CN203794874U

CN203794874U - Full-automatic energy-saving distilling device

Info

Publication number: CN203794874U
Application number: CN201420197042.4U
Authority: CN
Inventors: 赵文龙
Original assignee: Individual
Current assignee: Individual
Priority date: 2014-04-22
Filing date: 2014-04-22
Publication date: 2014-08-27
Anticipated expiration: 2024-04-22

Abstract

The utility model discloses a full-automatic energy-saving distilling device which comprises a machine base, a machine case and a feed hopper. A feed rotary disc is welded between the feed hopper and a feed port in the top of the machine case. A primary fumigating cavity, a primary cooling box, a grain scattering cavity and a secondary cooling box are arranged in the machine case, a support and a grain height inductor are welded and fixed to the cavity wall of the primary fumigating cavity, a steam pipe connected to a steam device is welded and fixed to the bottom of the primary fumigating cavity, gas outlet holes are formed in the steam pipe, a V-shaped blanking groove is welded to the side wall of the lower portion of the steam pipe, and a blanking rotary disc is welded to the bottom of the V-shaped blanking groove. The primary cooling box is provided with a primary cooling flow guide pipe penetrating through the upper portion and the lower portion of the primary cooling box, a primary collecting disc is arranged at the lower end of the primary cooling flow guide pipe, and the bottom of the primary collecting disc is connected with a primary wine outlet pipe. The device has the advantages of achieving automatic feeding, being high in automation degree, even in feeding and even in temperature distribution, achieving primary steaming and secondary fumigating and being high in work efficiency.

Description

A kind of full-automatic energy-saving water distilling apparatus

Technical field

The utility model relates to a kind of full-automatic energy-saving water distilling apparatus, belongs to field of mechanical technique.

Background technology

Tradition method of making liquor, because mechanization degree is low, most of operation adopts manual operation, makes it to have the following disadvantages: the first, traditional technology produces steam by combustion fuel, not energy-conservation, and easily pollutes, and also easily forms Greenhouse effect; The second, in reinforced, fill process, need, by manually successively charging, to ensure that steam can fully scatter in paddy material, make paddy material fully stifling, labour intensity is large, and operation is loaded down with trivial details, inefficiency; The 3rd, the paddy material residue after legacy equipment is stifling directly discharges, and residue heat runs off serious, causes drinks volatilization waste, and residue is by artificial spreading for cooling, wastes time and energy.The 4th, legacy equipment alcoholic strength inequality, distillation is denseer early stage, and alcoholic strength is higher, and the distillation later stage is rarer, and alcoholic strength is lower, wayward.The 5th, legacy equipment only can be realized " one steams one heats up in a steamer ", and paddy material fails to be distilled uniformly, has reduced output.

Utility model content

For the problems referred to above, the technical problems to be solved in the utility model is to provide a kind of full-automatic energy-saving water distilling apparatus.

Full-automatic energy-saving water distilling apparatus of the present utility model, it comprises support, casing and hopper, between described hopper and the opening for feed at casing top, is welded with charging rotating disk, and simultaneously charging rotating disk seals, and prevents that steam from flowing out and cause waste, in described casing, be provided with first fumigation chamber, first cooling tank, paddy material disperses chamber and secondary cooling tank, the chamber wall of described first fumigation chamber is welded with support and paddy material height sensors, support contributes to increase the gap between paddy material, make vapor distribution even, first fumigation chamber bottom welding is fixed with the vapour pipe that is connected to steam device, vapour pipe is provided with production well, in described vapour pipe lower sidewalls, be welded with V-arrangement charging conduit, V-arrangement charging conduit bottom welding has blanking rotating disk, described first cooling tank is provided with and connects on it, under first cooling thrust-augmenting nozzle, described first cooling thrust-augmenting nozzle lower end is provided with first catch tray, first collector tray bottom is connected with first wine outlet duct, the below of described blanking rotating disk is that paddy material disperses chamber, paddy material disperses to be provided with discharging transport unit in chamber, discharging transport unit is made up of drive-motor, driving roller, passive roller and feed belt, and drive-motor connects driving roller, and feed belt is arranged on driving roller and passive roller, described secondary cooling tank is broken up support by welding one on the tank wall of discharging transport unit one side, breaks up support below and is welded with windsheild, on the secondary cooling tank tank wall of described windsheild below, blower fan is installed, described secondary cooling tank is provided with and connects the cooling thrust-augmenting nozzle of its upper and lower secondary, and the cooling thrust-augmenting nozzle of described secondary lower end is provided with secondary catch tray, and secondary collector tray bottom is connected with secondary wine outlet duct.

As preferably, described steam device comprises compressor, steam box and frozen water case, and described steam box offers vapor outlet port and water supplement port, and vapor outlet port connects vapour pipe; Described compressor is provided with high temperature conjunction end and low temperature coupling end, and described refrigerant pipe connects compressor high temperature conjunction end, steam box, throttling set, frozen water case, compressor low-temperature end successively; Described frozen water case is provided with water delivery nozzle and water return outlet, and water delivery nozzle connects water pump, secondary cooling tank water-in, secondary cooling tank water outlet, first cooling tank water-in, first cooling tank water outlet, water return outlet successively by water pipe.

