JP6713761B2 - building - Google Patents

Description

The present invention relates to a building, such as an apartment house, in which a mobile body such as an electric vehicle or the like, such as a micro-mobility that does not generate exhaust gas, can be automatically called to a user's dwelling unit and returned.

For the coming aging society, it is expected that the needs of barrier-free environments and facilities where elderly people and vulnerable people can easily use electric wheelchairs and ultra-compact mobility will increase. On the other hand, even for healthy people living in the center of the city, there is an increasing number of lifestyles in which car sharing and rental cars are used without wasting a large amount of money for owning a private car. In addition, compact mobility for short distances with improved convenience has appeared as a rental car.

On the other hand, there is known an integrated management system that improves comfort and safety in a building and an automobile by using a portable device that can be shared by the building and the automobile (for example, see Patent Document 1). The system of Patent Document 1 has a building-side control device provided in a building, a vehicle-side control device provided in an automobile, and a mobile device capable of communicating with each control device. The building-side control device and the vehicle-side control device can mutually utilize the building-side information that is sequentially acquired from the device and the vehicle-side information that the portable device also sequentially acquires from the vehicle-side control device. Therefore, for example, when the user exits the building and gets into the automobile, the environment inside the vehicle and the like can be adjusted to the environment immediately before the inside of the building. On the other hand, when the user gets out of the car and enters the building, the environment inside the building can be adjusted to the environment immediately before the car. This improves comfort and safety in buildings and cars.

JP, 2007-255094, A

By the way, in an apartment house, in order to use a vehicle such as a private car, it is usually necessary to walk from each person's dwelling unit to a parking lot. Also, if the parking lot does not have a roof or you need to pass through an open roof before going to the parking lot, it will be necessary to put an umbrella in the rain, especially for elderly people and people with weak traffic when going out. It became a psychological barrier and hesitated to go out. Therefore, there has been a demand for the development of a smart building that allows residents to easily go out using vehicles.

The present invention has been made in view of the above, and an object of the present invention is to provide a building in which a resident can easily go out using a vehicle.

In order to solve the above-mentioned problems and achieve the object, the building according to the present invention has a mobile body as a mobility, which is retained at a standby position, provided in the building according to a user's request It is a building that can be called to a position and can return a moving body from a predetermined use end position to a standby position. The moving body communicates between the standby position and the use start position and the use end position. Means for moving the moving body, a moving means for moving the moving body along the passing means, a calling means for calling the moving body from the standby position to the use starting position at the start of use of the moving body, and the use of the moving body And a return means for returning the moving body from the use end position to the standby position at the end.

Further, another building according to the present invention is characterized in that, in the above-mentioned invention, the moving means is for moving a moving body without a driver who is on board along the aisle means by automatic operation.

Further, in another building according to the present invention, in the above-mentioned invention, the use start position and the use end position are in front of or inside the dwelling unit of the user in the housing complex, and the user moves in front of or in the dwelling unit. Characterized by being able to get on and off the body.

Further, another building according to the present invention is characterized in that, in the above-mentioned invention, the moving means moves a moving body on which a user boards from a use start position to an approach position to a road.

Further, in another invention according to the present invention, in the above-mentioned invention, the returning means returns the moving body on which the user is boarding from the approach position to the road to the front of the user's dwelling unit or inside the dwelling unit, and then the user. After getting off the vehicle, the moving body is further returned to the standby position in an empty state.

Further, in another invention according to the present invention, in the above-mentioned invention, the passage means is connected to the mobility exclusive passage provided further outside the outer corridor of the housing complex and the mobility exclusive passage, and is connectable to the road. The elevator has a dedicated elevator for mobility, and the standby position is a dedicated standby pool for mobility, which is provided on the ground or underground in the vicinity of the housing complex and is connected to the dedicated elevator for mobility by a dedicated passage for mobility.

