Complex solar energy drying system, assembling, batterying and supplying heat

FIELD: heating system.

SUBSTANCE: system contains a solar greenhouse, a shelving unit (1) for accumulating solar heat, an air condenser (3), a wet dust collector (4) and tubes and valves (9.1-9.12) connecting each device, and blowers (2.1-2.3). Solar greenhouse is a frame structure with a floor made of perforated cement slabs (7). Shelving (1) for accumulating solar heat contains upper and lower air chambers (1.1), a number of tubes (1.3) for collecting and storing solar energy and a sealed chamber. Air condenser (3) is a cylindrical structure, sides of which are provided with openings for inflow and outflow of air, and the upper and lower openings of which are provided with air chambers (3.1) interconnected by air tubes (3.2). The inflow channel is provided under the solar greenhouse, and two air outlets are provided above the floor. Lower air chamber of air condenser (3) is connected to a wet dust collector (4).

EFFECT: high thermal efficiency and drying speed.

9 cl, 6 dwg



Same patents:

FIELD: heating.

SUBSTANCE: universal self-contained dryer (USCD) relates to renewable power sources intended for drying of: agricultural products, military clothes and shoes, various dyed parts, wood parts, etc. USCD can be used self-contained electric power generator for household consumers operating on the principle of solar power conversion into electric power. Dryer comprises quadrilateral exhaust dryer tower with inner surface coated with light-reflection film. It includes gauze chute arranged to make the spacing between said chute and tower wall equal to at least 0.25 of said gauze chute. It incorporates UV LED lamps, storage batteries, confuser-diffuser and quadrilateral pyramidal cover. Three solar hot air generators made from translucent one-piece polycarbonate are fitted at quadrilateral exhaust dryer tower outlet. Said generators have oval covers with cut-outs at their top part connected with three sides of said quadrilateral exhaust dryer tower. Heat accumulation containers are filled with fine aluminium chips. Rear and lateral walls of said containers are made from cellular polycarbonate, their surface facing said fine aluminium ships and being coated with light reflection foil. Their outer surfaces are painted with heat-insulating dye. Heat absorbing 5 mm thick sheets are made of cellular polycarbonate, their outer surface being coated with high-selectivity dye, and arranged at hot air generator base. Hot airflow conical swirler and tandem photoelectric modules located at outer surface of quadrilateral exhaust dryer tower are communicated with hot air generator semi-confusers. Electric air heaters are arranged at tower bottom between outlets of semi-confusers. Besides, it incorporates control board, regulating relay of storage batteries, ON/OFF buttons and heated door.

EFFECT: all-the-year-round high-quality drying and electric power production.

4 cl, 5 dwg

FIELD: construction.

SUBSTANCE: body of a solar heat collector has channels, where transparent covers 3 are installed, equipped with elastic seals. Transparent covers 3 in the working position cover the upper part 7 of the body 1. The body 1 is equipped with a coverage 10, made of thin heat insulation material, rigidly connected with metal channel bars of round section 11. Metal channel bars 11 with their ends 12 are fixed with the possibility of their rotation on cylindrical nozzles 13. At channel bars 11 that are the last at the longitudinal ends of the heat insulation material there are light-sensitive 16 and metal 17 plates fixed with insulation 18 arranged between them. Light-sensitive plates 16 are connected to opposite metal plates 17 by means of time relay 19 and wires 20. Between the metal plates 17 there are elastic elements 21, which may be arranged in the form of springs. Heat insulation material has a reflecting coating.

EFFECT: higher efficiency of the process of solar and thermal treatment of building articles due to increased power irradiance and reduction of losses to the environment.

7 dwg

FIELD: machine building.

SUBSTANCE: proposed drier of loose materials (seed) in "boiling" layer operates from alternative power sources (solar heat and wind power) and comprises diffuser-like annular nozzle unit made up of 6-16 and more connectable solar collectors and tower painted in black high-selectivity dye to create heat airflow; loading, accommodating and discharging devices made up of transformable grids and bins, rotor-type windmill with vertical shaft, turbine and generator to convert airflow and wind power into electric power to be consumed by whatever structure of agricultural complex. Simultaneously, apart from drying, proposed plant doubles as an alternative power source.

EFFECT: self-contained operation, reliable power supply.

10 cl, 1 dwg

FIELD: heating.

