Chair provided in camper and method of placing the same in camper

Abstract

To provide a chair which is provided in a camper and provides a comfortable living environment.SOLUTION: A chair is provided in a camper and includes: a first object configured to work with a first electric rotating body; and a second object configured to work with a second electric rotating body. The first object is placed so that the first object may be located adjacent to the second object by rotationally moving in conjunction with rotation of the first electric rotating body in a first rotation direction. The second object is placed so that the second object may be located adjacent to the first object by rotationally moving in conjunction with rotation of the second electric rotating body in a second rotation direction opposite to the first rotation direction.SELECTED DRAWING: Figure 1

Description

[Technical Field]

[0001] The present invention relates to a chair for a camper and a method for arranging a chair in a camper. This application claims priority from Japanese Patent Application No. 2024-077629, filed May 11, 2024, the disclosure of which is incorporated herein by reference. [Background technology]

[0002] The statements in this section merely provide background information related to the present disclosure and do not necessarily constitute prior art.

[0003] Patent Document 1 discloses a vehicle seat structure that includes left and right seats and a center seat, and that is slidable along a rail installed on the floor between a first position where the center seat is located between the left and right seats, and a second position where the center seat is located further forward in the vehicle than the front ends of the left and right seats. [Prior art documents] [Patent documents]

[0004] [Patent Document 1] Japanese Patent Application Publication No. 2024-043006 Summary of the Invention [Problem to be solved by the invention]

[0005] However, the inventors have recognized that at least the above embodiment has a drawback in that it lacks the comfort of a chair provided in a camper. [Means for solving the problem]

[0006] At least one aspect of the present disclosure provides a method for manufacturing a semiconductor device, comprising: A chair provided in a camper, a first object that is coupled to the first electric rotating body; a second object that is interlocked with the second electric rotating body; the first object is rotationally moved in conjunction with the rotation of the first electric rotating body in the first rotation direction, and is disposed so as to be adjacent to the second object; the second object rotates in conjunction with the rotation of the second electric rotating body in a second rotation direction opposite to the first rotation direction, and is disposed so as to be adjacent to the first object; Provide configuration. [Effects of the Invention]

[0007] This configuration allows the seat to be electrically adjusted in at least four different positions, making it useful as a chair for use in a camper van, providing a comfortable living environment.

[0008] These and other aspects, features, and advantages of the present disclosure will become apparent from the following detailed written description of the preferred embodiments and aspects taken in conjunction with the following drawings, variations and modifications of which may be made without departing from the spirit and scope of the novel concepts of the present disclosure. Aspects of one embodiment of the present disclosure may be employed as aspects of another embodiment of the present disclosure, to the extent not inconsistent. [Brief explanation of the drawings]

[0009] [Figure 1] 1 is a diagram of a chair according to one or more embodiments; [Figure 2] 1 is a diagram of a chair according to one or more embodiments; [Figure 3] 1 is a diagram of a chair according to one or more embodiments; [Figure 4] 1 is a diagram of a chair according to one or more embodiments; [Figure 5] 1 is a diagram of a chair according to one or more embodiments; [Figure 6] 1 is a diagram of a chair according to one or more embodiments; [Figure 7] 1 is a diagram of a chair according to one or more embodiments; [Figure 8] 1 is a diagram of a vehicle according to one or more embodiments; [Figure 9] 1 is a diagram of a vehicle according to one or more embodiments; [Figure 10] 1 is a diagram of a vehicle according to one or more embodiments; [Figure 11] 1 is a diagram of a vehicle according to one or more embodiments; [Figure 12] 1 is a diagram of a vehicle according to one or more embodiments; [Figure 13] 1 is a diagram of an object according to one or more embodiments. [Figure 14] 1 is a diagram of an object according to one or more embodiments. [Figure 15] 1 is a diagram of an object according to one or more embodiments. [Figure 16] 1 is a diagram of an object according to one or more embodiments. [Figure 17] 1 is a diagram of an object according to one or more embodiments. [Figure 18] 1 is a diagram of a vehicle according to one or more embodiments; [Figure 19] 1 is a diagram of a vehicle according to one or more embodiments; [Figure 20] 1 is a diagram of a vehicle according to one or more embodiments; [Figure 21] 1 is a diagram of a vehicle according to one or more embodiments; DETAILED DESCRIPTION OF THE INVENTION

[0010] The following disclosure provides many different embodiments and examples for implementing different features of the presented subject matter. To simplify the disclosure, specific examples of components and arrangements are disclosed below. Of course, these are merely examples and are not intended to be limiting. For example, a structure in which a first feature is covered by, abuts, or is adjacent to a subsequently disclosed second feature may include embodiments in which the first and second features are formed in direct contact, as well as embodiments in which an additional feature is formed between the first and second features to prevent direct contact between the first and second features. Furthermore, this disclosure may include embodiments in which the first and second features are not in direct contact or are in close proximity (on the order of 0 cm to 1 m). Furthermore, the disclosure may repeat reference numbers and / or letters in various examples. This repetition is for the purposes of brevity and clarity and does not, in itself, require a relationship between the various embodiments and / or configurations described. Furthermore, when a first element is described as being "connected" or "coupled" or "adjacent" to a second element, such description includes embodiments in which the first and second elements are directly connected or coupled to each other, as well as embodiments in which the first and second elements are indirectly connected or coupled or adjacent to each other with one or more other intervening elements therebetween.

[0011] As used herein, the phrase "at least one of" encompasses all exemplified variations. For example, the phrase "comprises at least one of A, B, or C" is equivalent to "consisting of A, B, and C and combinations thereof," and encompasses all possible variations of A, B, C, A+B, A+C, B+C, and A+B+C.

[0012] In this disclosure, disclosures using a machine, an electronic operator, or a computer may include embodiments of a method, a recording medium, an apparatus, or a program. As used herein, the statement "A is B" can be replaced with "A includes B" unless there is a contradiction or unless otherwise stated in this specification.

[0013] The terms in this disclosure, including the terms set forth in the claims, may be interpreted in light of the descriptions and drawings set forth in the specification, and further, unless otherwise indicated inconsistently, by what one or more citizens, past, present, or future, have so called, so designated, so understood, or so performed, or may so do, unless otherwise indicated in the present disclosure.

[0014] This disclosure relates to a camper van. According to at least one embodiment, a camper van is a vehicle equipped with facilities for sleeping and staying overnight. According to at least one embodiment, the camper van has one or more of the following facilities: a bed, a kitchen, a toilet, a table, etc. Camper vans are broadly classified into "self-propelled" camper vans, in which the vehicle and living space are integrated, and "towed" camper vans, which are towed by a vehicle. Self-propelled camper vans include those equipped with dedicated frames and engines, and those equipped with domestic vehicles such as vans and wagons. In the United States, camper vans are called "motorhomes," those equipped with interiors similar to those of a regular bus are called "mobile homes," and those equipped with facilities similar to those of a regular home are called "house trailers."

[0015] The configuration in this disclosure is not limited to a camper van. In other words, the term "camper van" in this disclosure can be replaced with any other mobile object. Examples include cars (all types of cars), sedans, coupes, convertibles, station wagons, minivans, SUVs, hatchbacks, trains, bullet trains, airplanes, ships, etc. In at least one embodiment, a camper van refers to a vehicle that falls under 4-1-3(4) or 4-2 in the "Classification of Automobile Uses, etc. (Directive Notice)" issued by the Ministry of Land, Infrastructure, Transport and Tourism on April 6, 2001 (No. 49 of the Ministry of Land, Infrastructure, Transport and Tourism, hereinafter referred to as "Directive Notice 1"). In at least one embodiment, a camper refers to a vehicle that meets one or more or all of the structural requirements listed in "3-4 Vehicles in Use Classification Notice 4-1-3(4)" and "Campers" (page 80) in the "Detailed Handling of the 'Classification of Automobile Uses, etc. (Directive Notice)'" issued by the Ministry of Land, Infrastructure, Transport and Tourism on March 1, 2022 (No. 278, hereinafter referred to as "Directive Notice 2"). In at least one embodiment, when these Directive Notices are updated, the structural requirements of the latest Directive Notices are followed. Therefore, a camper is a moving body (vehicle) that meets the structural requirements of the Directive Notices issued by the Ministry of Land, Infrastructure, Transport and Tourism. The contents of at least one Directive Notice are described below.

[0016] Disclosed is an object 1 to be provided in a camper van (at least FIG. 1). Note that in the following description, the term "chair" can be read as "object." After careful consideration, we have discovered that at least four types of seating surfaces can be provided electrically with the following configuration. According to at least one embodiment, the object has a first electric rotating body 2 and a second electric rotating body 3. The electric rotating body has a rotating shaft 4, which is electrically rotatable forward and backward. The length of the rotating shaft corresponds to the width of the chair. For example, the ratio of the length of the rotating shaft to the width of the chair is approximately 1:1. The first electric rotating body and the second electric rotating body are connected by two frames that contact both ends of the electric rotating body or the rotating shaft. For example, a first end of the first electric rotating body and a first end of the second electric rotating body are connected by a first frame 5, and a second end of the second electric rotating body and a second end of the second electric rotating body are connected by a second frame 6. For example, by being connected by the first and second frames in this manner, the first electric rotating body and the second electric rotating body are fixed in position, spaced apart by the length of the frames. For example, the ratio of the length of the first object in a direction perpendicular to the rotation axis of the first electric rotating body, the length of the second object in a direction perpendicular to the rotation axis of the second electric rotating body, and the length of the first frame is approximately 1:1:1. In another embodiment, as described below, the first object and the second object have skeletons with cushions attached, so that the ratio of the length of the first object in a direction perpendicular to the rotation axis of the first electric rotating body to the length of the second object in a direction perpendicular to the rotation axis of the second electric rotating body to the length of the first frame is approximately 7:7:10 to approximately 9:9:10 (the ratio of the length of the first object in a direction perpendicular to the rotation axis of the first electric rotating body to the length of the second object in a direction perpendicular to the rotation axis of the second electric rotating body is the same), or the ratio of the length of the first object in a direction perpendicular to the rotation axis of the first electric rotating body to the length of the second object in a direction perpendicular to the rotation axis of the second electric rotating body to the length of the first frame is approximately 7:7:10 to approximately 1:1:1 (the ratio of the length of the first object in a direction perpendicular to the rotation axis of the first electric rotating body to the length of the second object in a direction perpendicular to the rotation axis of the second electric rotating body is the same).

