WO2017099214A1 - ユーザ動作の評価結果に関するオノマトペ提示装置 - Google Patents
ユーザ動作の評価結果に関するオノマトペ提示装置 Download PDFInfo
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- WO2017099214A1 WO2017099214A1 PCT/JP2016/086697 JP2016086697W WO2017099214A1 WO 2017099214 A1 WO2017099214 A1 WO 2017099214A1 JP 2016086697 W JP2016086697 W JP 2016086697W WO 2017099214 A1 WO2017099214 A1 WO 2017099214A1
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- onomatopoeia
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- G—PHYSICS
- G09—EDUCATION; CRYPTOGRAPHY; DISPLAY; ADVERTISING; SEALS
- G09B—EDUCATIONAL OR DEMONSTRATION APPLIANCES; APPLIANCES FOR TEACHING, OR COMMUNICATING WITH, THE BLIND, DEAF OR MUTE; MODELS; PLANETARIA; GLOBES; MAPS; DIAGRAMS
- G09B19/00—Teaching not covered by other main groups of this subclass
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- the present invention relates to a technique for presenting a user with an evaluation result for a user's operation. Specifically, the present invention relates to a technique for presenting an evaluation result for a user's operation to a user using onomatopoeia.
- Sports, vehicle operations, equipment operations, etc. are activities brought about by human movements and movements. In performing these activities, the person who performed the action is interested in the content of his own action. Humans who are moving are interested in what the consequences of their movement will be. Humans can grasp the content of their activities by obtaining evaluations on the results of their actions.
- Sports, vehicle operations, equipment operations, etc. are activities brought about by human movements and movements. Training is effective in carrying out these activities as desired by humans. By performing training and repeating success or failure actions, humans can improve their activities while modifying their movements and actions.
- Patent Document 1 Japanese Patent Publication No. 2005-524048 relates to a system for evaluating sports training.
- the user wears a conductive fiber garment for the training system.
- the system outputs a feedback instruction to the user in response to a change in electrical impedance in the conductive fiber body.
- An audio signal is output as a feedback instruction.
- a vibration signal or a physical stimulation signal that can be sensed by the user is output as a feedback instruction.
- a sensor color change is output as a feedback instruction.
- the device worn by the user is a conductive fibrous body, and can be closely adapted to the movement of the player.
- Patent Document 2 Japanese Patent Laid-Open No. 2014-108750
- a riding skill evaluation unit that evaluates the riding skill of the rider calculates a stability score of the riding skill, a turning score of the riding skill, and a total characteristic score. Then, the calculated various scores are output to the correction unit.
- the total score adjustment unit corrects the total characteristic score based on the correction condition information and various scores. Since the stability score of the riding skill and the turning ability score of the riding skill are corrected according to the conditions of the road on which the vehicle travels, the riding skill of the rider can be determined according to the type of road.
- the evaluation of the movement can be confirmed slowly after the movement.
- one operation can be photographed with a camera or video, and the photographed image can be confirmed slowly after the operation.
- An onomatopoeia presentation device relating to a user action evaluation result which is one embodiment of the present invention, includes a measurement result input unit, an onomatopoeia data acquisition unit, and an onomatopoeia output unit.
- the measurement result input unit inputs a measurement result regarding an event caused by a user's action measured by the measurement device.
- the onomatopoeia data acquisition unit acquires onomatopoeia data indicating onomatopoeia corresponding to the evaluation of the user's action performed based on the measurement result input by the measurement result input unit.
- the onomatopoeia output unit outputs the onomatopoeia data acquired by the onomatopoeia data acquisition unit to a notification device capable of notifying the user by voice or text, and corresponds to the notification device to evaluate the operation of the user.
- Onomatopoeia is presented to the user by voice or text while the user is operating the user.
- the onomatopoeia presentation device related to the evaluation result of the user operation can present the operation evaluation to the user in a state where the user performing the operation continues the operation.
- the user can grasp the evaluation contents while performing the operation.
- the user can continue the operation while grasping the evaluation contents.
- the onomatopoeia data acquisition unit obtains one onomatopoeia for the plurality of evaluation items obtained by performing one evaluation on the plurality of evaluation items.
- the onomatopoeia data shown may be acquired.
- onomatopoeia If onomatopoeia is not used, it is necessary to explain the evaluations related to a plurality of evaluation items with characters and the like, and the user takes time to grasp the contents. Alternatively, it is difficult to read and understand a long explanation while continuing some operation. In this respect, since the onomatopoeia simply expresses evaluations regarding a plurality of evaluation items, the user can easily grasp the evaluation results.
- the onomatopoeia data acquisition unit performs multiple evaluations on the one evaluation item obtained by performing multi-stage evaluation on one evaluation item.
- Onomatopoeia data indicating onomatopoeia expressed in stages may be acquired.
- onomatopoeia in order to express multi-level evaluation contents for a certain evaluation item, it is necessary to explain using characters and the like, and the user takes time to grasp the contents. Alternatively, it is difficult to read and understand a long explanation while continuing some operation. In this respect, if it is onomatopoeia, it is possible to simply express a multi-stage evaluation regarding a certain evaluation item, so that the user can easily grasp the evaluation result.
- the onomatopoeia presentation device related to the evaluation result of the user action according to any one of the above configurations 1 to 3, uses the measurement result or a value calculated based on the measurement result as a predetermined threshold value. It is good also as what is obtained as evaluation of the said user's operation
- the user's exercise evaluation result can be obtained in real time.
- the measurement result may include information obtained by measuring a state of the operation target operated by the user.
- the user's action can be evaluated based on the state of the object operated by the user.
- the onomatopoeia presentation device related to the user motion evaluation result of any one of the above configurations 1 to 5 further evaluates the user motion based on the measurement result of the event caused by the user motion measured by the measurement device.
- An evaluation unit that performs the processing may be provided.
- An onomatopoeia presentation program relating to an evaluation result of a user action causes a computer to execute a measurement result input process, an onomatopoeia data acquisition process, and an onomatopoeia output process.
- a measurement result input process a measurement result for an event caused by a user action measured by the measurement device is input.
- the onomatopoeia data acquisition process acquires onomatopoeia data indicating onomatopoeia corresponding to the evaluation of the user's action performed based on the measurement result input in the measurement result input process.
- the onomatopoeia output processing outputs the onomatopoeia data acquired in the onomatopoeia data acquisition processing to a notification device capable of notifying the user by voice or text, and sends the notification device the onomatopoeia corresponding to the evaluation of the user's operation. Is presented to the user by voice or text while the user is operating the user.
- the onomatopoeia presentation program related to the user operation evaluation result of the present embodiment can present an operation evaluation to the user in a state where the user performing the operation continues the operation. The user can continue the operation while feeding back the evaluation contents.
- the onomatopoeia presentation program relating to the evaluation result of the user action in the configuration 7, the onomatopoeia data acquisition processing is performed by performing one evaluation on a plurality of evaluation items, and one onomatopoeia for the plurality of evaluation items. It may be a process of acquiring onomatopoeia data to be shown.
- onomatopoeia If onomatopoeia is not used, it is necessary to explain the evaluations related to a plurality of evaluation items with characters and the like, and the user takes time to grasp the contents. Alternatively, it is difficult to read and understand a long explanation while continuing some operation. In this respect, since the onomatopoeia simply expresses evaluations regarding a plurality of evaluation items, the user can easily grasp the evaluation results.
- the onomatopoeia data acquisition process performs multiple evaluations on the one evaluation item obtained by performing multi-stage evaluation on one evaluation item. It may be a process of acquiring onomatopoeia data indicating onomatopoeia expressed in stages.
- onomatopoeia in order to express multi-level evaluation contents for a certain evaluation item, it is necessary to explain using characters and the like, and the user takes time to grasp the contents. Alternatively, it is difficult to read and understand a long explanation while continuing some operation. In this respect, if it is onomatopoeia, it is possible to simply express a multi-stage evaluation regarding a certain evaluation item, so that the user can easily grasp the evaluation result.
- the onomatopoeia data acquired by the onomatopoeia data acquisition process is obtained by using the measurement result or a value calculated based on the measurement result as a predetermined threshold value. It may be obtained as an evaluation of the user's action by comparison.
- the user's exercise evaluation result can be obtained in real time.
- the measurement result may include information obtained by measuring a state of the operation target operated by the user.
- the user's action can be evaluated based on the state of the object operated by the user.
- the onomatopoeia presentation program relating to the evaluation result of the user action in any one of the configurations 7 to 11 further evaluates the user action based on the measurement result of the event caused by the user action measured by the measuring device. You may make a computer perform the evaluation process to perform.
- ⁇ Operation evaluation can be executed in the onomatopoeia presentation program.
- a computer-readable recording medium in which an onomatopoeia presentation program related to the user operation evaluation result of any one of the above configurations 7 to 11 is recorded is one embodiment of the present invention.
- An onomatopoeia presentation method related to an evaluation result of a user action which is one embodiment of the present invention, includes a measurement result input step, an onomatopoeia data acquisition step, and an onomatopoeia output step.
- a measurement result regarding an event caused by the user's action measured by the measurement device is input.
- the onomatopoeia data acquisition step acquires onomatopoeia data indicating the onomatopoeia corresponding to the evaluation of the user's operation performed based on the measurement result input in the measurement result input step.
- the onomatopoeia output step outputs the onomatopoeia data acquired in the onomatopoeia data acquisition step to a notification device capable of notifying the user by voice or text, and the onomatopoeia corresponding to the evaluation of the user's operation is output to the notification device. Is presented to the user by voice or text while the user is operating the user.
