JP2014006663A - Activity promotion system, activity promotion method, and program for activity promotion system - Google Patents

Abstract

PROBLEM TO BE SOLVED: To provide an activity promotion system capable of grasping real-time activity of a user to define information to be transmitted to the user and promoting more appropriate activities, an activity promotion method, and a program for the activity promotion system.SOLUTION: An activity promotion system 1 comprises: a target setting unit 10; an activity detection unit 20; a position estimation unit 28; an activity instance table 42 for previously storing activity instance information; an activity estimation unit 40 for estimating user's activities; an achievement degree evaluation unit 50 for evaluating a degree of a user's target achievement; an identification information storage unit 62 for previously storing multiple pieces of identification information; an output information generation unit 60 for acquiring associated information through an external network and generating output information by using the associated information and the identification information that is stored in the identification information storage unit 62 and that corresponds to an evaluation result of the achievement degree evaluation unit 50; and an output unit 72 for outputting output information.

Description

  The present invention relates to an action promotion system, an action promotion method, and a program for the action promotion system. In particular, the present invention relates to a behavior promotion system, a behavior promotion method, and a program for the behavior promotion system that prompt a user to act toward the realization of the user's goal.

  Conventionally, a dialogue system including a life support robot system and a dialogue robot is known (for example, see Patent Document 1). According to the dialogue system described in Patent Document 1, the dialogue robot analyzed the user situation from information such as user behavior accumulated in the distributed environment behavior database of the life support robot system, and accumulated in the dialogue strategy database. Analyzing the speech context of a user who has been voice-recognized based on the associative information indicating the association of concepts, selecting the service to be executed from the context and the context of the conversation, and the utterance data of the expression “associative association” from the conversation context To participate in user conversations.

International Publication No. 2005/086051

  However, human behavior cannot be completely defined in the database. However, in the dialogue system described in Patent Document 1, the speech information is analyzed by analyzing the human behavior status based on the information in the database. Because it is based, many errors occur when humans perform actions not specified in the database.

  Therefore, in view of the point that the human behavior cannot be completely stylized, the object of the present invention is to grasp the real-time operation of the user and to define the information to be transmitted to the user, thereby promoting more accurate behavior. It is to provide a behavior promotion system, a behavior promotion method, and a program for the behavior promotion system.

  In order to achieve the above object, the present invention provides a goal setting unit that sets goal information that is a goal of an action to be achieved by a user, a motion detection unit that detects a user's motion, and a position estimation that estimates a user's location An action case table storing action information indicating a user's action and position information indicating a user's position in advance as action case information corresponding to each of a plurality of predetermined actions, and an action detecting unit The action estimation unit that estimates the user's behavior and the target setting unit set based on the comparison between the motion detected by the position and the position estimated by the position estimation unit and a plurality of behavior example information stored in the behavior example table Based on the difference between the target information and the estimation result of the behavior estimation unit, an achievement level evaluation unit that evaluates the achievement level of the user's goal, and a plurality of pieces of recognition information that is information to be recognized by the user. A recognition information storage unit stored in advance in association with information and achievement, and related information that is information related to the target information set by the target setting unit is acquired via an external network, and the related information and the recognition information The storage unit stores the output information generation unit that generates the output information to be presented to the user using the recognition information corresponding to the evaluation result of the achievement level evaluation unit, and the output information generated by the output information generation unit. An action promotion system including an output unit for outputting is provided.

  In the behavior promotion system, the output information generation unit can also acquire related information in real time via an external network.

  The behavior promotion system further includes an operation information acquisition unit that acquires information indicating the operation detected by the operation detection unit via wireless communication, and the position estimation unit operates in a plurality of relay units used for wireless communication. The position can also be estimated based on the radio field intensity from the detection unit.

  In the above behavior promotion system, the output information generation unit stores usage information indicating that one piece of recognition information is used from the recognition information storage unit in association with one piece of recognition information, and stores the information in the recognition information storage unit. When the recognition information associated with the usage information is used as the recognition information corresponding to the evaluation result of the evaluation unit, a part of the recognition information can be changed to different information.

  In order to achieve the above object, the present invention estimates a goal setting stage for setting goal information, which is a goal of an action to be achieved by a user, an action detection stage for detecting a user action, and a user position. The position estimation stage, the action detected in the action detection stage, the position estimated in the position estimation stage, the action information indicating the user action corresponding to each of a plurality of predetermined actions, and the position indicating the user position Based on the difference between the behavior estimation stage that estimates the user's behavior by comparing each of the action case information including information and the target information set in the goal setting stage and the estimation result obtained in the behavior estimation stage, External information on the achievement evaluation stage that evaluates the achievement level of the user's goal and related information that is related to the target information set in the goal setting stage Obtained via the network and presented to the user using the related information and the recognition information corresponding to the evaluation result in the achievement evaluation stage among the plurality of recognition information prepared in advance as information to be recognized by the user There is provided an action promotion method including an output information generation stage for generating output information to be output and an output stage for outputting the output information generated in the output information generation stage.

  Further, the present invention is a program for an action promotion system that prompts a user to perform a predetermined action in order to achieve the above object, and the action target to be achieved by the user in response to an external input to the action promotion system. A target setting function for setting target information, a motion detection function for detecting a user's motion, a position estimation function for estimating a user's position, a motion detected by the motion detection function, and a position estimated by the position estimation function, A behavior estimation function for estimating the user's behavior by comparing each of the action information indicating the motion of the user corresponding to each of a plurality of predetermined behaviors and each of the behavior example information including the location information indicating the position of the user; , An achievement evaluator that evaluates the achievement level of the user's goal based on the difference between the goal information set by the goal setting function and the estimation result estimated by the behavior estimation function And the related information, which is information related to the target information set by the target setting function, is acquired via an external network, and among the related information and a plurality of recognition information prepared in advance that is information to be recognized by the user Output information generation function for generating output information to be presented to the user using recognition information corresponding to the evaluation result evaluated by the achievement level evaluation function, and an output function for outputting the output information generated by the output information generation function A program for an action promotion system that realizes the above is provided.