[0017] A first object 7 interlocked with a first electric rotating body is disclosed (at least as shown in FIG. 2). A plate-shaped object is connected to the first electric rotating body, and this is the first object. Since the first object is connected to the first electric rotating body, it rotates forward in tandem with the first electric rotating body when it rotates forward, and rotates backward in tandem with the first electric rotating body when it rotates backward. The skeleton of the first object is a frame or a frame with a mesh structure inside. The skeleton of the first object is padded with cushions like those used in chairs or beds. That is, the first object has cushions padded on both sides of a plate-shaped skeleton formed by a frame. For example, the ratio of the amount (or thickness) of cushion padded on the first surface 14, which is one surface of the plate-shaped skeleton formed by a frame, to the amount (or thickness) of cushion padded on the second surface 15, which is the opposite surface, is approximately 1:1. When the plate of the first object is positioned approximately upright relative to the floor of a vehicle, it forms the back (seat back) of a chair. For example, the ratio of the length of the first object perpendicular to the rotation axis to the length of a person's spine is approximately 1:1. When the plate of the first object is approximately horizontal to the floor of the vehicle, it forms the seat of a chair. That is, when the first object is rotated forward and placed in a horizontal position, its second surface forms the seat, and when the first object is rotated backward and placed in a horizontal position, its first surface forms the seat, and when the first object is rotated and placed in a vertical position, its first surface or second surface forms the back. For example, the ratio of the length of the first object in a direction perpendicular to the rotation axis of the first electric rotating body, the length of the second object in a direction perpendicular to the rotation axis of the second electric rotating body, and the distance between the first and second electric rotating bodies is approximately 1:1:1. For example, as described above, the first object and the second object have skeletons with cushions added to them, so the ratio of the length of the first object in a direction perpendicular to the rotation axis of the first electric rotating body, the length of the second object in a direction perpendicular to the rotation axis of the second electric rotating body, and the placement distance between the first electric rotating body and the second electric rotating body is approximately 7:7:10 to approximately 9:9:10 (the ratio of the length of the first object in a direction perpendicular to the rotation axis of the first electric rotating body to the length of the second object in a direction perpendicular to the rotation axis of the second electric rotating body is the same).

[0018] A second object 8 that is interlocked with the second electric rotating body is disclosed (at least FIG. 2). These configurations apply mutatis mutandis to the disclosure of a first object that is interlocked with a first electric rotating body. That is, for example, the ratio of the length of the plate-like skeleton formed by the frame of the first object in the direction perpendicular to the rotation axis to the length of the plate-like skeleton formed by the frame of the second object in the direction perpendicular to the rotation axis is approximately 1:1. For example, the ratio of the length of the plate-like skeleton formed by the frame of the first object in the direction parallel to the rotation axis to the length of the plate-like skeleton formed by the frame of the second object in the direction parallel to the rotation axis is approximately 1:1. For example, the ratio of the area of ​​the plate-like skeleton formed by the frame of the first object to the area of ​​the plate-like skeleton formed by the frame of the second object is approximately 1:1.

[0019] A configuration is disclosed in which a first object rotates in conjunction with the rotation of a first electric rotating body in a first rotation direction and is disposed adjacent to a second object (at least FIG. 3 ). As described above, the first object rotates in conjunction with the rotation of the first electric rotating body in the first rotation direction and is disposed approximately horizontally relative to the floor surface of the vehicle. As a result, the ratio of the length of the first object in a direction perpendicular to the rotation axis of the first electric rotating body to the length of the first frame is approximately 1:1, so that the first object, disposed approximately horizontally, is disposed adjacent to the second object (or a portion adjacent thereto). For example, the first object, disposed approximately horizontally, is disposed adjacent to the second electric rotating body (or a portion adjacent thereto). For example, the first object, disposed approximately horizontally, is disposed adjacent to a portion of the second object adjacent to the second electric rotating body. This results in a chair in which the first surface of the first object, which is approximately horizontal, provides the seat surface (hereinafter referred to as the first seat surface 12 to distinguish it from other embodiments), and the first surface 16 of the second object, which is approximately vertical, provides the back surface.

[0020] A configuration is disclosed in which the second object rotates in conjunction with the rotation of the second electric rotating body in a second rotation direction opposite to the first rotation direction, and is disposed adjacent to the first object (at least FIG. 4 ). As described above, the second object rotates in conjunction with the rotation of the second electric rotating body in the second rotation direction opposite to the first rotation direction, and is disposed approximately horizontally relative to the floor surface of the vehicle. As a result, the ratio of the length of the second object in a direction perpendicular to the rotation axis of the second electric rotating body to the length of the first frame is approximately 1:1, so that the second object is disposed approximately horizontally and is disposed adjacent to the first object (or a portion adjacent thereto). For example, the second object is disposed approximately horizontally and is disposed adjacent to the first electric rotating body (or a portion adjacent thereto). For example, the second object is disposed approximately horizontally and is disposed adjacent to the portion of the first object adjacent to the first electric rotating body. This results in a chair in which the second surface 17 of the second object, which is now approximately horizontal, provides the seat surface (hereinafter referred to as the second seat surface 13), and the second surface of the first object, which is now approximately vertical, provides the back surface.

[0021] This disclosure discloses a configuration in which a first object is adjacent to a second object, a first surface of the first object provides a first seating surface, the second object rotates in conjunction with the rotation of a second electric rotating body in a first rotation direction, and the first surface of the second object provides the seating surface. As described above, the first object is adjacent to the second object, and the first surface of the first object provides the first seating surface. The second object rotates in conjunction with the rotation of the second electric rotating body in the first rotation direction, and the second object can be positioned approximately horizontally relative to the vehicle body, and the first surface of the second object provides the seating surface (hereinafter referred to as third seating surface 18). In other words, the first object and second object are adjacent to each other, and the first object and second object provide the first seating surface and the third seating surface, respectively, providing a seating surface with a large area within the vehicle. For example, a first object is adjacent to a second object approximately horizontally relative to the floor surface of the vehicle, the second object is positioned approximately horizontally relative to the floor surface of the vehicle, and the direction perpendicular to the rotation axis of the plate-like skeleton formed by the frame of the first object, the direction perpendicular to the rotation axis of the plate-like skeleton formed by the frame of the second object, and the direction of the floor surface of the vehicle are approximately parallel.

[0022] A configuration is disclosed in which a second object is adjacent to the first object, a second surface of the second object provides a second seating surface, the first object rotates in conjunction with the rotation of the first electric rotating body in a second rotation direction, and the second surface of the first object provides the seating surface. As described above, the second object is adjacent to the first object, and the second surface of the second object provides the second seating surface. The first object rotates in conjunction with the rotation of the first electric rotating body in the second rotation direction, and the first object can be positioned approximately horizontally relative to the vehicle body, and the second surface of the first object provides the seating surface (hereinafter referred to as the fourth seating surface 19). In other words, the first object and the second object are adjacent to each other, and the first object and the second object provide the fourth seating surface and the second seating surface, respectively, providing a seating surface with a large area within the vehicle. For example, the second object is adjacent to the first object approximately horizontally relative to the floor surface of the vehicle, the first object is positioned approximately horizontally relative to the floor surface of the vehicle, and the direction perpendicular to the rotation axis of the plate-like skeleton formed by the frame of the first object, the direction perpendicular to the rotation axis of the plate-like skeleton formed by the frame of the second object, and the direction of the floor surface of the vehicle are approximately parallel.

[0023] In at least one embodiment, the chair of the present disclosure meets the requirements for an adult sleeping facility or a child sleeping facility as set forth in Directive Circular 2. Furthermore, the chair meets the requirements for a combined sleeping facility and seat as set forth in the Directive Circular. These requirements apply mutatis mutandis to the description of the Directive Circular. Non-exhaustive examples of the requirements include that the seat and back of the seat of the riding device are manufactured with the assumption that they will be used as a sleeping facility, and that when the seat and back of the seat of the riding device are used as a sleeping facility, the entire upper surface of the sleeping facility forms a continuous flat surface. That is, in the chair of the present disclosure, the first and third seat surfaces meet the structure and dimensions of an adult sleeping facility or a child sleeping facility as set forth in Directive Circular 2. The second and fourth seat surfaces meet the structure and dimensions of an adult sleeping facility or a child sleeping facility as set forth in Directive Circular 2. Furthermore, these seat surfaces meet the requirements for a combined sleeping facility and seat as set forth in the Directive Circular. That is, the chair of the present disclosure has an industrial advantage in that it can provide a chair or sleeping facility that satisfies the required specifications even in a vehicle. Furthermore, in these chairs, by positioning the first or second object vertically, the first to fourth seat surfaces each satisfy the structure and dimensions of a seat. That is, the chair of the present disclosure has an industrial advantage in that it can provide a combined use of sleeping facility and seat that satisfies the required specifications even in a vehicle.

[0024] This disclosure discloses a configuration in which a drive machine for a first electric rotating body or a second electric rotating body is disposed below the position of a first object when the first object is adjacent to a second object. As described above, the first electric rotating body and the second electric rotating body require power. The drive machines for the first electric rotating body and the second electric rotating body are disposed below the position of the first object when the first object is adjacent to the second object. For example, the drive machine is disposed below either the first seating surface or the second seating surface.

[0025] This disclosure discloses a configuration in which the rotation axes of the first and second electric rotating bodies are installed substantially perpendicular to the traveling direction of the camper van. The rotation axes of the first and second electric rotating bodies are installed substantially perpendicular to the traveling direction of the camper van body. For example, the rotation axes of the first and second electric rotating bodies are installed parallel to the direction in which people get into the camper van through the door. For example, the rotation axes of the first and second electric rotating bodies are installed substantially perpendicular to the direction of the surface of the camper van door.

[0026] This disclosure discloses a configuration in which a frame connecting a first electric rotating body and a second electric rotating body is provided with an indicator for instructing rotation of the first electric rotating body or the second electric rotating body. As described above, an indicator for instructing free rotation of each electric rotating body is provided on the first frame or the second frame. For example, the first frame or the second frame is provided with a switch 9 for instructing rotation of the first electric rotating body in a first rotation direction and rotation of the second electric rotating body in a second rotation direction.

