message determination processing in the electrical device 50.

  The contents of the processing in step S101 and step S102 are the same as the processing in step S51 and step S52 in FIG. Further, the contents of the process of step S103 are the same as the process of step S1 of FIG. Furthermore, the contents of the processing in step S104 and step S105 are the same as the processing in step S75 and step S76 in FIG. The contents of the processing from step S106 to step S112 are the same as the processing from step S2 to step S8 in FIG.

  Finally, the score control unit 54 sends the message ID of the message data (random message) output by the output voice acquisition unit 53 as a voice and the user ID supplied from the score determination unit 52 via the communication unit 15. It transmits to the other electric equipment 50b (S113). Note that the process of step S104 may be performed at any timing as long as the process of step S108 is completed. For example, it may be performed after the process of step S111.

(Operation and Effect of Output Message Determination Device According to Embodiment 5)
As described above, the output message determination device 5 included in the electric device 50 (electric device 50a) according to the present embodiment specifies the user ID indicating the user who generated the trigger for outputting the sound. Then, the message ID having the highest score is identified from the speech determination information associated with the identified user ID, and a random message to be output as speech is determined.

  Further, the output message determination device 5 transmits the message ID of the random message output as voice in the own device and the specified user ID to the other electric device 50 (electric device 50b). Moreover, the message ID and user ID of the random message transmitted from the other electric device 50b are received, and the voice determination information associated with the received user ID is specified. Then, in the specified voice determination information, the score associated with the received message ID is lowered.

  Thereby, similarly to the output message determination device 3 described in the third embodiment, the user can live comfortably in the area including the electric devices including the output message determination device 5. Note that, in the present embodiment as well as the third embodiment, the range of the area in which another electrical device that transmits the message ID is installed in each electrical device is not particularly limited. For example, the electric device 50 (electric device 50a) may transmit a message ID to all the electric devices 50 other than the self device installed in the user's house, or a room in which the self device is installed. The message ID may be transmitted only to the electric device 50 other than the own device.

  Further, similarly to the output message determination device 4 described in the fourth embodiment, it is possible to prevent a situation in which a certain user cannot hear a specific content voice for the user.

[Embodiment 6]
Still another embodiment of the present invention will be described below with reference to FIGS. 3 and 23 to 29.

  In the present embodiment, an electrical device 60 (audio output device, output message determination device) will be described. The electric device 60 outputs a message message (user-created message) in addition to the random message. Here, the message message is message data (for example, voice data) created by the user for causing the electric device 60 to output the voice. The user causes the electric device 60 to store the message message using the portable terminal (the portable terminal 300, the portable terminal 310, or the portable terminal 320) in order to cause the electric device 60 to output the content of the message message. Specifically, the mobile terminal sends post data (hereinafter referred to as agent server 600 to family message board server 610) including a message message and an instruction for storing the message message in electric device 60 based on a user input operation. In order to distinguish it from post data to be sent, it is referred to as user post data). Then, the mobile terminal transmits the generated user post data to the family message board server 610.

  When user post data including a message message is transmitted from the mobile terminal, family message board server 610 posts to the family message board based on the user post data and transmits the user post data to agent server 600. In the case where the electric device 60 is configured to convert the character string data into sound and output the message message, the message message may be character string data posted on the family message board by the user using the mobile terminal.

  When the message data control unit 622 receives the user posted data, the message data control unit 622 attaches a message ID to the message message and stores it in the all message data storage unit 631. Then, the message data control unit 622 transmits the received user posted data and the message ID attached to the message message to the electric device 60.

  At this time, the message data control unit 622 further includes post data to be transmitted to the family message board server 610 when the message message is output as voice, and the family message board when the message message is not output as voice by the output deadline. Post data to be transmitted to the server 610 is generated and stored in all message data storage unit 631 in association with the message ID and message message. Specifically, the message data control unit 622 includes information (posted user information) indicating a posted user included in the received user posted data in the fixed phrase data that is character string data stored in the storage unit 603 in advance. The post data (character string data) is generated by adding the post time of the received post data (post time). The posted data may include image data, audio data, and video data in addition to the character string data. Then, the message data control unit 622 stores the generated post data in the all message data storage unit 631 in association with the message ID and the message message. A specific example of post data generated by the message data control unit 622 will be described later.

  A time limit is set for the message message, and information indicating the time limit is included in the user post data. If the message message is not output from the electric device 60 by the deadline, the electric device 60 instructs the agent server 600 via the communication unit 15 to make a post indicating that the message message has not been output.

(Main components of the electric device 60)
First, with reference to FIG. 23, the structure of the main part of the electric device 60 will be described. FIG. 23 is a block diagram illustrating an example of a main configuration of the electric device 60 according to the present embodiment. In addition, the arrow shown with a broken line is an arrow which shows the flow of the information in the process after the time limit of a message message passed.

  The electric device 60 includes a timer 62 in addition to the members included in the electric device 10 described in the first embodiment. The electric device 60 includes a control unit 61 instead of the control unit 12 described in the first embodiment. The electric device 60 is integrated with the output message determination device 6 (write data transmission instruction device). In FIG. 23, the part surrounded by the broken line is the output message determination device 6. Further, the output message determination device 6 may be configured to be detachable from the electric device 60. That is, the function of the output message determination device 6 may be provided in a network adapter that can be attached to and detached from the electric device 60.

  The control unit 61 performs overall control of each unit included in the electric device 60. The control unit 61 includes a score determination unit 21, an output voice acquisition unit 22, a score control unit 63 (score assignment unit), a message message control unit 64 (message reception unit), and a post instruction unit 65 (first post instruction unit, Posting instruction section). Note that the score determination unit 21 and the output voice acquisition unit 22 have already been described in the first embodiment, and thus description thereof is omitted here.

  The score control unit 63 changes the score associated with the message ID. When the score control unit 63 is supplied with information indicating that the message message has been added to the message data storage unit 32 from the message message control unit 64 in addition to the function of the score control unit 23 described in the first embodiment, the voice determination is performed. A message ID indicating the message message and a score of the message message are added to the voice determination information 31b stored in the information storage unit 31 in association with each other.

  Further, when the message control unit 64 is supplied with information indicating that the message message has been deleted from the message data storage unit 32 from the message message control unit 64, the score control unit 63 receives the message ID and message indicating the message message from the voice determination information 31b. Delete the message score. At this time, if the score of the message message has not changed from the initial value, the score control unit 63 determines that the message message has not been output in voice. Then, non-output information indicating that the message message has not been output by voice is supplied to the posting instruction unit 65.

  Here, the voice determination information 31b according to the present embodiment will be described with reference to FIG. FIG. 24 is a diagram illustrating a data structure and a specific example of the sound determination information 31b stored in the electric device 60. The voice determination information 31b according to the present embodiment is different from the voice determination information 31a in that the message ID and score of the message message are added.

  As the score of the message message, a value larger than the maximum score of the random message is stored. In the example of FIG. 24, 110, which is a value larger than the maximum value 100 of the random message score, is stored. In other words, when the message message is included in the candidate message data to be output by voice, the score determination unit 21 determines the message message as message data to be output by voice. As a result, when the user generates a voice output trigger, the message message is determined as message data to be voice output. Therefore, when the message message is stored, the user can listen to the message message as long as the trigger is generated.

  The message message control unit 64 adds message data to the message data storage unit 32 or deletes message data stored in the message data storage unit 32. Specifically, when the message message control unit 64 receives the user posted data and the message ID of the message message from the family message board server 610 via the communication unit 15, the message message control unit 64 receives the message message and the message ID included in the user posted data. Corresponding information is added to the message data storage unit 32. Then, the message control unit 63 is supplied with the message ID of the message message and information indicating that the message message has been added to the message data storage unit 32.

  The message message control unit 64 holds the output time limit set in the received message message, and the message message stored in the message data storage unit 32 when the time measured by the timer 62 exceeds the output time limit. Is deleted. Then, information indicating that the message message has been deleted from the message data storage unit 32 is supplied to the score control unit 63.

  Posting instruction unit 65 gives an instruction to write on family message board as electric device 60. In addition to the function of the post instruction unit 24 described in the first embodiment, the post instruction unit 65 makes a post indicating that the message message is not output by voice when the non-output information is supplied from the score control unit 63. Instruction (non-output notification posting request) is generated and transmitted to the agent server 600 via the communication unit 15 together with the message ID of the message message.

  When the post data generation unit 623 receives the message ID of the message message and the non-output notification post request from the electrical device 60, the post data generation unit 623 associates the post data stored in the all message data storage unit 631 with the received message ID. Read out and transmit to family message board server 610. Thereby, it is displayed on the family message board that the message message has not been output as voice as the writing of the electric device 60.

  Here, with reference to FIG. 25, the details of writing indicating that the message message has not been output as voice will be described. FIG. 25 is a diagram illustrating an example of a display screen of a family message board displayed on a mobile terminal (mobile terminal 300, mobile terminal 310, mobile terminal 320).

  The display screen of the family message board is displayed on the display unit 305. On the display screen, writings from each user including the electric device 60 are displayed in chronological order. Here, it is assumed that a user (mother) posted a message M2 indicating that a message message is to be transmitted to the electric device 60, and set the output deadline of the message message to 15:00 on May 5th. The message message is transmitted to electrical device 60 via family message board server 610 and agent server 600. Note that the agent server 600 (post data generation unit 623) may generate post data of the writing M3 indicating that the message message has been received and transmit it to the family message board server 610.

  Then, it is assumed that the message message is not output by voice until 15:00 on May 5, which is the output deadline. At this time, as described above, the posting instruction unit 65 transmits the message ID of the message message and the non-output notification posting request to the agent server 600. Then, agent server 600 (post data generation unit 623) reads post data indicating that the message message has not been output by voice until the output deadline, and transmits the post data to family message board server 610 via communication unit 601. For example, as shown in FIG. 25, this posted data is “(I ’m sorry, I could n’t convey the 14:10 message from my mom.”) “I ’m sorry (posting user information). The post user information indicating the user who made the posting including the message message and the posting time of the post are added to the standard sentence “I could not transmit the message”. As a result, the writing M1 is displayed on the family message board. Although not shown in the drawing, the post data indicating that the message message has been output by voice before the deadline for output is, for example, the standard sentence “The message from (Posted User Information) of (Post Time)” In addition, post user information and post time are added.

