CN212561906U - Novel environment-friendly experience formula hotel that dress was used promptly device - Google Patents

Abstract

The utility model relates to a novel dress environment-friendly experience formula hotel that uses promptly device and technical scheme thereof. The device and the technical scheme thereof adopt the structural principle of eggshells and use the industrial concept of motor homes to create a novel hotel device which has the function of traditional hotel accommodation and is obviously superior to the outdoor experience of the traditional hotel, and has the advantages of quick construction, low construction cost, quick effect after being installed and used, environmental protection, beauty, strong technological sense, convenient operation and management, suitability for commercial operation and the like. It mainly comprises: the main support column comprises three main parts, namely a spherical main body (1), a main support column (2) and a base body (3). The spherical main body includes: a main framework (4), a shell system (5) and a door and window system (6); the plane layout function is divided into two main spaces of a bathroom area (7) and a sleeping area (8); the vertical layering function is divided into an upper equipment layer (12), a human settlement layer (13), a lower equipment layer (14) and a base layer (15). The appearance of the finished product is characterized by a spherical shape.

Description

Novel environment-friendly experience formula hotel that dress was used promptly device

The technical field is as follows:

the utility model relates to an outdoor hotel building device especially relates to an outdoor environment-friendly experience formula hotel building device that can industrialization mode realizes that dress promptly is used and can withdraw fast.

Background art:

the traditional hotel construction generally needs to go through a series of processes of declaration, verification, planning, design, civil engineering construction, decoration and acceptance, and the process generally needs to go through a long time and a complicated procedure, so that the results of long construction period, high construction cost, uncontrollable construction quality and large environmental impact are caused. The complexity of the construction of the traditional hotel determines the complexity of its later operation management, which results in high operation and maintenance costs. In addition to the above-mentioned significant problems, the traditional hotel construction method has the following disadvantages: 1. stay on the 'building' level, so the appearance is free from the inherent building form; 2. the ground rooting can not be carried out when the artificial root is built; 3. the inherent form determines the limitation of experience, and lacks creativity and entertainment which are matched with the technological age.

Although the limo has the characteristics of quick building, accommodation function, mobility and the like, has unique advantages as a mobile travel facility, but finally belongs to the technical field of vehicles, and the comfort and experience of the limo are poorer than those of the traditional fixed hotel due to the problems of too complex limo system, narrow space, high building cost, complex operation and the like.

Although the portable camping tent hotel has the characteristics of quick establishment, low-cost intervention in beautiful scenery, immersive experience of outdoor environment, accommodation function, beautiful scenery selection and perch, quick evacuation and the like, the defects are obvious: has obvious potential safety hazard, poor disaster resistance, bathroom function deficiency, insufficient indoor supporting facilities, poor indoor experience, difficult standardized management and the like.

The three prior arts related to hotel accommodation function all have the problems associated with their own technical characteristics that restrict the hotel building to be quickly built, and also have the advantages of safety, environmental protection and better experience.

In order to obtain the outdoor immersive experience, some players abroad have carried out a great deal of attempts, and some examples of the tree house are completed, such as a suspended sphere tree house (http:// dy.163.com/v2/article/detail/DJPS220N05249VNJ.html) in the Jase angle exploration park of Quebec, Canada free mental ecology ball (https:// baike.baidu.com/item/% E6% A0% E5% B1% 8B/1545111fr ═ adadin), and the core design concepts are tree house designs, namely, the house is concentrated into a jungle building suspended in a jungle, so that the purpose of the outdoor immersive experience is achieved. These cases make a useful contribution to people exploring outdoor accommodation and how to obtain the outdoor environment immersive experience, but none of the cases is completed in a non-factory manner, so that all the cases have certain defects in safety, durability and economy, and are not suitable for commercial operation.