[0027] A camper van in which a chair according to any one of the above embodiments is fixedly installed is disclosed. By using any one of the above embodiments, a camper van in which the chair is fixedly installed can be created.

[0028] Any of the above embodiments may also be disclosed as a method without departing from the spirit of the invention. That is, each embodiment also discloses a method for arranging chairs in a camper.

[0029] As described above, the first object and the second object have skeletons with cushions added, so the ratio of the length of the first object in the direction perpendicular to the rotation axis of the first electric rotating body, the length of the second object in the direction perpendicular to the rotation axis of the second electric rotating body, and the length of the first frame is approximately 1:1:1. More preferably, the ratio of the length of the first object in the direction perpendicular to the rotation axis of the first electric rotating body, the length of the second object in the direction perpendicular to the rotation axis of the second electric rotating body, and the length of the first frame is approximately 7:7:10 to approximately 9:9:10 (the ratio of the length of the first object in the direction perpendicular to the rotation axis of the first electric rotating body to the length of the second object in the direction perpendicular to the rotation axis of the second electric rotating body is the same). The inventors have conducted extensive research into the optimal length ratio for the first object to rotate in conjunction with the rotation of the first electric rotating body in the first rotation direction and lie substantially horizontally adjacent to the second object, with the first object and the second object having cushions attached to their skeletons. As a result, they have found that when the ratio of the length of the first object in the direction perpendicular to the rotation axis of the first electric rotating body, the length of the second object in the direction perpendicular to the rotation axis of the second electric rotating body, and the length of the first frame is between approximately 7:7:10 and approximately 9:9:10 (the ratio of the length of the first object in the direction perpendicular to the rotation axis of the first electric rotating body to the length of the second object in the direction perpendicular to the rotation axis of the second electric rotating body is the same), friction between the cushions of the first object and the second object is reduced, allowing the first object to lie substantially horizontally adjacent to the second object without applying a load to the power of the electric rotating body. Surprisingly, this effect was more pronounced when the ratio of the length of the first object in the direction perpendicular to the rotation axis of the first electric rotating body, the length of the second object in the direction perpendicular to the rotation axis of the second electric rotating body, and the length of the first frame was approximately 1:1:1. The reason for this was that, as a result of these lengths being equal, at least the gap between the first frame and the second frame for horizontally positioning the first object was insufficient due to the thickness of each cushion, resulting in increased friction caused by the rubbing of the cushions of the first object and the second object. It was found that, at the very least, this friction placed a load on the power of the electric rotating body.

[0030] An embodiment different from the above will be disclosed. In the above-mentioned driving machine, the driving machine is disposed below either the third seating surface or the fourth seating surface.

[0031] The following will disclose an outline of the above-described embodiment.

[0032] A chair provided in a camper, a first object that is coupled to the first electric rotating body; a second object that is interlocked with the second electric rotating body; the first object is rotationally moved in conjunction with the rotation of the first electric rotating body in the first rotation direction, and is disposed so as to be adjacent to the second object; The second object rotates in conjunction with the rotation of the second electric rotating body in a second rotation direction opposite to the first rotation direction, and is disposed so as to be adjacent to the first object.

[0033] This configuration can provide at least four different seating surfaces (first to fourth seating surfaces), which is useful for providing comfort when used as a chair in a camper, and has industrial applicability. It is also useful for providing such seating surfaces electrically.

[0034] The chair, a first object adjacent to a second object, a first surface of the first object providing a first bearing surface; The second object has a first surface of the second object providing a backing.

[0035] This configuration has the advantage of being able to provide a vehicle seat (first seat) that faces in the same direction as the vehicle's direction of travel, and has industrial applicability. Such a seat can be provided electrically.

[0036] The chair, a second object adjacent to the first object, a second surface of the second object providing a second bearing surface; The first object has a second surface of the first object providing a backing.

[0037] This configuration has the advantage of being able to provide a vehicle seat (second seat) facing in the opposite direction to the vehicle's direction of travel, and is therefore industrially feasible. By providing a separate chair for the second seat, it becomes possible to sit in a pair of chairs facing each other and have a conversation, improving the convenience of the living space of the camper. Such a chair can be provided electrically.

[0038] The chair, a first object adjacent to a second object, a first surface of the first object providing a first bearing surface; The second object rotates in conjunction with the rotation of the second electric rotating body in the first rotation direction, and can be positioned approximately horizontally relative to the vehicle body, with the first surface of the second object providing a third seating surface.

[0039] This configuration has the advantage of being able to provide a continuous, wide seating surface (first and third seating surfaces) that is positioned approximately horizontally relative to the vehicle body, and is therefore industrially feasible. Such chairs can be electrically operated. Such seats allow occupants to sit or lie down with their legs stretched out, improving the comfort of campervans.

[0040] The chair, a second object adjacent to the first object, a second surface of the second object providing a second bearing surface; The first object rotates in conjunction with the rotation of the first electric rotating body in the second rotation direction and can be positioned approximately horizontally relative to the vehicle body, with the second surface of the first object providing a fourth seating surface.

[0041] This configuration has the advantage of being able to provide continuous, wide seating surfaces (second and fourth seating surfaces) that are positioned approximately horizontally relative to the vehicle body, and is therefore industrially feasible. Such chairs can be electrically operated. Such seating surfaces allow occupants to sit or lie down with their legs stretched out, improving the comfort of campervans.

[0042] The chair, A drive machine for the first electric rotating body or the second electric rotating body is disposed below the position of the first object when the first object is adjacent to the second object.

[0043] In this configuration, by arranging the driving device of the electric rotating body below the seat, the driving device can be hidden from the living space of the camper van user, thereby increasing the living space, which is useful and has industrial applicability. In at least one embodiment, "the driving machine of the first electric rotating body or the second electric rotating body is arranged below the position of the first object" means that this configuration is at least satisfied if at least one driving machine is present below the first object when the object is observed or disassembled.

[0044] The chair, The rotation axes of the first electric rotating body and the second electric rotating body are installed so as to be substantially perpendicular to the direction of travel of the camper van.

[0045] In this configuration, the first seating surface faces the same direction as the vehicle's direction of travel, allowing the user to face the direction the campervan is traveling, allowing the user to see the scenery out the vehicle's windshield and preventing car sickness, which is useful and has industrial applicability.Since vehicle seats are often entered from a direction perpendicular to the vehicle's direction of travel (i.e., from the vehicle's side door), the user can sit on the seat without being obstructed by the back of the chair, which is useful and has industrial applicability.

[0046] The chair, An indicator for instructing the rotation of the first electric rotating body or the second electric rotating body is provided on a frame that connects the first electric rotating body and the second electric rotating body.

[0047] This configuration has the advantages of being useful and industrially applicable in that it allows the user to easily control the electric rotating body. Since users often get on the vehicle from a direction perpendicular to the direction of travel (i.e., from the side door of the vehicle) and can easily touch the first or second frame, the presence of the indicator on the first or second frame improves ease of operation, which has the advantages of being useful and industrially applicable.

[0048] A camper van with the above chairs fixed in place.

[0049] This configuration has the utility and industrial applicability of creating a camper that allows the user to freely and electrically position the first through fourth seating surfaces. At least four types of seating surfaces can be positioned to suit the user's preferences, improving the comfort of the camper.

[0050] 1. A method of arranging chairs in a camper, comprising: a step of rotating a first object linked to the first electric rotating body in a first rotation direction in association with the rotation of the first electric rotating body, and disposing the first object adjacent to the second object; a step of rotating a second object linked to the second electric rotating body in a second rotation direction opposite to the first rotation direction in association with the rotation of the second electric rotating body, and disposing the second object adjacent to the first object; It has.

[0051] This configuration has the advantage of being able to electrically position the first through fourth seating surfaces as desired by the user, and has the potential for industrial applicability. At least four types of seating surfaces can be positioned to suit the user's preferences, improving the comfort of the campervan.

[0052] The following describes embodiments different from those described above, and the industrial applicability and working mechanism thereof are incorporated by reference.

[0053] A chair provided in a camper, a first object that is coupled to the first electric rotating body; a second object that is interlocked with the second electric rotating body; the first object is arranged so as to rotate in a direction toward the second object in conjunction with rotation of the first electric rotating body in a first rotation direction, and is fixed substantially horizontally to a floor surface of the vehicle; The second object rotates in the direction of the first object in conjunction with the rotation of the second electric rotating body in a second rotation direction that is opposite to the first rotation direction, and is positioned so that it can be fixed approximately horizontally to the floor surface of the vehicle.

[0054] The chair, the first object is fixed substantially horizontally to a floor surface of the vehicle, and a first surface of the first object provides a first seating surface; The second object has a first surface of the second object providing a backing.

[0055] The chair, the second object is fixed substantially horizontally to the floor of the vehicle, and a second surface of the second object provides a second seating surface; The first object has a second surface of the first object providing a backing.

[0056] The chair, the first object is fixed substantially horizontally to a floor surface of the vehicle, and a first surface of the first object provides a first seating surface; The second object rotates in conjunction with the rotation of the second electric rotating body in the first rotation direction, and can be positioned approximately horizontally relative to the vehicle body, with the first surface of the second object providing a third seating surface.

[0057] The chair, the second object is fixed substantially horizontally to the floor of the vehicle, and a second surface of the second object provides a second seating surface; The first object rotates in conjunction with the rotation of the first electric rotating body in the second rotation direction and can be positioned approximately horizontally relative to the vehicle body, with the second surface of the first object providing a fourth seating surface.

[0058] The chair, The first object rotates in the direction of the second object, and a drive machine for the first electric rotating body or the second electric rotating body is arranged below the position of the first object when the first object is fixed approximately horizontally to the floor surface of the vehicle.

[0059] The chair, The rotation axes of the first electric rotating body and the second electric rotating body are installed so as to be substantially perpendicular to the direction of travel of the camper van.

[0060] The chair, An indicator for instructing the rotation of the first electric rotating body or the second electric rotating body is provided on a frame that connects the first electric rotating body and the second electric rotating body.

[0061] A camper van with the above chairs fixed in place.