- the onomatopoeia presentation method related to the user operation evaluation result of the present embodiment can present an operation evaluation to the user in a state where the user performing the operation continues the operation. The user can continue the operation while feeding back the evaluation contents.
- the onomatopoeia data acquisition step includes one onomatopoeia for the plurality of evaluation items obtained by performing one evaluation on the plurality of evaluation items. It may be a step of acquiring onomatopoeia data to be shown.
- onomatopoeia If onomatopoeia is not used, it is necessary to explain the evaluations related to a plurality of evaluation items with characters and the like, and the user takes time to grasp the contents. Alternatively, it is difficult to read and understand a long explanation while continuing some operation. In this respect, since the onomatopoeia simply expresses evaluations regarding a plurality of evaluation items, the user can easily grasp the evaluation results.
- the onomatopoeia data acquisition step performs multiple evaluations on the one evaluation item obtained by performing multi-stage evaluation on one evaluation item. It may be a step of acquiring onomatopoeia data indicating onomatopoeia expressed in stages.
- onomatopoeia in order to express multi-level evaluation contents for a certain evaluation item, it is necessary to explain using characters and the like, and the user takes time to grasp the contents. Alternatively, it is difficult to read and understand a long explanation while continuing some operation. In this respect, if it is onomatopoeia, it is possible to simply express a multi-stage evaluation regarding a certain evaluation item, so that the user can easily grasp the evaluation result.
- the onomatopoeia data acquired in the onomatopoeia data acquisition step uses the measurement result or a value calculated based on the measurement result as a predetermined threshold value. It is good also as what is obtained as evaluation of the said user's operation
- the user's exercise evaluation result can be obtained in real time.
- the measurement result may include information obtained by measuring the state of the operation target operated by the user.
- the user's action can be evaluated based on the state of the object operated by the user.
- the onomatopoeia presentation method related to the user action evaluation result of any one of the above-described configurations 13 to 17 further evaluates the user action based on the measurement result of the event caused by the user action measured by the measuring device.
- An evaluation step to be performed may be included.
- the onomatopoeia presentation method can perform an evaluation of movement.
- the onomatopoeia output unit causes the notification device to present onomatopoeia while the user is operating the user, but is the onomatopoeia presentation device related to the user operation evaluation result of the present invention operating? It is not always necessary to provide a means for detecting whether or not.
- a detection unit that detects whether or not the user is performing a user operation may or may not be provided. For example, if the operation of a certain device by the user is “user action”, a sensor that detects an input operation on the device or a sensor that detects the movement of the device can be used as the detection unit.
- a sensor that detects an operation amount of an accelerator, a brake, a steering wheel, or the like can be used as the detection unit.
- movement can be made into a detection part.
- the onomatopoeia output unit detects the user's operation. Control may be made so that onomatopoeia is output during this time.
- the onomatopoeia presentation device does not include a detection unit, the onomatopoeia output unit may be configured so that the time from the measurement information input timing to the onomatopoeia output timing is shortened. For example, onomatopoeia can be output while the user is operating by using a CPU having a high processing capability.
- the onomatopoeia presentation device relating to the user operation evaluation result of the present invention presents the onomatopoeia to the user while the user is operating
- the onomatopoeia can be recognized by the user in real time.
- the real time means a timing at which an onomatopoeia can be presented before the operation is completed when the user is performing an operation, and is not limited to an instantaneous timing.
- the timing when the onomatopoeia output unit outputs onomatopoeia is not limited to when the user is operating.
- the onomatopoeia output unit may start onomatopoeia output while the user is operating, and may continue to output onomatopoeia even after the user's operation ends. That is, the onomatopoeia may be output both during and after the user's operation.
- the onomatopoeia presentation apparatus regarding the evaluation result of the user action of the present invention may include a measurement result input unit, an onomatopoeia data acquisition unit, and an onomatopoeia output unit as a minimum configuration.
- the onomatopoeia presentation device may further include an evaluation unit, or the evaluation unit may be provided in an external device.
- the onomatopoeia presentation device may include a measurement device.
- the events caused by the user's movement include the movement of the user's body, the movement of the device based on the user's operation, the behavior of the vehicle based on the user's operation, and the like.
- the events caused by the user's actions include biological information such as the user's stress, body temperature, heart rate, etc.
- the result of comparison with the threshold value is used for evaluating the user's action under various criteria.
- speed, accuracy, smoothness, or the like can be used.
- As a standard not only a single standard but also a plurality of standards can be used for comprehensive evaluation.
- the present invention has an embodiment as a skill improvement promotion device.
- the skill improvement promotion device of the present embodiment is a device that presents a training result to a user who performs training, and includes a measurement unit that measures an event caused by the user's operation that has performed training, and a measurement result of the measurement unit. Based on the evaluation unit that evaluates the operation of the user who performed the training, the data acquisition unit that acquires onomatopoeia data corresponding to the evaluation performed by the evaluation unit, and the onomatopoeia data acquired by the data acquisition unit And an output unit for presenting the evaluation of the operation to the user who has performed the training.
- the evaluation unit performs one evaluation for a plurality of evaluation items
- the data acquisition unit acquires one onomatopoeia data for the plurality of evaluation items.
- an evaluation part performs multi-stage evaluation regarding one evaluation item
- a data acquisition part acquires onomatopoeia data which expressed evaluation regarding one evaluation item in multi-stage To do.
- Sports, vehicle operations, equipment operations, etc. are activities brought about by human movements and movements. In performing these activities, those who have moved are interested in the content of their movements and movements. Those who do the action are interested in what results their actions will bring. The person who performed the movement can grasp the content of his / her activity by obtaining an evaluation regarding the result of his / her movement and movement.
- ⁇ Persons who exercise or move as described above should check the evaluation of the movement and judge whether the movement is good or bad.
- the person who performs the operation can confirm that there is no problem in his own operation if the evaluation of the operation is good.
- the person who performs the operation corrects the operation if the evaluation of the operation is bad.
- the evaluation of movement is information of interest.
- the evaluation of the movement is information of interest, but for the person who performs the training as well, the evaluation of the movement is information of interest.
- a person who performs training first performs an operation. Next, the evaluation for the operation is confirmed to determine whether the operation is good or bad. If the motion evaluation is good, the motion is continuously practiced. If the motion evaluation is bad, the motion is corrected. In this way, the trainer needs to obtain some form of motion evaluation.
- the operation ends once and once for each swing. For this reason, if it is a golf swing, evaluation can be confirmed slowly after operation
- the training result can be presented to the user by presenting sentences and data.
- the inventor of the present application has come up with the use of onomatopoeia for providing information to the user as a means for confirming the evaluation result while continuing the operation related to the training.
- onomatopoeia to provide information has the following advantages.
- the inventor of the present application is effective to use onomatopoeia in a training system that provides a user with an operating state grasped from a plurality of evaluation items or an operating state evaluated in multiple stages with respect to a single evaluation item. I came up with. Therefore, I came up with the idea that by using a training system that uses onomatopoeia, it would be possible to give users brief evaluations in short words.
- the result of the movement can be presented to the person who moves by presenting sentences and data.
- the inventor of the present application has come up with the idea of using onomatopoeia to provide information to the person who performs the operation as a means for confirming the evaluation result while continuing various operations.
- the inventor of the present application is effective to use onomatopoeia for a system that provides an operating state grasped from a plurality of evaluation items or an operating state evaluated in multiple stages with respect to a single evaluation item. I came up with that. Therefore, I came up with the idea that by using a system using onomatopoeia, it would be possible to give a brief evaluation to the person who operates it in short words.
- a riding evaluation apparatus will be described as an example of an embodiment of an onomatopoeia presentation apparatus related to an evaluation result of a user action according to the present invention.
- the “measurement information input unit” in the following embodiments corresponds to the “measurement result input unit” of the present invention.
- the “onomatopoeia acquisition unit” in the embodiment corresponds to the “onomatopoeia data acquisition unit” of the present invention.
- the “output unit” in the embodiment corresponds to the “onomatopoeia output unit” of the present invention.
- “Speaker” and “display” in the embodiment are examples of the “notification device” of the present invention.
- an embodiment of an onomatopoeia presentation device relating to a user operation evaluation result of the present invention will be described by taking a riding evaluation device mounted on a motorcycle as an example.
- the riding evaluation apparatus is mounted on a motorcycle.
- the rider of the motorcycle performs operations for starting, accelerating, decelerating, or turning, and controls the motorcycle.
- the riding evaluation device evaluates various motions performed by the rider, and acquires onomatopoeia corresponding to the evaluation content.
- the motorcycle provides the rider with the onomatopoeia acquired by the riding evaluation device as a riding evaluation for the operation of the rider who is operating the motorcycle.
- the rider controls the motorcycle and obtains information related to the riding evaluation expressed by the onomatopoeia while continuing to travel.
- Onomatopoeia Definitions of terms used in this specification will be described with reference to FIG.
- An onomatopoeia (or onomatopoeia) is a word that expresses the cry of an animal or the sound of an object.
- onomatopoeia examples include “Wanwan” (“wan-wan” for Japanese speech, “bow-wow” for English speech: Onomatopoeia representing dog cry), “Gachan” (“gachan” for Japanese speech, English “Crush” for speech: Onomatopoeia representing the sound of cracking ceramics, etc., “rattling” (“gata-gata” for Japanese speech, “bunk” for English speech: desk when desk legs are not uniform in length Onomatopoeia representing a shaking sound).
- a mimetic word is a word that expresses the state of a thing or the behavior of a person in terms of such voices.