The invention content is as follows:

to the above problem, the utility model provides a but novel outdoor environment-friendly experience formula hotel device that can build fast and withdraw and technical scheme thereof is realized to batch production mode. The utility model discloses having broken away from traditional hotel architectural design thinking, having taken car as a house industrial design theory and method, having accomplished standardized subassembly production, on-the-spot fast assembly with the industrialization means with the construction of traditional hotel and built, the dress becomes and can use, has consequently greatly reduced site operation volume and construction cycle to the influence and the destruction degree to building a little environment have been reduced. An open platform capable of carrying various leading-edge technology applications capable of increasing experience is constructed through an industrialized means. Structural design adopts the eggshell principle to ensure device's fastness and leakproofness, and the theory that camping tent "selects the beautiful scene and perchs", "dress promptly with usefulness" and "can withdraw fast" has then been drawn to the structural style, has created a kind of similar golf and ball seat "light implanted" structural design, has ingeniously solved this dress promptly with usefulness novel environment-friendly experience formula hotel device's the problem of falling to the ground.

Briefly, the utility model discloses just make a novel hotel device that possesses traditional hotel lodging function, but obviously be superior to traditional hotel outdoor experience sense with the industrialization theory of car as a house to have build fast, construction cost low, install promptly and use to see fast, environmental protection, pleasing to the eye, advantage such as science and technology are strong, be convenient for operation management, be suitable for commercial operation.

The technical scheme is as follows:

the utility model provides a novel environment-friendly experience formula hotel device of dress usefulness promptly, it includes a spherical main part (1) of carrying on the various facilities of hotel, one holds up main tributary dagger (2) and the bearing foundation body (3) of this spherical main part (see figure 1 for details).

The spherical body comprises a main body frame (4) and a shell system (5). The method is characterized in that: the main body framework (4) is of a spherical net structure, bears the installation and fixation of the whole hotel device, and is composed of a capping disc (16), a hanging framework (17), a longitude framework (21), upper and lower latitude frameworks (19), a top layer framework (18), a ground keel (20) and a bottom layer equipment bracket (22), and all the parts form a whole in a welding mode (see figures 2 and 3 in detail). The shell system (5) arranged on the main body frame mainly plays roles of surrounding the space of the spherical main body, arranging a door and window system (6), preventing wind and rain, insulating heat and cold, resisting biological invasion and the like. The main supporting device (2) is a hollow cylindrical structure and is positioned at the lower part of the central shaft of the spherical body. The cylinder is used for supporting the spherical main body and is firmly connected with a foundation body (3) buried underground, and the hollow is used for laying various pipeline cables (see figures 5 and 6 in detail, wherein figure 5 is a cross section view from a to a in figure 4, and figure 6 is a cross section view from b to b in figure 4).

The above device realizes the main functions of the present invention through the following four related technical solutions:

the planar layout is mainly characterized in that a space is divided into a bathroom area (7) and a sleeping area (8) through a main bearing partition wall (9), and the sleeping area comprises a closed window (10) and an upper opening door (11) (see figure 4 in detail).

Secondly, the vertical functional arrangement is mainly characterized in that the spherical body is divided into four module layers from top to bottom (see figures 5 and 6 in detail). Wherein, the first layer is an upper equipment layer (12) which is mainly used for arranging a washing water system, an air-conditioning tail end system, an illuminating system, a sound system, a detection system and the like; the second layer is a living layer (13) which is mainly provided with two spaces of a sleeping area (6) and a bathroom area (7). The main bearing partition wall (9) in the middle separates the two large spaces; the third layer is a lower equipment layer (14) which is mainly provided with wastewater treatment and discharge equipment, a water and electricity interface, air conditioner front-end equipment, a maintenance access hole and the like, and the bottom layer is a base (15) which is mainly provided with a main body bearing device, a direction adjusting device and the like.