[0062] 1. A method of arranging chairs in a camper, comprising: a step of rotating a first object linked to the first electric rotating body in a direction toward the second object in conjunction with rotation of the first electric rotating body in a first rotation direction, and disposing the first object so that the first object can be fixed substantially horizontally to a floor surface of the vehicle; a step of rotating a second object linked to the second electric rotating body in a direction toward the first object in response to rotation of the second electric rotating body in a second rotation direction opposite to the first rotation direction, and disposing the second object so as to be fixable substantially horizontally relative to a floor surface of the vehicle; It has.

[0063] The floor of a camper is at least the part of the vehicle body that the user's feet touch when riding or living in the vehicle. In at least one embodiment, the term "floor" of a camper can be replaced with the term "bottom." After careful consideration of chairs to be equipped in camper vans, a three-dimensional seating arrangement for the vehicle that is least uncomfortable for the user was found by arranging a first or second object substantially horizontally and fixably on the floor of the camper van. This has been found to improve the comfort of the user riding or living in the vehicle.

[0064] The chair, An indicator for instructing the rotation of the first or second electric rotating body is provided in one or more of the kitchen or storage area or the partition 29 provided in the camper. A partition includes a structure that can separate the outside air from the inside of the vehicle (vehicle interior). The vehicle interior includes a structure that can separate the outside air with a partition. Vehicles with a double structure that pops up when camping, or vehicles with a structure in which the vehicle body expands in the width and direction of the vehicle to form a new floor and is separated from the outside air by a partition can be treated as a vehicle interior.

[0065] After careful consideration, we discovered that the above configuration significantly improves the convenience of users giving instructions in a camper van. Specifically, the interior of a camper van may have a kitchen installed near the vehicle's entrance, with chairs and a bed installed opposite the driver's seat to create a living space. In this case, the kitchen is the object that the user can immediately access upon boarding, so by installing an indicator in the kitchen, the user can immediately issue instructions to freely position the seats upon boarding. We discovered that this improves the convenience of users giving instructions compared to installing indicators in the camper van's trunk or bed. Furthermore, the interior of a camper van may have storage areas or shelves (including cupboards) installed in the upper, ceiling, or walls of the vehicle's interior to create a living space. In this case, the storage areas are installed in locations that are easily accessible to users, so by installing indicators in the storage areas, the user can easily access the indicators. We discovered that this improves the convenience of users giving instructions compared to installing indicators in the camper van's trunk or bed. A storage area is an area where items are organized and stored in a specific location. A wide variety of items are stored, including clothing, utensils, tools, supplies, books, and tableware. Furthermore, the living space of a camper is narrow enough that the user can easily reach the vehicle's bulkhead. By utilizing this characteristic, the user can easily reach the indicator by placing it on the bulkhead. This has been discovered to improve user convenience compared to installing indicators in the cargo area or bed of the camper. The above-mentioned embodiments may be implemented in one form or in two or more forms. The above-mentioned effects are not as significant when implemented in a chair installed in a room of a house, but they solve a problem unique to the special space of a camper (a mobile object). The kitchen section includes the kitchen itself and its surrounding structure.

[0066] The chair, a transmitting device that electromagnetically instructs the first electric rotating body or the second electric rotating body to rotate; a receiving device for receiving a signal from the transmitting device; Equipped with.

[0067] After extensive research, we discovered that having an indicator that electromagnetically instructs rotation significantly improves the convenience for users to give instructions in a camper. Specifically, signals are transmitted from a transmitting device that transmits signals electromagnetically (e.g., a remote controller, a smartphone with a program that transmits electromagnetic signals installed (including downloaded applications)), etc.). The first electric rotating body or the second electric rotating body is equipped with a receiving device that receives the signal. The receiving device transmits the signal to a control unit via wire or wirelessly, and the control unit electrically controls the electric rotating body in response to the signal. The electric rotating body rotates in response to the signal. In this case, the user can issue instructions to the electric rotating body using a transmitting device at hand without having to touch the indicator. This improves the convenience for users to give instructions compared to installing an indicator in the trunk or bed of a camper.

[0068] After careful consideration, we have discovered that providing a detachable accessory object to the first or second object improves the convenience of the vehicle and provides significant industrial benefits.

[0069] A configuration is disclosed having a first accessory object 10 that is detachably attached to a first object (at least FIG. 7 ). In at least one embodiment, the first object has an attachment / detachment device 20 that detachably positions the first accessory object. The attachment / detachment device can be implemented by providing a socket or hole in the first object. The first accessory object has a rod that is inserted into the socket or hole. The socket, hole, or rod are merely examples. It is sufficient for the attachment / detachment device to have a detachable function. It is sufficient for the first accessory object to have a function that allows it to be attached to the attachment / detachment device. The attachment / detachment device is provided on the top of the first object when it is positioned approximately vertically. That is, the attachment / detachment device is provided on the top of the first object when it is positioned approximately vertically. It may be on the side of the first surface of the first object or the side of the second surface. That is, when the first object is positioned approximately vertically, the first accessory object can be detachably provided even further above the first object. The first accessory has at least the function of a neck rest. That is, the first accessory can support the head of a passenger sitting in a vehicle. This has industrial advantages. More preferably, the attachment / detachment device of the first accessory is located on the side of the second surface of the first object. This is because the second surface of the first object and the first accessory can be connected with less difference in level. This allows the passenger to lean their body against the backrest and the necklace without feeling uncomfortable. After careful consideration, we have found that if the attachment / detachment device of the first accessory is located on the side of the first surface of the first object, a difference in level will be created between the second surface of the first object and the first accessory, which will cause the passenger to feel uncomfortable when leaning their body against the neck rest.

[0070] This disclosure relates to a configuration having a second accessory object 11 detachably attached to a second object (at least FIG. 7). The configuration, function, or effect of this configuration applies mutatis mutandis to the disclosure of the configuration of a first accessory object detachably attached to a first object (in which case, at least "first object" can be read as "second object" and "first accessory object" can be read as "second accessory object"). More preferably, the attachment / detachment device for the second accessory object is located on the side of the first surface of the second object. This is because the first surface of the second object and the second accessory object can be connected more smoothly with no step. This allows the passenger to lean back on the backrest and necklace without any discomfort. After careful consideration, we have found that if the attachment / detachment device for the second accessory object is located on the side of the second surface of the second object, a step will be created between the first surface of the second object and the second accessory object, causing a passenger to feel uncomfortable when leaning back.

[0071] Disclosed is a configuration in which, by detaching a first accessory object, the first object can be positioned adjacent to a second object, and, by detaching a second accessory object, the second object can be positioned adjacent to the first object (at least FIG. 7 ). The first object rotates in conjunction with the rotation of the first electric rotating body in a first rotation direction and is positioned adjacent to the second object approximately horizontally. At this time, the first accessory object hits the second object and becomes a physical obstacle, preventing the first object from being positioned adjacent to the second object approximately horizontally. The second object rotates in conjunction with the rotation of the second electric rotating body in a second rotation direction opposite to the first rotation direction and is positioned adjacent to the first object approximately horizontally. At this time, the second accessory object hits the first object and becomes a physical obstacle, preventing the second object from being positioned adjacent to the first object approximately horizontally. Therefore, by detaching the first accessory object, the first object can be positioned adjacent to the second object. By removing the second attached object, the second object can be positioned adjacent to the first object. This configuration provides significant industrial advantages to the chair of the present disclosure.

[0072] After careful consideration, it has been discovered that the particular arrangement of the chair described above within a camper provides significant industrial advantages.

[0073] Disclosed is a mobile body (at least FIG. 8 ) in which a chair is arranged so that the rotation axis of the electric rotating body is approximately perpendicular to the direction of travel of the mobile body, and the chair contacts a partition wall of the mobile body (including an embodiment in which an additional feature is formed between the chair and the partition wall to prevent direct contact between the chair and the partition wall). In at least one embodiment, the mobile body 21 includes one or more chairs 1. The mobile body includes additional devices or structures as additional features. Examples of the devices include a heater 22, a refrigerator 23, a battery 24, a sink 25, a ventilation fan 26, a toilet 30, a vertical cooler 31, and a stove 32. These devices may be other household appliances or may be replaced with devices having other functions. Examples of the structures include a storage compartment, a toilet, and furniture necessary for daily life. The arrangement of these devices illustrated in the figures is merely an example, and the arrangement may be changed as appropriate, or they may be replaced with devices having other functions. The chair is arranged so that the rotation axis of the electric rotating body is approximately perpendicular to the direction of travel of the mobile body. This arrangement allows the passenger to sit facing the direction of travel of the vehicle. The chair contacts the bulkhead 29 of the vehicle. In other embodiments, the chair contacts the bulkhead by forming an additional feature between the chair and the bulkhead so that the chair and the bulkhead do not come into direct contact. In other embodiments, the chair contacts the bulkhead by forming an additional feature between the chair and the bulkhead so that the chair contacts the bulkhead via the additional feature. In this disclosure, the term "additional feature" can be substituted for "additional structure" (the same applies hereinafter).

[0074] In at least one embodiment, the "additional feature" or "additional structure" can include plumbing or cooking facilities, which are listed as structural requirements for campervans in the Directive. Specifically, Directive 1 or 2 requires that the interior of a campervan be equipped with living facilities (sleeping, cooking, and washing) that meet the structural requirements. The requirements for each facility are specified in the Directive. Non-exhaustive examples of features or structures specified in the Directive include a water tank, a washbasin (sink), a counter, a stove, a ventilator, a fuel tank, and associated wiring and piping. In at least one embodiment, facilities that meet the structural requirements of any one of the Directives can be defined as "additional feature" or "additional structure" in this disclosure.

[0075] According to the above arrangement, by moving the electric rotating body of the chair, the direction of the chair can be reversed relative to the traveling direction of the moving body (at least as shown in FIG. 9). That is, in one chair, a first object is adjacent to a second object, a first surface of the first object provides a first seat surface, and a first surface of the second object provides a backrest. In another chair, a second object is adjacent to a first object, a second surface of the second object provides a second seat surface, and a second surface of the first object provides a backrest. In this way, various living space layouts can be automatically provided in a vehicle. This configuration has significant industrial advantages for the moving body of the present disclosure.