- mimetic words include “surutsuru” (“tsuru-tsuru” in Japanese speech: a mimetic word representing a smooth surface), “puyopuyo” (“puyo-puyo” in Japanese speech: a state with soft elasticity ”And“ Yoshiyori ”(in Japanese speech,“ yochi-yochi ”: a mimetic word representing a state in which a baby moves forward little by little with limbs).
- mimetic words examples include “Soro Soro” (“soro-soro” for Japanese speech, “slo-slo-slo” for English speech: mimetic word representing a state of low speed and movement), “Bune” (Japanese “View” for speech, “zoom” for English speech: imitation word indicating speed and fast action, “Cuien” (“cueen” for Japanese speech, “zoooooom” for English speech: quick progress and refreshing Mimic words representing feeling), “Furafura” (“fla-fla” in Japanese speech, “diz-diz-diz” in English speech: a mimetic word representing a movement while shaking).
- Onomatopoeia is a general term for onomatopoeia and mimicry words.
- Japanese is a language that frequently uses onomatopoeia, but onomatopoeia is also used in English.
- Onomatopoeia such as“ beep ”is used for“ onomatopoeia representing ringing sounds such as buzzers ”.
- “boy!”, “Boing!”, “Whoo!”, And the like are used as onomatopoeia representing the state of jumping and bouncing.
- the motorcycle 1 is a naked type motorcycle as shown in FIG.
- the riding evaluation apparatus according to the present embodiment can be applied to all kinds of motorcycles such as a racer type and an American type.
- the riding evaluation apparatus according to the present embodiment can be applied to a scooter.
- the left and right and front and rear directions of the motorcycle 1 refer to the left and right and front and rear directions viewed from the rider seated on the seat 81 of the motorcycle 1.
- arrow F indicates the forward direction of the motorcycle 1
- arrow R indicates the rear direction of the motorcycle 1
- arrow U indicates the upward direction of the motorcycle 1
- arrow D indicates the motorcycle. 1 indicates the downward direction.
- the motorcycle 1 includes a body frame 6.
- the vehicle body frame 6 includes a head pipe 61.
- the head pipe 61 is disposed at the front portion of the vehicle body.
- a steering shaft 70 is inserted into the head pipe 61 so as to be rotatable in the left-right direction.
- a handle 71 is fixed to the upper portion of the steering shaft 70. The handle 71 can rotate in the left-right direction integrally with the steering shaft 70.
- the front fork 72 is fixed to the steering shaft 70 via a bracket.
- a front wheel 73 is rotatably attached to the lower end of the front fork 72. When the rider steers the handle 71 in the left-right direction, the front wheel 73 can rotate in the left-right direction.
- a front suspension 74 is provided on the front fork 72.
- a seat 81 is provided at a portion slightly rearward from the middle in the longitudinal direction of the vehicle body.
- the seat 81 is supported by the body frame 6.
- a fuel tank 82 is provided in front of the seat 81.
- the fuel tank 82 is supported by the vehicle body frame 6.
- An engine 83 is provided below the fuel tank 82.
- the engine 83 is supported by the body frame 6.
- a rear arm 75 is provided behind the engine 83.
- the rear arm 75 is supported on a pivot shaft provided on the vehicle body frame 6 so as to be swingable in the vertical direction.
- a rear wheel 76 is rotatably provided at the rear portion of the rear arm 75.
- a rear suspension 77 is provided between the rear wheel 76 and the vehicle body frame 6.
- a mission device 84 is provided behind the engine 83.
- the mission device 84 is supported by the vehicle body frame 6.
- the output of the engine 83 is transmitted to the rear wheel 76 via the mission device 84 and the chain.
- the motorcycle 1 of the present embodiment is equipped with a large number of sensors 101 to 120 as shown in FIG.
- the image sensor 101 is provided in the front part of the vehicle body.
- the image sensor 101 is a sensor that can image the front of the vehicle.
- a CCD (Charge Coupled Device) image sensor or a CMOS (Complementary MOS) image sensor can be used.
- the voice sensor 102 is a microphone that is provided near the handle 71 and collects the voice of the surrounding environment or the voice of the rider.
- the image sensor 101 and the audio sensor 102 may be attached at different locations.
- the clutch operation sensor 103 is provided in the vicinity of the handle 71 and measures the amount of displacement of a clutch lever (not shown) operated by the rider.
- a potentiometer, a linear encoder, or the like can be used.
- the steering angle sensor 104 is provided in the vicinity of the steering shaft 70 and measures the rotation angle of the steering shaft 70.
- a potentiometer can be used as the steering angle sensor 104.
- the front suspension stroke sensor 105 is provided in the vicinity of the front suspension 74 and measures the stroke amount of the front suspension 74.
- a linear encoder or the like can be used.
- the front wheel speed sensor 106 is provided in the vicinity of the front wheel 73 and measures the rotational speed of the front wheel 73.
- a rotary encoder or the like can be used.
- the front wheel brake pressure sensor 107 is provided in the vicinity of a brake (not shown) provided on the front wheel 73 and measures the brake pressure of the front wheel brake.
- a hydraulic pressure sensor or the like is used.
- the engine speed sensor 108 is provided in the engine 83 and measures the speed of the engine 83.
- the engine speed sensor 108 is disposed in the vicinity of a shaft provided in the engine 83 such as a crankshaft (not shown), and a rotary encoder or the like is used.
- the gear position sensor 109 is provided in the mission device 84 and detects the position of the transmission gear. As the gear position sensor 109, a linear encoder or the like is used.
- the throttle opening sensor 110 is provided in the vicinity of the intake pipe connected to the engine 83. As the throttle opening sensor 110, a potentiometer or the like is used.
- the 3-axis acceleration sensor 111 is attached below the seat 81 and measures the acceleration in the 3-axis directions (vertical direction, front-rear direction, left-right direction) of the vehicle body.
- a piezoresistive triaxial acceleration sensor or the like can be used.
- the triaxial angular velocity sensor 112 is attached below the seat 81 and measures angular velocities around the three axes (around the vertical direction, around the front and rear direction, and around the left and right direction) of the vehicle body.
- a gyro sensor or the like is used as the triaxial angular velocity sensor 112.
- the orientation sensor 113 is attached below the seat 81 and measures the orientation.
- a magnetic sensor or the like can be used.
- the position information sensor 114 is provided below the seat 81 and acquires the position information of the motorcycle 1.
- a GPS (Global Positioning System) receiver can be used.
- the rear suspension stroke sensor 115 is provided in the vicinity of the rear suspension 77 and measures the stroke amount of the rear suspension 77.
- a linear encoder or the like can be used.
- the rear wheel speed sensor 116 is provided in the vicinity of the rear wheel 76 and measures the rotational speed of the rear wheel 76.
- a rotary encoder or the like can be used.
- the rear wheel brake pressure sensor 117 is provided in the vicinity of a brake (not shown) provided on the rear wheel 76 and measures the brake pressure of the rear wheel brake. A hydraulic sensor or the like is used as the rear wheel brake pressure sensor 117.
- the temperature sensor 118 is provided below the seat 81 and measures the outside air temperature.
- the FM receiver 119 receives FM (Frequency Modulation) multiplex broadcasting and acquires text information such as weather forecasts and traffic information.
- the front light switch sensor 120 is provided in the vicinity of the handle 71 and measures a front light ON / OFF switching operation.
- the riding evaluation apparatus 10 includes a measurement unit 100, a riding evaluation module 10P, and an output unit 500.
- the riding evaluation module 10P includes a recognition unit 200, an onomatopoeia acquisition unit 300, and an onomatopoeia database 450.
- the measuring unit 100 includes the sensors 101 to 120 described above.
- the measurement unit 100 includes 20 types of sensors 101 to 120, but this is only an example, and a configuration including some of these sensors may be employed. Or the structure further provided with another sensor may be sufficient.
- an infrared sensor or a stereo camera may be provided.
- a sensor blood flow sensor or sweat sensor
- the measurement unit 100 measures an event caused by the rider's movement.
- the recognition unit 200 is a processing unit that performs a rider's riding evaluation based on the information measured by the measurement unit 100.
- the recognition unit 200 includes a measurement information input unit 201, an evaluation unit 202, a measurement information database 250, and a determination criterion database 251.
- the measurement information input unit 201 inputs information measured by the measurement unit 100. That is, information measured by the various sensors 101 to 120 is input.
- the measurement information input unit 201 stores the input measurement information in the measurement information database 250.
- the contents of the measurement information database 250 will be described in detail later.
- the evaluation unit 202 performs a rider's riding evaluation based on the measurement information stored in the measurement information database 250 and the determination criterion table stored in the determination criterion database 251.
- the evaluation unit 202 determines an onomatopoeia representing a rider's riding evaluation. The contents of the evaluation method by the evaluation unit 202 will be described in detail later.
- the onomatopoeia acquisition unit 300 accesses the onomatopoeia database 450 and acquires data corresponding to the onomatopoeia determined by the evaluation unit 202.
- the onomatopoeia acquisition unit 300 outputs the acquired onomatopoeia data to the output unit 500.
- the output unit 500 outputs onomatopoeia data and notifies the rider of the riding evaluation.
- the output unit 500 includes a speaker 501 and a display 502.
- the speaker 501 is used as the output unit 500.
- text data or image data is used as onomatopoeia data
- a display 502 is used as the output unit 500.
- onomatopoeia is recorded as character information
- image data onomatopoeia is recorded as image information.
- the “riding evaluation module 10P” of the present embodiment includes the function of the “onomatopoeia presentation device related to user operation evaluation results” of the present invention.
- the “measurement result input unit” included in the “onomatopoeia presentation device relating to the evaluation result of user behavior” of the present invention corresponds to the “measurement information input unit 201” included in the “riding evaluation module 10P”.
