CN215717711U - Facility assembly capable of containing vehicle-mounted house - Google Patents

Abstract

The utility model discloses a facility composition capable of accommodating a vehicle-mounted house, which comprises a first type of living facility with the height larger than a preset value in an accommodating state and a facility box for accommodating the first type of living facility, wherein the facility box is positioned outside the vehicle-mounted house, one side of the facility box is provided with a through hole, and in an unfolding state of the vehicle-mounted house, the side where the through hole of the facility box is positioned is adjacent to the side wall of the vehicle-mounted house, so that the first type of living facility can pass through the through hole of the facility box to enter the vehicle-mounted house. The facility that this scheme of adoption provided is constituteed, can promote user experience, moreover, the on-vehicle room is accomodate the back and is satisfied the roof and put the thing limit for height requirement, and the on-vehicle room is opened up and is received easily moreover.

Description

Facility assembly capable of containing vehicle-mounted house

Technical Field

The utility model relates to the technical field of vehicle-mounted tents, in particular to a facility assembly capable of accommodating a vehicle-mounted house.

Background

At present, vehicle-mounted tents on the market are relatively simple, living facilities are not arranged or only few living facilities are arranged inside the vehicle-mounted tents, and good outdoor experience cannot be brought to users. If living facilities are added, the problems that the exhibition and the collection are difficult, the height requirement of the traffic safety regulations on the vehicle roof storage cannot be met after the storage, and the like are faced.

In view of this, how to improve user experience, easily unfold and fold, and meet the requirement of placing objects on the roof is a technical problem to be solved by those skilled in the art.

SUMMERY OF THE UTILITY MODEL

In order to solve the technical problem, the utility model provides a facility assembly capable of accommodating a vehicle-mounted house, which comprises a first type of living facility with the height larger than a preset value in an accommodating state and a facility box for accommodating the first type of living facility, wherein the facility box is positioned outside the vehicle-mounted house, one side of the facility box is provided with a through hole, and in an unfolding state of the vehicle-mounted house, the side of the through hole of the facility box is adjacent to the side wall of the vehicle-mounted house, so that the first type of living facility can pass through the through hole of the facility box to enter the vehicle-mounted house.

In one embodiment, the through opening is provided with an opening and closing door; the opening and closing door is opened and closed in a rotating mode or opened and closed in a sliding mode; the opening and closing door is connected with the facility box, or the opening and closing door is connected with the side wall adjacent to the side where the through hole of the facility box is located to serve as a side wall plate block for constructing the side wall.

In one embodiment, the bottom of the utility box is supported on a box base that is connected to a portion of a floor folding and unfolding mechanism of the vehicle-mounted house that is fixedly connected to a roof support or a portion that is slidable in a vehicle length direction.

In one embodiment, the utility box is slidably connected to the box base such that the utility box can slide horizontally relative to the box base in a direction parallel to the adjacent side walls.

In one embodiment, the first type of living facility includes kitchen ware, sanitary ware and/or a mobile air conditioner, the kitchen ware and the sanitary ware are respectively accommodated in a first facility box and a second facility box, the mobile air conditioner is accommodated in the first facility box or the second facility box, the side where the passage opening of the first facility box is located and the side where the passage opening of the second facility box is located are adjacent to the same side wall, in the accommodated state, the first facility box and the second facility box are adjacent, and a fan is mounted on the side wall of the second facility box adjacent to the first facility box.

In one embodiment, each facility box is provided with a taking and placing opening and is provided with a box door for closing the taking and placing opening, and the box door is arranged on one side of the facility box, which is not adjacent to the side wall, so that the box door can be opened from the outside of the vehicle-mounted room.

In one embodiment, the facility composition further includes a second type of living facility with a height smaller than a preset value in a storage state, the second type of living facility includes a plate-shaped main body member and a support member, the plate-shaped main body member is hinged to a side wall or a floor, the support member is hinged to the floor or the plate-shaped main body member, in the storage state, the plate-shaped main body member and the support member are located at a position attached to the side wall or the floor in parallel, in a deployed state, the plate-shaped main body member is located at a height position parallel to the floor and spaced from the floor by a distance, and the support member is supported between the floor and the plate-shaped main body member.