[0076] According to the above arrangement, by moving the electric rotating body of the chair, it is possible to automatically provide a living space layout in which the entire surface of the moving body serves as a cushion (at least as shown in FIG. 10 ). That is, a first object of the chair is adjacent to a second object, a first surface of the first object provides a first seating surface, and the second object rotates in conjunction with the rotation of the second electric rotating body in a first rotation direction, allowing it to be positioned approximately horizontally relative to the vehicle body, and the first surface of the second object provides a third seating surface. By adopting the above configuration for all chairs provided in the moving body, the entire surface of the moving body serves as a cushion. This allows passengers to sleep or rest in the moving body. As a further advantage, since passengers can walk around on the cushions of their chairs within the moving body, there is no need to provide a separate floor for the moving body. This allows for a wider arrangement of chairs (a larger living space) and the addition of more additional equipment or structures. This configuration provides significant industrial advantages for the moving body of the present disclosure.

[0077] In other words, the above configuration does not have a floor surface in one cross section including the chair, which is perpendicular to the moving direction of the moving body (at least, FIGS. 8 to 10).

[0078] In other words, the above configuration means that in a cross section including the chair, which is perpendicular to the traveling direction of the moving body, the additional structure is adjacent to at least one side of the chair.

[0079] After careful consideration, it has been discovered that the particular arrangement of the chair described above within a camper provides significant industrial advantages.

[0080] This disclosure relates to a moving vehicle in which, when a first object and a second object provide a seating surface, the chair contacts the partition wall of the moving vehicle in a cross section including the chair (including an embodiment in which an additional feature or structure is formed between the chair and the partition wall to prevent direct contact between the chair and the partition wall), and when a second object provides a backrest and the first object provides a seating surface adjacent to the second object, the chair moves away from the partition wall or the additional feature or structure of the moving vehicle in the cross section (at least FIGS. 11 and 12). The chair is disposed such that the rotation axis of the motorized rotating body is approximately parallel to the traveling direction of the moving vehicle. When the first object rotates to provide a fourth seating surface and the second object rotates to provide a second seating surface, the chair contacts the partition wall of the moving vehicle in a cross section including the chair (including an embodiment in which an additional feature or structure is formed between the chair and the partition wall to prevent direct contact between the chair and the partition wall). In other words, in this case, the floor of the vehicle disappears in that cross section.

[0081] When the second object provides a seat back and the first object is adjacent to the second object to provide a seating surface, the chair is separated from the vehicle's bulkhead or additional features or structures in the cross section. That is, in this case, the floor 27 of the vehicle appears in the cross section. This configuration, in the case of a chair configuration, provides the passenger with the convenience of being able to walk across the floor to access additional features or structures such as a refrigerator 23 or a toilet 30. Furthermore, when the first object and the second object provide a seating surface, there is an industrial advantage in providing a sleeping facility in the vehicle that meets the structural requirements of the directive.

[0082] This disclosure discloses a configuration in which an additional feature or structure closest to a boarding gate of a moving body is provided with a switch that drives the electric rotating body of the chair. When a first object and a second object provide a seating surface, it is not possible to walk on the floor from the boarding gate to access the additional feature or structure, such as a refrigerator or toilet. Therefore, the additional feature or structure closest to the boarding gate is provided with a switch that drives the electric rotating body of the chair. By activating the switch, the second object provides the backrest, the first object provides the seating surface adjacent to the second object, and the chair moves away from the partition or additional feature or structure of the moving body at the cross section. This creates a floor surface on the moving body, allowing passengers to walk on the floor to access the additional feature or structure, such as a refrigerator or toilet.

[0083] The following will disclose an outline of the above-described embodiment.

[0084] An object provided on a moving body, a first object that is coupled to the first electric rotating body; a second object that is coupled to the second electric rotating body; a first accessory object detachable from the first object; a second accessory object detachable from the second object; the first object rotates in conjunction with the rotation of the first electric rotating body in the first rotation direction, and is disposed adjacent to the second object by removing the first accessory object; The second object rotates in conjunction with the rotation of the second electric rotating body in a second rotation direction opposite to the first rotation direction, and is disposed adjacent to the first object by removing the second accessory object. object.

[0085] This configuration offers the following industrial advantages. Assume that the first and second objects are designed to be large enough to meet the sleeping facilities specified in the directive when connected horizontally. In this case, if the first or second object is positioned approximately vertically to serve as a backrest, it may be shorter than a person's seating height and unable to support the person's head. Therefore, a neck rest is required, and the neck rest configuration is provided using an accessory object. In this case, when the first or second object is connected horizontally, the accessory object gets in the way and prevents the horizontal connection. Therefore, the accessory object is configured to be detachable. This not only provides a neck rest, but also provides a sleeping facility that meets the directive to the vehicle. This configuration is unprecedented and offers advantages not available with conventional technology.

[0086] A mobile object, The object according to claim 1 is used as a sleeping facility for a camper vehicle as specified in the Ministry of Land, Infrastructure, Transport and Tourism's directive to be equipped in a mobile vehicle. Mobile object.

[0087] This configuration has the following industrial advantages. As shown in Figures 8 to 12, to satisfy the structural requirements of the camper vehicle directive, the structure must be efficiently laid out to provide the necessary structure within the vehicle cabin. The object in this configuration provides a seat and also functions as a sleeping facility that satisfies the directive. Therefore, installing this object as a structure within the vehicle cabin improves the space efficiency within the vehicle cabin. Therefore, using this object alone as the sleeping facility for a camper vehicle as specified in the directive of the Ministry of Land, Infrastructure, Transport and Tourism can significantly improve the space efficiency within the vehicle cabin while satisfying the directive. For example, in Figure 8, the floor is not continuous from the boarding gate 28 to the battery 24, making it impossible to reach it by walking. However, by electrically powering the object, the configuration shown in Figure 10 can be achieved. In this case, a person can walk from the boarding gate 28 to the battery 24 on the horizontal surface of the first or second object. In this way, by installing one or more objects (two, three, four or more, as needed) disclosed in this specification, the ease of walking around the vehicle interior and the ease of access to other structures are significantly improved. This configuration is not only unprecedented, but also offers advantages not available with conventional technology. (Note that this advantage can also be confirmed in the configurations of other inventions in this specification.)

[0088] A mobile object, The object according to claim 1, a first object of the objects rotates in conjunction with the rotation of the first electric rotating body in a first rotation direction, and is disposed so as to be adjacent to a second object; The second object of the objects rotates in conjunction with the rotation of the second electric rotating body in the first rotation direction and is disposed substantially horizontally relative to the vehicle body, The area occupied by the first and second objects in the vehicle's cabin covers more than half of the exposed floor area of ​​the cabin. Mobile

[0089] This configuration offers the following industrial advantages. As shown in Figures 8 to 12, by electrically driving the object disclosed in the specification so that the first or second object is horizontal, more than half of the exposed area of ​​the vehicle cabin floor can be covered. For example, in Figure 10, more than half of the area of ​​floor surface 27 in Figure 8 is covered by the first and second objects. For example, in Figure 12, more than half of the area of ​​floor surface 27 in Figure 11 is covered by the first and second objects. This configuration increases the area of ​​the sleeping facilities that meets the requirements, at least during sleep, and minimizes the area occupied by the floor, which is wasted space during sleep. This effect improves the sleeping comfort of passengers and significantly improves the space utilization efficiency within the vehicle cabin. This configuration is unprecedented and offers advantages not available with conventional technology.

[0090] A mobile object, The object according to claim 1, The electric rotating body is arranged so that the rotation axis thereof is substantially perpendicular to the sagittal direction of the moving body, At least one of the above objects is in contact with one or more of the bulkheads of the moving body or the water supply equipment or cooking equipment specified in the Ministry of Land, Infrastructure, Transport and Tourism's Directive. Mobile object.

[0091] This configuration has the following industrial advantages. As shown in Figures 8 to 10, the electric rotating body is arranged so that the rotation axis of the electric rotating body is approximately perpendicular to the sagittal direction of the vehicle body. At least one of the objects is in contact on both sides with the bulkhead of the vehicle body or one or more of the plumbing equipment or cooking equipment specified in the Ministry of Land, Infrastructure, Transport and Tourism's directive. This configuration minimizes dead space in the vehicle cabin by locating the sleeping equipment specified in the directive and the plumbing equipment or cooking equipment close to each other, thereby providing passengers with more usable space. This configuration is unprecedented and has advantages not possible with conventional technology. In this configuration, "at least one of the objects" may be replaced with "at least two of the objects" or "all of the objects." In this configuration, "both sides" may be replaced with "at least one side." Even with these replacements, similar industrial advantages are achieved.

[0092] A mobile object, The object according to claim 1, The rotation axis of the electric rotating body is arranged approximately parallel to the sagittal direction of the moving body, At least one of the objects is in contact with waterworks or cooking facilities as specified in the Ministry of Land, Infrastructure, Transport and Tourism's Directive. Mobile object.

[0093] This configuration has the following industrial advantages. As shown in Figures 11 and 12, the rotation axis of the electric rotating body is arranged approximately parallel to the sagittal direction of the moving body. At least one of the objects is in contact with the plumbing or cooking equipment specified in the Ministry of Land, Infrastructure, Transport and Tourism's directives on at least one side. This configuration minimizes dead space in the vehicle cabin by locating the sleeping equipment specified in the directives and plumbing or cooking equipment close to each other, allowing passengers to use the space more widely. This configuration is unprecedented and has advantages not possible with conventional technology. In this configuration, "at least one of the objects" may be replaced with "at least two of the objects" or "all of the objects." In this configuration, "one side" may be replaced with "both sides." Even with these replacements, similar industrial advantages are achieved.

[0094] A mobile object, The object according to claim 1, The rotation axis of the electric rotating body is arranged approximately parallel to the sagittal direction of the moving body, The object according to claim 1, a first object of the objects rotates in conjunction with the rotation of the first electric rotating body in a first rotation direction, and is disposed so as to be adjacent to a second object; When the second object of the objects rotates in conjunction with the rotation of the second electric rotating body in the first rotation direction and is disposed substantially horizontally with respect to the vehicle body, The object is in contact with two or more of the water supply facilities or cooking facilities specified in the Ministry of Land, Infrastructure, Transport and Tourism's Directive. Mobile object.

