JPH0967948A - Super-multistory building and production of agri-livestock products - Google Patents

Abstract

PROBLEM TO BE SOLVED: To make effective use of resources in managing the agri-stock farming in a super-multistory building, by utilizing the excrement of the livestock and wastes from the farm products. SOLUTION: The livestock raising region 14 of an agri-fishery house 1 concerns raising of various sorts of livestock, where a grazing place is provided, and a compost self-supply center is furnished which produces compost from the excrement of the livestock. The vegetable and fruit production region 15 concerns production of various sorts of vegetables and fruits, where a compost self-supply center is furnished which produces compost from the waste of vegetable and fruit and from the weed. A rice/barley production region 16 concerns production of the corn such as rice and barley, where a compost self-supply center is furnished which produces compost from straws, etc. The compost produced in the compost self-supply center of the region 14 is conveyed by a conveying line 23 to the regions 15 and 16 and used there. The straws produced in the rice/barley region 16 are conveyed by another line 24 to the livestock raising region 14 and used.

Description

Detailed Description of the Invention

[0001]

TECHNICAL FIELD The present invention relates to a super-high-rise building and a method for producing agricultural and livestock products in the super-high-rise building.

[0002]

2. Description of the Related Art Conventional agricultural and livestock industries have been conducted on the ground as arable land and grazing land.

Further, in recent years, construction of super high-rise buildings having a steel frame structure and having a height of several hundred meters above the ground has been carried out in various places by the curtain wall method or the like. Furthermore, recently, 100
Various proposals have been made for super-high-rise buildings that exceed 0 m.

[0004]

However, if the ground is cultivated land or grazing land as in the prior art, there is a limit in expanding the cultivated land or grazing land area. In addition, conventional upland farming cannot be cultivated throughout the year and was affected by the weather and season. Furthermore, if the land is cultivated land or grazing land, it is not possible to run agriculture and livestock near large consumption areas, so complicated distribution channels must be used, and an intermediate margin was incurred.

[0005] In order to solve these points, it is conceivable to run farming and livestock in a super high-rise building. That is,
Recently proposed various skyscraper concepts over 1,000 m above the ground are based on the idea of building one city inside the skyscraper. Therefore, a group of buildings are formed by multiple super skyscrapers, and these super skyscrapers are classified by function, such as agricultural and marine products buildings that produce agricultural and marine products, and residential buildings in which a residential district is built. If the city is divided and constructed as a whole, the area of cultivated land and grazing land can be expanded in layers, and cultivation can be done throughout the year, regardless of the season or weather. Further, since the production area and the consumption area of the agricultural and marine products are close to each other, the product can be directly distributed from the producer to the consumer, so that the product can be provided at a low price.

[0006] However, if the livestock industry is operated in such an ultra-high-rise building, it becomes difficult to raise livestock in an environment with natural outside air and sunlight.

An object of the present invention is to make it possible to raise livestock even in a super high-rise building in an environment with natural outside air and sunlight.

[0008] Further, in conducting farming and livestock in a super high-rise building, it is also an object to make effective use of resources by utilizing livestock excrement and agricultural crop waste.

[0009]

In order to solve the above-mentioned problems, the invention according to claim 1 provides a livestock production area (14) for producing livestock on a predetermined floor, wherein the outdoor air and light are provided. Opening and closing doors (141, 142,
143) having a super high-rise building (agricultural and fisheries building 1).

According to the first aspect of the present invention, by opening the opening / closing door, it is possible to raise livestock even in a super high-rise building in an environment with natural outside air or sunlight.
Also, since it is an opening / closing door, it can be closed at night.

According to the second aspect of the present invention, a livestock production area (14) for producing livestock and a crop production area (vegetable / fruit production area 15, rice / wheat production area 16) for producing agricultural products are each located on a predetermined floor. And a first transport means (transport line 24) for transporting livestock excrement produced in the livestock production area or fertilizer produced using the excrement to the agricultural crop production area, and waste produced in the agricultural product production area. Second transportation means (transportation line 2) for transporting to the livestock production area
3) and a super-high-rise building (agricultural and fisheries building 1).

According to the second aspect of the present invention, the excrement of livestock produced in the livestock production area or the fertilizer produced using the excretion is transported to the agricultural crop production area by the first transportation means and used for the production of agricultural crops. Since the waste generated in the agricultural product production area can be transported to the livestock production area by the second transportation means and used for the production of livestock, when operating the livestock farming in a super high-rise building, the waste of livestock and agricultural products are Effective utilization of resources can be promoted by utilizing waste materials.