Further, in another building according to the present invention, in the above-mentioned invention, the passage means is a mobility exclusive lobby provided further inside the inner corridor of the enclosed housing complex, and is connected to the mobility exclusive lobby to connect to a road. It has a connectable mobility-dedicated elevator, and the standby position is a mobility-dedicated standby pool that is provided on the ground or underground near a housing complex and is connected to the mobility-dedicated elevator through a mobility-dedicated passage.

Further, another building according to the present invention, in the above-mentioned invention, further comprises a vehicle allocation means capable of confirming a vacant state of the mobile body via an information terminal and requesting or allocating a vehicle to a use start position. It is a feature.

Further, another building according to the present invention is characterized in that, in the above-mentioned invention, the moving body is a micro mobility.

ADVANTAGE OF THE INVENTION According to the building which concerns on this invention, it is possible to call the mobile body as a mobility kept at the standby position to the predetermined use start position provided in the building according to a user's request|requirement, and a predetermined use end. A building capable of returning a mobile body from a position to a standby position, connecting the standby position with a use start position and a use end position, and a passage means for the mobile body to pass through and a passageway for the mobile body. A moving means for moving along the means, a calling means for calling the moving body from the standby position to the use starting position when the moving body starts to be used, and a moving body from the use end position to the waiting position for ending the use of the moving body. And a return means for returning to the user, the user can automatically call the moving body from the standby position to the desired use starting position, and can board the moving body from the use starting position and go out. .. Further, after the use, the moving body can be automatically returned from the use end position to the standby position. Therefore, a resident (user) using a vehicle such as a moving body can easily go out using the vehicle.

Further, according to another building of the present invention, since the moving means moves the moving body without the boarded operator along the aisle means by the automatic operation, it is possible for the user to go to the standby position. There is an effect that it can be lost.

Further, according to another building of the present invention, the use start position and the use end position are in front of or inside the user's dwelling unit in the housing complex, and the user boards the moving body in front of or in the dwelling unit. Since it is possible and it is possible to get off the vehicle, the user can use the moving body immediately from his/her dwelling unit, and can return to his/her dwelling unit immediately from the moving unit.

Further, according to another building of the present invention, the moving means moves the moving body on which the user is boarding from the use start position to the approach position to the road, so that the user moves the moving body to the approach position. This has the effect of eliminating the need for a driver to move to.

Further, according to another building of the present invention, the returning means returns the moving body on which the user is boarding from the approach position to the road to the front of the user's dwelling unit or inside the dwelling unit, and after the user gets off the vehicle. Since the vehicle is returned to the standby position in the empty state, the user can eliminate the trouble of moving the vehicle from the approach position to the user's dwelling unit, and the user can return the vehicle to the standby position. There is an effect that can be eliminated.

Further, according to another building of the present invention, the passage means is a dedicated passage for mobility provided further outside the outer corridor of the housing complex, and a dedicated elevator for mobility that is connected to the dedicated passage for mobility and can be connected to the road. Since the standby position is a standby pool dedicated to mobility, which is provided on the ground or underground in the vicinity of the apartment complex and is connected to the elevator dedicated to mobility by the passage dedicated to mobility, it can be applied to the apartment complex of the outer corridor type. It has the effect of being able to.

Further, according to another building of the present invention, the passage means can be connected to the mobility exclusive lobby provided further inside the inner corridor of the enclosed housing complex, and to the mobility exclusive lobby to connect to the road. It has an elevator for exclusive use of mobility, and the standby position is located on the ground or underground in the vicinity of the apartment house and is a standby pool for exclusive use of mobility that is connected to the elevator for exclusive use of mobility by a passage dedicated to mobility. There is an effect that can be done.

In addition, according to another building of the present invention, the availability of the moving body can be confirmed through the information terminal, and the vehicle further includes a vehicle allocation means that can request or reserve a vehicle at the use start position, so that a plurality of usages can be achieved. There is an effect that persons can share and use one mobile body.