The vertical functional arrangement according to the second technical solution is mainly characterized by corresponding housing systems, which have the functions (see fig. 7, 8-fig. 7 is a side elevation, and fig. 8 is a front elevation): the shell of the upper equipment layer (12) is an upper shell (24) which mainly plays a role in protecting the upper equipment layer, and also plays a role in ventilating, radiating and organized drainage, and the top of the upper shell (24) is closed by a capping disc (16); the upper module and the lower module are separated by a breathing seam (25), and devices such as ventilation, drainage, background light and the like are arranged in the breathing seam; the shell of the human settlement layer (13) is a middle shell (26) which is used for bearing the main closing task and is used for arranging a closed window (10) and an upper opening door (11); the shell of the lower equipment layer (14) is a lower shell (28) which mainly plays a role in protecting the lower equipment layer and also plays roles in ventilating, radiating (array holes) and maintaining windows. The shell system (5) is connected with the main body frame (4) in a fastening mode of preventing external disassembly. The vertical division of the housing system (5) is the same as the arrangement of the longitudinal ribs (21) in the main frame (4) and the transverse division is the same as the arrangement of the latitudinal ribs (19) in the main frame (4), which is done for better installation and easier maintenance.

Fourthly, cold-proof, heat-insulation and heat-preservation technical measures: as shown in fig. 9, the outer shell is divided into four layers, the outermost layer is an outer shell protective layer (29), and a cold-proof heat-insulating layer (30) is arranged below the outer shell protective layer; the innermost layer is an insulating layer (32); an isolating strip (31) for cutting off temperature transmission is arranged between the heat insulating layer and the heat insulating layer;

the utility model discloses technical scheme brings:

1. the novel hotel form is provided, and particularly has creative significance in outdoor beautiful scene experience and scientific experience, and the living quality of people is greatly enriched.

2. Because the industrial manufacturing is adopted, the construction cost is low, the construction period is short, the process is beautiful, the structure is firm and durable, and the method is suitable for industrial mass production.

3. Because the utility model discloses the device is through the construction mode of industrialization batch manufacturing subassembly, field assembly, therefore it has overcome traditional hotel because a series of drawbacks that the site operation brought have realized that the unit is adorned promptly and is used, whole quick purpose of establishing.

4. Because the utility model discloses the device is realized through the off-site operation mode, therefore its destruction influence to the environment of building the point is very limited, has realized the environmental protection purpose.

5. The utility model discloses the unique experience of device is felt and is come from two aspects: compared with the traditional hotel, the environment-friendly building device has the advantages that due to the environment-friendly building mode, high-quality environment resources can be obtained more easily, attractive environments can be selected more easily, the aim of 'low-cost introduction into beautiful scenery' which cannot be achieved by the traditional hotel is fulfilled, and accordingly the immersion experience feeling of the outdoor environment is achieved; second the utility model discloses the device provides the experience platform scheme of a leading edge science and technology, makes it possess and becomes the open application platform who carries on the leading edge science and technology subsystem that various increases experience feelings, for example: VR movies, VR gaming experience, artificial intelligence, magnetic levitation, capacitive glass, live video, etc. can all be tried in the system.

In conclusion, because the device of the utility model is manufactured in an industrialized mode, the device has the advantages of quick construction, low construction cost, quick assembly and disassembly, environmental protection, beauty, strong technological sense, convenient operation and management, commercial operation and the like.

Description of the drawings:

fig. 1 is a side elevational view of the device of the present invention, illustrating primarily the overall shape and assembly relationship.

Fig. 2 is an exploded view of the device of the present invention, mainly illustrating the main structure.

Fig. 3 is a c-c sectional view of fig. 2, mainly illustrating the arrangement and distribution relationship of longitudinal bones in the plane direction.

Fig. 4 is a plan layout view of the device of the present invention, mainly illustrating the relationship of the plan layout.

Fig. 5 is a sectional view taken along a line a-a in fig. 4, and illustrates the main structure, the internal devices, and the arrangement and installation of the apparatus, mainly from a side section.

Fig. 6 is a sectional view b-b of fig. 4, which mainly illustrates the arrangement and installation of the main structure and the internal devices and equipment from a front section.

Fig. 7 is a side elevation external view of the device of the present invention.

Fig. 8 is a front elevation view of the device of the present invention.

Fig. 9 is a top view of the device of the present invention.

The upper diagram of fig. 10 is a detailed structural diagram of point d of fig. 4, and the lower diagram is a detailed structural diagram of point e of fig. 5.