SUBSTANCE: deflector drier operating on solar batteries has load-carrying frame installed on horizontal base above which there located is loading bunker in upward direction; in lower part of the above bunker there installed is horizontal air-permeable partition intended for arrangement of products to be dried, protective cap and exhaust cylinder with cone-shaped exhaust cap located on it; at that, drier has two deflector air channels, base channel - between base and lower part of loading bunker, and exhaust channel - between exhaust cylinder and exhaust cap; to deflector drier there introduced are solar batteries located outside protective cap, reversible fan fixed inside exhaust cylinder, electric heaters installed on horizontal air-permeable partition, lighting units and accumulator battery; at that, independent power supply of electric equipment of the device is performed with solar batteries, and accumulator battery connected to solar batteries for charging provides power supply and illumination of the drier at night.

EFFECT: high efficiency, flexibility and independent power properties.

1 dwg

FIELD: machine building.

SUBSTANCE: system for application of coating consisting of at least two paint layers on reservoirs of polymer materials has loading/unloading working place for loading reservoirs on transporting chain and for unloading reservoirs from said transporting chain as soon as process of said reservoirs coating is completed. The said transporting chain is adapted for transfer along closed route in the said system for passing through it. The said system has at least one working place for application of paint adapted for application of at least one paint layer onto said reservoirs. Further, the system has the first furnace for drying-reticulation for the first paint layer applied on reservoirs at transfer of the transporting chain in a corresponding working place of paint application. The said first furnace has one or more tunnels restricting lengthwise axis divided in cross section to at least four sectors relative to said axis and including facilities for propagation (emission) of heat radiation. The facilities are arranged at least in one of the said sectors. The system also has the first orifice in a wall of the tunnel for inlet of air flow into the tunnel, devices for forced ventilation positioned between lower and upper sectors and adapted for creation of secondary partial flows and for deviation of each inside the corresponding sector. In the system there is the second furnace for drying-reticulation for the first paint layer applied on reservoirs at transfer of the transporting chain in a corresponding working place of paint application. The said second furnace has one or more tunnels restricting lengthwise axis. In cross section the tunnel is divided to at least four sectors relative to said axis and includes facilities for propagation (emission) of heat radiation arranged at least in one on the said sectors. The said first furnace and the second furnace correspondingly have the first section of propagation of heat radiation and the first section of air conditioning for drying/spread of paint on reservoirs, the second section of air conditioning, and the second section of heat radiation propagation for completion of paint polymerisation. The procedure for application of coating on reservoirs of polymer materials by means of the system consists in loading reservoirs at loading/unloading working place on the transporting chain adapted for transfer along closed route in the said system, in application the first paint layer on reservoirs at the corresponding working place of paint coating application, in drying-reticulation of the said first paint layer in the first furnace of drying-reticulation, in application the second paint layer on reservoirs at the corresponding working place of paint coating application, in drying-reticulation of the said second paint layer in the second furnace of drying-reticulation, and in unloading reservoirs from the said transporting chain. In each first and second furnace a drying stage consists in correspondingly propagation of first heat radiation and first air conditioning for paint drying/spread on reservoirs, while the stage of reticulation consists correspondingly in second air conditioning and propagation of second heat radiation for finishing polymerisation of paint coating.

EFFECT: facilitation of reticulation with successive improvement of quality of general operational characteristics of paint coating and reduced energy output.

15 cl, 10 dwg

FIELD: process engineering.

SUBSTANCE: proposed plant consists of radiator 21 comprising several power emitting elements arranged on carrier. In one of the versions, said power emitting elements define the plane parallel to direction of travel of objects 8. Carrier or carriers and/or power emitting elements can move in that plane or parallel to it. In another version, power emitting elements are arranged on the carrier in the form of ring or along the circumference. Plant for deposition of powder coat can comprises deflecting element 18 to deflect charges and smooth power lines of electric field on object to be coated. Said deflecting element is arranged opposite appliance 16 for coat deposition, while path of locking element and object being coated is located between deflecting element and powder deposition device.

EFFECT: simple and efficient process, simplified design.

37 cl, 3 dwg

FIELD: solar-power engineering, in particular, parabolocylindrical concentrators of solar energy for processing of waste products of butter-and-fats industry and production of low-freezing cooling liquids.