Further, according to another building of the present invention, since the moving body is a microminiature mobility, there is an effect that a user can go out more easily by using the microminiature mobility.

1 is a schematic perspective view showing a first embodiment of a building according to the present invention. FIG. 2 is a schematic flowchart showing the operation procedure of the first embodiment of the building according to the present invention. FIG. 3 is a schematic perspective view showing a second embodiment of the building according to the present invention.

Embodiments of a building according to the present invention will be described below in detail with reference to the drawings. The present invention is not limited to this embodiment.

(Embodiment 1)
First, an outer corridor type building will be described as a first embodiment of the present invention.

As shown in FIG. 1, a building 10 according to the first embodiment is a tower-type condominium built on a site 14 adjacent to a road 12 and having a plurality of floors, and has a plurality of dwelling units 16 on each floor. The dwelling units 16 on each floor are arranged in parallel in one direction, and in front of the entrance 18 of each dwelling unit 16, an outer corridor 20 as a normal flow line of a resident (user) of the dwelling unit 16 is linearly installed. This outer corridor 20 is located outside the building 10.

On the outside of the outer corridor 20, a mobility exclusive passage 22 as a passage means through which the mobility M (moving body) passes is installed along the outer corridor 20. The mobility dedicated passage 22 is also connected to a mobility dedicated elevator 24 serving as a passage means. The mobility ship elevator 24 is accessible to an approach position 26 that contacts the road 12 outside the site 14. As the mobility M, for example, an ultra-compact mobility for individuals such as a small automobile for private use and an electric wheelchair can be used. In addition, the mobility M is not limited to one-seater mobility, and may be, for example, a two-seater mobility that allows a plurality of people to board.

On the other hand, in the same site 14, a mobility dedicated standby pool 28 (parking lot) is installed as a standby position for retaining the mobility M. The mobility dedicated waiting pool 28 and the mobility dedicated elevator 24 are connected via a mobility dedicated passage 30. In this way, the passages 22 and 30 dedicated to the mobility and the elevator 24 dedicated to the mobility communicate with each other between the waiting pool 28 dedicated to the mobility and the front of or inside the dwelling unit 16 of the user as the use start position and the use end position. There is. The mobility-dedicated standby pool 28 can be provided above the ground, in the basement of the building, on the roof of the building, indoors, or the like.

In addition, this building 10 calls the mobility means 32 for moving the mobility M along the dedicated mobility passages 22 and 30 and the dedicated mobility elevator 24, and calls the mobility M from the dedicated mobility waiting pool 28 in response to a user's request. It is provided with a call-in means 34, a return means 36 for returning the mobility M to the standby pool 28 dedicated to mobility, and a vehicle allocation means (not shown).

The moving means 32 is for moving the unmanned mobility M with no driver on board along the dedicated mobility paths 22 and 30 and the dedicated mobility elevator 24 by automatic driving. Since the mobility M can be called and returned by the moving means 32, it is possible to save the user the trouble of going to the mobility dedicated waiting pool 28. As the moving means 32, for example, a well-known automatic driving means for driving an automobile unmanned can be used. In this case, for example, the mobility M is specified by detecting a detection object installed in the dedicated mobility passages 22 and 30 and the dedicated mobility elevator 24 using a sensor such as a radar or a camera attached to itself. It is possible to move to a specified position while maintaining the flow line.

The moving means 32 may be configured by using, for example, a well-known turntable, belt conveyor, or the like. In this case, the paths 22 and 30 dedicated to mobility are used as a belt conveyor type path for transporting the mobility M, and a turntable for changing the direction of the mobility M and a belt conveyor are provided in the elevator car of the elevator 24 dedicated to mobility, and unmanned. You may make it convey the mobility M which does not drive automatically.