  The timer 62 is a measuring device that measures the current time, and is a so-called clock. The timer 62 outputs the current time to the message message control unit 64.

(Message message storage process)
Next, with reference to FIG. 26, the flow of the message message storing process in the electric device 60 will be described. FIG. 26 is a flowchart showing an exemplary flow of a message message storage process in the electric device 60.

  First, when the message message control unit 64 receives user posting data from the agent server 600 via the communication unit 15 (YES in S121), the message message control unit 64 receives the message message included in the received user posting data together with the user posting data. The message ID is attached and stored in the message data storage unit 32 (S122). Then, the message control unit 63 is supplied with the message ID of the message message and information indicating that the message message has been added to the message data storage unit 32.

  The score control unit 63 associates the score with the message ID attached to the message message ID and adds the score to the voice determination information 31b (S123). Specifically, when the message ID of the message message and information indicating that the message message has been added to the message data storage unit 32 are supplied from the message message control unit 64, the message determination information storage unit 31 stores the message ID. The message ID indicating the received message message and the score of the message message are added to the voice determination information 31b. The message message score stores a value larger than the maximum value of the random message score. This is the end of the message message storage process.

  Note that the flow of the output message determination process in the electrical device 60 is the same as the flow of the output message determination process described in the first embodiment, and thus the description thereof is omitted. The only difference between the output message determination process in the present embodiment and the output message determination process in the first embodiment is whether or not a message message is included in the message data.

(Posting request processing flow)
Next, with reference to FIG. 27, the flow of the posting request process in the electric device 60 will be described. FIG. 27 is a flowchart illustrating an exemplary flow of a post request process in the electrical device 60.

  First, when the message message control unit 64 determines that the current time has passed the output deadline set by the user for the message message (YES in S131), the message message control unit 64 deletes the message message stored in the message data storage unit 32. (S132). Then, information indicating that the message message has been deleted from the message data storage unit 32 is supplied to the score control unit 63.

  When the score control unit 63 is supplied with information indicating that the message message has been deleted from the message data storage unit 32, the message control message 63 of the deleted message message is stored in the voice determination information storage unit 31. Then, the score is deleted (S133). At this time, the score control unit 63 determines whether or not the score of the deleted message message is lowered from the initial value (S134). If it is lower than the initial value (YES in S134), that is, if the deleted message message has been output as voice at least once, the message posting process ends.

  On the other hand, if the score of the deleted message message has not decreased from the initial value (NO in S134), that is, if the deleted message message has never been output as speech, the score control unit 63 Supplies unposted information indicating that the message message has not been output to the posting instruction unit 65.

  Then, the posting instruction unit 65 supplied with the non-output information generates an instruction (non-output notification posting request) for posting indicating that the message message has not been output by voice, and the generated non-output notification posting request Is transmitted to the agent server 600 (S135). At this time, the message ID of the message message is transmitted to the agent server 600 together with the non-output notification posting request. Thus, the posting request process ends.

(Message submission process flow)
Next, the flow of message posting processing executed by the agent server 600 will be described with reference to FIG. FIG. 28 is a flowchart showing an exemplary flow of message posting processing in the agent server 600.

  First, the contents of the process when the posted data generation unit 623 receives the message ID and the output notification posting request (YES in S141), that is, the contents of the processes in step S142 and step S143 are the same as step S12 and step in FIG. Since it is the same as the process of S13, the description is abbreviate | omitted.

  When the posted data generating unit 623 does not receive the message ID and the output notification posting request (NO in S141) and receives the non-output notification posting request (YES in S144), the posted data generating unit 623 does not receive the message data. Post data indicating output is read (S145). Specifically, the post data associated with the message ID of the message message received together with the non-output notification post request is read in all message data storage units 631. Then, the posted data generation unit 623 transmits the read posted data to the family message board server 610 (S146).

(Operation and Effect of Output Message Determination Device According to Embodiment 6)
As described above, the output message determination device 6 included in the electric device 60 according to the present embodiment stores the message message received from the portable terminal via the family message board server 610 and the agent server 600 in the message data storage unit 32. To do. Then, the message ID indicating the received message message and the score of the received message message are associated with and added to the voice determination information 31b stored in the voice determination information storage unit 31. At this time, the score of the message message is higher than the maximum score of the random message.

  As a result, when the user generates a voice output trigger, the message message is determined as message data to be voice output. Therefore, when the message message is stored, the user can listen to the message message as long as the trigger is generated.

  In addition, the output message determination device 6 causes the agent server 600 to post a message indicating that the message message has not been output when the message message is not output as a voice and the set output deadline has passed. To instruct. Specifically, the output message determination device 6 transmits a non-output notification posting request to the agent server 600. When the agent server 600 receives the non-output notification posting request, the agent server 600 reads the post data stored in the all message data storage unit 631 in association with the message ID of the message message, and transmits it to the family message board server 610. Thereby, it is displayed on the family message board that the message message has not been output as voice as the writing of the electric device 60. Therefore, the user can know that the message message has not been output by the deadline.

  The configuration of the present embodiment can be applied to the above-described first to fifth embodiments. That is, although Embodiment 1-5 was the structure which memorize | stored the random message as message data in the message data memory | storage part 32, the message message received via the family message board server 610 from the portable terminal is message data memory | storage part. 32 may be stored. In the present embodiment, an example in which only one message message is stored in the message data storage unit 32 has been described. However, the number of message messages stored in the message data storage unit 32 is not particularly limited. When a plurality of message messages are stored, a different message ID is assigned to each.

(Modification 1 of Embodiment 6)
A modification of the sixth embodiment will be described below with reference to FIGS. 3 and 23. In the above-described sixth embodiment, the message ID and the score of the message message are added to the voice determination information in the electric device 60.

  On the other hand, in this modification, a configuration in which the agent server 600 generates voice determination information to which the message ID and score of the message message are added will be described. In the present modification, the voice determination information generation unit 621 is configured to store the latest voice determination information in the storage unit 603.

  Message data control part 622 will acquire information which shows a message message and a time limit from received contribution data, if user contribution data is received. Then, the message ID is attached to the message message and stored in the entire message data storage unit 631, and information indicating the message message, the message ID, and the time limit is supplied to the voice determination information generation unit 621.

  When the message ID is supplied, the voice determination information generation unit 621 reads the latest voice determination information stored in the storage unit 603, and the message ID supplied to the read voice determination information, that is, the message message message. Add an ID. Then, a value larger than the score (maximum value) associated with the message ID of the random message is associated with the message ID of the message message.

  Then, the voice determination information generation unit 621 transmits the generated voice determination information, the message message with the message ID, and information indicating the time limit to the electric device 60.

  The message message control unit 64 changes the voice determination information stored in the voice determination information storage unit 31 to the received voice determination information. Further, the message message control unit 64 adds the received message message to the message data storage unit 32.

  As a result, the electrical device 60 does not need to perform a process of associating the score with the message message, and thus the processing load on the electrical device 60 (the output message determination device 6) can be reduced.

(Modification 2 of Embodiment 6)
Another modification of the sixth embodiment will be described below with reference to FIGS. 3, 23, and 29.

  In the present embodiment, the agent server 600 does not transmit the user posting data to the electric device 60 when receiving the user posting data. Specifically, when the message data control unit 622 receives the user posted data, the message data control unit 622 stores the message message included in the user posted data in the all message data storage unit 631.

(Flow of output message determination processing)
With reference to FIG. 29, the flow of the output message determination process executed by the electrical device 60 (output message determination device 6) will be described. FIG. 29 is a flowchart illustrating an example of the flow of output message determination processing in the electrical device 60.

  First, when a trigger such as the user pressing the utterance button is generated (YES in S151), the message message control unit 64 transmits a message transmission request to the agent server 600 (S152). Here, the message transmission request is an instruction for requesting transmission of the stored message message to the electric device 60 when the message message is stored in the agent server 600.

  When the message data control unit 622 receives the message transmission request, the message data control unit 622 confirms whether or not a message message is stored in the all message data storage unit 631. When the message message is stored, the stored message message is read and transmitted to the electric device 60. On the other hand, when the message message is not stored, the message non-possession information indicating that the message message is not stored is transmitted to the electric device 60.

  When the message message control unit 64 receives the message message (YES in S153), the message message control unit 64 supplies the message message to the output voice acquisition unit 22. And the output audio | voice acquisition part 22 outputs an audio | voice according to the received message message (S161). Then, the message message control unit 64 transmits a message message output notification posting request to the agent server 600 (S162). Here, the message message output notification posting request is information for instructing to post on the family message board that the message message has been output by voice.

  Post data generation unit 623 reads the post data that is generated when the user post data is received and indicates that the message message has been voiced by the output deadline, and transmits it to family message board server 610.

  In addition, when the message message control unit 64 does not receive a message message (NO in S153), that is, when the message non-possession information is received, the contents of the processing from step S154 to step S160 are as shown in FIG. Since this is the same as the process from step S2 to step S8, description thereof is omitted.

  In this modification, the agent server 600 manages the time limit of the message message. That is, the message data control unit 622 holds information indicating the time limit included in the user posted data, and stores the information in the all message data storage unit 631 when the time output by a timer (not shown) exceeds the time limit. Delete the message message. Then, the message data control unit 622 supplies information indicating that the message message has been deleted to the post data generation unit 623.

  Upon receiving the information indicating that the message message has been deleted, the posting data generation unit 623 reads the posting data generated when the user posting data is received and indicating that the message message was not output by voice until the output deadline. To the family message board server 610.

(Modification 3 of Embodiment 6)
A further modification of the sixth embodiment will be described below with reference to FIGS. 3 and 23. The electrical device 60 (output message determination device 6) stores message output information, which is a database in which the message ID of the message message is associated with information indicating whether the message message is output as speech, in the storage unit 13. It may be.

