JP2019091370A - Mobile body recommendation system and mobile body recommendation method - Google Patents

Abstract

To provide a mobile body recommendation system and method for detecting a change in a lifestyle of a user and recommending the deformation into a mobile body estimated to match the change to the user.SOLUTION: The mobile body recommendation system includes a server 10 capable of communicating with a user via a mobile terminal 12. The server includes: a recording unit 10a1 that receives and records action log information transmitted from a user who owns an n-wheel mobile unit 14 which is capable of traveling on a road surface and, when connected to another mobile unit via a body to be deformable into an n-wheel mobile body; a recording unit 10a2 that receives and records identification information or the like of the mobile unit owned by the user; a change detection unit 10a3 that detects a change in action style from the action log information of the user; a recommendation unit 10a4 that recommends, for the user for whom the change is detected, a body necessary for connection to a mobile body that is estimated to match the change; and a transmission unit 10a5 that transmits the information to the user a change in whose action has been detected.SELECTED DRAWING: Figure 1

Description

  The present invention relates to a mobile body recommendation system and a mobile body recommendation method, and more particularly to a technology for recommending a mobile body according to a change in the lifestyle of a user.

  2. Description of the Related Art Conventionally, a user has replaced a moving body such as a two-wheeled vehicle (bike) or a four-wheeled vehicle (car) according to a change in lifestyle (action style). For example, in the case of a four-wheeled vehicle, even when a user rides a two-door coupe in a single age, the user has been replaced by a minivan when the family is increased by marrying.

  However, mobile vehicles such as four-wheeled vehicles are expensive and can not be easily replaced. Then, in order to respond to such a subject, in patent document 1, the function which adds a long distance movement capability and a child car (movement unit) which consists of a single-wheeled vehicle having a basic traveling movement capability of a single passenger who can travel on a road surface. A technology has been proposed that includes a functional vehicle to which an additional device is added, and combines it with a child vehicle and a functional vehicle to transform it into a m-wheel (m ≧ 2) moving body.

JP, 2009-176295, A

  The technology described in Patent Document 1 is configured such that a child vehicle can be diverted by adding the function addition device as described above, so it is possible to suppress the expense of the user relatively inexpensively. However, there are only a limited number of users who actively consider the deformation of the mobile body according to the change of lifestyle using the technology described in Patent Document 1.

  Therefore, an object of the present invention is a mobile body recommendation system that solves the above-mentioned problems, detects changes in the user's lifestyle, and recommends to the user a deformation to a mobile that is presumed to match the change. It is to provide a mobile body recommendation method.

  In order to solve the problems described above, the present invention comprises a server that can mutually communicate with a user via a portable terminal, and the server can travel on a road surface by n (n ≧ 1) wheels and the n wheels A mobile unit comprising a motor for driving a vehicle, the user being at least one mobile unit deformable to a mobile of m wheels (m> n) when integrally connected via another mobile unit and a body An action log recording unit that receives and records action log information transmitted from each of the users via the portable terminal when there is a location, and a user of a mobile unit owned by each of the users via the portable terminal A mobile unit information recording unit for receiving and recording identification information when transmitting each of the users together with the user identification information of the body when each of the users also owns the body; A user behavior style change detection unit that detects a change in the user's behavior style from each of the behavior log information, and m estimated to match the detected change for the user whose change in behavior style is detected A recommendation unit for recommending a body necessary for connection with a moving body of a ring, and a transmission unit for transmitting information on the recommended body to the portable terminal of the user whose change in behavior has been detected did.

  Further, the present invention is a mobile unit including n (n ≧ 1) wheels and a motor for driving the n wheels, which allows the user to travel on the road surface, and is integrally connected to another mobile unit via the body. When there are at least one mobile unit that can be transformed into m wheels (m> n) of mobile units, each user's action log information is recorded, and the user identification of mobile units owned by each of the users Information is recorded along with the user identification information of the body when each of the users also owns the body, and a change in the user's behavior is detected from the user's activity log information; For the user whose change is detected, the body required to connect with the m-wheel mobile body that is estimated to match the detected change is recommended. There information a change in the behavior of was constructed as consisting of the step of transmitting to the user detected.

  According to the present invention, it is possible to improve the user's satisfaction by detecting the change in the user's lifestyle as described above and recommending to the user the deformation to the moving object which is estimated to match the change. .

FIG. 1 is a schematic view generally showing a mobile body recommendation system according to an embodiment of the present invention. It is the schematic which shows the structure of the mobile unit of FIG. 1 generally. It is the schematic which shows the manufacturing plant which connects the moving unit of FIG. 1 and manufactures (modifies) a moving body generally. It is explanatory drawing of the portable terminal which the user of FIG. 1 possesses.