In one embodiment, at least one plate-shaped main body member is hinged with the side wall and can slide up and down to different height positions along the side wall; and/or at least one plate-shaped main body component is hinged with the side wall and can horizontally slide to different horizontal positions along the side wall; and/or at least one plate-shaped main body member is of a telescopic structure; and/or at least one plate-shaped body member is of a folded structure.

In one embodiment, the facility assembly further comprises a partition facility, the partition facility is hinged to the side wall, the partition facility divides the indoor space into a plurality of rooms in an unfolded state, and the partition facility is located at a position parallel to and attached to the side wall in a storage state.

In one embodiment, the side walls and the floor of the vehicle-mounted house are provided with recessed areas, and in the storage state, the second living facilities and the partition facilities are at least partially sunk in the recessed areas.

The facility that this scheme of adoption provided is constituteed, can promote user experience, moreover, the on-vehicle room is accomodate the back and is satisfied the roof and put the thing limit for height requirement, and the on-vehicle room is opened up and is received easily moreover.

Drawings

FIG. 1 is a perspective view of one embodiment of a stowable in-vehicle compartment comprising the facilities provided by the present invention;

FIG. 2, FIG. 3, FIG. 4, FIG. 6, FIG. 7 are partial structural views of FIG. 1;

FIG. 5 is a schematic view of the stowable vehicle compartment shown in FIG. 1 in a roof deployed state;

fig. 8 and 9 are schematic views of the stowable in-vehicle compartment shown in fig. 1 in a stowed state;

FIG. 10 is a schematic view of a second type of living facility stored in a position where the living facility is attached to the side wall and the floor in parallel;

fig. 11 and 12 are schematic views showing two expanded states of the second type of living facility;

fig. 13 is a schematic view showing the operation of the supporting member supporting the front plate 905a in fig. 12;

fig. 14 and 15 are schematic views of the floor board folding and unfolding mechanism.

The reference numerals are explained below:

10 front side wall, 20 back side wall, 30 left side wall, 40 right side wall, X22a side wall slide plate;

50, a roof;

60 floors, 61 first floor panel, 62 second floor panel, 63 third floor panel, 64 fourth floor panel;

70 floor board folding and unfolding mechanisms, 71a first connecting part, 71b second connecting part and 71c fifth connecting part;

80 a lifting mechanism;

90, the equipment is composed of the following components;

901a first facility box, 901b second facility box, 902 sliding pair, 903 box seat;

904 first-class living facilities, 9041 sink, 9042 toilet;

905 second-type living facilities, 9051 a first plate-shaped body member, 9052 a second plate-shaped body member, 9053 a third plate-shaped body member, 9054 a fourth plate-shaped body member, 9055 a fifth plate-shaped body member, 9056 a sixth plate-shaped body member, 9057 a seventh plate-shaped body member, 9058 an eighth plate-shaped body member, 9059 supporting members, 905a front plate portion, 906 rear plate portions, 905c right plate portions and 905d left plate portions;

906 partition facilities, 9061 first partition wall, 9062 second partition wall, 9063 third partition wall;

90A slide rail pair, 90B fan, 90C chamber door, 90D depressed area.

Detailed Description

In order to make those skilled in the art better understand the technical solution of the present invention, the technical solution of the present invention is further described in detail below with reference to the accompanying drawings and the detailed description. The Front-Back direction is the Front-Back direction in the figure, and the Left-Right direction is the Left-Right direction in the figure. The front-rear direction of a vehicle carrying a house may be the vehicle length direction or the vehicle width direction of the vehicle, or may be any horizontal direction having an angle with both the vehicle width direction and the vehicle length direction. "front" and "back" are relative and can be reversed. "left" and "right" are relative and can be reversed.

As shown in fig. 1 and 2, the on-board room includes side walls (four side walls, i.e., a front side wall 10, a rear side wall 20, a left side wall 30, and a right side wall 40, are provided in the illustrated embodiment), a roof 50, a floor 60 (four floor panels, i.e., a first floor panel 61, a second floor panel 62, a third floor panel 63, and a fourth floor panel 64, are provided in the illustrated embodiment, as shown in fig. 2), a floor folding and unfolding mechanism 70 for folding and unfolding the floor, a lifting mechanism 80 for lifting and unfolding the roof, a facility assembly 90, and the like.

As shown in fig. 2, the facility composition 90 includes a first type of living facility 904, a second type of living facility 905, and a partition facility 906.

