Building

 

(57) Abstract:

The invention relates to the construction of residential buildings. The building to save energy, independent energy and food prepared in such a manner that residential building, greenhouse and vegetable hopper is connected by means of cables in pairs with tanks of hot and cold water and the heat accumulator. Ropes thrown across blocks, mounted at the top of the stair-lift shaft located in the center of the cone-shaped translucent volume. The tanks and the heat accumulator are balances depending on the season to change the location of the residential buildings, greenhouses and vegetable bin in the vertical direction until placing them below ground level. In addition, the greenhouse due to the instantaneous emissions of aerosols and gas on the roots of plants in vegetation pipes, has the ability together with attached to its residential housing to move around the Central axis, which contributes to uniform insolation plants and residential areas, as well as neutralize geopathic factors. Along with this, move vertically due to the automated control system provides in building accounting Astro the Directors during lowering of the elements of the building, and gas mixture for pneumatic transport in the vegetable bin and volley emissions in the greenhouse. 1 C.p. f-crystals, 6 ill.

The invention relates to the construction of residential buildings. The predominant use of such buildings, it is advisable in areas where you need to be self-sufficient in energy and food products, in particular vegetables.

Known proposals to reduce heat loss and use of Solar energy in residential buildings due to the efficient use of solar heat passive and active systems: South-facing Windows, large size, suntrap, heat accumulators and the introduction of buffer spaces, in particular greenhouses [1]

A disadvantage of the known solution is that it does not account for seasonal and daily variations in the position of the Sun in the sky.

Famous building, which is arranged with the possibility of moving relative to the vertical Central axis to provide a uniform insolation all areas during the day [2]

The disadvantage of this solution is the fact that to turn these buildings need special drives and mechanisms that are not organically related to the structure of the buildings.

The closest analogue is the ichno-Elevator shaft in the center of the building with blocks on top, through which moved the cables linking the buildings together with the possibility of rotation around the Central vertical axis of the building and move them vertically for uniform insolation residential and neutralization biopathogens factors, and the cold water reservoir [3]

The disadvantage of this solution is a significant power consumption and the complexity of the process operation of the building.

The task of the invention is the provision of energy saving Autonomous supply of energy and food and optimization of the process operation of the building.

The problem is solved by the fact that the building is cone-shaped and provided with a hot water storage tank, the vegetable bin, heat accumulator and damper vegetable bins, tanks of hot and cold water and a heat accumulator, which is made in the form of pneumatosis, filled with a gas mixture under pressure, used in the vegetable bin for pneumatic transport of vegetables, and another case is made in the form of greenhouses with vegetation pipes with the possibility of using instantaneous emissions of aerosols or gas mixture from the absorber to rotate buildings around a Central vertical axis, and teploizolyatsii the public with a hot water storage tank, the cold water reservoir and the heat accumulator by means of additional ropes thrown over additional blocks stair-lift shaft with the formation of balances and can move vertically vegetable bin, heat accumulator and the tank hot and cold water.

In addition, the building can be equipped with an automated control system with the computing device associated with synchronization of biorhythms of the heavenly bodies, the accelerator move residential buildings, depending on torsion, the gravitational and electromagnetic fields of the Earth, air conditioner, blinds and shutters to control rotation of blinds and shutters, a heater, an exhaust device, mouse, harvest, remote control by pressure, temperature regulators and filling tanks of hot and cold water and the heat accumulator connected to sensors and actuators.

The essence of the invention lies in the fact that to save energy, independent energy and food (vegetables), uniform insolation areas residential building, greenhouse and vegetable hopper placed under the translucent cone and p is arebroken through blocks, pinned at the top of the stair-lift shaft, located along the Central vertical axis in the center of the cone, while the tanks and the heat accumulator serve as counterweights to move residential building, greenhouse and vegetable hopper vertically depending on the time of year: summer up, and in winter down to placing them below ground level. For residential buildings the counterweight is the hot water storage tank, for greenhouses tank of cold water for the vegetable bin of the heat accumulator. In the spring of tanks of hot and cold water fill due to melt water after cleaning under the weight of this water they are dropping down, raise up a residential building and a greenhouse. Vegetable hopper is facilitated after reducing the supply of vegetables and, lifting up, gives you the opportunity to fall in the lower position of the heat accumulator. Autumn vegetable hopper is filled with fruits of the harvest, under the weight of the fruit he goes down, lifting the heat accumulator. The tank with cold water after the water is spent on summer watering rises, lowering thus connected with him greenhouse in the space below zero. A tank of hot water is facilitated following the consumption of water in the greenhouse for proizvod translucent cone-shaped cap created a compact volume, ensuring the conservation of heat in the winter. The main elements of the building are below zero. In the spring the cycle is repeated. In addition, the residential building associated with house, having the ability to move around the Central vertical axis due to the instantaneous emissions of aerosols and gas on the roots of plants in vegetation pipes that promotes uniform insolation plants and residential areas, as well as neutralize geopathic factors. Along with this move vertically due to the automated control system provides in building accounting astropsychologist influences.

