DE1928214A1 - Building with water catchment and storage tank - Google Patents

Description

8454 SCHNAITTENBACH Kaolinslraßc 3

June 1, 1969 sheet 1

Building with water catchment and storage tank.

The invention relates to a building that, instead of a ceiling in the usual sense, has water collecting and storage containers. These containers can be transparent (plastic) or opaque, depending on the purpose Building serves. First of all, it is intended as a greenhouse, i.e. translucent built to store rain, tap or running water, to allow it to be heated by solar radiation. Through a transparent roof construction * rainwater is collected by a special construction. Bamit will be achieved several effects. Once when the temperature drops, or over the the cooler night time, the higher temperature accumulated during the day gradually increases Passed on the room and thus a sharp temperature change is avoided. On the other hand, it is exactly the opposite when there is sudden exposure to heat The room is only warmed up gradually and heat build-up is avoided is used evenly for the benefit of the plants over a longer period of time. By tapping into the containers that can be hung up rigidly or flexibly water is taken for pouring, other taps allow a floor heating system by placing pipes from one end of the container lead into the bottom and flow back into the container at the other end. Pumps take care of the water circulation. If several containers are needed for whatever reason, connecting pipes are from one container to the others in order to distribute the water evenly in the whole room or in several buildings.

009852/1038

WILHELM BUSCH

a,

Building with water catchment and storage tank.

8454 SCHNAITTENBACH Kaollnilrafle 3

Sheet Ji

Exactly the other way around is the building with a water catchment and storage tank in animals and heat-sensitive. Plants (felt growing). Here, the roofing of the water collection and storage tanks is built in such a way that the effects of heat are prevented, i.e. the water is kept cool In order to provide the animals with drinkable water, e.g. via automatic drinking machines, there is also a cool shelter to offer unbearable weather conditions. Through an evaporation system via fans, openings on the gable ends through which the wind blows chimney, cooling is brought about. The rainwater collecting roof is sinusoidal (half-wave). A small loop on the left and on the right is the gutter, which drains the water inwards through holes, slots, where it is directly or indirectly via filters or preparation systems (enrichment with trace elements or other chemical substances) the water catchment and storage container flows in. Then the rain rises) what eer on the pitched roof steep to the sun rays in the morning and in the evening an optimum of surface to offer towards the sun «In a rounded ridge both sides unite. The roof ridge is seen from the side Lowered towards the middle so that the water has to run lengthways to the middle of the building on both sides. Front and rear of the rain catcher roof are closed vertically and can be fitted with flaps or fans be provided to use warm air once to warm up or vice versa to use cool air for cooling. One of them is the rain canopy transparent, translucent, (glass, plastic) to the other cold Thermally insulated and opaque.

009852/1038

WILHELM BUSCH Building with water catchment and storage tank.

8454 SCMNAITTENBACH Kaoltnitraße 3

Sheet A ^

The purpose of the invention is to maintain a uniform temperature in the buildings to get, almost regardless of the prevailing weather conditions to be. The building used as a greenhouse brings many advantages. Once rainwater is free, it can be collected and preserved and for used at a given time. Solar power heats the water cost ** go, even the outside air can be drawn in, so it will be with Poured water that is considerably warmer than tap water or cistern water. In spring and autumn, the sun's rays are already strong enough to warm the water even in cooler weather. By heating the floor the plant soil is heated, which is very necessary for plants. It is the other way around with mushrooms, they no longer have to be stored in a cellar or bunkers can be accommodated cost-effectively through proper cooling of the water catchment and storage tank, ktnn ^ the same cellar temperatures be respected. In the case of animal husbandry, it means free-range husbandry Cool drinking water is available, the room itself serves as a source of shade. Criticism and state of the art.

In plants stores the rooftops with milk of lime, cover pads, irrigation and similar an equally massive temperature trying to achieve, the effort is §ro ss, temperature fluctuations also. To warm ^ ₈ feeding water is must be precisely controlled in temperature expensive lie and, "not with it" warm "water is used. The floor heating can in the usual sense only with external energy, electricity. Hot water heating can be operated, the costs are considerable *

009852/103 &

Building with water collection and storage container.