[0095] This configuration has the following industrial advantages. As shown in Figures 11 and 12, the rotation axis of the electric rotating body is arranged approximately parallel to the sagittal direction of the moving body. When arranged as described above, the object comes into contact with two or more of the plumbing equipment or cooking equipment specified in the Ministry of Land, Infrastructure, Transport and Tourism's directive. This configuration minimizes dead space in the vehicle cabin by locating the sleeping equipment specified in the directive and the plumbing or cooking equipment close to each other, thereby providing passengers with more usable space. This configuration is unprecedented and has advantages not possible with conventional technology. In this configuration, "at least one of the objects" may be replaced with "at least two of the objects" or "all of the objects." In this configuration, "one side" may be replaced with "both sides." Even with these replacements, similar industrial advantages are achieved.

[0096] A switch for driving the electric rotating body of the object is provided in the water supply equipment, cooking equipment, or bulkhead specified in the Ministry of Land, Infrastructure, Transport and Tourism's directive adjacent to the boarding gate of the moving object. Mobile object.

[0097] This configuration offers the following industrial advantages. As shown in Figures 11 to 12 . For example, in the state shown in Figure 12 , a passenger must step over object 1 from floor 27 to go from boarding gate 28 to toilet 30. To avoid this inconvenience, a switch for driving the object's electric rotor is provided on the plumbing, cooking, or bulkhead (stove 28 in the figure; note that the stove is merely an example) specified in the directive adjacent to boarding gate 28. This allows passengers to press switch 9 (Figure 12) from boarding gate 28, rotate object 1 to create floor 27 (Figure 11), and then walk across the created floor 27 to toilet 30. Having the switch in the above location significantly improves passenger convenience when boarding a vehicle equipped with object 1 as disclosed in the specification. This configuration is unprecedented and offers advantages not available with conventional technology.

[0098] The following wording in any part of this specification can be interpreted as follows: "A chair provided on a vehicle" can be replaced with "An object provided on a vehicle." "Chair" can be replaced with "Object." "Ministry of Land, Infrastructure, Transport and Tourism" includes the Ministry of Land, Infrastructure, Transport and Tourism of Japan, but also includes any government agency equivalent to the Ministry of Land, Infrastructure, Transport and Tourism of Japan in any country around the world, and includes any government agency that determines the structural requirements of campervans. "Floor" refers to the surface of the vehicle interior that is not occupied by sleeping facilities, plumbing facilities, cooking facilities, or the driver's seat as specified in the Ministry of Land, Infrastructure, Transport and Tourism's directives and notifications when viewed from above. "Floor" can be interpreted with reference to the grayscale area shown in Figure 8 or Figure 12, and refers to the surface that is not occupied by sleeping facilities, plumbing facilities, cooking facilities, the driver's seat, or other areas where people do not stand, as specified in the Ministry of Land, Infrastructure, Transport and Tourism's directives and notifications when viewed from above. "Vehicle interior" refers to the space inside the vehicle that is separated from the outside air by a partition.

[0099] The contents of the directive are as follows: 1. Sleeping facilities that meet the following requirements must be provided within the vehicle cabin. (1) Number of sleeping facilities: There must be adult sleeping facilities equivalent to at least one-third of the passenger capacity (fractions must be rounded down, and at least one for vehicles with a passenger capacity of two or less). In this case, if there is sleeping facilities for at least one person, two children's sleeping facilities can be considered as one adult sleeping facility. (2) Structure and dimensions of adult sleeping facilities: A. The upper surface of the sleeping area must be horizontal and flat, so that an adult can sleep comfortably. B. Each sleeping area must have a continuous flat surface that is at least 1.8 meters long and 0.5 meters wide. C. For each sleeping area per person, there must be at least 0.5 meters of space above the top of the sleeping area. However, within a range of 0.9 meters from one short side of the sleeping area in the longitudinal direction of the sleeping area, a space of at least 0.3 meters is sufficient. (3) Structure and dimensions of children's sleeping facilities The requirements of (2) shall apply mutatis mutandis to children's sleeping facilities. In this case, "1.8m" in (2) (a) shall be read as "1.5m", "0.5m" as "0.4m", and "0.5m" in (2) (c) shall be read as "0.4m", and "0.9m" as "0.8m". (4) Use of sleeping facilities and seats Sleeping facilities shall not be used in combination with seats of a vehicle. However, if the sleeping facilities and seats of a vehicle meet all of the following requirements, the sleeping facilities may be used in combination with seats of a vehicle. A. The seat and back of the seat of the vehicle shall be manufactured with the assumption that they will be used as sleeping facilities. (a) When the seat and back of the vehicle seat are used as a sleeping facility, the entire upper surface of the sleeping facility shall form a continuous flat surface. (5) Retractable, foldable, and detachable sleeping facilities shall satisfy the requirements of (2) or (3) when deployed or extended. 2. The vehicle shall be equipped with plumbing and cooking facilities that meet the following requirements. (1) Plumbing facilities Plumbing facilities shall be those that meet the following requirements: A. The vehicle shall have a tank that can store 10 liters or more of water and a sink, etc. (meaning facilities that can store water; the same applies below), and shall have the structural function to supply water from the tank to the sink, etc. B. The vehicle shall have a tank that can store 10 liters or more of wastewater C. The sink, etc. shall be located in a position within the vehicle that allows easy use (meaning that the sink, etc. can be used directly facing the sink, there are no other facilities between the sink, etc. and the user, and the floor where the sink, etc. is used does not have a significant difference in level with other floors). D. There must be an effective height of at least 1,600 mm above the floor level for using the washbasin, etc. (1,200 mm if the top of the washbasin, etc. (excluding structures that supply water such as faucets, levers, and water purifiers) is 850 mm or less above the floor level for using it). (2) Cooking facilities Cooking facilities are those that meet the following requirements. A. The area used for cooking, such as a counter, must have a flat surface of at least 0.3 m x 0.2 m. B. Cooking must be possible using a stove, etc. C. The area near areas that generate heat from fires, etc. must be sufficiently heat-resistant and fire-resistant so that the heat generated will not cause a fire, and necessary ventilation must be possible using windows or extractor fans, etc. nearby. (d) In the case of a vehicle equipped with a permanent fuel tank such as an LP gas container for supplying fuel to a stove, etc., the location of the fuel tank must be separated from the interior of the vehicle by a partition wall, and sufficient ventilation with the outside of the vehicle must be ensured. (e) The fuel tank in (d) must be installed in a location where it is unlikely to be damaged in the event of an impact due to a collision, etc. (f) The fuel pipes for supplying fuel to a stove, etc. must be securely installed so as not to be damaged by vibration, etc., and any parts that may be damaged must be protected with appropriate coverings. (g) Cooking tables, etc. must be located in a position within the vehicle where they can be easily used (this means that they can be used directly facing the cooking table, stove, etc., with no other equipment between the cooking table, stove, etc. and the user, and the floor surface where the cooking table, stove, etc. is used does not have a significant difference in level with other floor surfaces).) H. There must be an effective height of at least 1,600 mm above the floor level for using the counter, etc. (1,200 mm if the top of the counter, etc. is 850 mm or less above the floor level for using it). (3) Installation method for water supply equipment and cooking equipment Water tanks for water supply equipment, permanent fuel tanks for cooking equipment, and other wiring and piping associated with these equipment may be installed under the floor, etc. Furthermore, if the installation location of the water tank and cooking equipment is clearly distinguishable from other parts, they may be designed to be removable. 3. The projected area of ​​the sink, etc. for water supply equipment and the cooking counter, stove, etc. for cooking equipment, and the area for using these equipment, on the floor must be at least 0.5 square meters. 4. The "area occupied by special equipment" shall be treated as follows: (1) The area occupied by bathroom and toilet facilities in dedicated areas separated from other facilities in the vehicle cabin by partitions may be added to the "area occupied by special facilities." (2) In the case of a motor vehicle whose interior is clearly a two-story structure (Note) (including a motor vehicle whose interior is a two-story structure by expanding the roof when camping), where sleeping facilities are provided in the upper level, the area occupied by the sleeping facilities may be added to the "area occupied by special facilities" only if the area occupied by the sleeping facilities is added to the "total area of ​​the floor area of ​​the passenger compartment excluding the driver's seat, the cargo carrying facilities, and the area occupied by special facilities" as defined in Use Classification Notice 4-1-3, Part 3. (3) In the case where sleeping facilities are used as a seat for a passenger vehicle in accordance with the proviso of 1(4), half of the portion of the sleeping facilities that is used as a seat for a passenger vehicle may be considered to be the "area occupied by special facilities." (4) In the case of a retractable or foldable sleeping facility as defined in paragraph 1(5), if the projected area of ​​the deployed or extended portion of the facility on the reference plane overlaps with the projected area of ​​the seat of the passenger seat on the reference plane, half of the overlapping area may be considered as the "area occupied by special equipment." 5 Optional equipment not specified in the structural requirements (limited to seats other than passenger seating (meaning seats not subject to the safety standards for road transport vehicles) and tables)) is considered as other area, and if its projected area onto the reference plane overlaps with the projected area onto the reference plane of the deployed or extended portion of the retractable and foldable sleeping equipment prescribed in 1(5), half of the overlapping area of ​​the sleeping equipment may be added to the "area occupied by special equipment" only when the overlapping area of ​​the sleeping equipment is added to the "total area of ​​the floor area of ​​the passenger compartment excluding the driver's seat and the area occupied by cargo loading equipment and special equipment" in Use Classification Notice 4-1-3-3. 6 Detachable equipment must be able to be securely stored or fastened in a designated location to prevent it from moving due to vibrations during driving, etc. In addition, if there is a dedicated storage area, the area occupied by the storage area may be added to the "area occupied by special equipment" up to the area required to store the detachable equipment in the storage area. 7 There is no cargo loading equipment.

[0100] The invention according to the present disclosure may achieve at least one of the above-described effects. Furthermore, all or part of each disclosure may be combined with or replaced by the configuration of another disclosure.

[0101] This disclosure discloses an object to be provided on a moving body, in which a drive machine for driving the electric rotating body is installed adjacent to a first or second object, and the drive machine moves in accordance with the drive of the electric rotating body (at least FIG. 13 ). As already described, the drive machine can be disposed below the position of the first object when the first object is adjacent to the second object. However, as a result of careful consideration, the drive machine can also be installed adjacent to the first or second object. In this configuration, the first or second object and the drive machine 34 can be covered with a cushion 35. This configuration provides a space at least below the position of the first object, which has the significant industrial advantage of being utilized as storage space for the moving body. Furthermore, since the distance between the drive machine and the electric rotating body can be minimized, there are industrial advantages in that the object's electrical circuit can be configured in a smaller space and the risk of failure, such as a broken wire in the electrical circuit, can be reduced. Furthermore, since the driving machine can be covered with a cushion together with the first or second object, the driving machine cannot be seen or touched by passengers, which has the industrial advantage of providing a safer and more aesthetically pleasing vehicle.