As preferably, between the frozen water case of described steam device and the low-temperature end of compressor, be connected with vaporizer, for absorbing air heat.

As preferably, on the two side in described steam box, be welded with the dividing plate mutually staggering, described refrigerant pipe is walked around dividing plate and is continuous S shape and passes through steam box.

The beneficial effects of the utility model: its reasonable in design, realize automatic feed, level of automation is high; Charging is even, uniformity of temperature profile; Realized " one steams two heats up in a steamer ", working efficiency is high; And realize cold and hot mutual recycling, zero release, energy-conserving and environment-protective by compressor.

Brief description of the drawings

For ease of explanation, the utility model is described in detail by following concrete enforcement and accompanying drawing.

Fig. 1 is structural representation of the present utility model.

Embodiment

As shown in Figure 1, a kind of full-automatic energy-saving water distilling apparatus, it comprises support 1, casing 2 and hopper 3, between described hopper 3 and the opening for feed 4 at casing 2 tops, is welded with charging rotating disk 5, simultaneously charging rotating disk 5 seals, and prevents that steam from flowing out and cause waste, in described casing 2, be provided with first fumigation chamber 6, first cooling tank 7, paddy material disperses chamber 8 and secondary cooling tank 9, the chamber wall of described first fumigation chamber 6 is welded with support 10 and paddy material height sensors 11, support 10 contributes to increase the gap between paddy material, make vapor distribution even, first fumigation chamber 6 bottom weldings are fixed with the vapour pipe 12 that is connected to steam device 30, vapour pipe 12 is provided with production well 13, in described vapour pipe 12 lower sidewalls, be welded with V-arrangement charging conduit 14, V-arrangement charging conduit 14 bottom weldings have blanking rotating disk 15, described first cooling tank 7 is provided with and connects on it, under first cooling thrust-augmenting nozzle 16, described first cooling thrust-augmenting nozzle 16 lower ends are provided with first catch tray 17, first catch tray 17 bottoms are connected with first wine outlet duct 18, the below of described blanking rotating disk 15 is that paddy material disperses chamber 8, paddy material disperses to be provided with discharging transport unit 19 in chamber 8, discharging transport unit 19 is made up of drive-motor 20, driving roller 21, passive roller 22 and feed belt 23, drive-motor 20 connects driving roller 21, and feed belt 23 is arranged on driving roller 21 and passive roller 22, described secondary cooling tank 9 is broken up support 24 by welding one on the tank wall of discharging transport unit 19 1 sides, breaks up support 24 belows and is welded with windsheild 25, on secondary cooling tank 9 tank walls of described windsheild 25 belows, blower fan 26 is installed, described secondary cooling tank 9 is provided with and connects the cooling thrust-augmenting nozzle 27 of its upper and lower secondary, and the cooling thrust-augmenting nozzle of described secondary 27 lower ends are provided with secondary catch tray 28, and secondary catch tray 28 bottoms are connected with secondary wine outlet duct 29.

Described steam device 30 comprises compressor 301, steam box 302 and frozen water case 303, and described steam box 302 offers vapor outlet port 313 and water supplement port 304, and vapor outlet port 313 connects vapour pipe 12; Described compressor 301 is provided with high temperature conjunction end 305 and low temperature coupling end 306, and described refrigerant pipe 307 connects compressor high temperature conjunction end 305, steam box 302, throttling set 308, frozen water case 303, compressor low-temperature end 306 successively; Described frozen water case 303 is provided with water delivery nozzle 309 and water return outlet 310, and water delivery nozzle 309 connects water pump 31, secondary cooling tank water-in 32, secondary cooling tank water outlet 33, first cooling tank water-in 34, first cooling tank water outlet 35, water return outlet 310 successively by water pipe 311.Between the frozen water case 303 of described steam device 30 and compressor low-temperature end 306, be connected with vaporizer 37, for absorbing air heat.On two side in described steam box 302, be welded with the dividing plate 312 mutually staggering, described refrigerant pipe 307 is walked around dividing plate 312 and is continuous S shape by steam box 302.

Principle of work of the present utility model: first, open steam device 30, then, by conveying belt, the paddy material after fermentation is transported in hopper 3, by charging rotating disk 5, paddy material is evenly sent into first fumigation chamber 6, paddy material reaches after the height of paddy material height sensors 11, starts blanking rotating disk 15 and discharging transport unit 19, paddy material is after first fumigating, hot gas rises, and flow into first catch tray 17 by first cooling thrust-augmenting nozzle 16, flow out by first wine outlet duct 18, now, paddy material after stifling continues to be slipped to V-arrangement charging conduit 14 downwards, deliver on the feed belt 23 of discharging transport unit 19 by blanking rotating disk 15 again, feed belt 23 is transported to paddy material to break up support 24 places, make the free-falling of paddy material, break up through breaing up support 24 discharging section that falls into feed belt 23, in the free-falling of paddy material, the blower fan 26 of secondary cooling tank 9 tank walls is constantly blown, make the hot gas on paddy material upwards soaring, and flow to secondary catch tray 28 by the cooling thrust-augmenting nozzle 27 of secondary, flowed out by secondary wine outlet duct 29 again.