According to the third aspect of the present invention, livestock is produced on a predetermined floor of the ultra-high-rise building (agricultural and fisheries building 1) and agricultural crops are produced on other predetermined floors, and the waste produced by the production of the livestock is the agricultural crop. The waste produced by the production of the agricultural crops is used as a fertilizer of the above-mentioned, and is used as a production method of agricultural and livestock products used for the production of the livestock.

According to the invention of claim 3, the excrement produced by the production of livestock is used as a fertilizer for agricultural crops,
Since the wastes generated by the production of agricultural products are used for the production of livestock, it is possible to utilize the wastes of the livestock and the wastes of the agricultural products to effectively use the resources when conducting the agriculture and livestock industry in the super high-rise building.

[0015]

DESCRIPTION OF THE PREFERRED EMBODIMENTS First, the structure will be described.

FIG. 4 shows a group of super high-rise buildings including an agricultural and fisheries building 1 according to an embodiment of the present invention.

Referring to the figure, the group of super skyscrapers
It consists of multiple skyscrapers with a height of 1,000m or more above the ground, and each skyscraper is divided according to its function, forming a city as a whole. That is, reference numeral 1 is an agricultural and fisheries building for producing agricultural and livestock products and marine products, and reference numeral 2
Is a residential building which is a city dedicated to housing, reference numeral 3 is a complex building having multiple functions such as offices, educational institutions, shopping centers, plazas, amusement facilities, and residences, and reference numeral 4 is manufacturing of industrial products. This is an industrial building.

FIG. 1 is a diagram showing an agricultural and fisheries building 1 which is an embodiment of the present invention.

This agricultural and fisheries building 1 is built on the waterfront. On the ground floor of the agricultural and fisheries building 1, first,
A water storage center 11 is provided on the rooftop floor, and from the top, a water quality management center 12, an air conditioning management center 13, a livestock production area 14,
A vegetable / fruit production area 15, a rice / wheat production area 16, a central management center 17 and a shipping center 18 are provided in this order on different floors. Reference numeral 19 is an elevator that connects the floors.

The water storage center 11 receives rainwater and stores it.
The stored rainwater is passed through the flow path 21 to the water quality control center 1
2, the water quality control center 12 purifies rainwater and uses it for each floor of the agricultural and fisheries building 1.

The livestock production area 14 is involved in the production of various livestock, and inside thereof, a grazing land is provided over a plurality of floors, and the produced beef and pork, milk and chicken eggs are processed. There is a processing center and a compost self-sufficiency center that produces compost from excrement such as cows and pigs. The east, south, and west walls that surround the pasture are open / close doors 141, 142, and 143, respectively (see FIG. 2). The opening / closing doors 141, 142 and 143 are provided with a purification filter 144 for purifying the outside air to be taken in, and the outside air taken into the pasture is taken in through the purification filter 144.

On the north wall side of the grazing land, an air conditioning management unit 144 that manages the air conditioning of the grazing land, a management unit 145 that manages the entire grazing land, and a feed management unit 1 that manages the livestock feed.
46, a product elevator 147 used exclusively for loading and unloading products, a water management unit 148 that manages water supply from the water quality management center 12, and an excrement management unit 149 that manages excrement of livestock for composting. (Fig. 2
reference).

The grazing land in the livestock production area 14 communicates with the air conditioning management center 13 through the duct 22, and the air conditioning management center 13 manages the air conditioning of the grazing land.

The vegetable / fruit production area 15 is involved in the production of various vegetables and fruits, and inside thereof, in addition to the vegetable and fruit production factories, a processing center for processing the produced vegetables and fruits, vegetables and fruits. There is a compost self-sufficiency center that produces compost from waste and weeds.

The rice / wheat production area 16 is involved in the production of various grains such as rice and wheat, and inside thereof, in addition to grain production factories, a processing center for processing the produced grains, compost from straws and the like. There is a compost self-sufficiency center that produces straws and recycles straw for reuse.

In the vegetable / fruit production area 15 and the rice / wheat production area 16, a growth promoting device can be provided to grow seeds and seedlings using a culture solution.

The compost produced in the compost self-sufficiency center of the livestock production area 14 is conveyed to the vegetable / fruit production area 15 and the rice / wheat production area 16 through a predetermined conveyance line 23 and is used. The straw produced in the rice / wheat production area 16 is conveyed to the livestock production area 14 through a predetermined conveyance line 24 and is used. The transport lines 23 and 24 may be dedicated elevators or the like.

A marine product production area 41 is provided in the sea facing the agricultural and marine product building 1 for aquaculture of marine products.
The produced marine products are stored in the storage center 42. The marine product production area 41 and the storage center 42 are connected to the basement of the agricultural and fisheries building 1 by a passage 43.