- the “onomatopoeia data acquisition unit” included in the “onomatopoeia presentation device relating to the evaluation result of user behavior” of the present invention corresponds to the “onomatopoeia acquisition unit 300” included in the “riding evaluation module 10P”.
- the “onomatopoeia output device” included in the “onomatopoeia presentation device related to user operation evaluation results” of the present invention is included in the “onomatopoeia acquisition unit 300” included in the “riding evaluation module 10P”.
- the “notification device” included in the “onomatopoeia presentation device related to user operation evaluation result” of the present invention corresponds to the “output unit 500”.
- the “onomatopoeia presentation device related to user operation evaluation results” of the present invention may include a measurement information database 250 or may hold the measurement information database 250 outside the device.
- the “onomatopoeia presentation device relating to the user operation evaluation result” of the present invention may include the evaluation unit 202 or may use an evaluation unit outside the device.
- the evaluation unit may be placed on a server connected via a network.
- the “onomatopoeia presentation device related to user operation evaluation results” of the present invention may include the onomatopoeia database 450 or may hold the onomatopoeia database 450 outside the apparatus.
- FIG. 4 is a diagram showing a helmet 85 to be worn when the rider gets on the motorcycle 1.
- the helmet 85 is provided with left and right speakers 501 and 501.
- the rider can check the onomatopoeia output from the speakers 501 and 501 by voice while wearing the helmet 85 and operating the motorcycle 1.
- a part of the shield of the helmet 85 is used as the display 502.
- An image output from an AR (Augmented Reality) projector 5021 provided in the helmet 85 is displayed on the display 502.
- the rider can check the onomatopoeia output to the display 502 as an image while wearing the helmet 85 and operating the motorcycle 1.
- the speaker that outputs the onomatopoeia is provided in the helmet worn by the rider, but the speaker may be provided in another location.
- a speaker may be provided near the front cowl or the handle.
- the helmet shield worn by the rider is used as the display for displaying onomatopoeia, but the display is not limited to this.
- the display in order to make it easy for the rider to grasp the onomatopoeia, it is desirable to arrange the display on a transparent or translucent member arranged at the tip of the rider's line of sight.
- the measurement information input unit 201, the evaluation unit 202, and the onomatopoeia acquisition unit 300 are realized by a CPU (Central Processing Unit), memory, and software that operates on the CPU while using the memory as a work area. .
- a component such as a memory for storing the image is arranged as a riding evaluation module 10P on one or a plurality of substrates. As shown in FIG. 2, in the present embodiment, the riding evaluation module 10 ⁇ / b> P is disposed below the sheet 81.
- part or all of the measurement information input unit 201, the evaluation unit 202, and the onomatopoeia acquisition unit 300 may be configured by hardware. Also in this case, there are components such as hardware for realizing the measurement information input unit 201, the evaluation unit 202, and the onomatopoeia acquisition unit 300, and components such as a memory for storing the measurement information database 250, the determination reference database 251 and the onomatopoeia database 450.
- the riding evaluation module 10P is arranged on one or a plurality of substrates.
- the measurement information database 250 will be described with reference to FIG.
- the measurement information input unit 201 stores the measurement information input from the measurement unit 100, that is, the measurement information input from the various sensors 101 to 120 in the measurement information database 250.
- Data stored in the measurement information database 250 is recorded as a record using time information as key information, as shown in FIG. That is, the measurement information acquired at each time is stored in the measurement information database 250 in association with the time information.
- the time information is acquired from a timer (not shown) provided in the riding evaluation module 10P.
- Latitude information and longitude information are measurement information acquired by the position information sensor 114.
- the temperature information is measurement information acquired by the temperature sensor 118.
- the weather information is acquired from the character information received by the FM receiver 119.
- the throttle opening information is measurement information acquired by the throttle opening sensor 110.
- the brake pressure sensor information is measurement information acquired by the front wheel brake pressure sensor 107.
- the steering angle information is measurement information acquired by the steering angle sensor 104.
- the light information is measurement information acquired by the front light switch sensor 120.
- the engine speed information is measurement information acquired by the engine speed sensor 108.
- FIG. 5 shows information measured by some of the sensors 101 to 120, but the measurement information acquired by each sensor 101 to 120 is associated with time information in the measurement information database 250. Stored. In FIG. 5, there is a location where NaN (Not a Number) is input as measurement information. This indicates a case where measurement information cannot be acquired from the sensor.
- the onomatopoeia database 450 stores text data, image data, audio data, and the like that record onomatopoeia.
- text data a character string representing onomatopoeia is recorded as a character code.
- image data a character string representing onomatopoeia is recorded as image information.
- JPEG Joint Photographic Experts Group
- TIFF Tagged Image File Format
- image data moving image data such as MPEG can also be used.
- a character string representing onomatopoeia is recorded as voice information.
- MP3 MPEG-1 Audio Layer-3
- AAC Advanced Audio Coding
- the onomatopoeia acquisition unit 300 can output the onomatopoeia to the display 502. Further, if voice data is stored for a certain onomatopoeia, the onomatopoeia acquisition unit 300 can output the onomatopoeia to the speaker 501.
- onomatopoeia database 450 stores image data (goone.jpeg) in which a character string “Goon” is recorded as an image and audio data (goone.mp3) in which a sound “Goon” is recorded.
- the measurement information input unit 201 stores the measurement information measured by the measurement unit 100 in the measurement information database 250.
- the evaluation unit 202 performs riding evaluation with reference to the measurement information database 250 and the determination criterion database 251.
- the evaluation unit 202 determines an onomatopoeia corresponding to the riding evaluation.
- the evaluation unit 202 performs a riding evaluation on a certain riding evaluation item based on a single measurement information stored in the measurement information database 250. For example, the evaluation unit 202 performs a riding evaluation on the rider's acceleration operation based on information on the throttle opening measured by the throttle opening sensor 110.
- the evaluation unit 202 performs a riding evaluation on the rider's operation based on a plurality of pieces of measurement information stored in the measurement information database 250 for other riding evaluation items. For example, the evaluation unit 202 controls the rider based on information on the vehicle speed measured by the rear wheel speed sensor 116 and information on the angular speed around the three axes of the motorcycle 1 measured by the three-axis angular speed sensor 112. Riding evaluation for.
- the information related to the vehicle speed is information that can be used to evaluate the stability of the riding skill indicating the riding skill related to the stability in the riding skill of the rider.
- the angular velocities around the three axes are information that can be used to evaluate the turning ability of the riding skill indicating the riding skill related to the turning ability in the riding skill of the rider.
- the evaluation unit 202 performs one riding evaluation on two riding evaluation items, that is, the stability of the riding skill related to the rider's operation and the turning performance of the riding skill related to the rider's operation.
- the evaluation unit 202 processed the calculation information (not the measurement information as it is, but the measurement information calculated based on the single measurement information stored in the measurement information database 250. Information) to evaluate the rider's riding. For example, the evaluation unit 202 performs a riding skill evaluation on the rider's maneuver based on acceleration information calculated based on speed information measured by the front wheel speed sensor 106.
- the evaluation unit 202 calculates an operation value calculated based on a plurality of pieces of measurement information stored in the measurement information database 250 (information obtained by processing the measurement information, not the value of the measurement information as it is). ) To evaluate the riding of the rider. For example, the evaluation unit 202 calculates based on the information on the damping force calculated based on the stroke amount of the front suspension 74 measured by the front suspension stroke sensor 105 and the front wheel brake pressure measured by the front wheel brake pressure sensor 107. Riding evaluation for rider's maneuvering is performed based on the information on the braking force. The information on the damping force is information that can be used to evaluate the comfort of the rider. The information regarding the brake braking force is information that can be used to evaluate the braking skill. The evaluation unit 202 performs one riding evaluation with respect to two riding evaluation items of comfort related to rider's maneuvering and braking skill.
- FIG. 7 is a diagram illustrating a determination criterion table T1 stored in the determination criterion database 251 that is referred to by the evaluation unit 202.
- the evaluation unit 202 performs riding evaluation based on a single measurement information for a certain riding evaluation item (here, the riding evaluation item A).
- onomatopoeia X1 representing the riding evaluation for the riding evaluation item A is associated with a certain measurement information (measured value) sa when the condition of sa ⁇ 3 is satisfied.
- certain condition information (measurement value) sa satisfies the condition of sa ⁇ 3
- the onomatopoeia X2 representing the riding evaluation for the riding evaluation item A is associated.
- the evaluation unit 202 performs riding evaluation related to the acceleration operation based on the information related to the throttle opening.
- the riding evaluation item A is an evaluation item related to the acceleration operation, that is, an evaluation item related to the stability of the riding skill.
- Onomatopoeia X1 is associated with “suu” (imitation word “Sue” in Japanese speech: indicating that acceleration is low), and onomatopoeia X2 is “mon” (imitation word “goone” in Japanese speech: acceleration). Is large).
- the onomatopoeia X1 and the onomatopoeia X2 can express a multi-stage evaluation for one riding evaluation item of the stability of the riding skill.
- FIG. 8 is a diagram illustrating a determination criterion table T2 stored in the determination criterion database 251 that is referred to by the evaluation unit 202.
- the evaluation unit 202 performs riding evaluation based on a plurality of pieces of measurement information for a plurality of riding evaluation items (here, the riding evaluation item B and the riding evaluation item C).
- the reference table T2 when certain measurement information (measurement value) sb and measurement information (measurement value) sc satisfy the conditions of sb ⁇ 2 and sc ⁇ 12, two riding evaluation items (the riding evaluation item B and the riding evaluation item) Onomatopoeia X3 representing one riding evaluation is associated with C).