  Specifically, when the user generates a trigger such as pressing the utterance button, the message message control unit 64 refers to the message output information and determines whether there is a message message that is not output as voice. judge. When there is a message message that is not output as voice, the message message control unit 64 supplies the message ID of the message message to the output voice acquisition unit 22. And the output audio | voice acquisition part 22 reads the message message of supplied message ID from the message data memory | storage part 32, and outputs it as an audio | voice. That is, when the message message is included in the message data candidates to be output by voice (when there is a message message that is not output as voice), the message message control unit 64 determines the message message as message data to be output by voice. .

  On the other hand, when the message ID of the message message included in the message output information is associated with the information indicating that all are output as voice, the message message control unit 64 indicates that fact. To supply. Then, an output message determination process for outputting any of the random messages as a voice described in the first embodiment or the like is started.

  When there are a plurality of message messages that are not output as voice, the message message control unit 64 may supply all message IDs of message messages that are not output as voice to the output voice acquisition unit 22.

  In addition, the message message control unit 64 manages the time limit of the message message in which the message ID is included in the message output information. And when the time which the timer 62 outputs exceeds the said time limit, it is determined with reference to message output information whether the message message which exceeded the time limit is output as an audio | voice. When the message message is not output as voice, the message message control unit 64 outputs unoutput information indicating that the message message was not output as voice and the message ID of the message message to the posting instruction unit 65. .

  The posting instruction unit 65 generates an instruction (non-output notification posting request) for posting indicating that the message message has not been output by voice, and the agent server 600 via the communication unit 15 together with the message ID of the message message. Send to.

  When the post data generation unit 623 receives the message ID of the message message and the non-output notification post request from the electrical device 60, the post data generation unit 623 associates the post data stored in the all message data storage unit 631 with the received message ID. Read out and transmit to family message board server 610. Thereby, it is displayed on the family message board that the message message has not been output as voice as the writing of the electric device 60.

[Embodiment 7]
Still another embodiment of the present invention will be described below with reference to FIGS. 3 and 30 to 32.

  In the present embodiment, the electric device 70 (identifies the user who generated the voice output trigger, adds the character string indicating the user to the character string data included in the posted data, and transmits the character string data to the family message board server 610). Audio output device, output message determination device) will be described.

(Main components of the electric device 70)
First, with reference to FIG. 30, the structure of the main part of the electric device 70 will be described. FIG. 30 is a block diagram illustrating an example of a main part configuration of the electric device 70 according to the present embodiment. In addition, the arrow shown with a broken line is an arrow which shows the flow of the information in the process after the time limit of a message message passed.

  The electric device 70 includes the user information acquisition unit 16 in addition to the members included in the electric device 60 described in the sixth embodiment. The electric device 70 includes a control unit 71 and a storage unit 72 instead of the control unit 61 described in the sixth embodiment and the storage unit 13 described in the first embodiment. The electrical device 70 is integrated with the output message determination device 7. In FIG. 30, an output message determination device 7 is a portion surrounded by a broken line. Further, the output message determination device 7 may be configured to be detachable from the electric device 70. That is, the function of the output message determination device 7 may be provided in a network adapter that can be attached to and detached from the electrical device 70. In addition, since the user information acquisition part 16 has already demonstrated in Embodiment 4, description here is abbreviate | omitted.

  The storage unit 72 is a storage device that stores various data used in the electrical device 70, specifically, the output message determination device 7. The storage unit 72 includes a voice determination information storage unit 31, a message data storage unit 32, and a user determination information storage unit 33. The voice determination information storage unit 31 and the message data storage unit 32 have already been described in the first embodiment, and the user determination information storage unit 33 has already been described in the fourth embodiment. The description in is omitted.

  The control unit 71 performs overall control of each unit included in the electric device 70. The control unit 71 includes a score determination unit 21, an output voice acquisition unit 22, a score control unit 63, a message message control unit 64, and a posting instruction unit 73. In addition, since the score determination part 21, the output audio | voice acquisition part 22, the score control part 63, and the message message control part 64 are already demonstrated in embodiment mentioned above, description here is abbreviate | omitted.

  Posting instruction unit 73 instructs writing on the family message board as electric device 70. In addition to the function of the posting instruction unit 65 described in the sixth embodiment, the posting instruction unit 73 acquires user information (for example, a user's face photo) for identifying the user who generated the trigger from the user information acquisition unit 16. To do. Then, the posting instruction unit 73 specifies a user ID, which is information indicating each user, stored in the user determination information storage unit 33 in association with the acquired user information.

  Then, the posting instruction unit 73 transmits the message ID and user ID to the agent server 600 via the communication unit 15 together with the generated output notification posting request.

  Upon receiving the output notification posting request, the message ID, and the user ID, the posting data generation unit 623 reads the posting data associated with the message ID from the all message data storage unit 631. Post data generation unit 623 specifies a character string indicating the user based on the received user ID. The character string is stored in the storage unit 603 in association with the user ID as character string data.

  Here, the details of the character string data to which the character string indicating the user is added will be described with reference to FIG. FIG. 31 is a diagram illustrating an example of a screen displayed on the mobile terminal according to the present embodiment.

  (A) of FIG. 31 shows a display screen of the family message board when the mother transmits a message message to the electric device 70 in the writing M2, and the father listens to the message message by generating a trigger in the electric device 70. Show. When the posting instruction unit 73 acquires the face photo of the father from the user information acquisition unit 16, the posting instruction unit 73 specifies the user ID associated with the face photo from the user determination information stored in the user determination information storage unit 33.

  When the message ID (message ID indicating the message message) is supplied from the output voice acquisition unit 22, the posting instruction unit 73 transmits the message ID and the user ID to the agent server 600 together with the generated output notification posting request. .

  The post data generation unit 623 generates a message from the mother of 14:10 generated when the user post data in the writing M2 that is associated with the received message ID is received in the all message data storage unit 631. Read the post data including the character string data “I sent it to (the character string indicating the user) ♪”.

  Further, the posted data generation unit 623 reads “dad”, which is character string data stored in the storage unit 603 in association with the received user ID. Then, the identified character string data “dad” is inserted at the position of the read posting data (character string indicating the user). As a result, post data including character string data “A message from the mother of 14:10 was conveyed to the father ♪” is generated. Post data generation unit 623 transmits post data including the generated character string data to family message board server 610. As a result, the writing M4 is posted on the family message board, and the display screen of the family message board including the writing M4 is displayed on the user's portable terminal (for example, the portable terminal 300).

  Note that the message data output as voice may be a random message. For example, when the post data generation unit 623 receives the message ID of the message data “always thank you” in the random message and the user ID indicating the dad, the post data (character string) associated with the received message ID. At the beginning of the data, “To: (character string indicating the user)” is inserted and “dad” is inserted in the (character string indicating the user). Then, the posted data is transmitted to the family message board server 610. Thereby, as shown in FIG. 31 (b), the writing M5 is posted on the family message board, and the display screen of the family message board including the writing M5 is displayed on the user's portable terminal (for example, the portable terminal 300).

  Note that information in which the user ID and the character string indicating the user are associated may be stored in the storage unit 72 (for example, the user determination information storage unit 33) of the electrical device 70. In this case, the posting instruction unit 73 reads a character string indicating the user associated with the identified user ID, and transmits a message ID and a character string indicating the user together with the output notification posting request.

(Flow of output message determination processing)
Next, with reference to FIG. 32, the flow of the output message determination process executed by the electrical device 70 (output message determination device 7) will be described. FIG. 32 is a flowchart illustrating an example of the flow of output message determination processing in the electrical device 70.

  When the user presses the utterance button (YES in S171), the user information acquisition unit 16 acquires user information (for example, a user's face photo) and outputs it to the posting instruction unit 73. Subsequently, when obtaining the user information, the posting instruction unit 73 identifies the user and specifies the user ID (S172). Specifically, the user ID associated with the acquired user information is specified with reference to the user determination information stored in the user determination information storage unit 33.

  Subsequently, the content of the processing from step S173 to step S178 is the same as the processing from step S2 to step S7 in FIG. .

  Subsequently, the posting instruction unit 73 transmits a message ID, a user ID, and an output notification posting request to the agent server 600 (S178).

  Finally, the content of the processing in step S179 is the same as that in step S8 in FIG.

(Operational effect of the output message determination device according to the seventh embodiment)
As described above, the output message determination device 7 included in the electric device 70 according to the present embodiment identifies the user who has generated the voice output trigger, and the character string indicating the user is included in the posted data. It adds to character string data and transmits to the family message board server 610. Thereby, the user using the service of the family message board can know who the user who generated the voice output trigger in the electrical device 70 (the user who output the voice) is. Moreover, the user who is outdoors can know who is in the family in the user's house.

  Furthermore, when the message data output as voice is a message message, a user who has posted a message for transmitting a message message on the family message board can know who the message message has been transmitted to.

  In the present embodiment, the message ID of the message message has been described as the configuration in which the message ID is associated with the score in the voice determination information 31b (the configuration corresponding to the sixth embodiment), but will be described in the second modification of the sixth embodiment. As described above, the message message may be acquired from the agent server 600 when the user generates a trigger for outputting voice. In this case, the posting instruction unit 73 transmits the message message output notification posting request described in the second modification of the sixth embodiment to the agent server 600 instead of the output notification posting request and the message ID of the message message. Moreover, as shown to Embodiments 2-5, the structure which reflects the audio | voice output in the other electric equipment 70 on the score of an own apparatus may be sufficient.

[Embodiment 8]
The following will describe still another embodiment of the present invention with reference to FIGS.

(Main components of the electric device 80)
First, with reference to FIG. 33, the principal part structure of the electric equipment 80 (audio | voice output apparatus, an output message determination apparatus) is demonstrated. FIG. 33 is a block diagram illustrating an example of a main part configuration of the electric device 80 according to the present embodiment.

  The electric device 80 includes a detection unit 81 in addition to the members included in the electric device 10 described in the first embodiment. Moreover, it replaces with the control part 12 demonstrated in Embodiment 1, and the control part 82 is provided. The electrical device 80 is integrated with the output message determination device 8. In FIG. 33, the part surrounded by the broken line is the output message determination device 8. Further, the output message determination device 8 may be configured to be detachable from the electric device 80. That is, the function of the output message determination device 8 may be provided in a network adapter that can be attached to and detached from the electrical device 80.