The first type of living facilities 904 is a facility which is high in height and inconvenient to stack and store, and includes a water tank 9041, a toilet bowl 9042, a mobile air conditioner, and/or the like. The toilet bowl can adopt a portable toilet bowl. The mobile air conditioner is an air conditioner which combines an external machine and a wall and can be movably installed indoors. The power utilization component of the vehicle-mounted house can take power from a power supply component (such as a storage battery) of the vehicle, and the power supply component can be additionally configured for the vehicle-mounted house.

The second type of living facility 905 is a facility which is mainly composed of a plate-shaped member and is easy to stack and store, and the height of the facility in a stored state is much smaller than the height of the facility in a use state.

The partition facility 906 is a facility for partitioning an indoor space, and can partition the indoor space into a plurality of independent spaces for use as a toilet, a bedroom, a living room, a kitchen, or the like.

As shown in fig. 1, the facility assembly 90 further includes a facility box, the facility box is used for accommodating a first type of living facility 904, a first facility box 901a and a second facility box 901b are provided in the illustrated embodiment, the internal spaces of the first facility box 901a and the second facility box 901b are independent from each other, the first facility box 901a is used for accommodating kitchen ware including a sink 9041 and also can be used for accommodating a mobile air conditioner, and the second facility box 901b is used for accommodating sanitary ware including a toilet 9042 and also can be used for accommodating a mobile air conditioner. Under the on-vehicle room state of expanding, the utility box is located on-vehicle room outside.

As shown in fig. 2, in the unfolded state of the vehicle-mounted room, a passage is formed on one side (front side in the figure) of the utility box, and the side of the passage of the utility box is adjacent to the side wall, and in the illustrated embodiment, the side of the passage of the utility box is adjacent to the rear side wall 20, so that the water tank 9041, the toilet bowl 9042 and the like in the utility box can pass through the passage of the utility box to enter the vehicle-mounted room (the mobile air conditioner in the utility box can still be left in the utility box).

As shown in fig. 2, a door may be installed at the pass-through port. In the illustrated embodiment, the opening and closing door (i.e., the movable side wall panel X22a) is connected to the side wall (i.e., the rear side wall 20) adjacent to the side where the passage opening of the utility box is located, and is a part of the rear side wall 20, and participates in the construction to form the rear side wall 20, and the opening and closing door is moved left and right to open and close the passage opening of the utility box. Of course, the opening and closing mode of the opening and closing door is not limited to sliding, for example, the opening and closing door can also be rotated to open and close, and in addition, the opening and closing door can also be connected with the utility box instead of the side wall. The opening and closing door is arranged, so that when the water tank 9041, the toilet bowl 9042 and the like are stored in the utility box in the unfolding state of the vehicle-mounted room, the opening and closing door can be closed to shield the passing opening of the utility box, and therefore dry-wet separation can be achieved to a certain degree.

As shown in fig. 3, the water tank 9041 and the toilet bowl 9042 are respectively connected to the corresponding utility box by a set of slide rail pairs 90A to slide in and out of the utility box along the slide rail pairs (in the directions of arrows a and B in fig. 3). The water trough 9041 slides out of the utility box, and then turns over to a proper height position along the arrow C direction in fig. 3, and after turning over to the proper position, the water trough 9041 is basically attached to the rear side wall 20 (the state shown in fig. 4).

Referring to fig. 1 and 5, the utility assembly 90 further includes a base 905 supported at the bottom of the utility box, a swing arm is connected between the base 905 and the utility box, the height of the utility box is adjusted by swinging the swing arm, the height of the utility box is lowered in the storage state, and the height of the utility box is raised in the expansion state to make the bottom wall of the utility box substantially flush with the floor, so that living facilities such as a toilet bowl can smoothly slide into the vehicle-mounted room along the floor. The utility box and the box holder 905 can be arranged on the side near the rear of the vehicle, so that the driving feeling is good.