- the evaluation unit 202 performs riding evaluation based on the information on the vehicle speed and the information on the angular velocity around the three axes of the motorcycle 1 measured by the three-axis angular velocity sensor 112.
- the riding evaluation item B is an evaluation item regarding the stability of the riding skill, and information regarding the vehicle speed is used.
- the riding evaluation item C is an evaluation item related to the turning ability of the riding skill, and angular velocities around three axes are used. As shown in FIG. 11, “Furafura” (“fla-fla” in Japanese voice: indicating that the riding skill is low and the turning skill is low) is associated with the onomatopoeia X3.
- onomatopoeia X4 “dotted turn” (in Japanese speech “dota-dotturn”: indicating that the riding skill is low and the turning skill of the riding skill is high) is associated.
- onomatopoeia X5 “Soro” (“sorrow” in Japanese voice: high stability of the riding skill and low turning ability of the riding skill) is associated.
- Onomatopoeia X6 is associated with “Cuin” (in Japanese speech, “cueen” indicates that the riding skill is high and the riding skill is high).
- the evaluation unit 202 performs one riding evaluation for two riding evaluation items of the stability of the riding skill and the turning ability of the riding skill, and associates one onomatopoeia.
- FIG. 9 is a diagram illustrating a determination criterion table T3 stored in the determination criterion database 251 that is referred to by the evaluation unit 202.
- the evaluation unit 202 performs riding evaluation with respect to a certain riding evaluation item (here, referred to as a riding evaluation item D) based on a calculation value calculated based on single measurement information.
- a riding evaluation item D a certain riding evaluation item
- the onomatopoeia X7 representing the riding evaluation for the riding evaluation item D is associated. It has been.
- FIG. 10 is a diagram illustrating a determination criterion table T4 stored in the determination criterion database 251 that is referred to by the evaluation unit 202.
- the evaluation unit 202 performs a plurality of calculations calculated based on a plurality of pieces of measurement information for a plurality of riding evaluation items (here, the riding evaluation items E, F, and G). One riding evaluation is performed based on the value.
- calculated values f (se), f (sf), and f (f) calculated based on certain measurement information (measurement value) se, measurement information (measurement value) sf, and measurement information (measurement value) sg.
- onomatopoeia X9 representing one riding evaluation for the three riding evaluation items E, F and G are associated.
- f (se) ⁇ 5 and f (sf) ⁇ 30 and f (sg) for the calculated values f (se), f (sf), and f (sg) calculated based on the measurement information.
- the onomatopoeia X10 representing one riding evaluation for the three riding evaluation items E, F, and G is associated.
- the onomatopoeia X11 representing one riding evaluation for the three riding evaluation items E, F, and G is associated.
- the onomatopoeia is associated with ranges of other values for the calculated values f (se), f (sf), and f (sg).
- the evaluation unit 202 refers to the measurement information database 250 and the determination criterion database 251, and uses single or multiple measurement information, or calculated values calculated based on single or multiple measurement information. In addition to performing a riding evaluation, an onomatopoeia representing the contents of the riding evaluation is specified.
- step S ⁇ b> 1 the measurement information input unit 201 inputs various measurement information from the measurement unit 100.
- the measurement information input unit 201 inputs measurement information measured by the sensors 101 to 120.
- step S ⁇ b> 2 the measurement information input unit 201 stores the input measurement information in the measurement information database 250.
- step S1 when measurement information about a certain sensor cannot be acquired, NaN (Not a Number) is input as measurement information of the sensor.
- step S3 the evaluation unit 202 determines whether or not the riding skill can be determined.
- the determination of whether or not the riding skill can be determined is performed at a predetermined time interval such as an interval of 10 seconds.
- the evaluation unit 202 measures time with a timer (not shown) and determines whether or not the timing for performing the riding skill determination has arrived.
- the determination of the riding skill means that the measurement information is prepared for the items related to the riding skill among the above-described riding evaluation items, and the preparation for the determination of the riding skill is ready.
- step S3 If the riding skill determination is not possible (NO in step S3), the process proceeds to step S5. If the riding skill can be determined (YES in step S3), the process proceeds to step S4. In step S4, the evaluation unit 202 calculates a score (measurement information or a calculated value calculated based on the measurement information) for a riding evaluation item related to the riding skill.
- step S5 the evaluation unit 202 determines whether or not it is possible to determine the riding stability indicating the riding stability of the rider.
- the determination of whether or not the riding stability determination is possible is performed at a predetermined time interval such as an interval of 10 seconds.
- Riding stability can be judged means that the measurement information is available for the items related to riding stability among the above-mentioned riding evaluation items and is ready to judge riding stability. .
- step S5 If the riding stability determination is not possible (NO in step S5), the process proceeds to step S7. If the riding stability determination is possible (YES in step S5), the process proceeds to step S6. In step S6, the evaluation unit 202 calculates a score (measurement information or a calculated value calculated based on the measurement information) for a riding evaluation item related to riding stability.
- step S7 the evaluation unit 202 determines whether or not comfort can be determined.
- the determination of whether or not comfort determination is possible is performed at a predetermined time interval such as an interval of 10 seconds.
- the determination of comfort means that the measurement information is prepared for items related to comfort among the above-described riding evaluation items, and is ready for determination of comfort.
- step S7 If the comfort determination is not possible (NO in step S7), the process proceeds to step S9. If the comfort determination is possible (YES in step S7), the process proceeds to step S8.
- step S8 the evaluation unit 202 calculates a score (measurement information or a calculated value calculated based on the measurement information) for a riding evaluation item related to comfort.
- step S9 the evaluation unit 202 determines whether environmental information can be determined. Whether the environmental information can be determined is determined at a predetermined time interval such as an interval of 10 seconds. “Environmental determination is possible” refers to a state in which measurement information is available for items related to the environment and preparations for environmental determination are made.
- the item related to the environment is an item for evaluating the external environment, and is an evaluation from a viewpoint different from the riding evaluation in the present embodiment.
- step S9 If environment information determination is not possible (NO in step S9), the process proceeds to step S11.
- step S9 When the environmental information determination is possible (YES in step S9), the process proceeds to step S10.
- step S ⁇ b> 10 the evaluation unit 202 performs evaluation related to the environment, and calculates a score (measurement information or a calculated value calculated based on the measurement information).
- step S11 the onomatopoeia acquisition unit 300 determines whether or not onomatopoeia determination timing has arrived.
- the onomatopoeia acquisition unit 300 determines that the onomatopoeia determination timing has arrived when a score (measurement information or an operation value calculated based on the measurement information) is calculated in any of steps S4, S6, S8, and S10. . That is, when the measurement information is available for any of the riding skill determination, the riding stability determination, the comfort determination, and the environment determination, and the score is calculated, it is determined that the onomatopoeia determination timing has arrived.
- a score measured information or an operation value calculated based on the measurement information
- step S11 If the onomatopoeia determination timing has not arrived (NO in step S11), the process returns to step S1 and continues to input measurement information. Measurement information associated with time information is accumulated in the measurement information database 250.
- the evaluation unit 202 determines that the score calculated in steps S4, S6, S8, and S10 (measurement information or a calculated value calculated based on the measurement information) is obtained. Onomatopoeia is determined based on this (step S12). For example, the onomatopoeia is determined by executing the processing described with reference to FIGS.
- the onomatopoeia acquisition unit 300 accesses the onomatopoeia database 450 and acquires onomatopoeia data representing the onomatopoeia determined in step S12 (step S13).
- the onomatopoeia acquisition unit 300 outputs the acquired onomatopoeia data to the output unit 500 (step S14).
- the acquired onomatopoeia is output from the speaker 501, for example.
- the acquired onomatopoeia is output from the display 502.
- a measurement information input unit 201 an evaluation unit 202, components such as a CPU, work memory, and ROM that realize the onomatopoeia acquisition unit 300, a measurement information database 250, a determination reference database 251 and an onomatopoeia database 450 are stored.
- components such as a memory to be mounted are arranged on one or a plurality of substrates as the riding evaluation module 10P has been described.
- the riding evaluation module 10 ⁇ / b> P is disposed below the sheet 81.
- the “onomatopoeia presentation device relating to the user operation evaluation result” of the present invention is mounted on the motorcycle 1 as a vehicle part.
- a mobile information terminal such as a smartphone may be used as the “riding evaluation module 10 ⁇ / b> P” that is the “onomatopoeia presentation device related to the user operation evaluation result” of the present invention. That is, by attaching the smartphone held by the rider to the motorcycle 1, it can be used as a “riding evaluation module”.
- the rider can use the smartphone as a “riding evaluation module” by downloading and installing “riding evaluation module software” from a server on the network to the smartphone.
- the program for operating a computer as an onomatopoeia presentation apparatus regarding the evaluation result of user operation is also included in the embodiment of the present invention.
- a computer-readable non-transitory recording medium in which such a program is recorded is also included in the embodiment of the present invention.
- the sensors 101 to 120 described in the above embodiment are “measuring devices” that can be used in the present invention.
- the “measurement device” that can be used in the present invention may be mounted on the motorcycle 1 or may not be mounted on the motorcycle 1 like the sensors 101 to 120.
- the “measuring device” can use various sensors mounted on the smart watch.
- an acceleration sensor, an image sensor, a biological information sensor, a GPS receiver, a temperature sensor, or the like included in the smart watch can be used.
- the measuring device can be a sensor that detects a physical quantity that changes due to the action of the rider (user).
- FIG. 14 is a diagram illustrating a configuration example of the measurement apparatus 100, the riding evaluation module 10P, and the output unit 500 according to the embodiment.
- FIG. 14 is a diagram using the smart watch 10W as the “measuring device” and the smartphone 10F as the “riding evaluation module” and the “output unit”.