  According to the action promotion system, the action promotion method, and the program for the action promotion system according to the present invention, it is possible to grasp a user's real-time operation and specify information to be transmitted to the user, and to perform more appropriate action. It is possible to provide a behavior promotion system, a behavior promotion method, and a program for the behavior promotion system that can be promoted.

It is a schematic diagram of the action promotion system concerning an embodiment. It is a functional block diagram of the action promotion system concerning an embodiment. It is a figure which shows the data structure of the target storage part which concerns on embodiment. It is a figure which shows the data structure of the action example table which concerns on embodiment. It is a flowchart of the process of the action promotion system which concerns on embodiment. It is a figure which shows the output of the output information from an action promotion system in case a user sets "exercise 30 minutes a day" and "manage 30 minutes a day" as a target. It is a functional structure block diagram of the action promotion system which concerns on the modification of embodiment. It is a hardware block diagram of the action promotion system which concerns on embodiment and the modification of embodiment.

[Embodiment]
FIG. 1 shows an outline of an action promoting system according to an embodiment of the present invention.

(Outline of action promotion system 1)
The behavior promotion system 1 according to the present embodiment provides the user 300 with information for maintaining or improving the motivation of the user 300 in order to achieve the preset behavior goal of the user 300. First, the server 100 accepts information from the portable information terminal 400 that the user 300 has, and sets an action target in the life of the user 300. For example, the user 300 determines a target based on a result of consultation with the family, exercise instructor, and / or doctor of the user 300 in consideration of the age and physical condition of the user 300. The portable information terminal 400 displays a plurality of target menus on the output unit 72 such as a liquid crystal display unit included in the portable information terminal 400. The user 300 selects a target menu that matches the determined target. The portable information terminal 400 transmits the selected target menu to the server 100. The server 100 sets an action target for the user 300 based on the target menu received from the portable information terminal 400.

  Next, the motion detection unit 20 such as a three-dimensional acceleration sensor attached to the body of the user 300 detects the motion of the user 300. For example, the motion detection unit 20 detects the position of the user 300 in the standing position, sitting position, or lying position from the position information, and detects a change in position from the position detected by the action of the acceleration sensor. It is detected that 300 is performing an action such as walking, running, or falling. The operation detection unit 20 supplies a detection result to the server 100 via wireless communication. A plurality of wireless communication access points as a plurality of relay units 30 are installed between the server 100 and the operation detection unit 20. The server 100 estimates the position of the user 300 based on the strength of the radio wave intensity from the motion detection unit 20 to a plurality of access points. Then, the server 100 estimates the behavior of the user 300 from the motion received from the motion detection unit 20 and the estimated position of the user 300, and compares the estimation result with a preset target. The server 100 generates information to be transmitted to the user 300 according to the comparison result.

  When the server 100 generates information to be transmitted, the server 100 receives the user via a local network 92 such as a network in a housing complex or a nursing home or a network in a preset area (for example, in a town council). The status of other users 310 and other users 320 who set the same or similar target as the target set by the server 100 in the server 100 is acquired. The server 100 acquires the status of the other user 310 from, for example, the mobile terminal of the other user 310 having the motion detection unit 20a. Moreover, the server 100 acquires the situation of the other user 320 from the portable information terminal which has the operation | movement detection part 20b.

  Further, the server 100 acquires information related to the target set in advance by the user 300 via the Internet 94. Then, the server 100 generates information to be transmitted to the user 300 using the acquired status of the other user 310 or the other user 320 and / or information acquired via the Internet 94.

  The server 100 causes the portable information terminal 400 of the user 300 to output the generated information to be transmitted. For example, the server 100 displays the character 720 on the output unit 72 such as a liquid crystal display panel of the portable information terminal 400. Then, the server 100 outputs information to be transmitted to the character 720 displayed on the output unit 72 as a sound. Accordingly, it is possible to maintain or improve the motivation of the user 300 for achieving the preset action goal.

  The server 100 can also cause the portable information terminal 400 of the user 300 to output the generated information to be transmitted as text data and / or image data.

  FIG. 2 shows an example of a functional configuration of the action promoting system according to the embodiment of the present invention.

  The behavior promotion system 1 according to the present embodiment includes a goal setting unit 10 that sets goal information, which is a goal of behavior to be achieved by the user, in accordance with information from the input unit 70 that receives input from the outside, and goal setting The target storage unit 12 that stores the target information set by the unit 10, the operation detection unit 20 that detects the user's operation in association with the time when the operation is executed, and the information that indicates the operation detected by the operation detection unit 20 Is acquired from the operation detection unit 20 via wireless communication, and the operation information acquisition unit 24 that recognizes the operation performed by the user and acquires it as operation information, and the operation information acquired by the operation information acquisition unit 24 are stored. It is installed between the motion information storage unit 26, the position estimation unit 28 that estimates the position of the user in association with the time when the user was present at the position, and the motion detection unit 20 and the position estimation unit 28. Passing information from the movement detection unit 20 to the position estimation unit 28 and a plurality of relay unit 30 to the relay unit 30a.

  The action promotion system 1 also stores action information indicating the user's action and position information indicating the user's position in advance as action case information corresponding to each of a plurality of predetermined actions. 42, the action detected by the action detector 20 and the position estimated by the position estimator 28 and a plurality of action case information stored in the action case table 42 are used to estimate the action of the user. Unit 40, an estimation result storage unit 44 that stores the estimation result of the behavior estimation unit 40, and the achievement of the user's goal based on the difference between the target information set by the goal setting unit 10 and the estimation result of the behavior estimation unit 40 And an achievement level evaluation unit 50 for evaluating the degree.