The housing 905 may be connected to the floor folding and unfolding mechanism 70. Specifically, as shown in fig. 14 and 15, the floor folding and unfolding mechanism 70 includes a first connecting portion 71a, a second connecting portion 71b, and a fifth connecting portion 71c, wherein the fifth connecting portion 71c is connected to a front side of the first connecting portion 71a and can slide forward relative to the first connecting portion 71a, and the second connecting portion 71b is connected to a rear side of the first connecting portion 71a and can slide backward relative to the first connecting portion 71a, so as to drive the third floor panel 63 and the fourth floor panel 64 connected thereto to unfold backward. The floor folding and unfolding mechanism 70 can be arranged on the roof in the forward direction or the reverse direction, the first connecting part 71a is fixed with the roof support in the state of being arranged on the roof in the forward direction, the second connecting part 71b is close to the vehicle head, the fifth connecting part 71c is close to the vehicle head in the state of being arranged on the roof in the reverse direction, and the sliding directions of the second connecting part 71b and the fifth connecting part 71c are along the vehicle length direction after being arranged on the roof.

The box holder 905 can be connected to the first connecting portion 71a of the floor folding and unfolding mechanism 70, and the box holder 905 is not moved in the vehicle length direction during the unfolding process. Alternatively, the box holder 905 may be connected to the second connecting portion 71b of the floor folding and unfolding mechanism 70, and during the unfolding process, the box holder 905 together with the utility box slides to a proper position along with the second connecting portion 71 b. Alternatively, the box holder 905 may be connected to the fifth connecting portion 71c of the floor folding and unfolding mechanism 70, and during the unfolding process, the box holder 905 and the utility box slide to a proper position together with the fifth connecting portion 71 c.

Specifically, the utility box is slidably connected to the box base 905, the utility box can horizontally slide relative to the box base 905, and the sliding direction is parallel to the side wall adjacent to the through opening, so that the utility box can avoid the X-shaped cross arm of the lifting mechanism 80 arranged on the outer side of the side wall, and an enough moving space is reserved for the X-shaped cross arm. As can be understood by referring to fig. 1, 6 and 7, in the drawings, the first utility box 901a and the second utility box 901b are both connected to the same box base 905, the first utility box 901a and the second utility box 901b are both adjacent to the rear wall 20, both can slide horizontally (direction shown by arrow A, B in fig. 6) along the rear wall 20 relative to the box base 905, and when the first utility box 901a and the second utility box 901b slide to the position shown in fig. 7, the lower end of the X-shaped cross arm can be avoided, and sufficient space is left for the X-shaped cross arm, so that the X-shaped cross arm can stably support the roof 50.

As shown in fig. 7, in the vehicle-mounted room unfolded state, the first facility box 901a and the second facility box 901B slide to positions spaced apart from each other, and the flat fan 90B is mounted on the side wall of the second facility box 901B, and functions as ventilation. It is preferable that the fan 90B is mounted on a side wall of the second facility box 901B adjacent to the first facility box 901a, so that the fan 90B can be shielded by the first facility box 901a (see fig. 8) when the first facility box 901a and the second facility box 901B slide to positions adjacent to each other in the storage state of the vehicle-mounted room, to avoid an increase in running resistance.

As shown in fig. 8, in the storage state of the vehicle-mounted room, the other components of the vehicle-mounted room except the utility box, the box seat and the first type living facility are stacked layer by layer to form a stacked body, the first type living facility is positioned in the utility box, the utility box and the box seat are positioned at one side of the stacked body, and the total height of the utility box and the box seat is basically consistent with the total height of the stacked body and meets the height limit requirement of the object placed on the roof.

As shown in fig. 9, each of the first facility box 901a and the second facility box 901b is provided with a pick-and-place port and is mounted with a door 90C closing the pick-and-place port, and the door 90C is mounted on a side of the facility box not adjacent to the side wall so that the door 90C can be opened from outside the vehicle-mounted room. The internal volume of the first utility box 901a may be set to be larger than the volume of the water tank 9041, so that after the water tank 9041 is received in the first utility box 901a, an additional space is provided in the first utility box 901a for accommodating other kitchen utensils (such as an electric cooker, a barbecue grill, etc.) or other living goods. The user can open the door 90C of the first utility box 901a for taking and putting articles in the state of not unfolding the vehicle-mounted room, and can open the door 90C of the second utility box 901b for taking the toilet bowl out of a proper position for emptying the toilet bowl in the state of not unfolding the vehicle-mounted room.