[0102] An example of an embodiment of the above configuration is as follows: A first drive machine, which is the power source for the first electric rotating body, is installed adjacent to an end of the first object. The first drive machine receives a command to rotate the first electric rotating body and rotates the first electric rotating body in a first or second rotational direction. At this time, the first drive machine rotates (or moves) in conjunction with the first object, which rotates due to the rotation of the first electric rotating body.

[0103] In at least one embodiment, a second drive machine that drives the second electric rotating body is installed adjacent to an end of the second object. The second drive machine receives a command to rotate the second electric rotating body and rotates the second electric rotating body in the first or second rotational direction. At this time, the second drive machine rotates (or moves) in conjunction with the second object, which rotates due to the rotation of the second electric rotating body.

[0104] In at least one embodiment, a second drive machine that drives the second electric rotating body is installed adjacent to an end of the second object. The second drive machine receives a command to rotate the second electric rotating body and rotates the second electric rotating body in the first or second rotational direction. At this time, the second drive machine rotates (or moves) in conjunction with the second object, which rotates due to the rotation of the second electric rotating body.

[0105] In at least one embodiment, the cushion refers to an object that covers the exterior of the first or second object, drive machine, or electrically driven rotating body and meets the standard of "a seat that can be safely seated" in Article 22 of the Road Transport Vehicle Safety Standards of the Ministry of Land, Infrastructure, Transport, and Tourism (at least FIG. 14). The cushion is made of a relatively soft material that allows a passenger to safely sit on it. In this configuration, the object or machine is covered, and therefore meets the safety standard. Conversely, if the sleeping arrangement or seat meets the safety standard, the object that covers the exterior of the sleeping arrangement or seat is considered to be at least equivalent to a "cushion" as used herein.

[0106] In at least one embodiment, the location of the drive machine is shown. The drive machine 34 includes the rotating shaft 4 or a power transmission means (e.g., a gear shaft, an aluminum gear shaft, a wire connecting the two, or any of the above) that transmits power to the rotating shaft. The power transmission means may act as an additional feature between the drive machine and the rotating shaft, or may be a means for transmitting power to the additional feature. The drive machine includes one or more first drive machines for moving the first object. In at least one embodiment, when there are three drive machines, they are located adjacent to the first object. These are hidden by cushions or the like and cannot be seen from the outside. The drive machines are located at both ends and the center of the first object. This structure allows the drive machines to be adjacent to the rotating shaft at equal intervals. This structure has the industrial advantage of maximizing power because the power of the drive machine is transmitted equally to the rotating shaft. In another embodiment, the drive machines are located below the first object. In this case, too, they are located at both ends and the center of the rotating shaft of the drive machine. With these structures, the driving machine is adjacent to the rotating shaft at equal intervals, so that the power of the driving machine is transmitted equally to the rotating shaft, thereby obtaining maximum power.

[0107] In at least one embodiment, when two drive machines are provided, they are located adjacent to the first object. These are hidden by cushions or the like and cannot be seen from the outside. The drive machines transmit power to shaft 36, which transmits power to the rotating shaft 4. Regarding the operation of the drive machines, in addition to embodiments in which the drive machines and the rotating shaft 4 are configured to be in direct contact with each other, additional features may be formed between the drive machines and the rotating shaft to prevent direct contact between the drive machines and the rotating shaft (the same applies throughout this specification). The drive machines are installed at both ends of the first object. These structures allow the drive machines to be adjacent to both ends of the rotating shaft. This structure has the industrial advantage of maximizing power because the power of the drive machines is transmitted equally to the rotating shaft. In other embodiments, the drive machines are installed adjacent to the first object but are not covered by cushions. The drive machines are adjacent to both outer ends (or both outer ends) of the rotating shaft and, if necessary, are glued to the outer edge of the first object. As this embodiment makes clear, the drive machines do not necessarily need to be covered by cushions to achieve the effects of the present disclosure. In another embodiment, the driving machine is adjacent to both outer ends (or both outer ends) of the rotating shaft, is located below the first object, and is attached to the frame 37 as needed. With this structure, the driving machine is adjacent to both ends of the rotating shaft, and the power of the driving machine is transmitted equally to the rotating shaft, which has the industrial advantage of enabling maximum power to be obtained.

[0108] In at least one embodiment, when one driving machine is provided, it is provided adjacent to the first object. Having one driving machine per object has the industrial advantage of simplifying the design. Increasing the number of driving machines per object to two or more increases the total power, allowing each driving machine to be smaller. This has the industrial advantage of making it easier to arrange the driving machine adjacent to or inside the first object. In at least one embodiment, the phrase "a driving machine that drives a first electric rotating body is installed adjacent to the first object, and the driving machine moves in conjunction with the rotation of the first electric rotating body" is considered to satisfy at least this configuration if, when the first object is observed or disassembled, at least one driving machine is installed adjacent to the first object and the driving machine can move in conjunction with the rotation of the first electric rotating body. The above configuration is considered to be satisfied whether the number of driving devices is one or more.

[0109] In the above embodiments, the description of the "first object" can be replaced with the description of the "second object." That is, the embodiment of the second drive machine for moving the second object can arbitrarily adopt one of the embodiments of the first drive machine for moving the first object. Naturally, the embodiment of the first drive machine and the embodiment of the second drive machine may be the same or different from each other.

[0110] The following embodiments are disclosed (at least FIG. 15). An object provided on a moving body, a first object that is coupled to the first electric rotating body; a second object that is interlocked with the second electric rotating body; the first object rotates in conjunction with the rotation of the first electric rotating body in the first rotation direction, and is capable of being placed substantially horizontally with respect to the floor surface of the vehicle; the second object rotates in conjunction with rotation of the second electric rotating body in a second rotation direction opposite to the first rotation direction, and is capable of being placed substantially horizontally with respect to the floor surface of the vehicle; The first object and the second object are adjacent to each other at their respective motorized rotating body portions. object.

[0111] The first or second object can be implemented in any one of the methods already described. In at least one embodiment, the first object rotates (or moves) in conjunction with the rotation of the first electric rotating body. The first electric rotating body can rotate in a first rotation direction and a second rotation direction that is opposite to the first rotation direction. The first object can be positioned approximately horizontally with respect to the floor of the vehicle in conjunction with the rotation of the first electric rotating body, with the first horizontal position being possible in the first rotation direction and the second horizontal position being possible in the second rotation direction (the same applies to the second object and the second electric rotating body).

[0112] The electric rotating body is positioned adjacent to a frame that also serves as a base for the object. The first object and the second object are adjacent to each other at their respective electric rotating body portions. According to at least one embodiment, In addition to an embodiment in which the first and second electric rotating bodies are formed to be in direct contact with each other, an embodiment in which an additional feature, such as a cushion, is formed between the first and second electric rotating bodies to prevent direct contact between the first and second electric rotating bodies may be included. The electric rotating body portion includes the electric rotating body or an adjacent portion of the electric rotating body where the additional feature is formed. This configuration has the industrial advantage of satisfying the requirement that "the entire upper surface of the sleeping facility forms a continuous plane" as stipulated in the Directive and Notification, since the first and second objects form a continuous plane when placed approximately horizontally.

[0113] In at least one embodiment, the first object is longer than the second object (see at least FIG. 16 ). This asymmetrical configuration allows the first object to function as a neck rest, supporting the occupant's head and backrest when positioned substantially perpendicular to the floor. The second object is positioned substantially horizontally to the floor and functions as a seat. Because the length from the human pelvis to the skull is longer than the length of the femur, providing a difference in length between the first and second objects provides an optimal seat for the human body, and also provides sleeping facilities when deployed horizontally. This is one of the significant industrial advantages of the present disclosure. In this paragraph, the “length” refers to the length in the sagittal direction of the vehicle when the first and second objects are positioned substantially horizontally to the floor, with the rotation axis of the electric rotating body substantially perpendicular to the sagittal direction of the moving body. If the first object is longer than the second object, the present configuration is considered to be satisfied.

[0114] In at least one embodiment, the first or second object includes a detachable accessory object (see at least FIG. 17). The accessory object embodiment is fully described elsewhere in this specification. This configuration provides at least the functionality of a neck rest, which has industrial advantages.

[0115] The following embodiments are disclosed (at least in FIG. 18): The above object, The electric rotating body is arranged so that the rotation axis thereof is substantially perpendicular to the sagittal direction of the moving body, The second object is positioned anterior to the sagittal direction. Mobile object.

[0116] In at least one embodiment, at least one of the objects is arranged so that the rotation axis of the electric rotating body is approximately perpendicular to the sagittal direction of the vehicle. In this case, the second object is arranged in front of the sagittal direction. With this configuration, the first object serves as a backrest and the second object serves as a seat, providing a seat facing the direction of travel of the vehicle. This has the industrial advantage of being able to use the object as a seat when the vehicle is traveling.

[0117] In at least one embodiment, the moving device includes an object that can move in the sagittal direction of the moving body (at least FIGS. 18 to 21). As an example, the moving body includes a rail that moves the object in the sagittal direction of the moving body. The moving body includes a rail that extends parallel to or in the sagittal direction of the moving body. The rail may include one or more embodiments. Preferably, the moving body includes two rails. The object can move on the rail using a connector (e.g., a wheel) that connects the object to the rail for movement along the rail. Alternatively, the moving body may include an outer rail on the floor as a slide rail, and the object may be connected to an inner rail, allowing the object to move by sliding between the outer rail and the inner rail. Types of slide rails include roller types and bearing types. Other embodiments include an object with wheels that can move directly on the floor of the moving body in the sagittal direction. Any structure or device that can move an object in the sagittal direction of the moving body is considered a moving device. In at least one embodiment, the "moving device that can move an object in the sagittal direction of the moving body" includes manual and electrically operated embodiments. In the case of manual operation, one or all of the structures, such as rails and the above-mentioned connecting parts, are deemed to at least correspond to this "movement device." The passenger pushes the object along the rails. Of course, the configuration may also include a moving power source that electrically moves the object. In this case, movement can be performed electrically. That is, the connecting parts (for example, wheels) are connected to an electrically operated power source, and when the power source receives a command from a switch or radio, the power is activated and the wheels rotate. Alternatively, the slide rails are connected to an electrically operated power source, and when the power source receives a command from a switch or radio, the power is activated and the outer rail or inner rail slides. These embodiments have the industrial advantage of allowing passengers to freely design the layout of the interior of the moving vehicle automatically without having to move heavy objects. In this case, in addition to the structures, such as rails and the above-mentioned connecting parts, one or all of the electrically operated power sources that electrically move the object are deemed to at least correspond to this "movement device."