  Hereinafter, a mode for carrying out a mobile body recommendation system and a mobile body recommended price method according to the present invention will be described with reference to the attached drawings.

  FIG. 1 is a schematic diagram generally showing a mobile body recommendation system according to an embodiment of the present invention, FIG. 2 is a schematic diagram showing a configuration of a mobile unit, and FIG. And FIG. 4 is an explanatory view of a portable terminal carried by a user.

  As shown in FIG. 1, the mobile body recommendation system according to the present invention includes a server 10, and the server 10 is configured to be able to mutually communicate with a user Un via a portable terminal 12, and the user Un uses a mobile unit 14. Prepare (own). The user Un means a generic name of a plurality of persons from U1 to Um (m ≧ 2). The mobile unit 14 includes, for example, one mobile user U1, three U2, and two mobile units 14 Um.

  As shown in FIG. 2, the moving unit 14 comprises an n-wheel (wheel) 14a capable of traveling on a road surface and an electric motor (motor) 14b for driving the n-wheel 14a. Present. Although n is 1 in the embodiment, the n wheel (wheel) 14a is not limited thereto, and n may be 2 or more.

  The moving unit 14 has an auxiliary wheel 14d for turning and a battery 14e for the electric motor 14b at the rear in addition to an n-wheel (wheel) 14a, and a computer 14f for controlling the operation of the electric motor 14b etc. Further, there are provided a seating portion 14g for seating of the user Un at the top and a step 14h for foot placement of the user Un at the bottom. In addition, the mobile unit 14 includes a communication unit 14i for communicating with the mobile terminal 12, the mobile body recommendation server, and the like.

  The mobile unit 14 has a structure which is further improved to enable the actual road traveling similar to the personal mobility UNI-CUB (registered trademark) proposed by the present applicant. The moving unit 14 is configured to be deformable to a m-wheel (m> n), for example, a four-wheeled moving body when integrally connected with another moving unit 14 via a body.

  As shown in FIG. 1, the mobile plant manufacturing plant Fn is a generic name of a plurality of plants from F1 to Fm (m ≧ 2), and each of the plants Fn is equipped with a large 3D printer 16. As shown in FIG. 3, the 3D printer 16 is supplied with a molten material such as metal, resin, gypsum or the like from the hopper 16a as an inkjet, and manufactures a product of a desired shape, specifically the body 20 according to the instruction.

  As illustrated, the body 20 has a shape connecting a plurality of mobile units 14 brought together by the user Un, a steering mechanism (not shown) that detects weight movement of the occupant and steers in that direction, and a vehicle (mobile body) A braking mechanism or the like for braking 22 is provided, and in the case of the illustrated example, four moving units 14 for one wheel are connected to be deformed into a moving body (vehicle) 22 for four wheels. The body 20 may have a shape that can be transformed into a two-wheeled vehicle (mobile body) 22 by connecting two mobile units 14 for one wheel as shown.

  The ink-jet melt material of the 3D printer 16 is based on a resin, and the molded product formed therefrom is appropriately treated to ensure a strength capable of preventing an impact at the time of a collision or the like. Thus, by using a resin as a base, when the manufactured body 20 becomes unnecessary, it can be melted and reused for manufacturing the next body 20.

  FIG. 4 is an explanatory diagram of the portable terminal 12 possessed by the user Un. The portable terminal 12 comprises a smartphone, a tablet terminal, a portable telephone, a PHS telephone, or a PDA (Portable Digital Assistant) having a communication function, and further various types of wearable terminals, and as is known, the display 12a and the wireless unit 12b , And a positioning sensor 12 c such as a GPS receiver that measures the current position.

  Returning to the description of FIG. 1, the server 10 comprises a computer and a large computer (main frame), and is installed, for example, in the applicant's owned facility. The server 10 includes at least one or more processors (CPUs) 10 a and memories 10 b such as ROMs and RAMs.

  The server 10 and the portable terminal 12 possessed by the user Un are connected in a bidirectionally communicable manner via a transmitting / receiving means 24 such as an antenna and a public telephone communication network (or wireless LAN) 26. The user Un is a purchaser of the mobile unit 14 who has signed a predetermined monitoring contract with the manager of the server 10. The mobile unit 14 owned by the user Un and the mobile terminal 12 are wirelessly connected bi-directionally communicable, and information regarding use such as position information of the mobile unit 14 and the remaining battery capacity is transmitted and received.