In described steam box 302 and frozen water case 303, water is all housed, steam box 302, by the heating of compressor 301 and refrigerant pipe 307, constantly generates steam, sends into first fumigation chamber 6 by vapour pipe 12, in the time that the water in steam box 302 is not enough, adds water by water supplement port 304; Water in described frozen water case 303 enters secondary cooling tank 9 by water pump 31, enter again after first cooling tank 7, water temperature raises, be back to again in frozen water case 303, effect by the interior refrigerant pipe 307 of frozen water case 303 reduces water temperature, and water constantly repeats to circulate between frozen water case 303, secondary cooling tank 9, first cooling tank 7; And the vaporizer 37 connecting on refrigerant pipe 307 can absorb airborne heat and further supplement and be supplied to steam box 302 and use.Finally reach the energy that the equipment of making full use of self produces, realize energy-conservation, recycle and zero release.

The utility model can, by controlling paddy material turnover speed, can be controlled alcoholic strength, and input and output material speed is faster, and alcoholic strength is higher, and speed is slow, and alcoholic strength is lower.

More than show and described ultimate principle of the present utility model and principal character and advantage of the present utility model.The technician of the industry should understand; the utility model is not restricted to the described embodiments; that in above-described embodiment and specification sheets, describes just illustrates principle of the present utility model; do not departing under the prerequisite of the utility model spirit and scope; the utility model also has various changes and modifications, and these changes and improvements all fall within the scope of claimed the utility model.The claimed scope of the utility model is defined by appending claims and equivalent thereof .

Claims

1. a full-automatic energy-saving water distilling apparatus, it is characterized in that: it comprises support (1), casing (2) and hopper (3), between the opening for feed (4) at described hopper (3) and casing (2) top, be welded with charging rotating disk (5), simultaneously charging rotating disk (5) seals, and prevents that steam from flowing out and cause waste, in described casing (2), be provided with first fumigation chamber (6), first cooling tank (7), paddy material disperses chamber (8) and secondary cooling tank (9), the chamber wall of described first fumigation chamber (6) is welded with support (10) and paddy material height sensors (11), support (10) contributes to increase the gap between paddy material, first fumigation chamber (6) bottom welding is fixed with the vapour pipe (12) that is connected to steam device (30), vapour pipe (12) is provided with production well (13), in described vapour pipe (12) lower sidewalls, be welded with V-arrangement charging conduit (14), V-arrangement charging conduit (14) bottom welding has blanking rotating disk (15), described first cooling tank (7) is provided with and connects on it, under first cooling thrust-augmenting nozzle (16), described first cooling thrust-augmenting nozzle (16) lower end is provided with first catch tray (17), first catch tray (17) bottom is connected with first wine outlet duct (18), the below of described blanking rotating disk (15) is that paddy material disperses chamber (8), paddy material disperses to be provided with discharging transport unit (19) in chamber (8), discharging transport unit (19) is made up of drive-motor (20), driving roller (21), passive roller (22) and feed belt (23), drive-motor (20) connects driving roller (21), and feed belt (23) is arranged on driving roller (21) and passive roller (22), described secondary cooling tank (9) is broken up support (24) by welding one on the tank wall of discharging transport unit (19) one sides, break up support (24) below and be welded with windsheild (25), on secondary cooling tank (9) tank wall of described windsheild (25) below, blower fan (26) is installed, described secondary cooling tank (9) is provided with and connects the cooling thrust-augmenting nozzle of its upper and lower secondary (27), and the cooling thrust-augmenting nozzle of described secondary (27) lower end is provided with secondary catch tray (28), and secondary catch tray (28) bottom is connected with secondary wine outlet duct (29).

2. a kind of full-automatic energy-saving water distilling apparatus according to claim 1, it is characterized in that: described steam device (30) comprises compressor (301), steam box (302) and frozen water case (303), described steam box (302) offers vapor outlet port (313) and water supplement port (304), and vapor outlet port (313) connects vapour pipe (12); Described compressor (301) is provided with high temperature conjunction end (305) and low temperature coupling end (306), and described refrigerant pipe (307) connects compressor high temperature conjunction end (305), steam box (302), throttling set (308), frozen water case (303), compressor low-temperature end (306) successively; Described frozen water case (303) is provided with water delivery nozzle (309) and water return outlet (310), and water delivery nozzle (309) connects water pump (31), secondary cooling tank water-in (32), secondary cooling tank water outlet (33), first cooling tank water-in (34), first cooling tank water outlet (35), water return outlet (310) successively by water pipe (311).

3. a kind of full-automatic energy-saving water distilling apparatus according to claim 2, is characterized in that: between the frozen water case (303) of described steam device (30) and compressor low-temperature end (306), be connected with vaporizer (37).

4. a kind of full-automatic energy-saving water distilling apparatus according to claim 2, it is characterized in that: on the two side in described steam box (302), be welded with the dividing plate (312) mutually staggering, described refrigerant pipe (307) is walked around dividing plate (312) and is continuous S shape by steam box (302).