After the start of use, the moving means 32 can move the mobility M on which the user boards to the approach position 26 to the road 12 from the front of the user's dwelling unit 16 or the inside of the dwelling unit 16 at the use start position. As a result, it is possible to eliminate the time and effort required for the user to move the mobility M to the approach position 26.

In this case, the mobility M may be provided with a sensor for detecting the user's getting on, and the moving means 32 may start moving to the approach position 26 when detecting the user's getting on. Further, the mobility-dedicated elevator 24 may be provided with a sensor for detecting the boarding of the mobility M, and when the mobility-dedicated elevator 24 detects the boarding of the mobility M, the mobility-dedicated elevator 24 may automatically start moving to the ground level. Further, the mobility M is equipped with a sensor for detecting the arrival of the mobility dedicated elevator 24 to the ground level, and when the arrival of the mobility dedicated elevator 24 to the ground level is detected, the mobility M exits from the mobility dedicated elevator 24 by automatic driving. You may start automatic operation.

When the use of the mobility M is started, the calling means 34 calls the mobility M from the mobility exclusive standby pool 28 to the front of the dwelling unit 16 or inside the dwelling unit 16 of the user, which is the use starting position. In order to call inside the dwelling unit 16, it is desirable that the mobility M be an ultra-compact one such as an electric wheelchair. Since the user can board and dismount the mobility M in front of or inside the dwelling unit 16, the user can immediately use the mobility M from his or her dwelling unit 16 and the return means 36 described later. By the action, the mobility M can immediately return to his or her own dwelling unit 16.

The call-in means 34 can be configured using, for example, a portable information terminal that can be carried by a user and is capable of wireless communication, a communication unit mounted in the mobility M, and a call-in control unit. Here, the communication unit receives an instruction signal from the portable information terminal, and the call-in control unit transmits a control signal for automatically driving the mobility M to the instructed position to the automatic driving unit based on the signal from the communication unit. It is a thing. The autonomous driving unit mounted on the mobility M operates according to the control signal, so that the mobility M automatically moves to the instructed position. Therefore, at the start of use, if the user sends to the communication unit an instruction signal in front of or inside the dwelling unit of the user at the use start position on the portable information terminal, the mobility M retained in the mobility dedicated waiting pool 28 is automatically Can be called by driving. An information terminal provided in the dwelling unit 16 may be used instead of the mobile information terminal.

When the use of the mobility M is finished, the returning means 36 returns the mobility M in the empty state when the user gets off the vehicle from the front of the dwelling unit 16 of the user or the inside of the dwelling unit 16 to the waiting pool 28 dedicated to the mobility. is there.

The feedback unit 36 can be configured by using, for example, the above portable information terminal, the communication unit mounted on the mobility M, and the feedback control unit. Here, the feedback control unit transmits a control signal for automatically driving the mobility M in the instruction section to the automatic driving unit based on a signal from the communication unit. The autonomous driving unit mounted on the mobility M operates according to the control signal, so that the mobility M moves in the instruction section by the automatic driving. Therefore, at the end of use, if the user sends to the communication unit an instruction signal in front of or inside the user's dwelling unit 16 at the use end position on the portable information terminal, the mobility in front of the user's dwelling unit 16 or in the dwelling unit 16 M can be returned to the mobility dedicated standby pool 28 by automatic driving. An information terminal provided in the dwelling unit 16 may be used instead of the mobile information terminal.

Further, the returning means 36 can also return the mobility M on which the user boarded from the approach position 26 to the road 12 to the front of the user's dwelling unit 16 or inside the dwelling unit 16 when returning from the outside. As a result, it is possible to eliminate the time and effort required for the user to move the mobility M from the approach position 26 to the user's dwelling unit 16, and further for the user to return the mobility M to the mobility dedicated waiting pool 28. ..