  The detection unit 81 is a detection device including one or more sensors. The detection unit 81 is at least one of, for example, a temperature sensor that detects ambient temperature, a timer that detects the operating time of the electric device 80, and a sensor that detects whether or not each member in the electric device 80 is operating normally. including. Note that the sensor included in the detection unit 81 is not limited to the sensor of the above-described example. For example, the detection unit 81 may include a humidity sensor. In the present embodiment, a configuration in which the detection unit 81 includes a temperature sensor will be described as an example.

  The control unit 82 performs overall control of each unit included in the electric device 80. The control unit 82 includes a score determination unit 21, an output voice acquisition unit 22, a score control unit 83, a posting instruction unit 24, a random message control unit 25, and a detection control unit 84. In addition, since the score determination part 21, the output audio | voice acquisition part 22, the posting instruction | indication part 24, and the random message control part 25 have already demonstrated in Embodiment 1, description here is abbreviate | omitted.

  The score control unit 83 changes the score associated with the message ID. Specifically, in addition to the function of the score control unit 23 described in the first embodiment, the score control unit 83 uses the voice determination information stored in the voice determination information storage unit 31 for the message data output by voice. The score associated with the message ID associated with the same category information as the category information associated with the message ID is lowered.

  Here, details of the voice determination information in the present embodiment will be described with reference to FIG. (A) of FIG. 34 is a diagram showing a data structure and a specific example of voice determination information stored in the electric device 80, and (b) shows an example of message data output by the electric device 80 as voice. FIG.

  As shown in (a) of FIG. 34, the voice determination information 31c stored in the voice determination information storage unit 31 of the electric device 80 is different from the voice determination information 31a described in the first embodiment, and includes a message ID and a score. , And information associated with category information. Note that, as shown in FIG. 34 (a), the voice decision information 31c is information in a table format, and the data structure of the voice decision information 31c is not limited to this example.

  Note that the information stored in the “message ID” column and the “score” column has already been described in the first embodiment, and thus the description thereof is omitted here.

  In the “category information” column, category information indicating the category of the message data indicated by the message ID is stored. Specific examples of the category information include “greeting” associated with the message ID of the message data for outputting the greeting to the user by voice, and the message ID of the message data for outputting the current date and current time by voice. “Date and time information” to be associated, “Negai words” to be associated with the message ID of the message data for outputting a word that sounds the user, and voice that the ambient temperature of the electric device 80 has exceeded the threshold There is “temperature information” associated with a message ID for output. However, the specific example of the category information described above is an example, and the present invention is not limited to this example. Further, unlike other message data, the message data to which “temperature information” is added as category information includes detection information indicating that the detection unit 81 has detected that the temperature around the electric device 80 has exceeded the threshold value. And generated by being transmitted to an agent server 620 described later. Details of generation of message data to which “temperature information” is added as category information will be described later.

  As shown in FIG. 34B, the category information may be associated with message data stored in the message data storage unit 32.

  When the score control unit 83 is supplied with the message ID of the message data used for the voice output from the output voice acquisition unit 22, the score control unit 83 is supplied from the voice determination information 31 c stored in the voice determination information storage unit 31. The message ID and the category information associated with the message ID are specified. Then, the score associated with the identified message ID is lowered. Further, the score associated with the message ID associated with the same category information as the identified category information is also lowered. The details of changing the score are the same as the function of the score control unit 23 described in the first embodiment, and thus detailed description thereof is omitted here.

  The score associated with the message ID of the message data used for voice output (hereinafter referred to as the voice output score) is associated with the same category information as the message ID of the message data used for voice output. The score reduction range may be the same, or the score reduction range may be changed. That is, the same category score may be changed so as to be the same as the lowering of the priority of the message data used for the voice output, or may be changed so as to be different. When the score reduction range is the same, for example, as described in the first embodiment, the audio output score and the same category score may be reduced by 20 or the audio output score and the same category score are reduced to the minimum value at a time. May be. In the case of varying the score decrease range, for example, the audio output score is decreased by 20 at a time, but the same category score may be decreased by 10 at a time.

  Furthermore, the category information may be similarly associated with the message ID of the message message described in the sixth embodiment. However, when a plurality of message messages are stored in the message data storage unit 32, it is preferable that all these message messages are used for voice output. Because a message message is a different message, it is not preferable that one message message is output and another message message (message message with the same category) is not output. Therefore, it is preferable not to associate the category information with the message ID of the message message.

  Further, as described in the second to fifth embodiments, the message ID of the message data used for voice output by any one of the plurality of electric devices is received from the history management server or other electric devices, and the relevant Even in the case of a configuration that lowers the score associated with the message ID, as described above, the category information associated with the message ID received by the score control unit 83 is specified, and the voice output score and the same category score are obtained. You can lower it.

  The detection control unit 84 generates detection information based on the detection result of the detection unit 81. Specifically, when the detection result output by the detection unit 81 satisfies a predetermined condition, the detection control unit 84 generates detection information indicating that the predetermined condition is satisfied, and passes through the communication unit 15. To the agent server 620. For example, when the temperature value detected by the temperature sensor included in the detection unit 81 is output, the detection control unit 84 determines whether or not the temperature value exceeds a predetermined threshold value. When the output temperature value exceeds the threshold value, information indicating that the temperature around the electric device 80 exceeds the threshold value, that is, detection information is transmitted to the agent server 620. Note that the detection information generated by the detection control unit 84 changes according to the detection result output from the detection unit 81, and is not limited to information related to the temperature in the above-described example. For example, when the value of the continuous operation time of the electric device 80 is output from the detection unit 81 and the time exceeds the threshold value, detection information indicating that the operation time of the electric device 80 exceeds the threshold value is generated.

  The detection information only needs to enable the agent server 620 to specify the contents represented by the detection information, and may be a character string made up of alphanumeric characters, for example. Specifically, when the detection information transmitted by the second electric device 80b is information related to temperature, and the threshold value is set to 30 ° C., the detection unit 81 detects a temperature exceeding the threshold value. The detection control unit 84 may generate detection information “Db1030” and transmit the detection information to the agent server 620. The character string composed of alphanumeric characters indicates that the first character is detection information, the second character indicates an electrical device that has generated the detection information, the third character indicates information on temperature, and the like. Indicates the threshold at which the sixth character is set. Further, based on this example, when the detection information to be transmitted relates to the operation time of the second electric device 80b and the threshold is set to 120 minutes, the detection unit 81 sets the operation time to the threshold. When it is detected that the value has been exceeded, the detection control unit 84 generates detection information “Db2120”. In addition, the structure of a character string is not limited to the example mentioned above.

(Main part configuration of agent server 620)
Next, with reference to FIG. 35 and FIG. 36, the principal part structure of the agent server 620 is demonstrated. FIG. 35 is a schematic diagram illustrating an example of the output message determination system 950, and FIG. 36 is a block diagram illustrating an example of a main configuration of the agent server 620. 36, an arrow indicated by a solid line is an arrow indicating a flow of information related to message data generation based on detection information, and an arrow indicated by a broken line is an arrow indicating a flow of information related to transmission of message data to the electric device 80. is there.

  As shown in FIG. 35, the agent server 620 stores various data used in a plurality of electric devices, for example, the first electric device 80a, the second electric device 80b, and the third electric device 80c shown in FIG. to manage. Specifically, the agent server 620 manages the various data used in the first electric device 80a, the first agent unit 641 that manages the various data used in the first electric device 80a, and the second that manages the various data used in the second electric device 80b. An agent unit 642 and a third agent unit 643 for managing various data used in the third electric device 80c are provided. That is, the agent server 620 includes an agent unit that corresponds to each electrical device 80 on a one-to-one basis. In addition, the agent server 620 writes on the family message board in response to an instruction from the electric device 80, similarly to the agent server 600 described in the first embodiment. Since the family message board and the mobile terminals 300, 310, and 320 have already been described in the first embodiment, description thereof is omitted in FIG.

  As shown in FIG. 36, the agent server 620 includes a first agent unit 641, a second agent unit 642, a third agent unit 643, and a communication unit 651. The communication unit 651 is a communication device for transmitting and receiving information between the agent server 620 and an external device. The communication unit 651 transmits the information supplied from the first agent unit 641, the second agent unit 642, and the third agent unit 643 to the electric device 80 or the family message board server 610. For example, the communication unit 651 includes a plurality of message data including message data generated by the message data generation unit 624 described later, and voice determination information 31c in which score and category information are associated with message IDs of the plurality of message data. Send. The communication unit 651 supplies the information received from the electrical device 80 to at least one of the first agent unit 641, the second agent unit 642, and the third agent unit 643. For example, the communication unit 651 supplies the detection information received from the second electric device 80b to the second agent unit 642.

  Next, the first agent unit 641, the second agent unit 642, and the third agent unit 643 will be described. However, since the first agent unit 641, the second agent unit 642, and the third agent unit 643 have the same configuration, the second agent unit 642 will be described as an example here.

  The second agent unit 642 includes a control unit 652 and a storage unit 653. Hereinafter, message data generated by the agent server 620 upon reception of detection information from the electrical device 80 may be referred to as a device message.

  The storage unit 653 is a storage device that stores various data used in the agent server 620. The storage unit 653 includes an all message data storage unit 631 and a message generation information storage unit 632.

  Since all message data storage unit 631 has already been described in the first embodiment, detailed description thereof will be omitted. However, category information is associated with at least a random message and a device message among message data stored in the all message data storage unit 631 of the present embodiment.

  The message generation information storage unit 632 stores message generation information. Here, the details of the message generation information will be described with reference to FIG. FIG. 37 is a diagram illustrating a data structure and a specific example of message generation information stored in the agent server 620.

  As illustrated in FIG. 37, the message generation information is information in which detection information transmitted from the electrical device 80, a message data template, and category information are associated with each other. Note that, as shown in FIG. 37, the message generation information is information in a table format, and the message generation information is not limited to this example.