  Further, the behavior promotion system 1 relates to a recognition information storage unit 62 that stores a plurality of pieces of recognition information, which is information to be recognized by the user, in advance in association with target information and achievement levels, and target information set by the target setting unit 10. Related information, which is information to be acquired, is acquired via the local network 92 and / or the Internet 94 as an external network, and the related information and the recognition information storage unit 62 store it in the evaluation result of the achievement level evaluation unit 50 Using the corresponding recognition information, the output information generation unit 60 that generates output information to be presented to the user, and the output information generated by the output information generation unit 60 and / or information from the target setting unit 10 can be recognized by the user. The output unit 72 that outputs the information and the output information generated by the output information generation unit 60 and / or the information from the target setting unit 10 are output to the output unit 72 and output. And an output control unit 74 to be output from the section 72, the output information outputted from the output unit 72, and a ranking acquisition unit 80 that receives support from the user via the input unit 70. Among the above-described components, the server 100 is configured by a plurality of components excluding the motion detection unit 20, the plurality of relay units 30 to 30 a, the input unit 70, and the output unit 72.

(Target setting unit 10)
The target setting unit 10 sets a target to be achieved by the user based on information input by the user via the input unit 70. Here, the goal to be achieved by the user is a goal for reaching the result desired by the user. The results desired by the user include, for example, performing hobbies such as reading, gardening, listening to music, performing household chores such as cooking, washing, and cleaning, establishing communication with other users, and resting, sleeping, etc. For example, appropriate execution of essential actions.

  One goal to be achieved by the user is defined including a plurality of items. In other words, the one goal is “time period” in which an action to be performed by a user is executed, “duration” in which the action is continuously executed, “location” in which the action is executed, It is defined in association with information indicating the “number of times of execution” of the action and the “posture” of the user when the action is executed by the user. For example, when the goal of “I want to cook well” is determined as a goal to be achieved by the user, the goal setting unit 10 sets “time zone” to “8:00 to 19:00” and “duration” to “10 minutes” The target is defined by information indicating “kitchen” as “place”, “3 times” as “number of executions”, and “standing” as “posture”.

  Here, the goal setting unit 10 determines and / or changes the contents of a plurality of items included in the goal to be achieved by the user based on the information input to the input unit 70. The target setting unit 10 can also set a plurality of goals to be achieved by the user based on information input to the input unit 70. A target to be achieved by the user is set as target information by the target setting unit 10 in accordance with an input from the input unit 70. For example, the target setting unit 10 has standard target information in advance, and changes some or all of a plurality of items constituting the standard target information according to the content input by the user to the input unit 70. To do. The target setting unit 10 stores the set target information in the target storage unit 12.

  The target setting unit 10 can act on the output control unit 74 and cause the output unit 72 to output a plurality of predetermined standard target information as a target menu. For example, the target setting unit 10 acquires standard target information stored in advance in the target storage unit 12 and causes the output unit 72 to output the acquired target information as a target menu. Then, when the user selects one target menu from the plurality of target menus output to the output unit 72, the target setting unit 10 sets the selected one target menu as a target to be achieved by the user. As an example, the goal setting unit 10 includes, as one goal menu, contents (for example, cooking, gardening, reading, or gymnastics) that a user acts and a plurality of durations (eg, 30 minutes or more, 45 minutes or more, 1 hour or more). Then, for example, when the user selects “gardening” as the action content and selects “30 minutes or longer” as the duration, the target setting unit 10 sets “duration” as “30 minutes or longer” as the target information. ”,“ Place ”is“ garden ”,“ execution count ”is“ 1 ”, and“ posture ”is“ standing ”.

(Target storage unit 12)
FIG. 3 shows an example of the data configuration of the target storage unit according to the embodiment of the present invention.

  The target storage unit 12 stores a plurality of items that define the achievement condition of the target in association with the target to be achieved by the user. Specifically, the target storage unit 12 includes, for each of a plurality of targets, a “location” where each target is to be executed, a “number of executions” to be executed, a “duration” to be executed, and a user at the time of execution The information indicating the “posture” is stored in association with each other. For example, for the goal of “cooking three times a day”, the target storage unit 12 has information indicating the location of “kitchen” as “location”, information indicating “three times” as “number of times”, and “duration” Is stored in association with information indicating “10 minutes or more” and “posture” as information indicating “standing position”. The target storage unit 12 supplies the stored information to the achievement level evaluation unit 50 in response to an action from the achievement level evaluation unit 50.

(Operation detection unit 20)
The motion detection unit 20 is carried by the user and acquires the user's motion and state recognized from the user's body movement. Specifically, the motion detection unit 20 includes a motion detection sensor 200 that detects a user's motion and information indicating the motion detected by the motion detection sensor 200 as a motion information acquisition unit 24 and / or a plurality of relay units 30 to relay units. A communication unit 210 that supplies power to 30a, and a power source 220 such as a dry battery or a button battery that supplies operation power to the motion detection sensor 200 and the communication unit 210.

  The motion detection sensor 200 is, for example, a three-axis acceleration sensor that detects acceleration in the directions of three orthogonal axes. Further, an image sensor and / or a sound sensor can be used in combination as the motion detection sensor 200. The motion detection sensor 200 supplies information indicating the acquired user motion to the communication unit 210. The communication unit 210 communicates with the operation information acquisition unit 24 and / or the plurality of relay units 30 to 30a using, for example, ZigBee (registered trademark), which is a short-range wireless communication standard for home appliances. The communication unit 210 supplies information to the motion information acquisition unit 24 and / or the plurality of relay units 30 to 30a in association with the time when the information is acquired.

  The motion detection unit 20 according to the present embodiment can be mounted on the user's body and has a small size that does not disturb the user. In other words, the motion detection unit 20 is configured to have a size that prevents the user from feeling uncomfortable even if the user wears it throughout the day. For example, the motion detection unit 20 has a size that can be built in a pendant or mounted on a user's wrist or waist. In addition, the operation | movement detection part 20 can also be incorporated in portable information terminals, such as a smart phone and a mobile telephone.