In the above figures, the numbers 1 to 28 in fig. 1 to 8 represent: 1. a spherical body; 2. a main support column; 3. A base body; 4. a main body frame; 5. a housing system; 6. a door and window system; 7. a bathroom area; 8. a sleep zone; 9. a main load-bearing wall; 10. closing the window; 11. opening the door upwards; 12. an upper device layer; 13. a human settlement layer; 14. a lower device layer; 15. a base; 16. capping the disc; 17. hanging a framework; 18. a top layer skeleton; 19. a latitudinal bone; 20. a ground keel; 21. a longitudinal bone; 22. an equipment carrier; 23. a pipeline; 24. an upper housing; 25. Breathing seam; 26. a middle housing; 27. stepping; 28. a lower housing.

The numbers 29 to 38 in fig. 10 represent: 29. a shell protective layer; 30. a cold-proof heat-insulating layer; 31. a spacer bar; 32. a heat-insulating layer; 33. a flow guide seam; 34. an air collection box; 35. a light-emitting adhesive tape; 36. a rainwater leakage prevention groove; 37. a fastener; 38. an inner wall heat-insulating decorative material.

The specific implementation mode is as follows:

1. the scheme of realizing the main body sphere shape is a main body frame (4) with a longitude and latitude net shape, the main body frame comprises a capping disc (16), longitude bones (21), upper and lower layers of latitude bones (19), a top layer framework (18), a ground keel (20) and a bottom layer equipment bracket (22), and the top layer framework (18) and the ground keel (20) are installed in a bearing mode except the effect of connecting and fixing the longitude bones by the two layers of latitude bones (19). All the components of the main body frame are connected in a welding mode to form a whole.

2. The scheme for realizing the closed enclosure of the main body sphere is a shell system (5) which is mainly divided into an upper shell (24), a middle shell (26) and a lower shell (28), wherein the shell system (5) is connected with a main body frame (4) in a fastening mode of preventing external disassembly. The shell system (5) is divided in the same way as the arrangement of the longitudinal bones (21) in the main body frame (4).

The longitudinal bone (21) has a cross-sectional shape in the shape of a "T", as shown in fig. d of fig. 10, for the purpose of better engagement with the housing for secure mounting.

3. The main supporting device (2) is a light implanted structure design similar to a golf ball and a ball seat, is a hollow cylindrical structure and is positioned at the lower part of the central shaft of the spherical main body, the cylinder is used for supporting the spherical main body and is firmly connected with a foundation body (3) buried underground, and the hollow structure is used for laying various pipeline cables.

4. The top framework (18) is used for solving the problem of arrangement of top equipment, a floor effect is formed after the upper sealing plate is sealed, and a washing water system, an air-conditioning tail end system, an illuminating system, a sound system, a detection system and the like can be arranged in the upper space.

5. The top layer human settlement facility problem of solving is ground fossil fragments (20), forms the floor effect behind its upper seal board, and the space forms two big spaces that can settle sleep district (8) and bathroom district (7) that satisfy the lodging function then in upper portion space, separates into these two big spaces be main bearing partition wall (9).

6. The main bearing partition wall (9) is used for solving the communication problem of the upper equipment layer and the lower equipment layer, and a hidden pipeline for communicating the upper equipment layer and the lower equipment layer is arranged in the main bearing partition wall. The main bearing partition wall (9) is connected with the upper layer framework and the lower layer framework in a welding mode.

7. The main supporting device (2) is used for solving the problems of water source, power supply and sewage and wastewater discharge, and is butted with a prefabricated pipeline (23) of a foundation body, and various pipeline cables are laid in a hollow cylindrical interior.

8. The measure for solving the problems of cold-proof, heat insulation and heat preservation is a shell system (5) which adopts a multi-layer cold-proof, heat insulation and heat preservation structure design, as shown in figure 9, the shell is divided into four layers, the outermost layer is a shell protective layer (29), and a cold-proof and heat insulation layer (30) is arranged below the shell; the innermost layer is an insulating layer (32); and an isolating strip (31) for cutting off temperature transmission is arranged between the heat insulating layer and the heat insulating layer.