As shown in fig. 10 and 11, the second type living facility 905 includes plate-like body members, and in the illustrated embodiment, a first plate-like body member 9051, a second plate-like body member 9052, a third plate-like body member 9053, a fourth plate-like body member 9054, a fifth plate-like body member 9055, a sixth plate-like body member 9056, a seventh plate-like body member 9057, and an eighth plate-like body member 9058 are provided.

As shown in fig. 10 and 11, the plate-shaped body members are hinged to a side wall or a floor of the vehicle-mounted room, in the illustrated embodiment, the first plate-shaped body member 9051 and the second plate-shaped body member 9052 are hinged to the floor through a set of support members 9059, the third plate-shaped body member 9053, the fourth plate-shaped body member 9054, and the fifth plate-shaped body member 9055 are hinged to the front side wall 10, the sixth plate-shaped body member 9056 and the seventh plate-shaped body member 9057 are hinged to the right side wall 40, and the eighth plate-shaped body member 9058 is hinged to the rear side wall 20. When the folding type folding table is stored, the plate-shaped main body component is rotated to a position (as shown in figure 10) which is in parallel joint with the side wall or the floor hinged with the plate-shaped main body component, and when the folding type folding table is unfolded, the plate-shaped main body component is rotated to a height position (as shown in figure 11) which is parallel to the floor and is at a distance from the floor, so that the folding type folding table accords with daily life habits. When the unfolding device is used, a user can flexibly select to unfold all the plate-shaped main body components or part of the plate-shaped main body components or not to unfold the plate-shaped main body components according to needs.

The plate-shaped body members may be unfolded to a state shown in fig. 11 in which the first plate-shaped body member 9051 and the third plate-shaped body member 9053 are coupled to each other and used as a bench or a single bed, the second plate-shaped body member 9052 and the fourth plate-shaped body member 9054 are coupled to each other and used as a bench or a single bed, and the like, and the fifth plate-shaped body member 9055 and the seventh plate-shaped body member 9057 are located at the front side and the rear side of the sixth plate-shaped body member 9056 and spaced from the sixth plate-shaped body member 9056 and lower than the sixth plate-shaped body member 9056, in which case the fifth plate-shaped body member 9055 and the seventh plate-shaped body member 9057 may be used as a dining chair, and the sixth plate-shaped body member 9056 may be used as a dining table. The eighth plate-like body member 9058 is located near the water channel 9041 and may serve as a chopping board, a cooker, or a stand.

In the illustrated embodiment, as shown in fig. 11, the first plate-like body member 9051 and the second plate-like body member 9052 each have a telescopic structure and include a front plate portion 905a and a rear plate portion 905 b. After the first plate-like body member 9051 and the second plate-like body member 9052 are expanded, the rear plate portions 905b of both can be pulled rearward as needed.

In the illustrated embodiment, as shown in fig. 12, the seventh plate-like body member 9057 has a folded structure including a left plate portion 905d and a right plate portion 905 c. After the seventh plate-like body member 9057 is unfolded, the left plate portion 905d thereof can be folded to a position where the right plate portions 905c are stacked (position shown in fig. 11) as needed, so that the aisle width can be increased for easy passage.

In the illustrated embodiment, as shown in fig. 11, the sixth plate-like body member 9056 is vertically slidable, and the height position of the sixth plate-like body member 9056 is adjustable to a position (position shown in fig. 12) at the same height as the fifth plate-like body member 9055, and the sixth plate-like body member 9056 is slidable back and forth, and the horizontal position of the sixth plate-like body member 9056 is adjustable to a position to be engaged with the fifth plate-like body member 9055, and the seventh plate-like body member 9057 is slidable back and forth, and the horizontal position of the seventh plate-like body member is adjustable to a position to be engaged with the sixth plate-like body member 9056. The fifth, sixth, and seventh plate- like body members 9055, 9056, and 9057 may be used as a bed after being joined together.

In addition, a recessed area 90D (the recessed area 90D on the floor is shown in fig. 11) may be provided on the floor and the side wall, and the plate-shaped main body member after being stored is at least partially recessed into the recessed area of the side wall or the floor, so that the plate-shaped main body member does not occupy the height of the stacked body or occupies a small amount of the height of the stacked body after being stored, thereby being beneficial to ensuring that the height of the stacked body does not exceed the limit. The vehicle-mounted room may be provided with an inflatable air bag as a mattress or a seat cushion, and the air bag may be housed (deflated) in the recessed area when the room is housed.