(Operation information acquisition unit 24, operation information storage unit 26)
The motion information acquisition unit 24 acquires information indicating the motion detected by the motion detection unit 20 directly or indirectly from the motion detection unit 20. The motion information acquisition unit 24 analyzes the information received from the motion detection unit 20. Specifically, the motion information acquisition unit 24 determines whether the motion detected by the motion detection unit 20 is a standing, sitting, or lying posture and / or whether it is stationary, walking, running, or falling. And the recognition result is acquired as operation information. When the motion information acquisition unit 24 acquires information directly from the motion detection unit 20, the motion information acquisition unit 24 establishes wireless communication with the communication unit 210 of the motion detection unit 20 and acquires information. . On the other hand, when the motion information acquisition unit 24 acquires information indirectly from the motion detection unit 20, the motion information acquisition unit 24 performs wireless communication or wired communication via any one of the plurality of relay units 30 to 30a. Get information. The motion information acquisition unit 24 supplies the acquired motion information to the motion information storage unit 26.

  The motion information storage unit 26 stores the motion information acquired by the motion information acquisition unit 24 in association with the time when the motion detection unit 20 detects the motion. The motion information storage unit 26 supplies the stored motion information to the behavior estimation unit 40 in response to the action of the behavior estimation unit 40.

(Position estimation unit 28, relay unit 30 to relay unit 30a)
The position estimation unit 28 estimates the position of the user based on the radio wave intensity from the motion detection unit 20 in the plurality of relay units 30 to 30a. Here, the plurality of relay units 30 to 30a have a function of extending the reception distance of information transmitted from the motion detection unit 20. For example, the plurality of relay units 30 to 30a are a plurality of wireless communication access points installed in an environment where a user exists. And the position estimation part 28 can have the spot information storage part which stores beforehand the information regarding the some spot installed in the environment where the user using the action promotion system 1 exists.

  The spot information storage unit uniquely identifies each of the plurality of relay units as spot position information indicating where the plurality of relay units 30 to 30a are installed in an environment where the user may exist. Stored in association with the relay unit identifier. Then, the position estimation unit 28 compares the strengths of radio waves received by one relay unit and other relay units, and the spot position associated with the relay unit identifier of the relay unit having a higher received radio wave intensity. It is estimated that the user exists at the position indicated by the information. When estimating the position of the user, the position estimation unit 28 estimates the position in association with the time when the user was present at the position. The spot position information is information indicating, for example, a garden, a living room, a kitchen, a bathroom, a toilet, a bedroom, a hallway, and the like. The position estimation unit 28 supplies information indicating the estimation result to the behavior estimation unit 40.

(Behavior estimation unit 40, behavior example table 42, estimation result storage unit 44)
FIG. 4 shows an example of the data configuration of the action case table according to the embodiment of the present invention.

  First, the action case table 42 stores user operation information and user position information in association with each of a plurality of predetermined actions. That is, the action example table 42 stores item information indicating a plurality of items that define achievement of each of the plurality of actions to be executed by the user in association with each of the plurality of actions. The plurality of item information defining the achievement of one action stored in the action example table 42 includes “time zone” in which the one action is executed, “location” in which the one action is executed, This is information indicating the “posture” of the user when executing one action, and “duration” during which the execution of the one action is continued. Here, the action case information is information in which a plurality of item information and information indicating one action associated with the plurality of item information (that is, action examples) are grouped (see FIG. 4). If it refers, the information for one line of the action case table 42 corresponds to one action case information).

  For example, in the behavior example table 42, “daytime” is set as “time zone”, “garden” is set as “place”, “posture” is set as “posture” in association with “garden tampering” that is a behavior example as user behavior. Information indicating “sitting position” and “30 minutes or more” as “duration” are stored in advance as item information. The action example table 42 is associated with the user's action example “laundry drying”, “morning” as “time zone”, “garden” as “place”, and “standing” as “posture”. ”And information indicating“ 3 minutes or more ”as“ duration ”are stored in advance as item information. Similarly, the action case table 42 stores a plurality of item information in association with each action case.

  The behavior estimation unit 40 compares the motion information stored in the motion information storage unit 26 and the estimation result estimated by the position estimation unit 28 with a plurality of behavior case information stored in the behavior example table 42. Specifically, the behavior estimation unit 40 includes “location” item information, “posture” item information, and “duration” item information included in the plurality of behavior example information, and “location” indicated by the estimation result. The information, the “posture” information indicated by the motion information, and the “duration” information calculated from the motion information are compared. Then, as a result of the comparison, the behavior estimation unit 40 estimates that the behavior example indicated by the behavior example information having the most matching item information is the behavior performed by the user. The behavior estimation unit 40 supplies the estimation result to the estimation result storage unit 44.

  The behavior estimation unit 40 calculates “duration” based on the time when the motion detection unit 20 detects the user's motion. That is, when the operation detection unit 20 detects a user's operation, the operation is detected in association with the time when the operation is executed. Then, the operation information storage unit 26 stores the operation information indicating the operation in association with the time when the operation is detected. The behavior estimation unit 40 associates a duration time during which the same motion information (for example, information indicating “posture”) continues with the motion information stored in the motion information storage unit 26. Calculate from the time difference. In this case, the behavior estimation unit 40 is associated with each of the plurality of the same motion information when the plurality of motion information stored in the motion information storage unit 26 includes a plurality of the same motion information. Compare each time. Then, when each time is substantially continuous along the time series, the behavior estimation unit 40 determines that the user has performed an operation corresponding to the same operation information once.

  The estimation result storage unit 44 stores information indicating the action executed by the user (hereinafter, may be referred to as “behavior result information”) in association with the date and time of execution of the action and the duration. The action result information includes at least information indicating “location” and information indicating “attitude” that define the action performed by the user. The estimation result storage unit 44 supplies the stored information to the achievement level evaluation unit 50 in response to the action from the achievement level evaluation unit 50.

