JPH0559229B2 - - Google Patents

Description

DETAILED DESCRIPTION OF THE INVENTION [Field of Industrial Application] This invention relates to a building with a parking space.

[Prior art]

Conventionally, in order to provide a parking space in a building, it is necessary to either make the entire building a parking space, make the entire structure a parking space in the basement, or construct a basement.
This underground part was commonly used as a parking space.

[Problems to be solved by this invention] It is desirable that an office building has a working space and a parking lot. By the way, constructing the underground part of a building as a parking space in this way makes the construction large-scale and difficult.
This would have increased construction costs.

On the other hand, especially in large-scale buildings, sunlight does not reach the core part far from the outer periphery, and large amounts of lighting and ventilation equipment are required to create a working space.

This invention was made in order to solve the above-mentioned problems, and it is an object of the present invention to provide an office building with a parking space that can make effective use of the entire space of the building and reduce construction costs. With the goal.

[Means to solve the problem]

The building with a parking space according to this invention is
The core of the building will be used as a parking space.

Each floor of the building will be separated by bulkheads with earthquake-resistant walls between the core and the outer periphery. This partitioned core is used as a parking space, and the outer periphery surrounding this core is used as a working space.

By providing an opening in the seismic wall, the parking space can be made more lively, and an entrance or driveway can be created connected to it.

The parking spaces on each floor have slopes connecting the upper and lower floors.

[Effect]

Parking spaces are provided in the core of each floor of the building, so there is no need to enlarge the basement area.

To effectively utilize the core of a building as a parking space that does not require extensive lighting.

A slope is formed on each floor, allowing the robot to travel on its own and reach the desired floor.

Each floor has an entrance and a driveway, so you can immediately access the working space on the same floor through the opening in the seismic wall. Since the main seismic walls are the partition walls between the parking space and the surrounding area, the surrounding area can be constructed as a large open space with few walls and a large span.

〔Example〕

The illustrated embodiment will be described in detail below.

In the figure, 1 is a concrete structure building, which is built on expanded-bottomed piles 2. The building 1 has multiple floors, and the core part 3 and the outer peripheral part 4 near the windows of each floor are partitioned by a seismic wall 10. The core part 3 on each floor of this building 1 is used as a parking space A, and the outer periphery part 4 is used as a working space B, which is a place for human activities.

Openings are provided at predetermined positions in the seismic walls 10 to enable the parking space A and working space B on each floor to be used as living space, and an entrance and a driveway are provided on each floor connected to the openings.

A blow-through hole 5 vertically passes through the center of the core part 3, and a slope 6 connecting the upper and lower floors is formed here.

Therefore, a car can enter the building 1 from the road, drive itself through the slope 6, and arrive at the target floor. Note that if the rooftop of the building 1 is also used as a parking space A, it can be effectively used as a parking space A that can be accessed by self-driving without the need for an elevator or the like.

The outer peripheral part 4 is a part where outside light enters through the window and the required brightness is maintained, so there is no need to use much lighting during the day. This outer peripheral portion 4 is used as a work space for office work, manufacturing work, etc., or as a residential space. This outer circumferential portion 4 is partitioned into several spaces by partitions, etc., and air-conditioned by individual air conditioners, and the partitions can be changed freely.

The slabs 7 on each floor of the building 1 are flat slabs in which prestressing steel materials are arranged vertically and horizontally inside to withstand stress. Therefore, the slab 7 has no beams.

The building 1 has an underground part 8, which can house mechanical equipment 9 such as a boiler and an air conditioning machine.

〔Effect of the invention〕

The present invention has the above configuration and can obtain the following effects.

The surrounding area of the building, which has plenty of daylight, is used as a working space, and the core area of each floor of the building, where little outside light reaches, is used as a parking space, so it can be effectively used as a parking lot without the need for large-scale lighting equipment.

The core part and the outer peripheral part of a building can be partitioned by a partition wall, and this partition wall can function as a seismic wall. In other words, the building has a center core structure in which earthquake-resistant walls are present in the core part of the building, resulting in good earthquake resistance.

There is no need to provide a parking space underground, and the underground construction work can be done on a smaller scale, reducing construction costs.

By providing the parking spaces on each floor with slopes that connect with the floors above and below, it is possible to reach the desired floor by self-propelled car from outside the building, and openings are provided in the seismic walls of each floor. Parking spaces and working spaces are easily accessible.

[Brief explanation of the drawing]

FIG. 1 is a longitudinal cross-sectional view of a building according to this invention;
FIG. 2 is a perspective view showing its internal structure. A... Parking space, B... Working space, 1... Building, 2... Bottom expansion pile, 3... Central part, 4... Outer area, 6... Slope, 7... Slab, 10... Earthquake resistance wall.

Claims (1)

[Claims] 1 The core and outer periphery of each floor are separated by a seismic bulkhead, the core is used as a parking space, and the entire outer periphery surrounding this core is used as a working space. A building with a parking space, characterized in that a slope connecting the floors is formed, and the parking space and working space on each floor can be used through openings provided in the seismic wall.