8454 SCHNAITTENBACH

Kaotlnilraße 3

June 1, 1969 sheet if

In animal husbandry, it is usually so common ^ in a "cleaned" liquid manure barrel to offer haters to the animals via an automatic drinking machine, which is heated up very quickly in the blazing sun and becomes inedible. In .the mushroom cultivation very expensive basement or bunker must be built, \ a proper ambient temperature must haben.Zuchtpilzerde time consuming on and extended, which is far rationaller at ground-level structures and cheaper comes from equip.

The task of the invention is »the solar energy, the rain, the outside temperature, To make the plants usable without a lot of technical effort. The reverse is true for cool buildings, rainwater or other water to keep it enjoyable, to cool the enclosed space and to keep it temperature-resistant.

The solution is achieved by adding water catchment and storage containers, brings in under a roof that is once transparent, translucent, on the other hand, it is insulated from heat / cold and thus the required space · and Water temperature is reached.

The achievable advantages are: There is solar energy, as well as the warn or cold outside air without a lot of heating / cooling costs used. Rainwater used efficiently, expensive mechanical energy saved. The building is largely dependent on the respective ambient temperature independent

009852/1038

8454 SCHNAITTENBACH KaolinslraOe 3

June 1, 1969 Building with water catchment and storage tank.

sheet

Description. The building will be built with usual building materials as the ceiling

Containers in a rigid, flexible, translucent form built in, hung. In the case of several containers, pipe or hose connections are created that ensure uniform distribution of the water in order to be able to use it at every place in the building, and they also serve to distribute water flowing in on one side. Connections from one end of the container to the other can lead to the floor, heat it up or cool it down. Water withdrawal points are used for watering or soaking. Due to the energy radiated from the ceiling, buildings can be heated by solar radiation and a constant internal temperature can be maintained in the event of rapidly changing outside temperatures. When using cool Txagnnramnnn r outside temperatures and wind / fan, the water can be cooled, for example to serve as drinking water. Due to the design of the roof (sinusoidal) with the arched outer skin on both sides and the ridge lowered towards the center, rainwater or other water can be introduced into the building. The special design of the roof is ideal, especially in the morning and in the evening captured in thermal energy and transferred to the water. The front sides of the roof are closed vertically, or opened to avoid drafts (heating) or by evaporation of the

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Water and cooling by wind to achieve a cooling of the water.

The roof can be smooth or wavy.

009852/103 8

Claims (1)

/1. j protection of a combination of building, roof and water catchment and / storage container flexible or rigid. L, - '' ■ "■ ^: - ■ ■ '■■ ·' - - ■■■ - characterized by the fact that water is indifferent in the containers which origin is introduced and preserved. It by solar warm air energy, or mechanical energy (electrical or fire heating stations) is heated and heated as appropriately tempered water, directly or indirectly through appropriate radiators in the room, in the Walls and in the floor. 2. Protection of the shape of the roof,. characterized in that the roof skin consists of one piece, thus the eaves is a piece of the roof. That the gable is the represent the highest point, the ridge is lowered to the middle and So the water inevitably runs towards the middle. Here it becomes direct or indirectly (filter, vaccine) in the water collection and storage container In addition, the sinusoidal roof creates a captured the highest possible amount of solar energy. 3. Protection of a heating system in connection with the water collection and storage containers, characterized in that by rigid or flexible lines be led into other rooms in the building, in the walls in the floor, and heated by the water catchment and storage tank or ~ is cooled. 009852/1038 WILHELM BUSCH Building with waeeer collection and storage container. 8454 SCHNAITTENBACH K «olln« leaves 3 June 1, 1969 Sheet protection claim. A. Protection of Gies. and drinking systems in connection with water collection and storage containers characterized in that rigid or flexible lines, can be sprayed, rained, poured, sprayed, or troughs or other containers can be filled automatically or mechanically. 5. Protection of connections between several water collection and storage containers characterized in that the waeeer collection and storage container The same water level is present in the room or in a combination of several rooms and can therefore be diverted at every point can. 6. Protection of overflow pipes in combination with the water collection and storage container, characterized in that if there is excessive rain, "--ler -vierer Excessive discharge of water into the water catchment and storage tanks have been driven or have been overrun, can be diverted without damage.