In this case, for example, when the mobility M enters the approach position 26, if the user sends to the communication unit an instruction signal in front of or inside the dwelling unit 16 of the user at the use end position on the portable information terminal, the mobility M Can be returned to the front of or inside the user's dwelling unit 16 by automatic driving. It should be noted that an object to be detected is installed at the approach position 26, and based on the fact that the communication unit of the mobility M has detected the object to be detected, the mobility M is automatically driven in front of or inside the dwelling unit 16 of the user. You may make it return.

The vehicle allocation means can confirm the availability of the mobility M via a portable information terminal, and can request or reserve a vehicle allocation to a use start position. In response to the vehicle allocation request to the vehicle allocation means, the moving means 32 and the call-in means 34 may start operating. With this vehicle allocation means, a plurality of users can share and use one mobility M.

Next, an example of a procedure for using the mobility M in the present embodiment will be described with reference to the flowchart in FIG.

As shown in FIG. 2, first, the user confirms the availability of the mobility M on the mobile information terminal and requests or reserves a vehicle allocation (step S1).

In response to the vehicle allocation request, the mobility M is automatically distributed by the call-in means 34 and the moving means 32 from the mobility dedicated standby pool 28 to the front of the entrance 18 of the dwelling unit 16. The user gets on the allocated mobility M (step S2).

The mobility M, which has detected the user's entry, travels in the dedicated mobility passage 22 automatically while keeping the user on board, and mounts in the dedicated elevator 24 for mobility. The elevator 24 dedicated to mobility, which detects the boarding of the mobility M, reaches the ground level by automatic driving. The mobility M that has detected this arrival exits from the elevator 24 dedicated to mobility by automatic driving, travels in the passage 30 dedicated to mobility by automatic driving, and reaches the approach position 26 connected to the road 12 (step S3).

On the road 12 or the mobility-specific travel route beyond the approach position 26, the user himself drives the mobility M or travels automatically (step S4). In this way, the user can easily go out of the dwelling unit 16 of the building 10.

When returning to the approach position 26 from the place where the user is out, the vehicle is automatically driven to the front of the entrance 18 of the dwelling unit 16 or the like by an approach opposite to the above steps S1 to S3 (step S5).

After returning from the approach position 26 to the front of the entrance 18 of the dwelling unit 16 by automatic driving, the user gets off from the mobility M. The mobility M that has detected the dismounting returns to the mobility dedicated standby pool 28 by automatic driving (step S6).

As described above, according to the present embodiment, the unmanned mobility M retained in the mobility dedicated standby pool 28 is automatically driven to the use start position such as in front of the dwelling unit 16 of the user in response to the user's request. It is possible to call. Further, after getting on the mobility M at the use start position, it is possible to go out of the building by automatic driving. Furthermore, after returning from going out, it is possible to automatically return from the entrance of the building to the use end position such as in front of the dwelling unit 16 of itself, and after getting off, the mobility M is automatically driven to the mobility dedicated waiting pool 28. It is possible to return it. Therefore, according to the present embodiment, the user can easily go out using mobility M.

Further, the present embodiment can be one tool for easily going out for the elderly and others who are expected to increase rapidly in the future. For this reason, life can be enriched, and more and more healthy elderly people can be contributed to solving the problems of the elderly, such as curbing medical expenses. In addition, even for healthy people, it is possible to go out from home without getting wet from the rain, which improves barrier-free performance. In addition, the cost of owning a car can be devoted to other activities, improving the quality of life. In addition, the increase in small mobility makes it possible to reduce the energy required for movement, which contributes to global warming countermeasures.

(Embodiment 2)
Next, an inner corridor type building will be described as a second embodiment of the present invention.

As shown in FIG. 3, the building 100 according to the second embodiment is a tower-type enclosed type multi-story house built on the site in contact with the road 12 and has a plurality of dwelling units 16 on each floor. Have. The dwelling units 16 on each floor are arranged side by side in a square shape in a plan view, and in front of the entrance 18 of each dwelling unit 16, an inner corridor 40 as a normal flow line of a resident (user) of the dwelling unit 16 is formed in a square shape. is set up. The inner corridor 40 is located in the core portion inside the building 100.