As shown in fig. 11, the second type of living facility further includes a support member 9059 for supporting the plate-shaped body member, wherein in the unfolded state, the support member 9059 is substantially perpendicular to the floor 60, the bottom end is supported on the floor 60, and the top end supports the plate-shaped body member, so that the plate-shaped body member is stabilized at a target height position.

The top end and the bottom end of the supporting member 9059 can be hinged ends which are hinged with the plate-shaped main body member and the floor hinged end respectively, one end of the supporting member 9059 can be a hinged end, the other end of the supporting member 9059 can rotate relative to the floor or the plate-shaped main body member hinged with the supporting member 9059, and when the supporting member 9059 is stored, the supporting member 9059 is rotated to be attached to the floor or the plate-shaped main body member hinged with the supporting member in parallel.

In addition, a recessed area may be formed in the plate-shaped main body member hinged to the supporting member 9059, and the received supporting member 9059 may be at least partially recessed in the recessed area of the plate-shaped main body member, or the received supporting member 9059 may be at least partially recessed in the recessed area of the floor or the side wall, so that after the receiving is completed, the supporting member 9059 does not occupy only one layer of the stacked body, thereby facilitating to ensure that the height of the stacked body does not exceed the limit.

In the illustrated embodiment, the two sets of support members support the front plate 905a of the first plate-shaped body member 9051 and the front plate 905a of the second plate-shaped body member 9052, and both the top end and the bottom end of each of the two sets of support members are hinged ends, the top end is hinged to the front plate 905a of the corresponding plate-shaped body member, and the bottom end is hinged to the floor, as shown in fig. 13, when the first plate-shaped body member 9051 and the second plate-shaped body member 9052 are folded and unfolded, the two sets of support members 9059 pivot with respect to the floor.

In the illustrated embodiment, the support members supporting the rear plate portion 905b of the first plate-like body member 9051, the rear plate portion 905b of the second plate-like body member 9052, the third plate-like body member 9053, the fourth plate-like body member 9054, the fifth plate-like body member 9055, the sixth plate-like body member 9056, and the seventh plate-like body member 9057 may be configured such that the bottom end thereof is hinged to the floor and the top end thereof is a free end, or the top end thereof may be a hinged end and the bottom end thereof is a free end, and the support members may be housed in a recessed area of the floor when housed.

In the illustrated scheme, as shown in fig. 10 and 11, the partition facility 906 includes a first partition wall 9061, a second partition wall 9062, and a third partition wall 9063, the first partition wall 9061 is hinged to the left side wall 30, one side of the third partition wall 9063 is hinged to the second partition wall 9062, the other side of the third partition wall 9063 is hinged to the rear side wall 20, the three partition walls are unfolded to form a space, the space is enclosed to serve as a toilet, the toilet is located in the toilet, and in addition, a shower facility can be arranged in the toilet. The partition wall can be arranged in a vertically split mode, namely the partition wall comprises an upper partition part and a lower partition part, the upper partition part and the lower partition part are connected and can slide up and down relative to the lower partition part, when the partition wall is stored, the end part of the upper partition part can slide to the position stacked with the lower partition part, and then the partition wall integrally rotates to the position attached to the side wall in parallel. The depressed area can be established to the inboard of side wall, and the partition wall after accomodating is at least partly to be located the depressed area of side wall, does benefit to the height of guarantee laminate like this and does not transfinite.

When the vehicle-mounted house is stored, the first type of living facilities such as a toilet bowl and a water tank are stored into the facility box, then the second type of living facilities and the partition facilities are stored to the positions which are attached to the side walls or the floor in parallel, and the second type of living facilities and the partition facilities can be stacked on the corresponding floor plates along with the side walls, so that the folding and unfolding operation can be simplified.

The facility that this scheme of adoption provided is constituteed, can promote user experience, moreover, the on-vehicle room is accomodate the back and is satisfied the roof and put the thing limit for height requirement, and the on-vehicle room is opened up and is received easily moreover.

The above details are provided for the facility composition capable of accommodating the vehicle-mounted house provided by the utility model. The principles and embodiments of the present invention are explained herein using specific examples, which are presented only to assist in understanding the method and its core concepts. It should be noted that, for those skilled in the art, it is possible to make various improvements and modifications to the present invention without departing from the principle of the present invention, and those improvements and modifications also fall within the scope of the claims of the present invention.