9. The solution of the ventilation and air exhaust measures is a breathing seam (25), as shown in a graph e of fig. 10, a flow guide seam (33) of the breathing seam adopts a step-upward turning structure, the purpose is to prevent rainwater from flowing backwards, and a rainwater anti-leakage groove (36) is arranged below the breathing seam to prevent accidents. And the air collection box (34) is communicated with the flow guide seam and is butted with an air inlet and an air outlet of the fresh air fan of the air conditioner.

Claims (9)

1. The utility model provides a novel dress environment-friendly experience formula hotel that uses promptly device which characterized in that: the hotel room comprises a spherical main body (1) for carrying hotel internal facilities, a main supporting device (2) for supporting the spherical main body, and a foundation body (3) for bearing the spherical main body and the main supporting device.

2. The apparatus of claim 1, wherein: the spherical main body (1) comprises a main body frame (4) and a shell system (5).

3. The apparatus of claim 2, wherein: the main body framework (4) comprises a capping disc (16), a hanging framework (17), a longitudinal framework (21), an upper layer of latitudinal framework (19), a lower layer of latitudinal framework (18), a top layer of longitudinal framework (20), a ground keel (20) and a bottom layer of equipment bracket (22), wherein all the parts form a whole with a spherical net structure in a welding mode, and the whole hotel device is borne and fixed.

4. The apparatus of claim 1, wherein: the shell system (5) arranged on the main body frame (4) mainly plays roles of space enclosing of the spherical main body, arrangement of the door and window system (6), wind and rain prevention, cold and heat insulation and heat preservation and biological invasion resistance; the shell system (5) is connected with the main body frame (4) in a bolt fastening mode for preventing external disassembly; the division of the housing system (5) is the same as the arrangement of the latitudinal bones (19) in the main body frame (4).

5. The apparatus of claim 1, wherein: the main supporting device (2) is a hollow cylindrical structure, the cylinder is used for supporting the spherical main body and is firmly connected with a foundation body (3) buried underground, and the hollow structure is used for laying pipeline cables.

6. The apparatus of claim 1, wherein: the interior plane space of the spherical main body (1) is divided into a bathroom area (7) and a sleeping area (8) through a main bearing partition wall (9), and the sleeping area is provided with a closed window (10) and an upper opening door (11).

7. The apparatus of claim 1, wherein: the spherical main body (1) is divided into four module layers from top to bottom, wherein the first layer is an upper equipment layer (12) which is mainly used for arranging washing water, an air conditioner tail end, illumination, sound and a detection system; the second layer is a living layer (13) which is mainly provided with two spaces of a sleeping area (8) and a bathroom area (7); the main bearing partition wall (9) in the middle separates the two large spaces; the third layer is a lower equipment layer (14) which is mainly provided with wastewater treatment and discharge equipment, a water and electricity interface, air conditioner front-end equipment and a maintenance access hole, and the bottom layer is a base (15) which is mainly provided with a main body bearing device and a direction adjusting device.

8. The apparatus of claim 7, wherein: the shell of the corresponding upper equipment layer (12) is an upper shell (24) which mainly plays a role in protecting the upper equipment layer, and also plays a role in ventilating, radiating and organized drainage, and the top of the upper shell (24) is closed by a capping disc (16); the upper module and the lower module are separated by a breathing seam (25), and a ventilation device, a drainage device and a backlight device can be arranged in the breathing seam; the shell of the human settlement layer (13) is a middle shell (26) which is used for bearing the main closing task and is used for arranging a closed window (10) and an upper opening door (11); the shell of the lower equipment layer (14) is a lower shell (28) which mainly plays a role in protecting the lower equipment layer and also plays a role in ventilating, radiating and maintaining a window.

9. The apparatus of claim 4, wherein: the shell system (5) is divided into four layers, the outermost layer is a shell protective layer (29), and a cold-proof heat-insulating layer (30) is arranged below the shell protective layer; the innermost layer is an insulating layer (32); and an isolating strip (31) for cutting off temperature transmission is arranged between the heat insulating layer and the heat insulating layer.

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