(Achievement Evaluation Unit 50)
The achievement level evaluation unit 50 evaluates the achievement level of the target stepwise from the difference between the target information stored in the target storage unit 12 and the action result information stored in the estimation result storage unit 44. Specifically, the achievement level evaluation unit 50 includes a plurality of items that define the achievement condition of the goal stored in the goal storage unit 12, action result information, date and time associated with the action result information, and continuation Compare your time to assess your achievement. For example, the achievement level evaluation unit 50 determines the achievement level of the goal as “completely achieved” that is an evaluation when the goal is completely achieved, and “moderately achieved” that is an evaluation when the goal is incompletely achieved. In addition, the evaluation is performed in stages such as “target not achieved” which is an evaluation when the target is not achieved at all.

  Specifically, the achievement level evaluation unit 50 compares the information indicating “location” and the information indicating “attitude” stored in the target storage unit 12 with the action result information acquired from the estimation result storage unit 44. . When the information indicating “place” and the information indicating “posture” coincide with the information indicating “place” and the information indicating “posture” included in the action result information, the achievement level evaluation unit 50 sets the target It is determined that the user has executed the set action. Next, the achievement level evaluation unit 50 compares the information indicating “duration” stored in the target storage unit 12 with the information indicating the duration associated with the action result information, and the user sets the target as the target. It is determined whether or not an action satisfying the set duration time has been executed and, if executed, how long it has been executed.

  For example, the achievement level evaluation unit 50 determines that the user has achieved the goal when the action is executed for a time longer than the duration set as the goal by the user. In addition, the achievement level evaluation unit 50 determines that the user has achieved the goal incompletely when the action is executed for a time shorter than the duration set as the goal by the user. Furthermore, the achievement level evaluation unit 50 determines that the user has not achieved the goal when the user has not performed the action set as the goal. The achievement level evaluation unit 50 supplies the evaluation result to the output information generation unit 60 in association with the target information.

  The achievement level evaluation unit 50 performs the evaluation process in real time at a predetermined time and / or in response to an input from the input unit 70 every time a plurality of actions executed by the user are completed. To run. In the present embodiment, the achievement level evaluation unit 50 executes the evaluation process at least at the end of one day (for example, immediately before the user goes to bed).

(Output information generation unit 60, recognition information storage unit 62)
First, the recognition information storage unit 62 stores recognition information of a plurality of predetermined patterns. Specifically, the recognition information storage unit 62 stores recognition information predetermined for each of a plurality of achievement levels in association with a predetermined goal. For example, a plurality of achievement levels are associated with one goal, and the recognition information storage unit 62 stores recognition information corresponding to each achievement level. As an example, when the goal of “cooking three times a day” is set as one goal, the recognition information storage unit 62 recognizes the goal when the goal is completely achieved (for example, “Good luck” Voice data "Tane"), recognition information when the goal is incompletely achieved (for example, voice data "Let's work harder tomorrow"), and recognition information when the goal could not be achieved at all (as an example) , "Voice data"Let's do our best from tomorrow "). Note that the recognition information storage unit 62 stores voice data, text data, and / or image data as recognition information.

  The output information generation unit 60 acquires recognition information corresponding to the evaluation result received from the achievement level evaluation unit 50 from the recognition information storage unit 62. Specifically, the output information generation unit 60 acquires recognition information that matches the target indicated by the target information associated with the evaluation result received from the achievement evaluation unit 50 and the achievement indicated by the evaluation result. . Further, the output information generation unit 60 acquires related information, which is information related to the target information, from the local network 92 and / or the Internet 94 as an external network. Then, the output information generation unit 60 generates output information to be presented to the user using the recognition information acquired from the recognition information storage unit 62 and related information acquired from another server via an external network. Note that the output information generation unit 60 can acquire related information in real time via an external network.

  Here, the related information acquired by the output information generation unit 60 via the local network 92 is information related to the target indicated by the target information associated with the evaluation result received from the achievement level evaluation unit 50. For example, from the action promotion system used by another user who has the same or similar target as the target, the output information generating unit 60 transmits information indicating the status of the other user via the local network 92 (for example, , Achievement of other users' goals, actions performed by other users, TV programs viewed by other users, places visited by other users (for example, public halls, libraries, public baths, etc.) Information). Then, the output information generation unit 60 generates output information by replacing part or all of the information acquired from the recognition information storage unit 62 with information indicating the status of other users acquired via the local network 92.

  Further, the related information acquired by the output information generation unit 60 via the Internet 94 is also information related to the target indicated by the target information associated with the evaluation result received from the achievement level evaluation unit 50. For example, the output information generation unit 60 acquires external information (for example, weather information, TV program guide information, and the like) to be considered in the execution of the target via the Internet 94. As an example, when the target indicated by the target information is “gardening”, the output information generation unit 60 acquires weather forecast information via the Internet 94. When the target indicated by the target information includes “dish”, the output information generation unit 60 acquires recipe information of the dish via the Internet 94. Then, the output information generation unit 60 generates output information by replacing part or all of the information acquired from the recognition information storage unit 62 with external information acquired via the Internet 94.

  Further, when the output information generation unit 60 acquires the recognition information from the recognition information storage unit 62, the output information generation unit 60 stores usage information indicating that the recognition information has been used in the recognition information storage unit 62 in association with the recognition information. . Then, when the recognition information corresponding to the evaluation result of the achievement level evaluation unit 50 is acquired from the recognition information storage unit 62 next time, the output information generation unit 60 corresponds to the use information associated with the recognition information. Can also generate output information by changing part of the recognition information to different information.

  The output information generation unit 60 supplies the generated output information to the output control unit 74. The output control unit 74 outputs the received output information from the output unit 72 in a form that can be recognized by the user. The output unit 72 is, for example, a speaker or a liquid crystal display screen included in a portable information terminal such as a smartphone or a mobile phone. Further, as the output unit 72, a robot having a function of receiving output information from the output control unit 74 by wireless communication and outputting the received output information in a form that can be recognized by the user can be used.