  Information indicating the content of the detection information is stored in the “detection information transmitted from the electrical device” column. In the example of FIG. 37, it is assumed that a sentence indicating the content of the detection information is stored in order to specifically describe the content of the detection information. However, the information stored in the column is not limited to the example in FIG. 37. For example, when the detection information is a character string composed of alphanumeric characters representing the content of the detection information, the character string composed of the alphanumeric characters is It may be stored. When the detection information is the above-described 6-character string, it is preferable that the stored character string is only a character string indicating the content of the detection information. That is, it is preferable that only “Db1” or “1” of “Db1030” is stored.

  The “message data template” column stores text data (hereinafter referred to as template data) used when a message data generation unit 624 described later generates a device message. The template data is text data partially blanked, and the message data generation unit 624 uses the threshold value set by the detection control unit 84 and the electrical device 80 that has transmitted the detection information as a plurality of electrical devices 80. Using information such as which one is used, a character string is inserted into the blank to complete the device message.

  The “category information” stores the category information described above.

  The control unit 652 performs overall control of each unit included in the second agent unit 642. The control unit 652 includes a voice determination information generation unit 621, a message data control unit 622, a posting data generation unit 623, and a message data generation unit 624. Note that since the voice determination information generation unit 621, the message data control unit 622, and the posting data generation unit 623 have already been described in the first embodiment, description thereof is omitted here.

  The message data generation unit 624 generates message data based on the detection information, that is, a device message. Specifically, when the message data generation unit 624 receives the detection information from the second electric device 80b via the communication unit 651, the message data generation unit 624 receives the detection information from the message generation information stored in the message generation information storage unit 632. The template data and category information associated with the detection information are read out, and a device message is generated.

  For example, when the message data generating unit 624 receives the detection information “Db1030” as the detection information, the detection information is “information indicating that the temperature exceeds the threshold” from the third character of the detection information. And the template data and category information associated with the detection information are read out. Then, the message data generation unit 624 specifies that the number to be inserted into the template data is 30 from the 4th to 6th characters of the detection information, and inserts this number into the template data. Generates a device message "Centigrade exceeded." Then, the message data generation unit 624 associates the read category information “temperature information” with the generated device message. Finally, the message data generation unit 624 outputs the device message and category information to the message data control unit of the first agent unit 641 and the third agent unit 643 and supplies the message data control unit 622 with the device message and category information. The message data control unit 622 stores the message ID in association with the supplied device message and category information in the all message data storage unit 631.

  As described above, also for the first agent unit 641 and the third agent unit 643 to which the device message and category information are supplied, the message data control unit stores the device message and category information in the all message data storage unit 631. To remember.

  As a result, the agent server 620 transmits, to the plurality of electric devices 80, the voice determination information 31c in which the plurality of message data including the device message and the message ID, score, and category information of the plurality of message data are associated with each other. can do. Note that details of the transmission of the message data and the voice determination information have already been described in the first embodiment, and thus description thereof is omitted here. Specifically, the electrical device 80 (random message control unit 25) that has received the message data and the voice determination information 31c changes the data stored in the message data storage unit 32 and the voice determination information storage unit 31 to the received data. The random message control unit 25 stores the received message data in the message data storage unit 32 if any of the received message data is not stored in the message data storage unit 32. Further, if the message data stored in the message data storage unit 32 is not included in the received message data, the message data may be deleted. In addition, the random message control unit 25 changes the voice determination information stored in the voice determination information storage unit 31 to the received voice determination information 31c.

  In the example described above, the message data generation unit 624 confirms the character string of the detection information, specifies a threshold value and the like, and uses it to generate message data. However, the present invention is not limited to this example. For example, in the message generation information, the detection information and the message data correspond one-to-one, and the message data generation unit 624 specifies the message data by referring to the message generation information using the received detection information. Also good.

(Flow of output message determination processing)
Next, with reference to FIG. 38, the flow of the output message determination process executed by the electrical device 80 (output message determination device 8) will be described. FIG. 38 is a flowchart illustrating an example of the flow of output message determination processing in the electrical device 80.

  The content of the processing from step S181 to step S188 is the same as the processing from step S1 to step S8 in FIG.

  Next, the score control unit 83 determines whether there is message data associated with the same category information as the message data used for voice output (S189). Specifically, when the output voice acquisition unit 22 is supplied with the message ID of the message data used for voice output, the score control unit 83 refers to the voice determination information 31c stored in the voice determination information storage unit 31. Then, it is determined whether there is a category ID associated with the supplied message ID and a message ID associated with the same category information.

  When there is a message ID associated with the same category information (YES in S189), the score control unit 83 lowers the score of the message data associated with the same category information (S190). That is, the score control unit 83 lowers the same category score. On the other hand, if there is no message ID associated with the same category information (NO in S189), the output message determination process ends.

(Operation and Effect of Output Message Determination Device According to Embodiment 8)
As described above, the electrical device 80 according to the present embodiment stores the voice determination information 31c associated with the category information in the voice determination information storage unit 31 in addition to the message ID and the score. Then, the score control unit 83 lowers not only the voice output score but also the same category score.

  Further, in the electrical device 80 according to the present embodiment, when the detection result by the detection unit 81 satisfies a predetermined condition, the detection control unit 84 generates detection information and transmits the detection information to the agent server 620. When the agent server 620 according to the present embodiment receives the detection information, the message data generation unit 624 generates a device message.

  Here, in the above-described example, the second agent unit 642 generates the device message based on the detection information transmitted from the second electric device 80b. Similarly, the first agent unit 641 and The third agent unit 643 also generates a device message based on the detection information transmitted from the first electric device 80a and the third electric device 80c, respectively.

  For example, when the refrigerator that is the first electric device 80a and the air conditioner that is the second electric device 80b both have temperature sensors, if the ambient temperature around the refrigerator and the air conditioner exceeds a threshold (for example, 30 ° C.), Both the first agent unit 641 and the second agent unit 642 generate a device message indicating that the temperature has exceeded the threshold value.

  The generated device message is supplied to each agent unit. Here, the first agent unit 641 will be described as an example. The first agent unit 641 acquires two device messages indicating that the temperature has exceeded the threshold value. Since both of these two device messages are transmitted to the first electric device 80a (refrigerator), there is a possibility that the first electric device 80a may continue to output the same content regarding the temperature.

  In order to solve this problem, category information is associated with the message ID in the voice determination information 31c transmitted together with the message data. The same category information is associated with the message IDs of the same message data.

  And since the electric equipment 80 reduces the same category score with the audio | voice output score mentioned above, it can prevent the electric equipment 80 performing the audio | voice output of the same content.

  Note that the device message may have a different ending for each electrical device 80 that has generated the detection information. For example, as shown in (b) of FIG. 34, the device message (device message with message ID V008) generated by the second agent unit 642 when the detection information is transmitted from the second electric device 80b is transmitted. The device message (device message with message ID V009) generated by the first agent unit 641 by the transmission of the detection information from the first electric device 80a with the ending is “to tayo” “It was” may be used. Note that the ending is not limited to (b) in FIG. For example, the ending may be as if a woman has spoken, such as “The temperature has exceeded 30 ° C.”.

(Modification common to Embodiments 1 to 8)
In each of the above embodiments, an example in which one agent server 600 and one history management server 500 (or history management server 510) are used has been described. However, each of the agent server 600, the history management server 500, and the history management server 510 includes The function may be realized by an individual server. For example, each of the voice determination information generation service, the message data control service, and the post data generation service in the agent server 600 may be provided by an individual server. In these cases, the servers may be managed by the same business operator or may be managed by different business operators.

[Embodiment 9]
Each block of the electric devices, the agent server 600 and the agent server 620, the history management server 500 and the history management server 510, and the mobile terminal 300, the mobile terminal 310, and the mobile terminal 320 described in the first to eighth embodiments is integrated. It may be realized by a logic circuit (hardware) formed in a circuit (IC chip) or the like, or may be realized by software using a CPU (Central Processing Unit). In the latter case, each electrical device described in Embodiments 1 to 8 can be configured using a computer (electronic computer) as shown in FIG. FIG. 39 is a block diagram illustrating a configuration of a computer 400 that can be used as each electrical device described in the first to eighth embodiments.

  As shown in FIG. 39, the computer 400 includes a computing device 420, a main storage device 430, an auxiliary storage device 440, and an input / output interface 450 connected to each other via a bus 410. The arithmetic device 420, the main storage device 430, and the auxiliary storage device 440 may be, for example, a CPU, a random access memory (RAM), and a hard disk drive, respectively. The main storage device 430 may be a computer-readable “non-temporary tangible medium”. For example, a tape, a disk, a card, a semiconductor memory, a programmable logic circuit, or the like can be used.

  An input device 460 and an output device 470 are connected to the input / output interface 450. The input device 460 and the output device 470 such as each electrical device described in the first to eighth embodiments accept user input operations, receive data transmitted from other devices, transmit data to other devices, and Output audio and display images.

  The auxiliary storage device 440 stores various programs for causing the computer 400 to operate as each electrical device described in the first to eighth embodiments. Then, the arithmetic device 420 expands the respective programs stored in the auxiliary storage device 440 on the main storage device 430, and executes instructions included in the respective programs expanded on the main storage device 430. The computer 400 is caused to function as each unit included in each electrical device described in the first to eighth embodiments.

  Here, the configuration in which the computer 400 is caused to function using each of the programs recorded in the auxiliary storage device 440 that is an internal recording medium has been described, but a program recorded in an external recording medium may be used. . Further, the program may be supplied to the computer via any transmission medium (such as a communication network or a broadcast wave) that can transmit the program. The present invention can also be realized in the form of a data signal embedded in a carrier wave in which the program is embodied by electronic transmission.

[Summary]
An output message determination device 1 according to an aspect 1 of the present invention is an output message determination device that determines message data to be used for audio output of an audio output device (electric device 10) from a plurality of message data, The message determination device includes: an output data determination unit (score determination unit 21) that determines the message data to be output in speech based on the priority of the plurality of message data, and priority of the message data that has been output in speech A control unit (score control unit 23) for lowering the degree.

  According to the above configuration, the message data to be output as voice is determined based on the priority of the message data. In addition, the priority of the message data output by voice is lowered.