The central management center 17 integrates the entire agricultural and fisheries building 1 while collecting, investigating and analyzing a large amount of data.
to manage. The shipping center 18 supervises shipping of agricultural and livestock products produced in the livestock production area 14, the vegetable / fruit production area 15, and the rice / wheat production area 16.

In the basement of the agricultural and fisheries building 1, livestock production area 1
4. A storage center 31 for storing the agricultural and livestock products produced in the vegetable / fruit production area 15 and the rice / wheat production area 16 and a waste processing center 32 for processing the waste of the entire farm and fisheries building 1 are provided.

Next, the operation of the embodiment of the invention will be described.

Referring to FIG. 2, by opening the opening / closing doors 141, 142 and 143, it is possible to raise livestock in the agricultural and fisheries building 1 as well in the environment with natural outside air and sunlight. Also, since it is an opening / closing door, it can be opened during the day (Fig. 3a).
It can be closed at night (see Figure 3b).

Further, referring to FIG. 1, the livestock production area 14
The compost produced at the compost self-sufficiency center in Japan using livestock excrement and agricultural waste is transported to a vegetable / fruit production area 15 and a rice / wheat production area 16 through a predetermined transportation line 23 for use. . Further, the straw produced in the rice / wheat production area 16 is conveyed to the livestock production area 14 through a predetermined conveyance line 24 and is used. Therefore, when producing agricultural and livestock products in the agricultural and fisheries building 1, which is a super skyscraper, it is possible to utilize the wastes of agricultural products such as livestock excrement, straw, and vegetable scraps produced in the agricultural and fisheries building 1, thus making effective use of resources. Can be achieved.

[0034]

According to the first aspect of the present invention, by opening the opening / closing door, it is possible to raise livestock even in a super high-rise building in an environment with natural outside air or sunlight. Also, since it is an opening / closing door, it can be closed at night.

According to the invention of claim 3, the excrement produced by the production of livestock is used as a fertilizer for agricultural crops,
Since the wastes generated by the production of agricultural products are used for the production of livestock, it is possible to utilize the wastes of livestock and the wastes of agricultural products to effectively utilize the resources when operating the farming and livestock industry in a super high-rise building.

[Brief description of drawings]

FIG. 1 is a diagram showing an agricultural and fisheries building which is an embodiment of the present invention.

FIG. 2 is a plan view of a pasture in the agricultural and fisheries building.

3A and 3B are diagrams illustrating opening and closing of an opening / closing door of the agricultural and fisheries building, in which FIG. 3A is an open state and FIG. 3B is a closed state.

FIG. 4 is a diagram showing a group of skyscrapers including the agricultural and fisheries building.

[Explanation of symbols]

 1 Agriculture and Fisheries Building 14 Livestock Production Area 15 Vegetable / Fruit Production Area 16 Rice / Wheat Production Area 23 Transport Line 24 Transport Line 141 Open / Close Door 142 Open / Close Door 143 Open / Close Door

 ─────────────────────────────────────────────────── ─── Continuation of the front page (72) Yuji Harima, 2-10-10 Fujimi, Chiyoda-ku, Tokyo Maeda Construction Co., Ltd. (72) Kazumasa Nakata 2--10-10, Fujimi, Chiyoda-ku, Tokyo Maeda Construction Industry Co., Ltd. (72) Inventor Kaori Umemoto 2-1026 Fujimi, Chiyoda-ku, Tokyo Maeda Construction Industry Co., Ltd. (72) Seikei Nagano 2-1026 Fujimi, Chiyoda-ku, Tokyo Maeda Construction Co., Ltd. (72) Inventor Tomomi Sakano 2-10-10 Fujimi, Chiyoda-ku, Tokyo Maeda Construction Co., Ltd. (72) Noriko Takayama 2-chome 10-26 Fujimi, Chiyoda-ku, Tokyo Maeda Construction Industry Co., Ltd.

Claims (3)

[Claims] 1. A super high-rise building having a livestock production area for producing livestock on a predetermined floor and having an opening / closing section for introducing outdoor air and light into the livestock production area. 2. A livestock production area for producing livestock and a crop production area for produce of crops are respectively provided on predetermined floors, and the excrement of livestock produced in the livestock production area or a fertilizer produced using the excretion is used as the crop. A super high-rise building, comprising: a first transporting means for transporting to a production area; and a second transporting means for transporting waste generated in the agricultural product production area to the livestock production area. 3. A livestock is produced on a predetermined floor of a super high-rise building, and a crop is produced on another predetermined floor, and excrement produced by the production of the livestock is used as a fertilizer for the crop, and waste produced by the production of the crop. Is a method for producing agricultural and livestock products, which is used for producing the above-mentioned livestock.