- the rider uses the smart watch 10W as the measuring device 100A by mounting the smart watch 10W on the arm.
- the rider uses the smartphone 10F as the riding evaluation module 10PA by mounting the smartphone 10F in which the “riding evaluation module software” is installed on the vehicle. Further, the rider uses a speaker or a display included in the smartphone 10F as the output unit 500A.
- the smartphone 10F inputs various pieces of measurement information from the smart watch 10W functioning as the measurement device 100A using communication means such as Bluetooth.
- the smartphone 10F functioning as the riding evaluation module 10PA acquires onomatopoeia data based on the measurement information.
- the smartphone 10F outputs the acquired onomatopoeia as sound from a speaker included in the smartphone 10F.
- the smartphone 10F outputs onomatopoeia as an image to a display included in the smartphone 10F.
- Smart watch 10W may be used as an “output unit”.
- the smartphone 10F transmits the acquired onomatopoeia data to the smart watch 10W using communication means such as Bluetooth.
- the smart watch 10W outputs the received onomatopoeia data as a sound from a speaker included in the smart watch 10W or from a headphone connected to the smart watch 10W.
- the smart watch 10W outputs onomatopoeia as an image to a display included in the smart watch 10W.
- the smartphone 10F may output the acquired onomatopoeia data using a speaker or a display provided in the helmet using communication means such as Bluetooth.
- FIG. 15 is a diagram illustrating a configuration example of the measurement apparatus 100, the riding evaluation module 10P, and the output unit 500 according to the embodiment.
- FIG. 15 is a diagram using the smart watch 10W as the “measuring device”, a part of the functions of the “riding evaluation module”, and the smartphone 10F as the “output unit”.
- FIG. 15 is a diagram using the computer server 10S connected via a network as an “evaluation unit”.
- the rider uses the smart watch 10W as the measuring device 100B by wearing the smart watch 10W on the arm.
- the rider uses the smartphone 10F as the riding evaluation module 10PB by mounting the smartphone 10F in which the “riding evaluation module software” is installed on the vehicle.
- the riding evaluation module 10PB does not have the function of the “evaluation unit”.
- the rider uses a speaker or a display included in the smartphone 10F as the output unit 500B.
- the computer server 10S connected via the network is used as the evaluation unit 202B.
- the smartphone 10F inputs various pieces of measurement information from the smart watch 10W functioning as the measurement device 100B using a communication means such as Bluetooth.
- the smartphone 10F that functions as the riding evaluation module 10PB inputs the measurement information
- the smartphone 10F transmits the measurement information to the computer server 10S.
- the computer server 10S functioning as the evaluation unit 202B evaluates the measurement information and determines onomatopoeia data.
- the smartphone 10F receives onomatopoeia data determination information from the computer server 10S.
- the smartphone 10F acquires onomatopoeia data based on the determination information from the onomatopoeia database.
- the smartphone 10F outputs the acquired onomatopoeia as sound from a speaker included in the smartphone 10F.
- the smartphone 10F outputs onomatopoeia as an image to a display included in the smartphone 10F.
- a speedometer provided in the motorcycle 1 may be used.
- a display may be provided on a part of the speedometer to display onomatopoeia.
- the riding evaluation module 10P includes the onomatopoeia database 450
- the onomatopoeia acquisition part 300 can acquire onomatopoeia data in real time.
- the output unit 500 can present onomatopoeia to the rider in real time as the riding evaluation.
- the onomatopoeia database may be arranged on a server on the network without holding the onomatopoeia database in the motorcycle 1.
- the onomatopoeia acquisition unit 300 acquires onomatopoeia data using wireless communication via the network.
- the onomatopoeia as the riding evaluation can be presented to the rider although the real-time property of presenting the onomatopoeia data is reduced.
- the rider can receive onomatopoeia as a riding evaluation while continuing the running training of the motorcycle 1.
- the onomatopoeia acquisition unit 300 may automatically generate onomatopoeia corresponding to riding evaluation.
- Onomatopoeia is a word that appeals to the common sense of human beings. Therefore, it is possible to create a database of human feelings for a specific word or phrase.
- the riding evaluation apparatus 10 presents riding evaluation to the rider using onomatopoeia.
- the onomatopoeia can express the evaluation content regarding a plurality of riding evaluation items by one onomatopoeia as the feature.
- riding evaluation based on a plurality of riding evaluation items can be expressed by one onomatopoeia.
- onomatopoeia can express the evaluation regarding a single riding evaluation item in multiple stages as the feature. Thereby, the rider of the motorcycle 1 can efficiently obtain a lot of information related to riding evaluation by receiving the provision of onomatopoeia.
- the riding evaluation device 10 has been described as an example of the “onomatopoeia presentation device relating to the user operation evaluation result” of the present invention.
- the present invention can be applied to other apparatuses for evaluating various user movements.
- the present invention can be applied to an apparatus for evaluating long distance runner training.
- onomatopoeia When evaluating training for long distance runners, the following onomatopoeia can be presented to the runners. For example, onomatopoeia that evaluates the runner's arm swing is “Bumbun” (“bun-bun” in Japanese voice), “Sassa” (“sat-sat” in Japanese voice), “Tantan” (Japanese “Tan-tan” for voice and “choco-maka” (“choko-maka” for Japanese voice) may be presented.
- onomatopoeia that evaluates the heart rate of a runner is “Bakubaku” (“baku-baku” for Japanese voice), “Dokudoku” (“dokun-dokun” for Japanese voice), “Tokutoku” ( In Japanese voice, “toku-toku”) may be presented.
- onomatopoeia that evaluates the breathing of runners is “Zezeze” (“zei-zei” in Japanese voice), “Haaha” (“haa-haa” in Japanese voice), “Susu” (“Su-su” in Japanese voice) may be presented.
- the onomatopoeia that evaluates the running speed of runners is “Gungun” (“gune-gune” in Japanese voice), “Byunbyun” (“view-view” in Japanese voice), “Suisui” (in Japanese voice) “Sui-sui”), “Noronoro” (“no-noro” in Japanese voice) may be presented.
- the present invention has an embodiment as a skill improvement promotion device.
- the skill improvement promotion device of the present embodiment is a skill improvement promotion device that presents a training result to a user who performs training, and includes a measurement unit that measures an event caused by the action of the user who performed the training, and a measurement unit Based on the measurement results, an evaluation unit that evaluates the operation of the user who performed the training, a data acquisition unit that acquires onomatopoeia data corresponding to the evaluation performed by the evaluation unit, and onomatopoeia data acquired by the data acquisition unit are output And an output unit that presents an evaluation of the operation to the user who has performed the training.
- the evaluation unit performs one evaluation for a plurality of evaluation items
- the data acquisition unit acquires one onomatopoeia data for the plurality of evaluation items.
- onomatopoeia If onomatopoeia is not used, it is necessary to explain the evaluations related to a plurality of evaluation items with characters and the like, and the user takes time to grasp the contents. Alternatively, it is difficult to read and understand a long explanation while continuing some operation. In this respect, since the onomatopoeia simply expresses evaluations regarding a plurality of evaluation items, the user can easily grasp the evaluation results.
- an evaluation part performs multi-stage evaluation regarding one evaluation item
- a data acquisition part acquires onomatopoeia data which expressed evaluation regarding one evaluation item in multi-stage To do.
- onomatopoeia in order to express multi-level evaluation contents for a certain evaluation item, it is necessary to explain using characters and the like, and the user takes time to grasp the contents. Alternatively, it is difficult to read and understand a long explanation while continuing some operation. In this respect, if it is onomatopoeia, it is possible to simply express a multi-stage evaluation regarding a certain evaluation item, so that the user can easily grasp the evaluation result.
- the output unit includes an image display unit that outputs onomatopoeia data as character information. Training assessments can be communicated through the user's vision.
- the output unit includes a voice output unit that outputs onomatopoeia data as voice information. Training assessments can be communicated through the user's hearing.
- the evaluation unit evaluates the user's action by comparing the measurement result or a value calculated based on the measurement result with a predetermined threshold value. By comparing the measurement result and the like with a predetermined threshold value, the evaluation result of training can be obtained in real time.
- the measurement result includes information obtained by measuring the state of the operation target operated by the user.
- the user's action can be evaluated based on the state of the object operated by the user.
- the measurement result includes information obtained by measuring the state of the operation target operated by the user, the operation target includes the vehicle, and the user includes the driver of the vehicle.
- the image display unit is provided on a transparent or translucent member disposed at the tip of the driver's line of sight. The driver can confirm the onomatopoeia displayed at the end of the line of sight.
- the member provided with the image display unit includes a helmet shield worn by the driver.
- the driver can check the onomatopoeia displayed on the shield of the helmet positioned ahead of the line of sight.
- the measurement result includes information obtained by measuring the state of the operation target operated by the user, the operation target includes the vehicle, and the user includes the driver of the vehicle.
- the sound output unit includes a speaker provided in the vehicle. The driver can grasp the information with the onomatopoeia output from the speaker.
- the measurement result includes information obtained by measuring the state of the operation target operated by the user, the operation target includes the vehicle, and the user includes the driver of the vehicle.
- the sound output unit includes a speaker provided in a helmet worn by the driver. The driver can grasp the information by onomatopoeia output from the speaker by wearing the helmet.
- the output unit outputs the onomatopoeia data acquired by the data acquisition unit in real time. Training results can be quickly presented to the user.
- the skill improvement promotion device of the present embodiment further includes a storage unit that accumulates onomatopoeia data, and the data acquisition unit acquires onomatopoeia data from the storage unit. Training results can be quickly presented to the user.