  As illustrated, the server 10 includes an action log recording unit 10a1, a mobile unit information recording unit 10a2, a user behavior pattern change detection unit 10a3, a recommendation unit 10a4, and a transmission unit 10a5. The action log recording unit 10a1 and the like are realized as a function of the processor 10a.

  The action log recording unit 10b1 receives action log information transmitted from the user Un having at least one mobile unit 14 via the mobile terminal 12 and records the information in an appropriate place of the memory 10b. Here, the "action log" information is information about daily activities such as commuting, attending school, housework, etc., which define the life pattern of the user Un, and the action log recording unit 10b1 receives the received information in an appropriate place in the memory 10b. The time series is recorded for each of the users Un.

  When the mobile unit information recording unit 10a2 transmits user identification information such as the user name of the mobile unit 14 owned by each of the users Un via the portable terminal 12, the mobile unit information recording unit 10a2 receives the user identification information and stores it in an appropriate location of the memory 10b. When each user Un also owns the body 20 and transmits the user identification information of the body 20 as well as recording, the user identification information of the body 20 is also received together with the user identification information of the mobile unit 14 and the appropriate location of the memory 10b Record on

  The mobile unit information recording unit 10a2 accesses the memory 10b to periodically acquire each information of the user Un of the mobile unit 14 and transmits the user identification information when the addition of the user Un is newly confirmed. Prompting and waiting for the reception, it records in an appropriate place of memory 10b.

  The user behavior style change detection unit 10a3 detects a change in each behavior style of the user Un from the behavior log information of the user Un, in other words, a change in lifestyle.

  Specifically, when the user behavior pattern change detection unit 10a3 permanently changes, for example, the user Un's nighttime residence from a point of time from the output of the positioning sensor 12e of each portable terminal 12 of the user Un Determines that the user Un has relocated (moved).

  Further, from the output of the positioning sensor 12e of the portable terminal 12, for example, one of the users Un frequently visits the same wedding place from the output of the positioning sensor 12e of the portable terminal 12 and then the hotel, the airport, the port etc. When a visit is made, it is determined that the user Un has got married and went to a honeymoon. Also, for example, when it is continuously detected that the user U1 and the user U2 are at the same residence at night, it is determined that the user U1 and the user U2 coexist.

  In addition, for example, when the user Un visits a nearby hospital regularly after that, the user behavior style change detection unit 10a3 determines that the child is giving birth, and then, after a predetermined number of years, the nursery school, the kindergarten, When visiting a school etc. every day, it is determined that the family of the user Un has increased.

  As described above, the user behavior mode change detection unit 10a3 detects a change in the behavior mode of the user Un by repeating the above-described determination.

  The recommendation unit 10a4 recommends, for the user Un whose change of behavior is detected, the body 20 necessary for connecting with the n-wheel mobile body (vehicle) 22 that is estimated to match the detected change.

  For example, when the family has increased from one to two, or from two to three or more, if the moving object 22 is a two-wheeled vehicle, the recommendation unit 10a4 has four wheels as the moving object 22. Recommend a vehicle.

  The transmitting unit 10a5 transmits the information on the body 20 recommended by the recommendation unit 10a4 to the portable terminal 12 of the user Un whose change in behavior is detected via the transmitting / receiving unit 24 and the public telephone communication network 26.

  Specifically, the action log recording unit 10a1 records the respective locations of the user Un, and the recommendation unit 10a4 determines the position of the user Un in more detail based on the location recorded by the action log recording unit 10b1. While recommending a near manufacturing plant Fn, the transmitting unit 10a5 replaces the information on the recommended body 20, for example, the two-wheeled vehicle up to that point, and detailed information such as the shape of the four-wheeled vehicle body 20 on the manufacturing plant Fn Also send.

  The transmitting unit 10a5 simultaneously communicates with the user Un via the mobile terminal 12, and advises the user to bring (carry in) the mobile unit 14 owned by the manufacturing plant Fn.

  Further, when it is determined that the number of mobile units 14 owned by the corresponding user Un recorded in an appropriate location of the memory 10 b in the mobile unit information recording unit 10 a 2 is insufficient, the recommendation unit 10 a 4 creates mobile unit shortage information At the same time, the transmission unit 10a5 transmits the created mobile unit shortage information to the mobile terminal 12 of the user Un.

  Further, the server 10 further calculates the amount of money required by the user Un from the trade-in amount of the body 20 recorded in the user identification information of the mobile unit, the manufacturing amount of the recommended body 20, and the mobile unit shortage information. The amount calculator 10a6 is provided (the amount calculator 10a6 is realized as a function of the processor 10a).