SUBSTANCE: the method consists in heating of butter-and-fats at a temperature of 100 to 105 C during 5 min for further processing, after that low-freezing cooling liquids are produced, to this end, the dehydrated vat waste mixed with fusel oil in relations from 90:10 to 50:50, depending on the required parameters of the product, is evaporated by light-thermal action of concentrated solar radiation at a temperature of 110 to 130C, the produced vapor is heated to a temperature of 135 to 150C, cooled down, condensated and drained into a tank as a ready-made product. The solar plant for realization of the method has a solar-power plant based on solar radiation concentrators, for example, parabolcylindrical ones, concentration Sun tracking mechanisms, tanks for collection of ready-made products, receivers-reactors in the form of a tube of transparent quartz glass with a heat-insulating screen, loading and unloading hatches, one or two sections depending on the required final product, with mixers or without them; loading tanks; tanks-portioners for ingredients; water coolers; measuring instruments.

EFFECT: produced products with a high efficiency of use of solar energy and reduced cost.

6 cl, 5 dwg

FIELD: mainly solar power engineering.

SUBSTANCE: the device is designed for thermal treatment of various kinds of products within a temperature range of 50 to 300C, food products inclusive, for example, for preparation of food, baking of bread, hot and cold smoking, drying of mushrooms, berries, herbs, as well as of industrial products: ceramic products, low-melting-point metals and alloys, plastics. The device may be used for freshening of sea-water, provision of warm water and heat for greenhouses, farms, houses, production of electric power for household, remote objects, at high geographical latitudes inclusive. The device has a heliothermal oven-chamber, in which thermotreatment of products is performed, the specific feature of this oven-chamber is the use of a high-quality heat-insulating foam material, required-considerable thickness, with a low specific gravity, for accomplishment of "inflation" of energetically thickened flows of sun rays from the environment into the inner heated cavity of the oven.

EFFECT: maximized accumulation of heat energy.

24 cl, 3 dwg

Solar drying plant // 2212149
The invention relates to food industry, namely the facilities for drying plant products, in particular grapes and fruit

FIELD: agriculture.

SUBSTANCE: device consists of a low-temperature belt dryer connected to the input of the drum high-temperature dryer of final drying. The high-temperature dryer at the inlet is connected to the channel of supplying the flue gases, and at the output on the channel of spent coolant with cyclone, scrubber and waste-heat exchanger. The device is also equipped with a heat exchanger of recycling water supply connected to the waste-heat exchanger for connection to the recycle water supply circuit of the enterprise. The low-temperature dryer is connected by the air-duct to the intertube output of the heat exchanger of recycling water supply, which input is in turn connected to the air duct of collecting the atmospheric air. If necessary, the structure provides for additional air heating with infrared heater.

EFFECT: increased productivity of the existing drying equipment by utilising the capacity of the original flue gas of gas dryers, and use of the thermal capacity of the recycle water supply circuit of the enterprise.

2 cl, 1 dwg

FIELD: heating, drying.

SUBSTANCE: invention refers to drying equipment. A drying method of paste-like materials, namely mud deposits of waste water cleaning stations involves two drying stages, in which the first drying stage is implemented by the first drying device (1) of an indirect type, fed with fluid medium being a heat carrier; this first stage ensures pre-dried mud deposits and water vapour obtained at outlet (1a, 1b); a formation stage of mud deposits at the outlet of the above said first drying device; the second drying stage implemented by the second drying device (7) for already pre-dried mud deposits, which are subject to heating by means of heating gas, namely hot air; with that, the same second drying stage ensures finally dried mud deposits obtained at outlet (7b). With that, pre-dried mud deposits supplied from the first drying device (1) are added to extruder (6) for mud deposits, which can shape cords from these mud deposits or the like shapes that enter the second drying device (7); dried mud deposits supplied from the second drying device (7) are subject to mechanical action (19) to provide them with a granular shape, and at least some part of the obtained granules is subject to combustion (23) to generate heat energy and at least some part of such energy is used for heating of fluid medium being the heat carrier in the first drying device.

EFFECT: invention shall ensure energy consumption reduction.

11 cl, 1 dwg

FIELD: machine building.