  As a result, the next time voice is output from the voice output device, it is less likely that at least the message data used for voice output immediately before will be used for voice output. Therefore, since the same sound is not output continuously or repeatedly at short intervals from the sound output device, the user can be prevented from feeling unpleasant. As mentioned above, regarding the message output by voice of the voice output device, the message output can be made comfortable for the user.

  In the output message determination device according to aspect 2 of the present invention, in the above aspect 1, the output data determination unit determines the message data to be output by voice based on the scores associated with each of the plurality of message data. Then, the control unit may lower the priority of the message data by changing the score associated with the message data output by voice.

  According to the above configuration, since the message data to be output by voice is determined based on the score associated with the message data, the message data to be output can be determined accurately. Further, since changing the score means lowering the priority of the message data, the next time the voice is output from the voice output device, the message data used for voice output at least immediately before is continued. It is less likely to be used for audio output. Therefore, the same audio content is not output continuously or repeatedly at short intervals from the audio output device.

  In the output message determination device 6 according to aspect 3 of the present invention, in the above-described aspect 1 or 2, the output data determination unit is a message in which a user-created message that is the message data transmitted from the terminal device by the user is output as a voice. When included in the data candidates, the user-created message may be determined as message data to be output as voice.

  According to the above configuration, since the user-created message is output by voice with the highest priority, when the user generates a voice output trigger, the user-created message is surely used for voice output. Therefore, when the user-created message is included in the candidate message data to be output by voice, the user who has generated the trigger can be surely heard the voice using the user-created message. In addition, as a user preparation message, the message message which is a message from one user to another user is mentioned, for example.

  The output message determination device 4 according to aspect 4 of the present invention includes the following in the aspect 1 or 2; a user specifying unit (score) that specifies a user who has generated a trigger for causing the audio output device to output audio The determination unit 42) and the output data determination unit may output message data having the highest priority among the plurality of message data associated with the user specified by the user specifying unit.

  According to said structure, the user who generated the trigger for outputting an audio | voice to an audio | voice output apparatus is specified, The message with the highest priority among the several message data matched with the specified user Output data.

  Thereby, the situation where a certain user cannot hear the audio | voice of the specific content for the user can be prevented.

  In addition, message data that is output only to the user who specified the user can be realized. Thereby, it is possible to output sound suitable for each user. Thereby, it is possible to introduce products suitable for each user, introduce stores, and the like.

  In the output message determination device 8 according to aspect 5 of the present invention, in the aspect 1 or 2, the plurality of message data is associated with category information indicating a category of each message data, and the control unit further includes: The priority of other message data associated with the same category information as the message data used for voice output may be lowered.

  According to the above configuration, not only the message data used for voice output in the voice output device associated with the device itself, but also other message data associated with the same category information as the message data. Even lower the priority.

  As a result, the next time voice is output from the voice output device, message data that is at least in the same category as the message data that was used for voice output immediately before, that is, message data that is similar in content, is output continuously. Is less likely. Therefore, since a similar sound is not output continuously or repeatedly at short intervals from the sound output device, it is possible to prevent the user from feeling unpleasant.

  The output message determination device (electrical device 10) according to aspect 6 of the present invention may include the following in the above aspect 1 or 2; a detection unit (input unit 11) for detecting a user, and the user's A voice output unit (14) that outputs a voice according to the message data determined by the output data determination unit when the presence is detected.

  According to said structure, when a user is detected, an audio | voice is output according to the determined message data. As a result, the possibility that the audio output device continuously outputs the same content of audio for a specific user or at a short interval is reduced, so that the user comfortably uses the output message determination device. be able to.

  A control method for an output message determination device according to aspect 7 of the present invention is a control method for an output message determination device that determines message data to be used for voice output of a voice output device from a plurality of message data, the output The control method of the message determination device includes the following: an output data determination step (S2) for determining the message data to be output by voice based on the priority of each of the plurality of message data, and the message data output by voice Control step for lowering priority (S8).

  According to this control method, the same operational effects as those of the output message determination device according to aspect 1 are obtained.

  The output message determination device 3 according to the aspect 8 of the present invention is an output message determination device associated with each of a plurality of audio output devices, and the output message determination device is for audio output of the audio output device. Message data to be used is determined from a plurality of message data, and the plurality of message data includes message data common to each audio output device, and each of the output message determination devices includes: Based on the priority of each data, an output data determination unit (score determination unit 27) that determines the message data to be output by voice, and the above-mentioned common output by at least one voice output device among the plurality of voice output devices. A control unit (39) for lowering the priority of the message data.

  According to said structure, the priority of the said message data is lowered | hung about the message data audio-outputted by the other audio | voice output apparatus. That is, which message data is output as voice in another audio output device is reflected in the priority of the message data of the own device.

  As a result, the content output by a certain sound output device is not output by another sound output device continuously or repeatedly at short intervals. Therefore, audio output from a plurality of audio output devices can be made comfortable for the user.

  The output message determination device 3 according to aspect 9 of the present invention is the output message determination device 3 according to aspect 8, wherein the output data determination unit is configured to output the message data to be output based on a score associated with each of the plurality of message data. Then, the control unit may lower the priority of the message data by changing the score associated with the message data output as voice.

  According to the above configuration, since the message data to be output by voice is determined based on the score associated with the message data, the message data to be output can be determined accurately. Further, since changing the score means lowering the priority of the message data, the next time the voice is output from the voice output device, the message data used for voice output at least immediately before is continued. It is less likely to be used for audio output. Therefore, the same audio content is not output continuously or repeatedly at short intervals from the audio output device.

  The output message determination device 3 according to aspect 10 of the present invention may include the following in the aspect 8 or 9; when voice is output according to the message data determined by the output data determination unit, the message data is An output message information transmission unit (score control unit 39) that transmits output message information, which is information to be displayed, to an output message determination device corresponding to another audio output device.

  According to said structure, when the audio | voice output apparatus corresponding to an own apparatus outputs an audio | voice, the output message determination apparatus corresponding to the other audio | voice output apparatus is output message information which shows the message data used for audio | voice output. Send to. Thereby, the result of the audio | voice output in the audio | voice output apparatus corresponding to an own apparatus can be reflected in the score in another output message determination apparatus.

  The output message determination device 3 according to the aspect 11 of the present invention includes the following in the above aspect 10; the output has been received to receive the output message information transmitted from the output message determination device corresponding to the other audio output device The message information reception unit (score control unit 39) and the control unit may lower the priority of the message data indicated by the output message information received by the output message information reception unit.

  According to said structure, the output message information transmitted from the other output message determination apparatus is received, and the priority of the message data which the said output message information shows is lowered | hung. Thereby, the output result in the audio output device corresponding to the other output message determination device can be reflected in the priority of the message data in the own device.

  An output message determination device control method according to an aspect 12 of the present invention is a control method for an output message determination device associated with each of a plurality of audio output devices, and the output message determination device includes the audio output device. Message data to be used for voice output is determined from a plurality of message data, and the plurality of message data includes message data common to each voice output device, and the control method of the output message determination device includes the following: An output data determination step (S54) for determining the message data to be output based on the priority of each of the plurality of message data, and at least one of the plurality of audio output devices outputs a sound. Control step (S52, S6) for lowering the priority of the common message data ).

  According to this control method, the same operational effects as the output message determination device according to aspect 8 are obtained.

  A history management apparatus (history management server 510) according to aspect 13 of the present invention is a history management apparatus that manages the history of message data used for voice output by a plurality of voice output devices, and the history management apparatus includes: When the user information of the user who has generated the trigger for voice output in the voice output device is received together with the output message information that is the information indicating the message data that has been voiced, The history storage unit stores the history information from the history storage unit (history information update unit 512) that stores the output message information and the user information in association with each other, and the output message determination device that determines the message data output by the voice output device. When the request for obtaining the output message information has been received, the history storage unit stores the request in association with it. History transmission unit for transmitting the output completion message information and the user information to the output message determination device (output information generating section 513).

  According to the above configuration, the output message information of the message data output by voice and the user information of the user who generated the voice output trigger are stored in association with each other, and the request is received from the output message determination device At this time, the stored used message information and user information are transmitted. Thereby, in the output message determination device in which a plurality of message data is associated with each user, the message data out of the message data output by the voice output device different from the voice output device corresponding to the own device. It is possible to lower only the priority of message data associated with the user who has output.

  The write data transmission instruction device (output message determination device 6) according to the fourteenth aspect of the present invention transmits the write data posted to an information processing device that provides a service that can be shared by a plurality of users to an external device. A write data transmission instructing device for instructing, wherein the write data transmission instructing device may include: a user-created message, which is message data transmitted from a terminal device by a user, to be output by voice by a set time limit A posting instruction unit (posting instruction unit 65) for instructing an external device to transmit write data indicating that the user-created message is not used to the information processing apparatus when it is not used.

  According to the above configuration, when the user-created message is not output by voice within the time limit set in the user-created message, the writing indicating that the user-created message is not output is performed, and the posted writing You can instruct external devices to post to services that can be shared by other users. As a result, a message indicating that the user-created message has not been output by voice is posted to the service, so that the user using the service has not been output by the deadline. I can inform you. An example of an external device is a server (agent server 600) having a function of transmitting write data to an information processing apparatus that provides a service that allows a plurality of users to share posted writing. Moreover, as a user preparation message, the message message which is a message from one user to another user is mentioned, for example.

  The output message determination device, the write data transmission device, the display device, the history management device, and the write data transmission instruction device according to each aspect of the present invention may be realized by a computer. A control program such as an output message determination device that causes the output message determination device and the like to be realized by a computer by operating as each unit (software element) included in the determination device and the like, and a computer-readable recording medium that records the control program are also provided. It falls into the category of the invention.

  The present invention is not limited to the above-described embodiments, and various modifications are possible within the scope shown in the claims, and embodiments obtained by appropriately combining technical means disclosed in different embodiments. Is also included in the technical scope of the present invention. Furthermore, a new technical feature can be formed by combining the technical means disclosed in each embodiment.