(Ranking acquisition unit 80)
When the user who has recognized the output information output from the output unit 72 feels that the content of the output information is preferable, the ranking acquisition unit 80 displays the voting result information indicating the result of voting via the input unit 70. Acquired in association with output information. The ranking acquisition unit 80 supplies the voting result information and the output information to the output information generation unit 60. The output information generation unit 60 supplies the voting result information and the output information to the output information generation unit provided in another action promotion system via the local network 92 and / or the Internet 94.

  The output information generation unit 60 according to the present embodiment similarly receives the voting result information and the output information from other behavior promotion systems. Then, the output information generation unit 60 stores the received output information in the recognition information storage unit 62 as good output information that is preferable output information for the user. The output information generation unit 60 can generate output information using part or all of the good output information.

(Outline of action promoting method and processing of action promoting system program)
FIG. 5 shows an example of a partial flow of processing of the action promoting system according to the present embodiment.

  First, the user requests processing from the system. Specifically, an instruction for requesting an evaluation process is input to the achievement level evaluation unit 50 via the input unit 70 (step 10; hereinafter, the step is expressed as “S”). Next, the achievement level evaluation unit 50 acquires behavior result information from the estimation result storage unit 44 for the user's behavior within a certain time (S20). Within a certain period of time is, for example, from the user's wake-up to the input time point of the instruction requesting the evaluation process on the day including the input time point when the instruction requesting the evaluation process is input. The achievement level evaluation unit 50 determines whether or not new action result information is stored in the estimation result storage unit 44 (S30). When new action result information is not stored in the estimation result storage unit 44 (S30: No), the achievement level evaluation unit 50 waits until an instruction for requesting an evaluation process is input via the input unit 70.

  On the other hand, when new action result information is stored in the estimation result storage unit 44 (S30: Yes), the achievement level evaluation unit 50 sets the target achievement level for each piece of target information stored in the target storage unit 12 in advance. Are evaluated in stages. In other words, the achievement level evaluation unit 50 determines the achievement level of the target stepwise from the difference between the target information stored in the target storage unit 12 and the action result information as the estimation result stored in the estimation result storage unit 44. (S40). The achievement level evaluation unit 50 supplies the output information generation unit 60 with an evaluation result associated with the target information.

  The output information generation unit 60 acquires related information related to the target information corresponding to the evaluation result received from the achievement level evaluation unit 50 via the local network 92 and / or the Internet 94 as an external network (S50). . Then, the output information generation unit 60 acquires recognition information corresponding to the evaluation result received from the achievement level evaluation unit 50 from the recognition information storage unit 62. The output information generation unit 60 generates output information using the recognition information acquired from the recognition information storage unit 62 and related information acquired via an external network (S60). The output information generation unit 60 operates the output control unit 74 to output the output information from the output unit 72 (S70).

(An example of the output of the action promotion system 1)
FIG. 6 shows an example of the output information output from the action promoting system when the user sets “exercise for 30 minutes a day” and “manage for 30 minutes a day” as targets. .

  In this example, the user presets “exercise 30 minutes a day” and “manage 30 minutes a day” as targets, and target information indicating these two targets is the target storage unit 12. Stored in

  First, the behavior promotion system 1 determines that the user has woken up in the bedroom based on information received from the motion detection unit 20 attached to the user at a time of 6:30 on a predetermined date. Next, the achievement level evaluation unit 50 of the behavior promotion system 1 acquires the behavior result information stored in the estimation result storage unit 44 when the user wakes up. In this example, the estimation result storage unit 44 stores action result information in association with the date. Then, the achievement level evaluation unit 50 recognizes that the user “has not gardened yesterday” as the action result information, that is, the goal of gardening yesterday has not been achieved. The achievement level evaluation unit 50 supplies the output information generation unit 60 with the evaluation result associated with the target information.

  The output information generation unit 60 acquires weather forecast information via the Internet 94 as related information related to the target information associated with the received evaluation result. In this example, the weather forecast information is information indicating “sunny”. As described above, the output information generation unit 60 acquires related information associated in advance for each target information via an external network. Then, the output information generation unit 60 acquires recognition information corresponding to the received evaluation result from the recognition information storage unit 62 and generates output information using the weather forecast information. The recognition information stored in the recognition information storage unit 62 is, for example, voice data “watering is necessary” stored in association with the gardening goal not being achieved.

  As an example, the output information generation unit 60 generates voice data as an utterance content “It is fine today and watering is necessary” with weather forecast information added to the voice data. The output information generation unit 60 operates the output control unit 74 to output the audio data from the output unit 72.

  Next, the behavior promotion system 1 receives information received from the motion detection unit 20 attached to the user at a predetermined date and time of 10:00 and a plurality of relay units 30 from the motion detection unit 20. Based on the radio wave intensity of the oscillated radio wave, it is determined that the user has started gardening in the garden. In addition, the behavior estimation unit 40 of the behavior promotion system 1 calculates the duration that the user continued gardening from the difference between the time when the user started gardening and the time when the user shifted to the next behavior. To do. The achievement level evaluation unit 50 compares the target information corresponding to “gardening” stored in the target storage unit 12 with the estimation result stored in the estimation result storage unit 44 by the behavior estimation unit 40, so that the user can He has been sitting in the garden for 30 minutes or more and evaluates that he has achieved the goal of gardening. The achievement level evaluation unit 50 supplies the output information generation unit 60 with the evaluation result associated with the target information.

  The output information generation unit 60 acquires recognition information corresponding to the received evaluation result from the recognition information storage unit 62, and generates output information. The recognition information stored in the recognition information storage unit 62 is, for example, voice data “Is a beautiful flower blooming?” Stored in association with the achievement of the gardening goal? The output information generation unit 60 operates the output control unit 74 to output the audio data from the output unit 72.