- the data acquisition unit acquires onomatopoeia data from an external server using wireless communication. Shared onomatopoeia data can be used. The latest onomatopoeia data can be shared.
- the data acquisition unit automatically generates onomatopoeia data according to the evaluation. Onomatopoeia that describes the training results in more detail can be presented.
- the riding evaluation device 10 mounted on the motorcycle 1 has been described as an example of the onomatopoeia presentation device related to the evaluation result of the user motion which is one of the embodiments of the present invention. That is, the case where the rider is used for traveling training in which the motorcycle 1 is operated has been described as an example. However, the present invention can be widely applied to training such as various sports training and work training for operating various devices.
- the onomatopoeia presentation device relating to the evaluation result of the user action which is one of the embodiments of the present invention, can present the evaluation result of training to the user while the user continues training. Thereby, the user can continue the training while feeding back the evaluation result and reflecting it in the next operation. For example, by applying the present invention to long distance runner training, the runner can obtain an evaluation result while continuing the training. The training can be continued while adjusting the running form according to the evaluation result.
Abstract
Description
本発明は、また、継続する動作に関するトレーニングにおいて、トレーニングをする者が動作を継続しながらその動作の評価を確認することができる仕組みを提供することを課題とする。
本発明の実施の形態の1つであるユーザ動作の評価結果に関するオノマトペ提示装置は、計測結果入力部、オノマトペデータ取得部、および、オノマトペ出力部を備える。
前記計測結果入力部は、計測装置によって計測されたユーザの動作に起因する事象についての計測結果を入力する。
前記オノマトペデータ取得部は、前記計測結果入力部が入力した前記計測結果に基づいて行われた、前記ユーザの動作の評価に対応したオノマトペを示すオノマトペデータを取得する。
前記オノマトペ出力部は、前記オノマトペデータ取得部が取得した前記オノマトペデータを、前記ユーザに音声または文字により報知可能な報知装置に出力して、前記報知装置に、前記ユーザの動作の評価に対応したオノマトペを前記ユーザが前記ユーザの動作をしている間に前記ユーザに音声または文字により提示させる。
上記構成1のユーザ動作の評価結果に関するオノマトペ提示装置において、前記オノマトペデータ取得部は、複数の評価項目に対して1つの評価を行うことによって得られた、前記複数の評価項目に対する1つのオノマトペを示すオノマトペデータを取得してもよい。
上記構成1または2のユーザ動作の評価結果に関するオノマトペ提示装置において、前記オノマトペデータ取得部は、1つの評価項目に関して多段階の評価を行うことによって得られた、前記1つの評価項目に関する評価を多段階で表したオノマトペを示すオノマトペデータを取得してもよい。
上記構成1ないし3のいずれかのユーザ動作の評価結果に関するオノマトペ提示装置において、前記オノマトペデータ取得部が取得するオノマトペデータは、前記計測結果あるいは前記計測結果に基づき算出された値を所定の閾値と比較することにより前記ユーザの動作の評価として得られるものとしてもよい。
上記構成1ないし4のいずれかのユーザ動作の評価結果に関するオノマトペ提示装置において、前記計測結果は、前記ユーザによって操作された操作対象物の状態を計測した情報を含んでもよい。
上記構成1ないし5のいずれかのユーザ動作の評価結果に関するオノマトペ提示装置は、さらに、前記計測装置によって計測されたユーザの動作に起因する事象についての計測結果に基づいて前記ユーザの動作の評価を行う評価部、を備えてもよい。
本発明の実施の形態の一つであるユーザ動作の評価結果に関するオノマトペ提示プログラムは、計測結果入力処理、オノマトペデータ取得処理、および、オノマトペ出力処理をコンピュータに実行させる。
計測結果入力処理は、計測装置によって計測されたユーザの動作に起因する事象についての計測結果を入力する。
オノマトペデータ取得処理は、前記計測結果入力処理で入力された前記計測結果に基づいて行われた前記ユーザの動作の評価に対応したオノマトペを示すオノマトペデータを取得する。
オノマトペ出力処理は、前記オノマトペデータ取得処理で取得した前記オノマトペデータを、前記ユーザに音声または文字により報知可能な報知装置に出力して、前記報知装置に、前記ユーザの動作の評価に対応したオノマトペを前記ユーザが前記ユーザの動作をしている間に前記ユーザに音声または文字により提示させる。
上記構成7のユーザ動作の評価結果に関するオノマトペ提示プログラムにおいて、前記オノマトペデータ取得処理は、複数の評価項目に対して1つの評価を行うことによって得られた、前記複数の評価項目に対する1つのオノマトペを示すオノマトペデータを取得する処理であってもよい。
上記構成7または8のユーザ動作の評価結果に関するオノマトペ提示プログラムにおいて、前記オノマトペデータ取得処理は、1つの評価項目に関して多段階の評価を行うことによって得られた、前記1つの評価項目に関する評価を多段階で表したオノマトペを示すオノマトペデータを取得する処理であってもよい。
上記構成7ないし9のいずれかのユーザ動作の評価結果に関するオノマトペ提示プログラムにおいて、前記オノマトペデータ取得処理が取得するオノマトペデータは、前記計測結果あるいは前記計測結果に基づき算出された値を所定の閾値と比較することにより前記ユーザの動作の評価として得られるものであってもよい。
上記構成7ないし10のいずれかのユーザ動作の評価結果に関するオノマトペ提示プログラムにおいて、前記計測結果は、前記ユーザによって操作された操作対象物の状態を計測した情報を含んでもよい。
上記構成7ないし11のいずれかのユーザ動作の評価結果に関するオノマトペ提示プログラムは、さらに、前記計測装置によって計測されたユーザの動作に起因する事象についての計測結果に基づいて前記ユーザの動作の評価を行う評価処理、をコンピュータに実行させてもよい。
本発明の実施の形態の1つであるユーザ動作の評価結果に関するオノマトペ提示方法は、計測結果入力工程、オノマトペデータ取得工程、および、オノマトペ出力工程を備える。
計測結果入力工程は、計測装置によって計測されたユーザの動作に起因する事象についての計測結果を入力する。
オノマトペデータ取得工程は、前記計測結果入力工程で入力された前記計測結果に基づいて行われた前記ユーザの動作の評価に対応したオノマトペを示すオノマトペデータを取得する。
オノマトペ出力工程は、前記オノマトペデータ取得工程で取得した前記オノマトペデータを、前記ユーザに音声または文字により報知可能な報知装置に出力して、前記報知装置に、前記ユーザの動作の評価に対応したオノマトペを前記ユーザが前記ユーザの動作をしている間に前記ユーザに音声または文字により提示させる。
上記構成13のユーザ動作の評価結果に関するオノマトペ提示方法において、前記オノマトペデータ取得工程は、複数の評価項目に対して1つの評価を行うことによって得られた、前記複数の評価項目に対する1つのオノマトペを示すオノマトペデータを取得する工程であってもよい。
上記構成13または14のユーザ動作の評価結果に関するオノマトペ提示方法において、前記オノマトペデータ取得工程は、1つの評価項目に関して多段階の評価を行うことによって得られた、前記1つの評価項目に関する評価を多段階で表したオノマトペを示すオノマトペデータを取得する工程であってもよい。
上記構成13ないし15のいずれかのユーザ動作の評価結果に関するオノマトペ提示方法において、前記オノマトペデータ取得工程が取得するオノマトペデータは、前記計測結果あるいは前記計測結果に基づき算出された値を所定の閾値と比較することにより前記ユーザの動作の評価として得られるものとしてもよい。
上記構成13ないし16のいずれかのユーザ動作の評価結果に関するオノマトペ提示方法において、前記計測結果は、前記ユーザによって操作された操作対象物の状態を計測した情報を含んでもよい。
上記構成13ないし17のいずれかのユーザ動作の評価結果に関するオノマトペ提示方法は、さらに、前記計測装置によって計測されたユーザの動作に起因する事象についての計測結果に基づいて前記ユーザの動作の評価を行う評価工程、を含んでもよい。
本願発明者は、複数の評価項目から把握される動作状態、あるいは、単一の評価項目について多段階に評価される動作状態を利用者に提供するトレーニングシステムにオノマトペの利用が効果的であることを思いついた。そこで、オノマトペを利用したトレーニングシステムを利用することにより、利用者に短い言葉で簡潔に評価を与えることが可能となることを思いついた。
本実施の形態のライディング評価装置は、自動二輪車に搭載される。自動二輪車のライダーは、発進、加速、減速、あるいは旋回などを行うための動作を行い、自動二輪車を操縦する。ライディング評価装置は、ライダーによる各種の動作に対する評価を行い、評価内容に対応するオノマトペを取得する。自動二輪車は、ライディング評価装置によって取得されたオノマトペを、自動二輪車を操縦しているライダーの操縦に対するライディング評価としてライダーに提供する。ライダーは、自動二輪車を操縦し、走行を継続しながら、オノマトペで表現されたライダーの操縦に対するライディング評価に関する情報を取得する。