In the inner space surrounded by the inner corridor 40, a mobility exclusive lobby 42 is installed as a passage means through which the mobility M passes. The mobility exclusive lobby 42 is also connected to the mobility exclusive elevator 24 as a passage means. The mobility ship elevator 24 is accessible to an approach position 26 in contact with the road 12 outside the site.

In addition, this building 100 has a moving means 32 for moving the mobility M along the lobby 42 for exclusive use of the mobility, the passage 30 for exclusive use of the mobility, and the elevator 24 for exclusive use of the mobility; It includes a call-in means 34 for calling in from 28, a return means 36 for returning the mobility M to the mobility dedicated waiting pool 28, and a vehicle allocation means (not shown). The configurations and operations of the moving means 32, the call-in means 34, the returning means 36, the vehicle allocating means and the like are the same as those in the above-described first embodiment, and therefore detailed description thereof will be omitted.

According to the present embodiment, as in the case of the above-described first embodiment, the unmanned mobility M retained in the mobility dedicated standby pool 28 is started to be used in front of the user's residence unit 16 in response to a user's request. It is possible to call to the position by automatic operation. Further, after getting on the mobility M at the use start position, it is possible to go out of the building by automatic driving. Furthermore, after returning from going out, it is possible to automatically return from the entrance of the building to the use end position such as in front of the dwelling unit 16 of itself, and after getting off, the mobility M is automatically driven to the mobility dedicated waiting pool 28. It is possible to return it. Therefore, according to the present embodiment, the user can easily go out using mobility M.

As described above, according to the building of the present invention, it is possible to call a mobile body as a mobility, which is kept in the standby position, to a predetermined use start position provided in the building in response to a user's request. Is a building capable of returning the moving body from the predetermined use end position to the standby position, and connecting the standby position with the use start position and the use end position, and a passage means for the mobile body to pass through. And a moving means for moving the moving body along the passage means, a calling means for calling the moving body from the standby position to the use starting position at the start of use of the moving body, and a moving body at the end of use of the moving body. A return means for returning from the use end position to the standby position is provided, so that the user can automatically call the mobile body from the standby position to the desired use start position, and board the mobile body from the use start position. You can go out. Further, after the use, the moving body can be automatically returned from the use end position to the standby position. Therefore, a resident (user) using a vehicle such as a moving body can easily go out using the vehicle.

Further, according to another building of the present invention, since the moving means moves the moving body without the boarded operator along the aisle means by the automatic operation, it is possible for the user to go to the standby position. It can be lost.

Further, according to another building of the present invention, the use start position and the use end position are in front of or inside the user's dwelling unit in the housing complex, and the user boards the moving body in front of or in the dwelling unit. Since it is possible and it is possible to get off the vehicle, the user can use the moving body immediately from his/her own dwelling unit, and can immediately return to his/her dwelling unit from the moving unit.

Further, according to another building of the present invention, the moving means moves the moving body on which the user is boarding from the use start position to the approach position to the road, so that the user moves the moving body to the approach position. It eliminates the need for a driver to travel to.

Further, according to another building of the present invention, the returning means returns the moving body on which the user is boarding from the approach position to the road to the front of the user's dwelling unit or inside the dwelling unit, and after the user gets off the vehicle. Since the vehicle is returned to the standby position in the empty state, the user can eliminate the trouble of moving the vehicle from the approach position to the user's dwelling unit, and the user can return the vehicle to the standby position. Can be eliminated.

Further, according to another building of the present invention, the passage means is a dedicated passage for mobility provided further outside the outer corridor of the housing complex, and a dedicated elevator for mobility that is connected to the dedicated passage for mobility and can be connected to the road. Since the standby position is a standby pool dedicated to mobility, which is provided on the ground or underground in the vicinity of the apartment complex and is connected to the elevator dedicated to mobility by the passage dedicated to mobility, it can be applied to the apartment complex of the outer corridor type. it can.

