The organic waste treating apparatus
Technical field
The utility model belongs to the dirt processing technology field.
Background technology
At present, no matter family or enterprises and institutions all do not have any good way for the processing of organic matter rubbish; Particularly a large amount of organic waste of the catering trade is because the restriction of condition, especially can not cope well, at most just put together; Unified move a fixing place to, as twice laid or sell the purchaser and refine grease, do not have special treating apparatus; Adopt this processing mode, contaminated environment is an impediment to health again again.
The utility model content
For solving the above deficiency that organic waste is handled; The purpose of the utility model provides a kind of organic waste treating apparatus; Utilize the stirring and the heating apparatus of this device that organic waste is carried out harmless treatment,, reduce the purpose of pollution and environment purification to reach twice laid.
The structural design of the utility model is achieved in that
Its structure of the utility model includes heater, and rubbish stirs carbonizing plant and dust arrester (as shown in Figure 1);
In box frame one body side frame, electric heater and blower fan are housed; Reducing motor is housed on frame base simultaneously; Motor shaft head is fixed with driving wheel (as shown in Figure 2); Box frame top outer panels is equipped with console, and electric heater all is connected with console with the reducing motor power supply, and rubbish stirs carbonizing plant and is connected with dust arrester through outer pipeline;
The box frame opposite side is an agitating device, and this device outside is a material tube, and the material tube is added with heat-insulation layer outward; In the material tube stirring vane is housed, the blade center is a shaft, and the axle two ends are fixed by bearing, terminal pad; Follower is equipped with in the end, is connected with the reducing motor driving wheel through chain;
Material tube top is panel, and movable loam cake is housed on the panel, and dividing plate is equipped with at material tube top downwards, leaves a little spacing (as shown in Figure 3) between dividing plate and the material tube barrel;
Pipeline connects: heater is connected through the input port of hot blast intake line below rubbish stirs carbonizing plant; The opposite side delivery outlet is connected with top input port through the hot blast connecting line, and the uppermost delivery outlet of framework is connected (as shown in Figure 4) through flexible pipe with dust arrester;
Dust arrester outside is a housing, and the sedimentation air duct is housed in the housing, connects the taper air duct below the air duct; Be support below the housing, dust-collecting box is equipped with in the bottom, and housing top has air inlet and air outlet; Whole device is an one, crosses through external pipeline and hot blast delivery outlet and connects (as shown in Figure 5).
The advantage of the utility model: the utility model is simple in structure, and is easy to install, can carry out timely and effective processing to organic waste, reduces the pollution to surrounding environment.
Description of drawings
Fig. 1 is an organic waste treating apparatus overall construction drawing;
Fig. 2 is an organic waste treating apparatus A-A cutaway view;
Fig. 3 stirs the carbonizing plant structure chart for the organic waste treating apparatus;
Fig. 4 is the organic waste treating apparatus pipeline connecting figure of heating;
Fig. 5 is an organic waste treating apparatus dust arrester structure chart.
1 is box frame among the figure; 2 is heater; 3 is blower fan; 4 is reducing motor; 5 is the motor driving wheel; 6 is chain; 7 is base; 8 is follower; 9 is movable loam cake; 10 is hot-blast outlet; 11 is heat-insulation layer; 12 is last air inlet; 13 are following air outlet; 14 are following air inlet; 15 is shaft; 16 is the material tube; 17 is stirring vane; 18 is upper panel; 19 is dividing plate; 20 is the hot blast input pipe; 21 is the hot blast connecting line; 22 is the pipeline inspection socket; 23 is bearing block; 24 is terminal pad; 25 are the deduster inlet; 26 are the sedimentation air duct; 27 is the deduster shell body; 28 are the taper air duct; 29 is support; 30 is dust-collecting box; 31 is air outlet.
The specific embodiment
The detailed structure of the utility model is provided by following examples and accompanying drawing.
Its structure is equipped with heater 2 and blower fan 3 by shown in Figure 2 in the box frame 1, supply with the heating of organic waste; Reducing motor 4 is equipped with in the bottom of frame 1 at the bottom of the case, in the bottom of case bottom framework 1, is material tube 16 with reducing motor 4 corresponding opposite sides; Outside the material tube 16 is heat-insulation layer 11, and stirring vane 18 is housed in the material tube 16, and follower 8 is equipped with in the end; Be connected with reducing motor driving wheel 5 through chain 6, material tube 17 is equipped with dividing plate 19 downwards, above the while upper panel 18 is housed; Be movable loam cake 9 (as shown in Figure 3) on the top,, hot blast connecting line 20 be housed in the bottom of material tube for heating to organic waste; Hot-blast outlet 13 is arranged, and hot blast import 14 is connected with heater 2 through pipeline; Hot-blast outlet 13 is connected (as shown in Figure 4) through pipeline with top hot blast import 12, and last top air outlet 21 is connected with dust arrester through outer pipeline; The dust arrester outside is a housing 27; Sedimentation air duct 26 is housed in the housing, connects taper air duct 28 below, support 29 is arranged below the housing; Dust-collecting box 30 is equipped with in the bottom; Housing 27 tops have air inlet 25 and air outlet 31, and whole device is an one, crosses through external pipeline and hot blast delivery outlet and connects (as shown in Figure 5).
During work, the organic waste material is dropped into from material tube top, start heater and heat to material through pipeline; At first heater gets into material tube lower heating through pipeline from the input port, hot blast input port heating above the left side delivery outlet comes out to get into again then, and top hot blast continues heating from getting between material tube and the dividing plate again in the material tube; At this moment, the stirring vane in the material tube constantly stirs, and the continuous gradually charing of material becomes particle; From taking-up suitable for reading, the dust of generation gets into dust arrester through pipeline at last, and the dust that gets into this device is again through sedimentation air duct and conically shaped; Be deposited in the dust-collecting box unified the discharge.