本明細書で使用する言葉の定義について図1を用いて説明する。擬声語(あるいは擬音語)とは、動物の鳴き声や物体の音響を表現した語である。擬声語の例としては、「わんわん」(日本語音声では“wan-wan”、英語音声では“bow-wow”:犬の鳴き声を表す擬声語)、「ガチャン」(日本語音声では“gacyan”、英語音声では“clash”:陶器などが割れる音を表す擬声語)、「ガタガタ」(日本語音声では“gata-gata”、英語音声では“bonk”:机の脚の長さが均一でないときに机が揺れる音を表す擬声語)などがある。
本実施の形態に係る自動二輪車1の構成について図2を参照しながら説明する。本実施の形態においては、自動二輪車1は、図2に示すように、ネイキッドタイプの自動二輪車である。ただし、本実施の形態に係るライディング評価装置は、レーサータイプ、アメリカンタイプなどあらゆる種類の自動二輪車に適用可能である。あるいは、本実施の形態に係るライディング評価装置は、スクーターに適用することも可能である。
本実施の形態の自動二輪車1は、図2に示すように、多数のセンサ101~120を搭載している。画像センサ101は、車体の前部に設けられている。画像センサ101は、車両の前方を撮像可能なセンサであり、たとえば、CCD(Charge Coupled Device)イメージセンサやCMOS(Complementary MOS)イメージセンサなどを用いることができる。音声センサ102は、ハンドル71の近傍に設けられ、周辺環境の音声あるいはライダーの音声を集音するマイクである。画像センサ101および音声センサ102は、別の場所に取り付けられてもよい。
次に、自動二輪車1に搭載されるライディング評価装置10の構成について、図3を参照しながら説明する。本実施の形態のライディング評価装置10は、計測部100、ライディング評価モジュール10P、および出力部500を備えている。ライディング評価モジュール10Pは、認識部200、オノマトペ取得部300およびオノマトペデータベース450を備えている。
図5を参照しながら計測情報データベース250について説明する。計測情報入力部201は、計測部100から入力した計測情報、つまり、各種センサ101~120より入力した計測情報を計測情報データベース250に格納する。計測情報データベース250に格納されるデータは、図5に示すように、時刻情報をキー情報としたレコードして記録されている。つまり、各時刻において取得された計測情報が、時刻情報と関連付けられて計測情報データベース250に格納されている。時刻情報は、ライディング評価モジュール10Pに設けられたタイマー(図示省略)より取得される。
図6を参照しながらオノマトペデータベース450について説明する。オノマトペデータベース450は、オノマトペを記録したテキストデータ、画像データあるいは音声データなどを格納している。テキストデータには、オノマトペを表す文字列が文字コードとして記録されている。画像データには、オノマトペを表す文字列が画像情報として記録されている。画像データのフォーマットとしては、JPEG(Joint Photographic Experts Group)、TIFF(Tagged Image File Format)などが利用できるが、特に限定されるものではなく、各種のフォーマットが利用可能である。画像データとして、MPEGなどの動画データを用いることもできる。音声データには、オノマトペを表す文字列が音声情報として記録されている。音声データのフォーマットとしては、MP3(MPEG-1 Audio Layer-3)、AAC(Advanced Audio Coding)などが利用できるが、特に限定されるものではなく、各種のフォーマットが利用可能である。
次に、ライディング評価の処理方法について説明する。上述したように、計測情報入力部201により、計測部100において計測された計測情報が、計測情報データベース250に格納される。評価部202は、計測情報データベース250および判定基準データベース251を参照し、ライディング評価を行う。評価部202は、ライディング評価に対応するオノマトペを決定する。
次に、図12~図13のフローチャートを参照しながら、本実施の形態に係るライディング評価装置の処理の流れについて説明する。
10 ライディング評価装置
10P ライディング評価モジュール
250 計測情報データベース
251 判定基準データベース
450 オノマトペデータベース
Claims (15)
- 計測装置によって計測されたユーザの動作に起因する事象についての計測結果が入力される計測結果入力部と、
前記計測結果入力部が入力した前記計測結果に基づいて行われた、前記ユーザの動作の評価に対応したオノマトペを示すオノマトペデータを取得するオノマトペデータ取得部と、
前記オノマトペデータ取得部が取得した前記オノマトペデータを、前記ユーザに音声または文字により報知可能な報知装置に出力して、前記報知装置に、前記ユーザの動作の評価に対応したオノマトペを前記ユーザが前記ユーザの動作をしている間に前記ユーザに音声または文字により提示させるオノマトペ出力部と、
を備えるユーザ動作の評価結果に関するオノマトペ提示装置。 - 請求項1に記載のユーザ動作の評価結果に関するオノマトペ提示装置であって、
前記オノマトペデータ取得部は、複数の評価項目に対して1つの評価を行うことによって得られた、前記複数の評価項目に対する1つのオノマトペを示すオノマトペデータを取得する、ユーザ動作の評価結果に関するオノマトペ提示装置。 - 請求項1または請求項2に記載のユーザ動作の評価結果に関するオノマトペ提示装置であって、
前記オノマトペデータ取得部は、1つの評価項目に関して多段階の評価を行うことによって得られた、前記1つの評価項目に関する評価を多段階で表したオノマトペを示すオノマトペデータを取得する、ユーザ動作の評価結果に関するオノマトペ提示装置。 - 請求項1ないし請求項3のいずれかに記載のユーザ動作の評価結果に関するオノマトペ提示装置であって、
前記オノマトペデータ取得部が取得するオノマトペデータは、前記計測結果あるいは前記計測結果に基づき算出された値を所定の閾値と比較することにより前記ユーザの動作の評価として得られる、ユーザ動作の評価結果に関するオノマトペ提示装置。 - 請求項1ないし請求項4のいずれかに記載のユーザ動作の評価結果に関するオノマトペ提示装置であって、
前記計測結果は、前記ユーザによって操作された操作対象物の状態を計測した情報を含む、ユーザ動作の評価結果に関するオノマトペ提示装置。 - 請求項1ないし請求項5のいずれかに記載のユーザ動作の評価結果に関するオノマトペ提示装置であって、さらに、
前記計測装置によって計測されたユーザの動作に起因する事象についての計測結果に基づいて前記ユーザの動作の評価を行う評価部、
を備えるユーザ動作の評価結果に関するオノマトペ提示装置。 - 計測装置によって計測されたユーザの動作に起因する事象についての計測結果を入力する計測結果入力処理、
前記計測結果入力処理で入力された前記計測結果に基づいて行われた前記ユーザの動作の評価に対応したオノマトペを示すオノマトペデータを取得するオノマトペデータ取得処理、および
前記オノマトペデータ取得処理で取得した前記オノマトペデータを、前記ユーザに音声または文字により報知可能な報知装置に出力して、前記報知装置に、前記ユーザの動作の評価に対応したオノマトペを前記ユーザが前記ユーザの動作をしている間に前記ユーザに音声または文字により提示させるオノマトペ出力処理、
をコンピュータに実行させるユーザ動作の評価結果に関するオノマトペ提示プログラム。 - 請求項7に記載のユーザ動作の評価結果に関するオノマトペ提示プログラムであって、
前記オノマトペデータ取得処理は、複数の評価項目に対して1つの評価を行うことによって得られた、前記複数の評価項目に対する1つのオノマトペを示すオノマトペデータを取得する、ユーザ動作の評価結果に関するオノマトペ提示プログラム。 - 請求項7または請求項8に記載のユーザ動作の評価結果に関するオノマトペ提示プログラムであって、
前記オノマトペデータ取得処理は、1つの評価項目に関して多段階の評価を行うことによって得られた、前記1つの評価項目に関する評価を多段階で表したオノマトペを示すオノマトペデータを取得する、ユーザ動作の評価結果に関するオノマトペ提示プログラム。 - 請求項7ないし請求項9のいずれかに記載のユーザ動作の評価結果に関するオノマトペ提示プログラムであって、
前記オノマトペデータ取得処理が取得するオノマトペデータは、前記計測結果あるいは前記計測結果に基づき算出された値を所定の閾値と比較することにより前記ユーザの動作の評価として得られる、ユーザ動作の評価結果に関するオノマトペ提示プログラム。 - 請求項7ないし請求項10のいずれかに記載のユーザ動作の評価結果に関するオノマトペ提示プログラムであって、
前記計測結果は、前記ユーザによって操作された操作対象物の状態を計測した情報を含む、ユーザ動作の評価結果に関するオノマトペ提示プログラム。 - 請求項7ないし請求項11のいずれかに記載のユーザ動作の評価結果に関するオノマトペ提示プログラムであって、さらに、
前記計測装置によって計測されたユーザの動作に起因する事象についての計測結果に基づいて前記ユーザの動作の評価を行う評価処理、
をコンピュータに実行させるユーザ動作の評価結果に関するオノマトペ提示プログラム。 - 計測装置によって計測されたユーザの動作に起因する事象についての計測結果を入力する計測結果入力工程と、
前記計測結果入力工程で入力された前記計測結果に基づいて行われた前記ユーザの動作の評価に対応したオノマトペを示すオノマトペデータを取得するオノマトペデータ取得工程と、
前記オノマトペデータ取得工程で取得した前記オノマトペデータを、前記ユーザに音声または文字により報知可能な報知装置に出力して、前記報知装置に、前記ユーザの動作の評価に対応したオノマトペを前記ユーザが前記ユーザの動作をしている間に前記ユーザに音声または文字により提示させるオノマトペ出力工程と、
を備えるユーザ動作の評価結果に関するオノマトペ提示方法。 - 請求項13に記載のユーザ動作の評価結果に関するオノマトペ提示方法であって、
前記オノマトペデータ取得工程は、複数の評価項目に対して1つの評価を行うことによって得られた、前記複数の評価項目に対する1つのオノマトペを示すオノマトペデータを取得する、ユーザ動作の評価結果に関するオノマトペ提示方法。 - 請求項13または請求項14に記載のユーザ動作の評価結果に関するオノマトペ提示方法であって、
前記オノマトペデータ取得工程は、1つの評価項目に関して多段階の評価を行うことによって得られた、前記1つの評価項目に関する評価を多段階で表したオノマトペを示すオノマトペデータを取得する、ユーザ動作の評価結果に関するオノマトペ提示方法。
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