  More specifically, when the amount calculator 10a6 calculates the necessary amount of money for the user Un, the transmitter 10a5 transmits it to the user Un via the mobile terminal 12 to prompt browsing.

  As described above, this embodiment includes the server 10 capable of mutually communicating with the user Un via the portable terminal 12, and the server 10 can travel on the road surface by n (n ≧ 1) wheels (wheels) 14a and The moving unit 14 consisting of a prime mover (electric motor) 14 b for driving the n-wheeled vehicle, and when integrally coupled with another moving unit 14 via the body 20, a movable body of m wheels (m> n) An action log record for receiving and recording action log information transmitted from each of the users Un via the portable terminal 12 when the user Un has at least one movable unit 14 deformable in the vehicle) 22. Each of the users Un also owns the body 20 of the user identification information of the mobile unit 14 owned by each of the users Un through the unit 10a1 and the mobile terminal 12 When transmitting together with the user identification information of the body 20, the mobile unit information recording unit 10a2 to receive and record, and the change of the action pattern of the user Un from the action log information of the user Un are detected. Recommendation for recommending the body 20 necessary for connection between the user behavior style change detection unit 10a3 and the mobile object 22 of m wheels estimated to match the detected change for the user Un whose change in the behavior style is detected It comprised so that the transmission part 10a5 which transmits the part 10a4 and the information about the said recommended body 20 to the portable terminal 12 of the user Un who the change of the said action pattern was detected.

  Further, this embodiment is a moving unit 14 comprising n (n ≧ 1) wheels 14a (wheels) that allow the user Un to travel on the road surface and a prime mover 14b for driving the n wheels. When there are at least one movable unit 14 that can be deformed in the m-wheel (m> n) mobile unit 22 when integrally coupled via the body 20, the respective action log information of the user Un is recorded (10a1) recording the user identification information of the mobile unit 14 owned by each of the users Un together with the user identification information of the body 20 when each of the users Un also owns the body 20 (10a2), The change of each behavior style of the user Un is detected from the respective action log information of the user Un (10a3), and the change of the behavior style is detected. About The Un, we recommend the body 20 necessary to connect the m wheels with the moving body 22 that is estimated to match the detected change (10a4), and change the information about the recommended body 20 to the change in the behavior pattern Is configured to be transmitted (10a5) to the user Un detected.

  Since the configuration is as described above, a change in the lifestyle of the user Un is detected, and a change to the moving body 22 estimated to match the change is recommended to the user Un to improve the satisfaction of the user Un. Can.

  The action log recording unit 10a1 records the respective locations of the user Un, and the recommendation unit 10a4 recommends the manufacturing plant Fn based on the locations recorded by the action log recording unit 10a1, and the transmission unit 10a5 is configured to transmit information on the recommended body 20 also to the manufacturing plant Fn, or the action log recording step records each location of the user Un, and the recommendation step is the action log recording step The manufacturing process Fn is recommended based on the location recorded in the above, and the transmitting step is configured to transmit the information on the recommended body 20 to the manufacturing plant Fn as well, so in addition to the effects described above In the factory Fn, the delivery date can be shortened, and sales activities to the user Un can be performed.

  When it is determined that the mobile unit 14 recorded by the mobile unit information recording unit 10a2 is insufficient, the recommendation unit 10a4 creates mobile unit shortage information, and the transmission unit 10a5 generates the mobile unit shortage information. The configuration is such that transmission is made to the mobile terminal 12 of the user Un, or the recommendation step creates the mobile unit shortage information when it is judged that the mobile unit recorded in the mobile unit information recording step is insufficient Since the step is configured to transmit the mobile unit shortage information to the user, in addition to the above effect, the user can recognize the mobile unit shortage early.

  In addition, the server further calculates the amount of money required by the user Un from the trade-in amount of the body 20 recorded in the mobile unit information, the manufacturing amount of the recommended body 20, and the mobile unit shortage information. It is configured to include the money amount calculation unit 10a6, or the user Un is necessary from the trade-in amount of the body 20 recorded in the mobile unit information, the manufacturing amount of the recommended body 20, and the mobile unit shortage information. Since the money amount calculation step of calculating the money amount is provided, in addition to the effects described above, the satisfaction level of the user Un can be further improved.

  In the above, the mobile unit 14 is a one-wheeled vehicle with n = 1. However, the present invention is not limited to this, and n ≧ 2.