SUBSTANCE: cavity is evacuated until the start of water boiling at the temperature of the cavity walls equal to the ambient temperature. The formed water vapours are pumped off by a vacuum pump, meanwhile the temperature in the pump oil system is maintained above the water boiling temperature at ambient pressure, i.e. above 100 C. The complex contains a vacuum pump fitted with the oil system, the fixture interconnecting the drained cavity with the vacuum pump and environment, devices for measuring the drying parameters, meanwhile the oil system working temperature is higher than the water boiling temperature at normal atmospheric pressure.

EFFECT: improvement of efficiency and reliability.

9 cl, 1 dwg

FIELD: agriculture.

SUBSTANCE: method of drying water-containing mass, such as manure, to obtain one final dry product, includes conditioning the air flow to give it the ability to take moisture, creation of the boundary line of mass/air flow to provide the ability to take using the air flow on the specified boundary line, moisture of the water-containing mass, thereby drying it, in which the air flow is heated; the water-containing mass is fed from the reservoir to the separator; the water-containing mass is separated into the fraction with a relatively high content of solids and to the liquid fraction; the fraction with a relatively high content of solids is used for creation of the first static boundary line of mass/air flow; the liquid fraction is used for creation of the second dynamic boundary line of mass/air flow; the air flow is fed to the first static boundary line of mass/air flow to dry the fraction of the water-containing mass with a relatively high content of solids, and then the air flow is fed to the second dynamic boundary line of mass/air flow for preliminary drying the liquid fraction of the water-containing mass; the preliminary dried liquid fraction is fed back into the reservoir; and the preliminary dried liquid fraction is mixed with the water-containing mass in the reservoir; and the dried mass at regular intervals of time is released from the bottom of the first static boundary line of mass/air flow, and the wet mass is added on top of this boundary. The system for drying a water-containing mass, such as manure, comprises a reservoir for water-containing mass, a fan to create air flow; air heating means for conditioning the said air flow; the boundary line of the mass/air flow provided with a reservoir for placing the water-containing mass and providing passing the conditioned air flow through the reservoir for giving the opportunity to the air flow to take moisture from the said mass, at that the system also comprises a pipe for directing the water-containing mass from the reservoir to the separator, the separator for separating the water-containing mass to the liquid fraction substantially free of solids, and to the fraction with a relatively high content of solids; the pipeline to transport the fraction with a relatively high content of solids into the press; the pipeline to transport the fraction with a relatively high content of solids from the press to the first static boundary line of mass/air flow; the press for forming the fraction with a relatively high content of solids; the first static boundary line of mass/air flow for drying the formed fraction of water-containing mass with a relatively high content of solids; the pipeline for supplying the liquid fraction from the separator to the second dynamic boundary line of mass/air flow; the second dynamic boundary line of mass/air flow provided along the process operation after the first static boundary line of mass/air flow for preliminary drying of the liquid fraction of water-containing mass; and the pipeline for supplying the preliminary dried liquid fraction back into the reservoir.

EFFECT: invention enables to obtain dry manure from water-containing mass in operation of the pig farm.

24 cl, 5 dwg

FIELD: power engineering.

SUBSTANCE: autonomous device for drying of vegetation raw materials comprises a furnace 1, an electronic control unit 5, a drying chamber 13 with a tray 14 arranged for it for raw materials, an air blower 9 with air ducts, a Stirling engine 2, comprising a shaft 7, hot and cold cavities. The hot cavity is connected with the furnace 1, and the shaft 7 is mechanically connected with the generator 6, electrically connected via the electronic control unit 5 with the electric motor 8 of the air blower 9 drive, which by air ducts 10 and 12 via air heating pipes 11 arranged in the furnace is connected with the drying chamber 13, the tray 14 of which is connected to a vibrator 15, joined electrically via the electronic control unit 5 with the generator 6. The drying chamber 13 and the furnace 1 are equipped with temperature sensors 16 and 17 joined with the electronic control unit 5, besides, between the furnace 1 and the hot cavity of the Stirling engine 2 there is a gate 3 with a drive 4, connected via the electronic control unit 5 with the generator 6. The generator 6 excitation system is connected with the electronic control unit 5.

EFFECT: simplification of design and improved quality of drying.

2 cl, 1 dwg

FIELD: machine building.