[Supplement]
In the output message determination device 1 according to the first aspect of the present invention, a voice output device (electric device 10) that has a one-to-one correspondence with its own device outputs voice from a plurality of message data used for voice output. An output message determination device that determines message data to be used for output, and when the audio output device outputs audio, the output priority in the message data associated with each of the plurality of message data is set. Output data determination means (score determination unit 21) for determining the message data to be used for outputting speech based on the score shown, and the message data associated with the message data determined by the output data determination means Score control means (score control unit 23) for lowering the score.

  According to said structure, the message data used for an audio | voice output are determined based on the score matched with message data. Also, by lowering the score associated with the message data used for voice output, the priority of the message data used for voice output of the message data is lowered.

  As a result, the next time voice is output from the voice output device, it is less likely that at least the message data used for voice output immediately before will be used for voice output. Therefore, since the same sound is not output continuously or repeatedly at short intervals from the sound output device, the user can be prevented from feeling unpleasant. As mentioned above, regarding the message output by voice of the voice output device, the message output can be made comfortable for the user.

  In the output message determination device 3 according to the aspect 2 of the present invention, the voice output device (electric device 30) corresponding to the device itself has a one-to-one output from a plurality of message data used for voice output. An output message determination device that determines message data to be used for output, and when the audio output device outputs audio, the output priority in the message data associated with each of the plurality of message data is set. Output data determining means (score determination unit 27) for determining the message data used for outputting the sound based on the score to be displayed, and at least one of the plurality of sound output devices outputs the sound. Score control that lowers the score associated with the device itself to the message data used for Comprising stages (the score controller 39), the.

  According to said structure, the score matched with the said message data and the own apparatus is reduced about the message data used for the audio | voice output by other audio | voice output apparatuses. That is, which message data is used for voice output of another voice output device is reflected in the priority of the message data used for voice output of the own device.

  As a result, the content output by a certain sound output device is not output by another sound output device continuously or repeatedly at short intervals. Therefore, audio output from a plurality of audio output devices can be made comfortable for the user.

  The output message determination device 3 according to aspect 3 of the present invention provides the message output method according to the above aspect 2, when the audio output device corresponding to the device itself outputs a sound according to the message data determined by the output data determination means. You may further provide the used message information transmission means (score control part 39) which transmits the used message information which is the information which shows data to the output message determination apparatus corresponding to another audio | voice output apparatus.

  According to said structure, when the audio | voice output apparatus corresponding to an own apparatus outputs an audio | voice, the used message information which shows the message data used for audio | voice output is output message determination apparatus corresponding to another audio | voice output apparatus. Send to. Thereby, the result of the audio | voice output in the audio | voice output apparatus corresponding to an own apparatus can be reflected in the score in another output message determination apparatus.

  The output message determining device 3 according to aspect 4 of the present invention is the used message information receiving means for receiving the used message information transmitted from the output message determining device corresponding to the other audio output device in the above aspect 3. (Score control unit 39), and the score control means may lower the score associated with the message data indicated by the used message information received by the used message information receiving means. .

  According to said structure, the used message information transmitted from the other output message determination apparatus is received, and the score matched with the message data which the said used message information shows is lowered | hung. Thereby, the result of the audio | voice output in another output message determination apparatus can be reflected in the score in an own apparatus.

  In the output message determination device according to aspect 5 of the present invention, in any of the above aspects 1 to 4, an initial score, which is a score when voice output using the message data has never been performed, is a predetermined value. A message storage unit (message data storage unit 32) that stores a plurality of message data in advance may be further provided.

  According to said structure, the some message data whose initial score is a predetermined value are memorize | stored previously. Thereby, when the voice output from the voice output device has never been performed, the message data used for the voice output is selected from the plurality of message data. In addition, since the score of the message data used for voice output is lowered, the next voice output is selected from a plurality of message data other than the message data used last time. Therefore, since the audio output device can output audio having different contents each time the audio is output, the audio having the same contents is not output and the user is not made unpleasant.

  The output message determination device 6 according to aspect 6 of the present invention is the message reception means (message message control unit) that receives the user-created message that is the message data transmitted from the terminal device (portable terminal 300) by the user in the aspect 5. 64) and score assigning means (score control unit 63) for associating the user-created message received by the message receiving means with a score indicating a higher priority than the initial score.

  According to said structure, the score which shows a priority higher than an initial score is matched with the user creation message which the user transmitted from the terminal device. Thus, when the user generates a voice output trigger, the user-created message is surely used for the voice output. Therefore, when there is a user-created message, it is possible to reliably hear the message from the user who generated the trigger. In addition, as a user preparation message, the message message which is a message from one user to another user is mentioned, for example.

  In the output message determination device 6 according to the aspect 7 of the present invention, in the aspect 6, the user-created message has a time limit for holding the user-created message in the self-device, and the user-created message is until the time limit. If the user-created message is not used for voice output, the write data indicating that the user-created message was not used for voice output is sent to an information processing apparatus that provides a service that allows the shared writing to be shared among multiple users. First posting instruction means (posting instruction unit 65) for instructing an external device to do so may further be provided.

  According to the above configuration, if the user-created message is not used for voice output by the deadline set in the user-created message, a writing indicating that the user-created message was not used for voice output is posted. It is possible to instruct an external device to post the written data to a service that can be shared by multiple users. As a result, a writing indicating that the user-created message was not used for voice output is posted to the service, so that the user-created message is used for voice output by the deadline for the user using the service. You can let them know you did n’t. An example of an external device is a server (agent server 600) having a function of transmitting write data to an information processing apparatus that provides a service that allows a plurality of users to share posted writing.

  The output message determination device 4 according to the eighth aspect of the present invention provides the output message determination device 4 according to any one of the first to seventh aspects, wherein a plurality of databases in which the information indicating the message data is associated with the score are stored in the voice output device (electric device). 40) a database storage unit (speech determination information storage unit 34) storing the user information indicating each of the plurality of users in association with the user who has generated a trigger for causing the audio output device to output audio. User specifying means (score determination unit 42) for specifying user information, wherein the output data determining means is based on the score of the database associated with the user information specified by the user specifying means. The message data used for outputting voice may be determined.

  According to said structure, the database which matched the information which shows the said message data, and the said score exists for every user. And the user who generated the trigger for outputting the sound to the sound output device is specified, and the message data to be used for the sound output is determined with reference to the specified user database.

  Thus, since the score of the message data varies from database to database, the user does not lower the score of the message data whose content is not heard by another user who has heard the content. Therefore, the situation where a certain user cannot hear the audio | voice of the specific content for the user can be prevented.

  Further, information indicating specific message data can be added only to a specific database. That is, it becomes possible to specify a user and output sound suitable for the specified user. This makes it possible to introduce products suitable for each user, introduce shops, and the like.

  The output message determination device according to aspect 9 of the present invention is the message data used for sound output when sound is output from the sound output device using the message data in any of the above aspects 1 to 8. A second posting instruction unit (posting instruction unit 24) for instructing an external device to transmit write data corresponding to the information to an information processing apparatus that provides a service that can share the posted writing among a plurality of users. You may prepare.

  According to the above configuration, when audio is output from the audio output device, the write data corresponding to the message data used for the audio output is posted to a service that can share the posted write with multiple users. Instruct. Accordingly, a user who is not near the audio output device can know that the audio output device has output the sound using his / her terminal device or the like. In addition, if information indicating which user has generated the voice output trigger is added to the write data, a user who is not near the voice output device can know who is near the voice output device. For example, the user who created the message message can know who has heard the message. An example of an external device is a server (agent server 600) having a function of transmitting write data to an information processing apparatus that provides a service that allows a plurality of users to share posted writing.

  In any one of the above aspects 1 to 9, the output message determination device 8 according to the aspect 10 of the present invention is further associated with category information indicating a category of each message data in the plurality of message data. The score control means may further lower the score associated with other message data associated with the same category information as the message data with the score lowered.

  According to the above configuration, the message data used for voice output in the voice output device associated with the device itself, or used for voice output in at least one voice output device among the plurality of voice output devices. In addition to the score associated with the message data, the score associated with other message data associated with the same category information as the message data is also lowered.

  As a result, the next time voice is output from the voice output device, message data that is at least in the same category as the message data used for voice output immediately before, that is, message data that has similar contents is continuously output to voice. It is less likely to be used. Therefore, since a similar sound is not output continuously or repeatedly at short intervals from the sound output device, it is possible to prevent the user from feeling unpleasant.

  The output message determination device according to aspect 11 of the present invention is the output message determination device according to aspect 10, wherein the score control means corresponds to other message data associated with the same category information as the message data with the score lowered. The attached score may be lowered by a reduction amount different from the reduction amount of the score associated with the message data.

  According to the above configuration, the range of decrease in the score of the message data used for voice output and the range of decrease in the score associated with the other message data associated with the same category information as the message data. Make it different.

  Thereby, the score after the voice output in the message data used for the voice output may be different from the score after the voice output in the other message data associated with the same category information as the message data. it can.

  For example, the decrease in the score associated with other message data associated with the same category information as the message data used for voice output is smaller than the decrease in the message data used for voice output. In this case, after the voice is output, the voice using the message data having the similar contents to the message data is output first compared to the message data used for the voice output. Therefore, since the same message data is not repeatedly used for voice output at short intervals, the user can be prevented from feeling unpleasant.

  The control method of the output message determination device according to the aspect 12 of the present invention is used by a voice output device that has a one-to-one correspondence with its own device from a plurality of message data used for voice output. A method of controlling an output message determination device for determining message data to be output, wherein when the voice output device outputs voice, the priority of output in the message data associated with each of the plurality of message data is set. An output data determination step (S2) for determining the message data to be used for outputting speech based on the score shown, and the score associated with the message data determined in the output data determination step. A lowering score control step (S8).

  According to this control method, the same operational effects as those of the output message determination device according to aspect 1 are obtained.

  The control method of the output message determination device according to the aspect 13 of the present invention is used by a voice output device that has a one-to-one correspondence with its own device from a plurality of message data used for voice output. A method of controlling an output message determination device for determining message data to be output, wherein when the voice output device outputs voice, the priority of output in the message data associated with each of the plurality of message data is set. An output data determination step (S54, output data determination step) for determining the message data to be used for outputting voice based on the score shown, and at least one voice output device among the plurality of voice output devices The message data used for output is associated with the above-mentioned message data associated with its own device. Including scores control step of lowering the A and (S52, S60), the.