In Fig. 1 shows the section of the building 1-1, where the position of elements of the building in the summer, but in winter, Fig. 2 plan of the building: at +0.00, b mark C of Fig. 3 scheme of the stages of placing elements of the building: and in summer; in winter; b, C and d in autumn; e, W and C in the spring; Fig. 4 axonometric view of the unit, providing the moving elements of the building vertically, and Fig. 5 section of the fastening element of the cable to the vegetable bin of Fig. 6 diagram of the automated management system of the building.

In Fig. 1 and 2 shows the building vodnoy hopper 6, the tank with cold water 7, the tank with hot water 8, the heat accumulator 9, pairwise connected (residential building with hot water storage tank, a greenhouse, a cold water reservoir, vegetable bin with a heat accumulator) cables 10, moved through the blocks 11, supported by the bracket 12 (Fig. 4) attached to the hollow cylindrical yoke 13 is mounted on the upper part of the cylindrical stair-lift shaft 3, with the possibility of rotation around the vertical Central axis 14, sliding on bearings 15. This greenhouse 5, moving around the vertical Central axis 14, due to the instantaneous emissions of aerosols and gas in vegetation pipes drags residential building 4, associated with the greenhouse and vegetable hopper tanks with hot and cold water and the heat accumulator around the axis 14 is not moved, the cables 10 which they are attached, have the ball head 17, which moves along a circular slot 18, which frees these elements from the circular rotation (Fig. 2 and 5).

Along with providing energy savings due to the immersion of the building in the underground space 19 below zero, and the regulation of blinds and shutters 20, thanks to the centre's equipment upravleniia body around a vertical axis, and also consider the effect of the moon and other interplanetary rhythms, their physiological effects on the human body due to vertical movements (Fig. 3).

To optimize building operation and programmability reactions to diverse manifestations of the external environment the building is equipped with an automated control system with the computing device 21 connected through the terminal 22 to the operator 23 (Fig. 6). The computing device is connected to a common interface 24, the monitor geopathic factors, including devices for measuring torsion, gravitational and electromagnetic fields of the Earth 25, astromonical 26, thermometers for measuring the air temperature inside the building and outside air 27 psychometry for measuring humidity in rooms 28, a thermometer to measure air temperature in the greenhouse 29, psychometry for measuring humidity in the greenhouse 30, the status monitor ripening vegetables in the greenhouse 31, thermometers for measuring the air temperature in the vegetable bin 33, monitor the fullness of the hopper vegetables 34, a thermometer for measuring temperature of hot water in the respective tank 35, the level monitor hot 7, monitor the water level in the reservoir 38, a thermometer to measure the temperature of the liquid in the heat accumulator 39, monitor the liquid level in the heat accumulator 40. All of the above devices are connected to the interface 24 through the corresponding ADC (analog-to-digital converters) 41-56. Control signals from the computing device is fed through the interface 24 to the corresponding actuators 57-72, which are connected to accelerator movements of Idaho housing 72 depending on torsion, the gravitational and electromagnetic fields of the Earth, estrogenreceptor (synchronizer biorhythms of the heavenly bodies) 74, the air conditioner 75, the unit for tilt sashes and blinds 76, convector greenhouse 77, exhaust greenhouses 78, manipulator harvest 79, convector vegetable hopper 80, the exhaust device of the hopper 81, an air conveyor vegetables hopper 82, the hot water heater 83, the valve of the tank with cold water 86, temperature control in the heat accumulator 87, the valve of the heat accumulator 88.

On the basis of the building (Fig. 1) installed the 89 air bags, filled with a gas mixture, serve as shock absorbers vegetable bin, heat accumulator tanks of hot and cold water, etc is by means of valves for pneumatic transport of vegetables, in the vegetable bin, and volley emissions in the greenhouse.

1. The building, which includes provided with the insulating coating of the housing, one of which is executed residential, stairs and Elevator shaft in the center of the building with blocks on top, through which moved the cables connecting the housings together with the possibility of rotation around the Central vertical axis of the building and move them vertically for uniform insolation residential and neutralization biopathogens factors, and the cold water reservoir, characterized in that the building is cone-shaped and provided with a hot water storage tank, the vegetable bin, heat accumulator and damper vegetable bins, tanks of hot and cold water and the heat accumulator, which are made in the form of pneumatosis, filled with a gas mixture under pressure, used in the vegetable bin for pneumatic transport of vegetables, and another case is made in the form of greenhouses with vegetation pipes with the possibility of using instantaneous emissions of aerosols or gas mixture from the absorber to rotate buildings around a Central vertical axis, and the insulating coating is made of translucent, with residential cor and the heat accumulator through additional cables, thrown across additional blocks stair-lift shaft with the formation of balances and can move vertically vegetable bin, heat accumulator and reservoir of hot and cold water.

2. Building on p. 1, characterized in that it is equipped with an automated control system with a computing device associated with synchronization of biorhythms of the heavenly bodies, the accelerator move residential buildings, depending on torsion, the gravitational and electromagnetic fields of the Earth, air conditioner, blinds and shutters to control rotation of blinds and shutters, a heater, an exhaust device, mouse, harvest, remote control by pressure, temperature regulators and filling tanks of hot and cold water and the heat accumulator connected to sensors and actuators.

 

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