Further, according to another building of the present invention, the passage means can be connected to the mobility exclusive lobby provided further inside the inner corridor of the enclosed housing complex, and to the mobility exclusive lobby to connect to the road. It has an elevator for exclusive use of mobility, and the standby position is located on the ground or underground in the vicinity of the apartment house and is a standby pool for exclusive use of mobility that is connected to the elevator for exclusive use of mobility by a passage dedicated to mobility. can do.

In addition, according to another building of the present invention, the availability of the moving body can be confirmed through the information terminal, and the vehicle further includes a vehicle allocation means that can request or reserve a vehicle at the use start position, so that a plurality of usages can be achieved. Can share and use one mobile body.

Further, according to another building of the present invention, since the moving body is a microminiature mobility, the user can go out more easily by using the microminiature mobility.

INDUSTRIAL APPLICABILITY As described above, the building according to the present invention is useful in an apartment house in which elderly people and traffic vulnerable people who utilize ultra-small mobility live, and particularly suitable for residents to easily go out using vehicles. There is.

10,100 Building 12 Road 14 Site 16 Dwelling unit 18 Entrance 20 Outer corridor 22,30 Mobility dedicated passage (passage means)
24 Mobility dedicated elevator (passage means)
26 Approach position 28 Mobility dedicated standby pool (standby position)
32 Transportation Means 34 Calling Means 36 Returning Means 40 Inner Corridor 42 Mobility Exclusive Lobby (Passage Means)

Claims (8)

In response to a user's request, it is possible to call a mobile object, which is a mobility vehicle that has been kept in the standby position, to the front of the user's dwelling unit in the housing complex or to the start-of-use position in the dwelling unit. Or a building consisting of an apartment house that can return the mobile body to the standby position from the use end position in the dwelling unit,
A passage means provided in the building along the corridor for passage of a resident in front of each dwelling unit that communicates between the standby position and the use start position and the use end position for passing the moving body ,
Mobile and automatic operation, and moving means for travel and move the moving body along the passage means,
At the start of using the moving body, a calling means for calling the moving body from the standby position to the use starting position by the moving means,
At the end of use of the moving body, return means for returning the moving body from the use end position to the standby position by the moving means,
A building characterized by being equipped with. The building according to claim 1, wherein the moving means is for moving a moving body without a boarded operator along the passage means by automatic driving. The building according to claim 1 or 2, wherein the moving means moves a moving body on which a user is boarding from a use start position to an approach position to a road. The return means returns the moving body on which the user is boarding from the approach position to the road to the front of the user's dwelling unit or inside the dwelling unit, and then returns the moving body to the standby position in the empty state after the user gets off. The building according to claim 1, wherein the building is a building. The passage means has a mobility dedicated passage provided further outside the outer corridor of the housing complex, and a mobility dedicated elevator connectable to the mobility dedicated passage and connectable to the road,
5. The standby position is a mobility exclusive standby pool which is provided on the ground or underground near the housing complex and is connected to the exclusive elevator by a dedicated passage for mobility, and the standby position is defined as one of the claims 1 to 4. building. The passage means has a mobility-dedicated lobby provided further inside the inner corridor of the enclosed housing complex, and a mobility-dedicated elevator that is connected to the mobility-dedicated lobby and can be connected to the road.
5. The standby position is a mobility exclusive standby pool which is provided on the ground or underground near the housing complex and is connected to the exclusive elevator by a dedicated passage for mobility, and the standby position is defined as one of the claims 1 to 4. building. 7. The vehicle allocating means according to claim 1, further comprising a vehicle allocating means capable of confirming a vacant condition of the mobile body via an information terminal and requesting or allocating a vehicle to a use start position. building. The building according to any one of claims 1 to 7, wherein the moving body is ultra-small mobility.

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