  According to this control method, the same operational effects as the output message determination device according to aspect 2 are obtained.

  The sound output device (electric device 10) according to the fourteenth aspect of the present invention is a sound output device that outputs sound in accordance with message data, and a detection means (input unit 11) that detects a user existing in the vicinity of the device. Voice output means (voice output unit 14) for outputting voice according to the message data determined by the output message determination device according to any one of aspects 1 to 11 when the presence of the user is detected by the detection means; You may prepare.

  According to the above configuration, the voice output device outputs voice according to the message data determined by the output message determination device when detecting a user in the vicinity of the own device. This reduces the possibility that the audio output device will output the same content of audio continuously or repeatedly at a short interval for a specific user, so that the user can comfortably use the audio output device. Can do.

  The voice output device according to aspect 15 of the present invention may include the output message determination device in the aspect 14 described above.

  According to the above configuration, since the output message determination device is provided in the audio output device, the user prepares only the audio output device, so that the audio output device continuously outputs the same sound. The possibility of doing so can be reduced. Therefore, the user can comfortably use the audio output device.

  The write data transmission device (agent server 600) according to the sixteenth aspect of the present invention transmits the write data to an information processing device (family message board server 610) that provides a service that allows a plurality of users to share posted writing. A user-created message in which a user-created message, which is a write data transmission device and used for voice output and is the message data transmitted from a terminal device by a user, is set in the user-created message The non-output information receiving unit (post data generation unit 623) that receives the non-output information indicating that it has not been used for the audio output by the audio output device by the time limit for holding the message, and the non-output information receiving unit receives the non-output information Depending on the non-output information, the user-created message Comprising a write data transmission means for transmitting the write data indicating that was not used in the voice output to the information processing apparatus (post data generation unit 623), the.

  According to the above configuration, when the user-created message is not used for voice output by the deadline set in the user-created message, a plurality of writings indicating that the user-created message is not used for voice output are Posted in a service that allows users to share their writing. Thereby, it is possible to notify the user who uses the service that the user-created message has not been used for voice output by the deadline. Also, the user who created the user-created message can know that no message has been heard via the service. In addition, as a user preparation message, the message message which is a message from one user to another user is mentioned, for example.

  The display device (portable terminal 300) according to the seventeenth aspect of the present invention is a display device that displays the posted posting in a service that can share the posted writing among a plurality of users. By the deadline set in the user-created message that is the message data sent by the user from the terminal device, sent by the write data sending device that sends the write data to an information processing device that provides a service that can be shared by multiple users, The voice output device includes display means (display control unit 313) for displaying writing indicating that the user-created message is not used for voice output.

  According to said structure, the message which shows that the user preparation message was not used for the audio | voice output in an audio | voice apparatus is displayed. Thereby, the user of the service can know that the user-created message has not been used for voice output in the voice device, that is, no one has heard the message. In addition, as a user preparation message, the message message which is a message from one user to another user is mentioned, for example.

  A history management apparatus (history management server 510) according to an aspect 18 of the present invention is a history management apparatus that manages the history of message data used for voice output by a plurality of voice output devices, and is based on the voice output device. When used message information which is information indicating the used message data is received, history storage means (history information update unit 512) for storing the used message information and a voice output device for outputting voice When the used message information acquisition request for acquiring the used message information stored in the history storage unit is received from the output message determination device that determines the message data to be used, the use stored in the history storage unit History transmission means for transmitting at least one of the completed message information to the output message determination device Comprises an output information generating section 513).

  According to the above configuration, the used message information stored in the message data used by the plurality of voice output devices for voice output is stored, and when the used message information acquisition request is received from the output message determination device, the stored used message is stored. Send information. Thereby, the used message information of the message data used by a certain voice output device for voice output can be transmitted to a plurality of output message determination devices. The output message determination device may reflect the result of voice output in a certain voice output device to the scores in the plurality of output message determination devices by lowering the score based on the used message information transmitted from the history management device. it can.

  The history management device according to aspect 19 of the present invention is the user information on the user who generated the trigger for causing the audio output device to output the sound together with the used message information, in the aspect 18 according to the aspect 18 of the present invention. When the received message information acquisition request is received from the output message determination device, the history storage means is configured to store the used message information and the user information in association with each other. At least one set of the used message information and the user information stored in association with each other may be transmitted to the output message determination device.

  According to the above configuration, the used message information of the message data used for voice output by the plurality of voice output devices and the user information of the user who generated the voice output trigger are stored in association with each other, and the output message is stored. When the used message information acquisition request is received from the determination device, the stored used message information and user information are transmitted. Thereby, in the output message determination device, when there is a database in which the used message information and the score are associated with each user, the database is specified from the user information, and is transmitted from the history management device only in the specified database. The score associated with the used message information can be lowered.

  The output message determination system 700 according to aspect 20 of the present invention includes an output message determination apparatus according to aspect 1, an audio output device according to aspect 14 or 15, a write data transmission apparatus according to aspect 16, and a display according to aspect 17. And an information processing apparatus that provides a service that allows a plurality of users to share posted writing.

  According to this system, the same operational effects as those of the output message determination device according to aspect 1 are obtained.

  The output message determination system 900 according to aspect 21 of the present invention includes an output message determination apparatus according to aspect 2, an audio output device according to aspect 14 or 15, a write data transmission apparatus according to aspect 16, and a display according to aspect 17. A history management device according to the aspect 18 or 19, and an information processing device that provides a service that can share posted writing among a plurality of users.

  According to this system, the same operational effects as the output message determination device according to aspect 2 are obtained.

  The write data transmission instruction device (output message determination device 6) according to the aspect 22 of the present invention transmits write data posted to an information processing device that provides a service that can be shared by a plurality of users to an external device. A write data transmission instructing device for instructing, which is message data used for voice output, and the user-created message that is the message data transmitted from the terminal device by the user is set in the user-created message An external device that transmits write data indicating that the user-created message is not used for voice output to the information processing apparatus when the user-created message is not used for voice output by the time limit for holding the user-created message. Third posting instruction means (posting instruction unit 65).

  According to the above configuration, if the user-created message is not used for voice output by the deadline set in the user-created message, a writing indicating that the user-created message was not used for voice output is posted. It is possible to instruct an external device to post the written data to a service that can be shared by multiple users. As a result, a writing indicating that the user-created message was not used for voice output is posted to the service, so that the user-created message is used for voice output by the deadline for the user using the service. You can let them know you did n’t. An example of an external device is a server (agent server 600) having a function of transmitting write data to an information processing apparatus that provides a service that allows a plurality of users to share posted writing. Moreover, as a user preparation message, the message message which is a message from one user to another user is mentioned, for example.

  A write data transmission instruction system according to aspect 23 of the present invention includes a write data transmission apparatus according to aspect 16, a display apparatus according to aspect 17, a write data transmission instruction apparatus according to aspect 22, and a plurality of posted writes. And an information processing apparatus that provides services that can be shared by users.

  According to this system, the same operational effects as those of the write data transmission instruction device according to aspect 22 can be obtained.

  INDUSTRIAL APPLICABILITY The present invention is suitable for an output message determination system that determines a message used for voice output in an electrical device that outputs a prepared message by voice.

1 to 5, 7, 8 Output message determination device 6 Output message determination device (write data transmission instruction device)
10 Electrical equipment (voice output equipment, output message determination device)
11 Input unit (detection unit)
14 Voice output unit 20 Electrical equipment (voice output equipment, output message determination device)
21 Score determination unit (output data determination unit)
23 Score control unit (control unit)
27 Score determination unit (output data determination unit)
30 Electrical equipment (voice output equipment, output message determination device)
39 Score control unit (control unit, output message information transmission unit, output message information reception unit)
40 Electrical equipment (voice output equipment, output message determination device)
42 Score determination unit (user identification unit)
50 Electrical equipment (voice output equipment, output message determination device)
60 Electrical equipment (voice output equipment, output message determination device)
65 Posting instruction section (posting instruction section)
70 Electrical equipment (voice output equipment, output message determination device)
80 Electrical equipment (voice output equipment, output message determination device)
83 Score control unit (control unit)
300 Mobile terminal (terminal equipment)
500 History management server (history management device)
510 History management server (history management device)
512 History information update unit (history storage unit)
513 Output information generation unit (history transmission unit)
610 Family Message Board Server (Information Processing Device)
S2, S54, S184 Output data determination step S8, S52, S60, S188, S190 Control step

Claims (5)

An output message determination device associated with each of a plurality of audio output devices,
The output message determination device determines message data to be used for voice output of the voice output device from a plurality of message data,
The plurality of message data includes message data common to each audio output device,
Each of the output message determination devices includes:
An output data deciding unit for deciding the message data to be output based on the priority of each of the plurality of message data;
A control unit for lowering the priority of the common message data output by at least one audio output device among the plurality of audio output devices. The output message determination device according to claim 1 ,
The output data determination unit determines the message data to be voice-output based on a score associated with each of the plurality of message data,
The control unit lowers the priority of the message data by changing the score associated with the message data output as voice. The output message determination device according to claim 1 or 2 includes:
When the voice is output according to the message data determined by the output data determination unit, the output message that transmits the output message information, which is information indicating the message data, to the output message determination device corresponding to the other voice output device Information transmitter. The output message determination device according to claim 3 includes:
An output message information receiver that receives the output message information transmitted from the output message determination device corresponding to the other audio output device;
The control unit lowers the priority of the message data indicated by the output message information received by the output message information reception unit. A control method for an output message determination device associated with each of a plurality of audio output devices,
The output message determination device determines message data to be used for voice output of the voice output device from a plurality of message data,
The plurality of message data includes message data common to each audio output device,
The control method of the output message determination device includes:
An output data determination step for determining the message data to be voice-output based on the priority of the plurality of message data;
A control step of lowering the priority of the common message data output by at least one audio output device among the plurality of audio output devices.

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