[0118] In at least one embodiment, the object has a movement device that can move in the sagittal direction by a length equal to or greater than half of the total length of the object in the sagittal direction (at least FIGS. 18 to 21). As an example, the rail has a length equal to or greater than half of the length of the object in the sagittal direction. More preferably, the rail is provided on a floor surface other than the driver's seat area of ​​the object, and is as long as possible in the sagittal direction of the object. With this configuration, by arranging the first or second object perpendicular to the floor surface and moving the object to one end in the sagittal direction, a large floor space can be obtained within the object. If this space is provided at the rear of the object, cargo space can be secured. If this space is provided at the front of the object, cargo space from the boarding gate can be secured. This configuration exhibits these unique industrial advantages.

[0119] In at least one embodiment, when two or more of the above objects are provided in the vehicle, all of the above objects are arranged so that the second object is located forward in the sagittal direction. With this configuration, the first object serves as a backrest and the second object serves as a seat, thereby providing a seating surface facing the direction of travel of the vehicle. In another embodiment, when two or more of the above objects are provided in the vehicle, at least one of the objects may be arranged so that the first object is located forward in the sagittal direction. In this case, it is possible to provide seats where passengers face each other.

[0120] The following embodiments are disclosed. Two or more of the above objects are provided, The electric rotating body is arranged so that the rotation axis thereof is substantially perpendicular to the sagittal direction of the moving body, a first object of the objects is disposed substantially horizontally with respect to a floor surface of the vehicle; When the second object is disposed substantially horizontally with respect to the floor surface of the vehicle, A first object of one object is adjacent to a second object of one object, Mobile object.

[0121] In at least one embodiment, the first of the objects is arranged substantially horizontally relative to the vehicle floor, and the second of the objects is arranged substantially horizontally relative to the vehicle floor, thereby enabling the objects to provide sleeping facilities. Two or more objects are provided on a moving body, each arranged substantially horizontally. Two or more of the objects are provided on the moving body such that, when the first and second objects are arranged substantially horizontally, the first of the objects is adjacent to the second of the objects. Alternatively, two or more of the objects may be provided on the moving body, each arranged to be movable in a sagittal direction on a rail, and when moved on the rail, the first of the objects is adjacent to the second of the objects. These configurations satisfy the requirement of the Directive Notification that "the entire upper surface of the sleeping facility must form a continuous plane," thereby providing industrial advantages. Passengers can enjoy a larger sleeping facility than when only one object is provided on the moving body, improving the comfort of passengers sleeping in the moving body.

[0122] The following embodiments are disclosed (at least in Figures 18 to 21): A mobile object, The object, a first object of the objects is disposed substantially horizontally with respect to a floor surface of the vehicle; The second object is disposed substantially horizontally with respect to the floor surface of the vehicle, The area occupied by the first and second objects in the vehicle's cabin covers more than half of the exposed floor area of ​​the cabin. Mobile

[0123] The details and industrial advantages are the same as those detailed in other paragraphs of this specification. For example, in FIG. 21, the first or second object is disposed perpendicular to the floor surface of the vehicle, resulting in a large exposed area of ​​the floor surface. By disposing the first or second object substantially horizontally, the area occupied by the first and second objects in the vehicle cabin covers more than half of the exposed area of ​​the floor surface of the vehicle cabin. This significantly increases the area of ​​the sleeping facility, thereby providing an industrial advantage in that passengers can sleep comfortably. To create this configuration, one or more objects are mounted on the vehicle. This configuration includes a configuration in which two or three or more objects are mounted on the vehicle.

[0124] The following embodiments are disclosed (at least in Figures 18 to 21): A mobile object, The object, The electric rotating body is arranged so that the rotation axis thereof is substantially perpendicular to the sagittal direction of the moving body, At least one of the above objects is in contact with one or more of the bulkheads of the moving body or the water supply equipment or cooking equipment specified in the Ministry of Land, Infrastructure, Transport and Tourism's Directive. Mobile object.

[0125] The details and industrial advantages are similar to those detailed in other paragraphs of this specification. For example, in FIG. 18, at least one of the objects is adjacent to the bulkhead of the vehicle or one or more of the plumbing or cooking facilities specified in the Ministry of Land, Infrastructure, Transport and Tourism's directives and ordinances on both sides. This configuration minimizes dead space in the vehicle cabin by locating the sleeping facilities specified in the directives and the plumbing or cooking facilities close to each other, allowing passengers to use the space more widely. This configuration is unprecedented and has advantages not possible with conventional technology. In this configuration, "at least one of the objects" may be replaced with "at least two of the objects" or "all of the objects." In this configuration, "one side" may be replaced with "both sides." Even with these replacements, similar industrial advantages are achieved.

[0126] The following embodiments are disclosed (at least Figs. 18 and 20): A switch for driving the electric rotating body of the object or moving the object in the arrow direction of the moving body is provided in the water supply equipment, cooking equipment, or bulkhead specified in the directive notice of the Ministry of Land, Infrastructure, Transport and Tourism adjacent to the boarding gate of the moving body. Mobile object.

[0127] The details and industrial advantages are the same as those detailed in other paragraphs of this specification. For example, as shown in FIG. 18, when the first object and the second object provide a seating surface, it is impossible to access additional features or structures, such as batteries, from the boarding gate by walking on the floor. Therefore, a switch is provided at the additional feature or structure closest to the boarding gate to drive the motorized rotating body of the chair or move the object in the sagittal direction of the mobile body. By activating the switch, the first or second object is positioned perpendicular to the floor surface and electrically moves to one side of the sagittal direction of the mobile body (FIGS. 19 to 21). This creates a floor surface on the mobile body, allowing passengers to walk on the floor to access additional features or structures, such as batteries. Furthermore, by electrically increasing the floor surface, the floor surface can be used as a load space (or storage space, storage space, or living space). There is an industrial advantage in that such a load space can be automatically created by pressing a button before the boarding gate.

[0128] In the present disclosure, a mobile device can be applied to any one or more objects or objects provided on a mobile body described in the present disclosure. [Explanation of symbols]

[0129] 1 object 2. First electric rotating body 3 Second electric rotating body 4 rotation axes 5 First Frame 6 Second Frame 7 First Object 8 Second Object 9 Switch 10 First appendage 11 Second appendage 12 First seat 13 Second seat 14 First surface of the first object 15 Second surface of the first object 16 First surface of second object 17 Second surface of the second object 18 Third Seat 19 Fourth Seat 20 Detachable device 21 Mobile 22 Heater 23 Refrigerator 24 Battery 25 Sink 26 Ventilation fan 27 Floor 28 Boarding Gate 29 Bulkhead 30 Toilet 31 Vertical Cooler 32 stove 33 sagittal direction 34 Driving Machine 35 cushion 36 Rail 37 frames

Claims

1. An object provided on a moving body, a first object that is interlocked with the first electric rotating body; a second object that is linked to the second electric rotating body; the first object rotates in conjunction with the rotation of the first electric rotating body in the first rotation direction, and is capable of being placed substantially horizontally with respect to a floor surface of the vehicle; the second object rotates in conjunction with rotation of the second electric rotating body in a second rotation direction opposite to the first rotation direction, and is capable of being disposed substantially horizontally with respect to a floor surface of the vehicle; the first object and the second object are adjacent to each other at their respective electrically driven rotating body portions; object.

2. The object provided on the moving body according to claim 1 , wherein the first object is longer than the second object.

3. The object provided on the moving body according to claim 1 , further comprising an attached object that can be attached to the first or second object.

4. A mobile object, The object according to claim 1 is used as a sleeping facility for a camper vehicle as specified in the Ministry of Land, Infrastructure, Transport and Tourism's directive to be provided for mobile objects. Mobile object.

5. A mobile object, The object according to claim 1 The electric rotating body is arranged so that the rotation axis thereof is substantially perpendicular to the sagittal direction of the moving body, The object has a moving device that can move in the sagittal direction of the moving body. Mobile object.

6. A mobile object, The object according to claim 1 The electric rotating body is arranged so that the rotation axis thereof is substantially perpendicular to the sagittal direction of the moving body, The second object is positioned anterior to the sagittal direction. Mobile object.

7. A mobile object, two or more objects according to claim 1 are provided; The electric rotating body is arranged so that the rotation axis thereof is substantially perpendicular to the sagittal direction of the moving body, a first object of the objects is disposed substantially horizontally with respect to a floor surface of the vehicle; When the second object is disposed substantially horizontally with respect to the floor surface of the vehicle, a first object of the one object is adjacent to a second object of the one object; Mobile object.

8. A mobile object, The object according to claim 1 a first object of the objects is disposed substantially horizontally with respect to a floor surface of the vehicle; The second object is disposed substantially horizontally with respect to the floor surface of the vehicle, The area of ​​the vehicle cabin occupied by the first and second objects covers half or more of the area of ​​the exposed floor surface of the vehicle cabin. Mobile

9. A mobile object, The object according to claim 1 The electric rotating body is arranged so that the rotation axis thereof is substantially perpendicular to the sagittal direction of the moving body, At least one of the objects is in contact with one or more of the bulkheads of the moving body or the water supply equipment or cooking equipment specified in the Ministry of Land, Infrastructure, Transport and Tourism's Directive on both sides. Mobile object.

10. A switch for driving the electric rotating body of the object or moving the object in the arrow direction of the moving body is provided in the water supply equipment, cooking equipment, or bulkhead specified in the directive notice of the Ministry of Land, Infrastructure, Transport and Tourism adjacent to the boarding gate of the moving body. Mobile object.

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