  In addition, the behavior promotion system 1 oscillates information received from the motion detection unit 20 attached to the user and the relay units 30 from the motion detection unit 20 at a time of 16:00 on a predetermined date. It is determined that the user has started gymnastics in the living room based on the radio wave intensity. In addition, the behavior estimation unit 40 of the behavior promotion system 1 calculates the duration that the user continued the gymnastic operation from the time difference between the time when the user started the gymnastic exercise and the time when the user shifted to the next behavior. The achievement level evaluation unit 50 compares the target information corresponding to the “gymnastics” stored in the target storage unit 12 with the estimation result stored in the estimation result storage unit 44 by the behavior estimation unit 40, so that the user can He is in a “standing position” for 15 minutes and evaluates that the goal of gymnastics is incomplete. The achievement level evaluation unit 50 temporarily stores information indicating the evaluation in, for example, a memory (not shown).

  Next, the achievement level evaluation unit 50 of the behavior promotion system 1 accepts an inquiry about the evaluation result from the user via the input unit 70 at a predetermined date 21:00. The achievement level evaluation unit 50 supplies the output information generation unit 60 with evaluation results corresponding to the achievement levels of a plurality of targets (in this example, two targets) on the day when the inquiry is received. The output information generation unit 60 acquires recognition information corresponding to the received evaluation result from the recognition information storage unit 62, and generates output information. The recognition information stored in the recognition information storage unit 62 is stored in association with, for example, an incomplete gymnastic goal. “It seems that gymnastics were a little short today. Let's do a little more tomorrow. Is voice data. The output information generation unit 60 operates the output control unit 74 to output the audio data from the output unit 72.

(Effect of embodiment)
The behavior promotion system 1 according to the present embodiment sets in advance a behavior goal that the user should achieve, and information appropriate for the user based on the difference between the behavior goal and the user's actual behavior, Since useful information can be transmitted because the user can reach an ideal state in life, it is possible to maintain and improve motivation for the user's behavior toward future goals.

  In addition, since the behavior promotion system 1 uses the small motion detection unit 20 that can be worn on the user's body, it obtains information on the user's motion without imposing an excessive burden on the user, and is useful information for the user. Can be transmitted. Thus, since the action promotion system 1 does not put an excessive burden on a user, it can be applied to, for example, the field of protection of elderly people.

  In addition, the behavior promotion system 1 acquires the situation of another user having a goal that is the same as or similar to the goal set by the user via an external network, and notifies the user based on the obtained information on the situation of the other user. Can communicate information. When the information indicating the status of other users includes, for example, information that the other user is visiting a public hall or a meeting place, the action promotion system 1 uses the names of the public hall and the meeting place. It can be used to encourage users to visit these public halls and meeting halls. Thereby, the action promotion system 1 can activate the encounter of a plurality of users having the same goal, and can also promote the formation of a community by the plurality of users.

  Furthermore, when the achievement level for one goal of another user is included in the information indicating the status of the other user, for example, the behavior promotion system 1 informs the user of the information indicating the achievement level of the other user (for example, the other user). Information indicating that the user always achieves the goal) can be transmitted to the user including information that encourages the user to achieve the goal.

(Modification of the embodiment)
FIG. 7 shows an example of a functional configuration of an action promoting system according to a modification of the embodiment of the present invention.

  The action promotion system 1a according to the modification of the embodiment does not include the plurality of relay units 30 to 30a, and the action promotion system according to the embodiment is provided except that all the configurations and functions are integrated. The system 1 has substantially the same configuration and functions. Therefore, a detailed description is omitted except for differences.

  The action promoting system 1a is either mounted on the user or carried by the user. Specifically, the action promoting system 1a is realized by a smart phone, a mobile phone, or other small information portable terminal incorporating a three-dimensional acceleration sensor. In this case, the position estimation unit 28 may have a GPS function for acquiring the position of the information portable terminal. The position estimation unit 28 estimates the position of the user by acquiring the position of the information portable terminal using the GPS function. In this case, the position estimation unit 28 can also store the spot position information in association with the latitude and longitude of the spot indicated by the spot position information.

  According to the action promotion system 1a, since the some relay part 30 thru | or relay part 30a are not required, the action promotion system 1a is realizable with a very simple structure. Thereby, for example, the action promotion system 1a can be introduced without special construction in an elderly person facility or the like.

  Note that in the behavior promotion system 1a, some or all of the other configurations and functions other than the motion detection unit 20 may be executed on the cloud. In this case, for example, the application of the action promoting system 1a installed in the smartphone executes substantially the same processing as the action promoting system 1 on the cloud by automatically accessing the cloud.

  FIG. 8 shows an example of the hardware configuration of the action promoting system according to the embodiment of the present invention and a modification of the embodiment.

  The action promoting system 1 according to the present embodiment and the action promoting system 1a according to the modification of the embodiment include a CPU 1500, a graphic controller 1520, a Random Access Memory (RAM), a Read-Only Memory (ROM), and / or a flash ROM. A memory 1530, a storage device 1540 for storing data, a reading / writing device 1545 for reading data from and / or writing data to a recording medium, an input device 1560 for inputting data, and an external communication device A communication interface 1550 for transmitting and receiving data, a CPU 1500, a graphic controller 1520, a memory 1530, a storage device 1540, a read / write device 1545, an input device 1560, and a communication interface 155. And a chipset 1510 communicatively connects the door to each other.

  The chip set 1510 includes a memory 1530, a CPU 1500 that accesses the memory 1530 and executes predetermined processing, and a graphic controller 1520 that controls display on an external display device. Perform data passing. The CPU 1500 operates based on a program stored in the memory 1530 and controls each component. The graphic controller 1520 displays an image on a predetermined display device based on the image data temporarily stored on the buffer provided in the memory 1530.

  The chip set 1510 connects a storage device 1540, a read / write device 1545, and a communication interface 1550. The storage device 1540 stores programs and data used by the CPU 1500 of the action promoting system 1 and the action promoting system 1a. The storage device 1540 is, for example, a flash memory. The read / write device 1545 reads the program and / or data from the storage medium storing the program and / or data, and stores the read program and / or data in the storage device 1540. For example, the reading / writing device 1545 acquires a predetermined program from a server on the Internet via the communication interface 1550 and stores the acquired program in the storage device 1540.

