Self-driving villa

Abstract

The invention discloses a self-driving travel villa, which is characterized by comprising a plurality of composite support columns, wherein the composite support columns are fixedly connected with the ground; composite floor slabs are arranged on the composite support columns; left and right independent leisure suites are arranged on the composite floor slabs; an opening for people to enter the leisure suites is arranged between the left and right independent leisure suites; a staircase is arranged between the opening and the ground; the front and rear ends of the staircase are provided with composite small support columns for supporting the composite floor slabs respectively; parking spaces capable of parking vehicles are arranged between the staircase and the composite support columns on the two sides of the staircase respectively; washrooms are arranged in the leisure suites; the top ends of the leisure suites are provided with a transverse hierarchical metal tile top; the top end of the transverse hierarchical metal tile top is provided with a plurality of sprinkling devices; and non-overall-frame paint-free ecological plate sliding windows are arranged around the leisure suites.

Description

technical field [0001] The utility model relates to a self-driving villa. Background technique [0002] Also find no product or building identical with the self-driving villa of the present utility model at present, only have approximate product gazebo. The gazebos are generally single rooms, not only the activity space is small, but also only one floor or two floors but no stairs, and the second floor cannot be entered and used. People can only enjoy the cool air on the ground of the gazebo. and other activities, but can not enjoy the higher and farther scenery and hear the chirping of birds and the flowers and fruits of adjacent tall shrubs and trees at a closer distance on the second floor; There are suites equipped with household items such as bed cabinets, and have the function of leisure and living; there is no parking space downstairs to park vehicles, so it cannot meet the needs of people who are increasingly yearning for parking downstairs and living upstairs when ...

AI Technical Summary

Problems solved by technology

For pavilions with two-story cement and steel structures, relatively large pavilion columns, truss beams, heavy floors, tile surfaces and stairs are often required, which will limit the volume and use space of the pavilion.

Due to its heavy weight, piling is often required to reinforce the foundation, and the cement itself will cause pollution to the natural environment and green grassland. At the same time, it is heavy, difficult to construct, long construction period, difficult to disassemble and maintain, high construction cost, and cannot be industrialized. , factory production

As for the all-wood structure gazebo, generally only one floor and a single room can be built, and multi-layer and multi-room conjoined bodies cannot be built, and more natural logs are damaged, not strong enough, easy to be corroded by termites, fireproof, windproof and leakproof The shockproof effect is poor, which affects the overall structure and service life

[0004] And its use function of existing gazebo is relatively single, generally can only be used for viewing and enjoying the cool air, can not satisfy the increasingly diversified market demands of users

[0005] In addition, compared with ordinary pavilions, the applicant has previously applied for a new type of steel structure outsourcing wood-plastic pavilion 201120164129.8 and pavilion villas 201210127147.8, 201220184610.8 are closer to the self-driving villa of the utility model, and are transitional products of the utility model self-driving villa , but due to the lack of parking function and the breakthrough of multi-connected technology, its use is still limited, and it still cannot meet the increasingly diversified needs of users, especially the more needs for accommodation and parking during leisure travel

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