SUBSTANCE: self-contained unit for vegetable raw material drying comprises a self-propelled production machine equipped with an internal combustion engine with thermostat and radiator 1 which is equipped with two confusers 2 connected to air duct 3 with Y-piece 4; Y-piece 4 is connected with fan 6 by means of air duct 5 and air duct 7 of Y-piece 4 is made open. Also, there is damper 8 installed in Y-piece 4 between air duct 3 of confuser 2 and open air duct 7. Drive of damper 8 is linked to the thermostat, and fan 6 is connected to housing 10 of drying chamber 11 by means of air duct 9 where basket bunker 12 is located; fan 6 is connected to the drive by means of the internal combustion engine.

EFFECT: increased performance, reduced energy consumption for drying, mobility.

1 dwg

FIELD: machine building.

SUBSTANCE: hot gas generator 8 comprises burner or combustion chamber 9. It incorporates also heat exchange circuit including pipeline wherein gas to be heated circulates. Note here that pipeline comprises cold gas inlet end and hot gas outlet end. Said pipeline makes heat exchange surface between gaseous combustion products of the burner or combustion chamber 8 and heated gas circulating in said pipeline. Note also that said pipeline performs physical separation of heated from gaseous combustion products created by burner or combustion chamber 9 and differs from know designs in that it comprises appliances designed to control the rate of hot gas flows flowing out from various pipelines 36. Invention relates also to installation 1 intended for dehydration or drying of, particularly, wood materials.

EFFECT: generation of hot gas flow with controlled chemical properties.

19 cl, 8 dwg

FIELD: heating.

SUBSTANCE: installation for drying of gas line comprises vacuum pump, main pipeline connecting suction nozzle of vacuum pump with discharge of steam and gas mixture from disconnected and sealed section of gas line, and cooler installed on line that transports steam and gas mixture and arranged in the form of direct contact device or surface heat exchanger. Installation is equipped with device for cold water production comprising refrigerating device with evaporator and condenser, and water-transporting lines that accordingly connect outlet of evaporator cold water to inlet of cooler cold water, and outlet of heated cooler water to inlet of heated evaporator water. Besides the latter of specified water-transporting lines is equipped with nozzle for condensate drain.

EFFECT: less time required for drying of disconnected section of manifold gas line, reduced capital and operational costs.

7 cl, 2 dwg

FIELD: heating systems.

SUBSTANCE: drying and sorting plant for loose materials is put to operating position by means of lifting mechanism, forced draft fan is activated and material is supplied from hopper to drying chamber. Microwave emitters are activated and material is dried in fluidised bed under influence of forced draft fan. Rubber-coated housing cover minimises material damage risk. Material is supplied from hopper as its concentration decreases in fluidised bed. Dried material rises above dense grain level and comes under influence of sorting fan. The latter blows dried material to sorting chamber, and at the same time, cools it. Evaporated moisture passes through exhaust pipes to atmosphere. Under influence of air flow, material depending on dimensions and weight is divided in sorting sections into large, middle and small fractions. In case forced draft fan is failed, dried material falls to nonperforated grid, thus preventing the material from penetration into the fan.

EFFECT: invention allows reducing the risk of damage to processed material and maintaining its quality.

3 dwg

Conditioning device // 2366876

FIELD: heating.

SUBSTANCE: invention concerns processing industry and can be applied in thermal processing of bulk materials in food, grain and combined forage industries. Claimed conditioning device includes metering feeder, mixer and at least one holder, all mounted under each other to allow direct flow, each device including case and rotating shaft with work elements. The holder features lump breaking and case cleaning unit in material feed hole area, including at least one stand perpendicular to the shaft axis and carrying work elements mounted so as to interact by lengthwise external facets with cylindrical surface of the holder case, and at least one scrubber mounted on the shaft in holder end zone so as to interact with end and cylindrical surfaces of the case, tilted against lengthwise shaft axis at an angle maintaining material diversion away from the holder end surface.

EFFECT: improved quality of end material, reduced product loss, enhanced operational reliability and prolonged life time.

1 cl, 2 dwg

FIELD: agriculture.

SUBSTANCE: device consists of a film and ring-shaped supports. The supports have tubular cavities at the outer side of which the holes are made. The lower part of the rings is arranged in the soil, and the upper ends are above the film and have devices that regulate the air influx into the greenhouse.

EFFECT: invention enables to reduce energy consumption for heating and aeration of the greenhouse soil, and to create favourable conditions for development of aerial and underground parts of plants.

2 dwg