  Further, the mobile unit 14 is not limited to the illustrated example, but includes n wheels capable of traveling on a road surface and a motor for driving the n wheels, and is integrally coupled to another mobile unit via the body. Anything may be used as long as it can be transformed into a m-wheel mobile.

  For example, the n-wheel (wheel) 14a of the mobile unit 14 may be a wheel for a rough road which can travel on a dirt off-road. When a change in the lifestyle of the user Un is detected, and a change to the moving body 22 estimated to match the change is recommended to the user Un, for example, when a wheel for a rough road is appropriate, the manufacturing plant The n-wheel (wheel) 14a can be replaced when the mobile unit 14 owned up to Fn is brought (carried over). Also, instead of replacing the n-wheel (wheel) 14a, the moving unit 14 itself may be replaced.

  10 server, 10a processor, 10a1 action log recording unit, 10a2 mobile unit information recording unit, 10a3 user behavior style change detection unit, 10a4 recommendation unit, 10a5 transmission unit, 10a6 amount calculator, 10b memory, 12 portable terminals, 12a display, 12b wireless unit, 12c positioning sensor, 14 moving unit, 14an wheel (14) motor, 14b frame, 14c auxiliary wheel, 14e battery, 14f computer, 14g seating unit, 14h step, 14i communication unit, 16 3D printer , 20 bodies, 22 mobile units (vehicles), 24 transmitting and receiving means, 26 public telephone networks, Un, U1, Um users, Fn, F1, Fm manufacturing plants

Claims (8)

A server capable of communicating with each other via a mobile terminal and a user;
A mobile unit consisting of n (n 1 1) wheels that can travel on the road surface and a motor that drives the n wheels, and m wheels (m>) when connected integrally with other mobile units via the body an action log recording unit for receiving and recording action log information transmitted from each of the users via the portable terminal when the user has at least one mobile unit that can be transformed into the mobile object of n); ,
A mobile unit that receives and records user identification information of mobile units owned by each of the users via the portable terminal, together with the user identification information of the body when each of the users also owns the body An information recording unit,
A user behavior style change detection unit that detects a change in the user's behavior style from the user's behavior log information;
A recommendation unit for recommending a body necessary for connecting with m mobiles that are estimated to match the detected change, for the user whose change in behavior has been detected;
A transmitter configured to transmit information on the recommended body to the portable terminal of the user whose change in behavior has been detected;
A mobile body recommendation system comprising:   The action log recording unit records the respective locations of the user, and the recommendation unit recommends a manufacturing plant based on the locations recorded by the action log recording unit, and the transmission unit relates to the recommended body. The mobile body recommendation system according to claim 1, wherein the information of (1) is also transmitted to the manufacturing plant.   When the recommendation unit determines that the mobile unit recorded in the mobile unit information recording unit is insufficient, it creates mobile unit shortage information, and the transmission unit sends the mobile unit shortage information to the portable terminal of the user. The mobile body recommendation system according to claim 1 or 2, which transmits. The server further
It is characterized by comprising a money amount calculating unit for calculating a necessary money amount for the user from the trade-in amount of the body recorded in the mobile unit information, the manufacturing amount of the recommended body, and the mobile unit shortage information. The mobile body recommendation system according to claim 3. A mobile unit consisting of n (n 1 1) wheels that allow the user to travel on the road surface and a motor that drives the single wheel, and m wheels (when connected integrally with other mobile units via the body) When there is at least one mobile unit that can be transformed into a mobile object of m> n), each activity log information of the user is recorded,
Recording user identification information of mobile units owned by each of the users together with user identification information of the body when each of the users also owns the body,
Detecting a change in the user's behavior from the user's activity log information;
Recommend the body necessary for connecting with m mobiles that are estimated to match the detected change, for the user whose change in behavior has been detected,
Sending information about the recommended body to the user whose change in behavior has been detected,
A mobile body recommendation method characterized in that it comprises steps.   The action log recording step records each location of the user, and the recommendation step recommends a manufacturing plant based on the location recorded in the action log recording step, and the transmitting step is performed for the recommended body. The mobile body recommendation method according to claim 5, further comprising transmitting the information of (1) to the manufacturing plant.   In the recommendation step, when it is determined that the mobile unit recorded in the mobile unit information recording step is insufficient, mobile unit shortage information is created, and the transmission step transmits the mobile unit shortage information to the user. The mobile body recommendation method according to claim 5 or 6, characterized in that further
The method may further include a money amount calculation step of calculating a necessary amount for the user from the trade-in amount of the body recorded in the mobile unit information, the manufacturing amount of the recommended body, and the mobile unit shortage information. The mobile body recommendation method according to claim 7.

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