Claims (10)

1. Can accomodate facility composition in on-vehicle room, characterized in that, facility composition (90) are including highly being greater than first kind life facility (904) of default and being used for holding under the state of accomodating the utility box of first kind life facility (904), the utility box is located on-vehicle room outside, one side of utility box is equipped with the through-hole, under the on-vehicle room state of expanding, the side that the through-hole place of utility box is located is adjacent to the side wall in on-vehicle room, makes first kind life facility (904) can pass the through-hole of utility box gets into inside the on-vehicle room.

2. The facility composition capable of accommodating a vehicle-mounted room as claimed in claim 1, wherein an opening and closing door is installed at the passage opening; the opening and closing door is opened and closed in a rotating mode or opened and closed in a sliding mode; the opening and closing door is connected with the facility box, or the opening and closing door is connected with a side wall adjacent to the side where the through hole of the facility box is located, and is a part of the side wall.

3. The equipment set for storing a vehicle-mounted house according to claim 1, wherein the bottom of the equipment box is supported on a box seat (905), and the box seat (905) is connected with a portion of a floor folding and unfolding mechanism (70) of the vehicle-mounted house, which is fixedly connected with a roof support or a portion which can slide along a vehicle length direction.

4. The assembly of facilities capable of accommodating a vehicle-mounted house according to claim 3, wherein the facility box is slidably connected with the box base (905) so that the facility box can horizontally slide relative to the box base (905) and the sliding direction is parallel to the side wall adjacent to the facility box.

5. The facility composition capable of accommodating a vehicle-mounted room as claimed in claim 4, wherein the first type of living facility comprises a kitchen ware, a sanitary ware and/or a mobile air conditioner, the kitchen ware and the sanitary ware are respectively accommodated in a first facility box (901a) and a second facility box (901B), the mobile air conditioner is accommodated in the first facility box (901a) or the second facility box (901B), the side of the first facility box (901a) where the passing port is located and the side of the second facility box (901B) where the passing port is located are adjacent to the same side wall, in the accommodated state, the first facility box (901a) and the second facility box (901B) are adjacent, and the side wall of the second facility box (901B) adjacent to the first facility box (901a) is provided with a fan (90B).

6. The equipment set up for stowing a vehicle-mounted house according to any one of claims 1 to 5, wherein each of the equipment boxes is provided with an access opening and is mounted with a box door (90C) closing the access opening, the box door (90C) being mounted on a side of the equipment box not adjacent to the side wall so that the box door (90C) can be opened from outside the vehicle-mounted house.

7. The vehicle-mounted stowable vehicle-mounted shelter facility assembly according to any one of claims 1 to 5, wherein the facility assembly (90) further comprises a second type of living facility (905) having a height smaller than a predetermined value in the stowed state, the second type of living facility (905) comprising a plate-shaped body member hinged to the side wall or the floor (60) and a support member hinged to the floor (60) or the plate-shaped body member, wherein in the stowed state, the plate-shaped body member and the support member are located in a position of parallel attachment to the side wall or the floor, and in the deployed state, the plate-shaped body member is located in a height position of parallel to the floor and spaced apart from the floor, and the support member is supported between the floor and the plate-shaped body member.

8. The vehicle-mounted stowable structure of claim 7, wherein at least one of the plate-like body members is hinged to the side wall and can slide up and down along the side wall to different height positions; and/or at least one plate-shaped main body component is hinged with the side wall and can horizontally slide to different horizontal positions along the side wall; and/or at least one plate-shaped main body member is of a telescopic structure; and/or at least one plate-shaped body member is of a folded structure.

9. The vehicle-mounted shelter accomodating facility assembly of claim 7 further comprising a partition facility (906), wherein the partition facility (906) is hinged to the side wall, and in the deployed state, the partition facility (906) divides the space into a plurality of compartments, and in the stowed state, the partition facility (906) is located in a position parallel to and abutting against the side wall.

10. The vehicle-mounted house stowable structure according to claim 9, wherein the side walls and floor of the vehicle-mounted house are provided with recessed areas, and in the stowed state, the living facilities (905) of the second type and the partition facilities (906) are at least partially recessed in the recessed areas.

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