  The communication interface 1550 executes data transmission / reception with an external device via a communication network. Further, when the communication network is disconnected, the communication interface 1550 can execute data transmission / reception with an external device without going through the communication network. An input device 1560 such as a tablet or a microphone is connected to the chipset 1510 via a predetermined interface.

  The programs of the action promoting system 1 and the action promoting system 1a stored in the storage device 1540 are provided to the storage device 1540 via a communication network such as the Internet or a recording medium such as a magnetic recording medium or an optical recording medium. The programs for the action promoting system 1 and the action promoting system 1a stored in the storage device 1540 are executed by the CPU 1500.

  The action promotion system program executed by the action promotion system 1 and the action promotion system 1a according to the present embodiment works on the CPU 1500 to explain the action promotion system 1 and the action promotion system 1a with reference to FIGS. Target setting unit 10, target storage unit 12, motion detection unit 20, motion information acquisition unit 24, motion information storage unit 26, position estimation unit 28, behavior estimation unit 40, behavior example table 42, estimation result storage unit 44, achievement It functions as the degree evaluation unit 50, the output information generation unit 60, the recognition information storage unit 62, the input unit 70, the output unit 72, the output control unit 74, and the ranking acquisition unit 80.

  While the embodiments of the present invention have been described above, the embodiments described above do not limit the invention according to the claims. In addition, not all the combinations of features described in the embodiments are essential to the means for solving the problems of the invention.

DESCRIPTION OF SYMBOLS 1, 1a Action promotion system 10 Target setting part 12 Target storage part 20, 20a, 20b Motion detection part 24 Action information acquisition part 26 Action information storage part 28 Position estimation part 30, 30a Relay part 40 Action estimation part 42 Action example table 44 Estimation result storage unit 50 Achievement level evaluation unit 60 Output information generation unit 62 Recognition information storage unit 70 Input unit 72 Output unit 74 Output control unit 80 Ranking acquisition unit 92 Local network 94 Internet 100 Server 200 Motion detection sensor 210 Communication unit 220 Power supply 300 User 310, 320 Other user 400 Personal digital assistant 720 Character 1500 CPU
1510 chip set 1520 graphic controller 1530 memory 1540 storage device 1545 read / write device 1550 communication interface 1560 input device

Claims (6)

A goal setting unit that sets goal information that is the goal of the action that the user should achieve,
An operation detection unit for detecting the operation of the user;
A position estimation unit for estimating the position of the user;
Corresponding to each of a plurality of predetermined behaviors, an action case table storing operation information indicating the user's action and position information indicating the user's position in advance as action case information;
An action for estimating the user's action based on a comparison between the action detected by the action detecting unit and the position estimated by the position estimating unit and a plurality of the action case information stored in the action example table. An estimation unit;
An achievement level evaluation unit that evaluates the achievement level of the target of the user based on a difference between the target information set by the target setting unit and an estimation result of the behavior estimation unit;
A recognition information storage unit that stores a plurality of pieces of recognition information to be recognized by the user in association with the target information and the achievement level;
The related information, which is information related to the target information set by the target setting unit, is acquired via an external network, the related information and the recognition information storage unit are stored, and the achievement level evaluation unit An output information generating unit that generates output information to be presented to the user using recognition information corresponding to the evaluation result;
An action promotion system comprising: an output unit that outputs the output information generated by the output information generation unit.   The action promotion system according to claim 1, wherein the output information generation unit acquires the related information in real time via the external network. An operation information acquisition unit for acquiring information indicating the operation detected by the operation detection unit via wireless communication;
The behavior promotion system according to claim 2, wherein the position estimation unit estimates the position based on radio field intensity from the motion detection unit in a plurality of relay units used for the wireless communication.   The output information generation unit stores use information indicating that one piece of recognition information has been used from the recognition information storage unit in association with the one piece of recognition information, and stores the information in the recognition information storage unit. The behavior promotion system according to claim 3, wherein when the recognition information associated with the use information is used as the recognition information corresponding to the evaluation result, a part of the recognition information is changed to different information. A goal setting phase that sets goal information, which is the goal of the action that the user should achieve,
An action detection step for detecting the action of the user;
A position estimating step for estimating the position of the user;
The motion detected in the motion detection step and the position estimated in the location estimation step, motion information indicating user motion corresponding to each of a plurality of predetermined actions, and location information indicating a user location Each of the action case information including the action estimation stage for estimating the action of the user,
An achievement evaluation stage for evaluating the achievement degree of the target of the user based on a difference between the target information set in the goal setting stage and an estimation result obtained in the behavior estimation stage;
The related information, which is information related to the target information set in the target setting stage, is acquired via an external network, and the related information and a plurality of recognition information prepared in advance that is information to be recognized by the user Output information generating stage for generating output information to be presented to the user using recognition information corresponding to the evaluation result in the achievement level evaluation stage,
An action promotion method comprising: an output step of outputting the output information generated in the output information generation step. A program for an action promotion system that prompts a user to perform a predetermined action,
In the action promoting system,
In response to external input, a goal setting function that sets goal information, which is the goal of actions to be achieved by users,
An operation detection function for detecting the user's operation;
A position estimation function for estimating the position of the user;
Including the motion detected by the motion detection function and the position estimated by the position estimation function, motion information indicating a user's motion corresponding to each of a plurality of predetermined actions, and location information indicating a user's location. A behavior estimation function for estimating the user's behavior by comparing each of the behavior example information,
An achievement level evaluation function that evaluates an achievement level of the target of the user based on a difference between the target information set by the target setting function and an estimation result estimated by the behavior estimation function;
The related information, which is information related to the target information set by the target setting function, is acquired via an external network, and the related information and a plurality of pieces of recognition information prepared in advance are information to be recognized by the user. Among them, using the recognition information corresponding to the evaluation result evaluated by the achievement level evaluation function, an output information generation function for generating output information to be presented to the user,
A program for an action promotion system that realizes an output function that outputs the output information generated by the output information generation function.

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