CN204817446U - Automatic production line system is disinfected to poultry corpse dry powder method - Google Patents
Automatic production line system is disinfected to poultry corpse dry powder method Download PDFInfo
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- CN204817446U CN204817446U CN201520606926.5U CN201520606926U CN204817446U CN 204817446 U CN204817446 U CN 204817446U CN 201520606926 U CN201520606926 U CN 201520606926U CN 204817446 U CN204817446 U CN 204817446U
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Abstract
The utility model discloses an automatic production line system is disinfected to poultry corpse dry powder method, including once smashing system, regrinding pasteurization disinfection drying system, extrusion grease system, waste gas collecting system, wastewater collection system, waste water waste gas treatment system and control system, the discharge gate of once smashing the system with the feed inlet of regrinding pasteurization disinfection drying system passes through material transfer device turn -on connection, the discharge gate of regrinding pasteurization disinfection drying system with the feed inlet of extrusion grease system passes through material transfer device turn -on connection, the waste gas collecting system respectively with once smash the system with pipe fluid turn -on connection is passed through to regrinding pasteurization disinfection drying system. The utility model discloses a large amount of manual works not only can be saved to the production process full automatization, can also greatly reduced die of illness and the poultry animal of dysoemia is infected with the people.
Description
Technical field
The utility model relates to technical field of environment protection equipment.More specifically, relate to a kind of poultry corpse dry method and disinfect automatic production line system.
Background technology
Spoil and cutting offals thereof are the special production of a class, house refuse.And to die of illness or the animal of dysoemia can not only spread disease, endanger food security and ecological environment, even can produce economic order and impact, and severe accident may be impacted.In prior art, to die of illness and the treating apparatus of animal of dysoemia and method have burning, bury or the processing method such as other physics, chemistry, biology.These treating apparatus and method can not kill pathogen completely, and the environment of the meeting had to air causes secondary pollution, and the unavoidable man and animal corpse of cannot keeping away had directly contacts, health is made to there is potential safety hazard, as people contacts the poultry corpse of bird flu may suffer from bird flu.
Utility model content
The utility model object is that the poultry corpse dry method being to provide a kind of production process full-automation disinfects automatic production line system, not only can save a large amount of artificial, can also greatly reduce to die of illness and the poultry animal of dysoemia and people are infected.
For achieving the above object, the utility model adopts following technical proposals: poultry corpse dry method disinfects automatic production line system, comprises crushing system, separating twice high temperature sterilization sterilizing-drying system, extruding grease system, waste gas collecting system, wastewater collection system, pollutant treatment system and control system; The discharging opening of a described crushing system is connected by material conveying device conducting with the charging aperture of described separating twice high temperature sterilization sterilizing-drying system, and the discharging opening of described separating twice high temperature sterilization sterilizing-drying system is connected by material conveying device conducting with the charging aperture of described extruding grease system; Described waste gas collecting system is connected by catheter fluid conducting with a described crushing system and described separating twice high temperature sterilization sterilizing-drying system respectively; Described wastewater collection system is connected by catheter fluid conducting with a described crushing system, described separating twice high temperature sterilization sterilizing-drying system, described extruding grease system, described waste gas collecting system respectively; Described pollutant treatment system is connected by catheter fluid conducting with described waste gas collecting system and described wastewater collection system respectively; Described control system communicates to connect with a described crushing system, described separating twice high temperature sterilization sterilizing-drying system, described extruding grease system, described waste gas collecting system, described wastewater collection system and described waste water and gas gathering system respectively; A described crushing system comprises feeding bin and crushing bin; Described feeding bin is closed feeding bin, is provided with spiral material loading bar in described feeding bin; Be provided with cutting cutterhead in described crushing bin, described cutting cutterhead is provided with cutting edge, and described cutting edge is equally spaced along described cutting cutterhead circumference; The discharging opening of described feeding bin is connected with the charging aperture conducting of described crushing bin; Described cutting cutterhead is connected with motor-driven; From described cutting cutterhead on the direction of the charging aperture of close described crushing bin, the internal diameter of the charging aperture of described crushing bin increases gradually.
Above-mentioned poultry corpse dry method disinfects automatic production line system, and described spiral material loading bar and hydraulic lifting oil cylinder are in transmission connection.
Above-mentioned poultry corpse dry method disinfects automatic production line system, described cutting edge comprises recessed blade and rotating blade, described recessed blade comprises recessed blade base and recessed blade cutting edge, described recessed blade cutting edge is fixedly connected with the first end of described recessed blade base, and described recessed blade is single-side edge blade; First end and second end of described recessed blade base are respectively equipped with pin-and-hole and screwed hole; Included angle A between the sword face of described recessed blade cutting edge and described recessed blade base first end end face is 17.31 °; Described rotating blade comprises rotating blade blade and rotating blade end, and described rotating blade end is provided with installing hole, and described installing hole hole wall is provided with keyway, and the sword face of described rotating blade blade is arcuate blade face, and the cutting angle of described rotating blade is 32 °.
Above-mentioned poultry corpse dry method disinfects automatic production line system, and on described cutting cutterhead, the spacing of described recessed blade and described rotating blade is 5mm; Described rotating blade is 21.
Above-mentioned poultry corpse dry method disinfects automatic production line system, and described waste gas collecting system comprises vacuum plant, condensing unit and water storage device pollutant treatment system, a described crushing system is connected by conduit gas communication with the air inlet of described vacuum plant respectively with described separating twice high temperature sterilization sterilizing-drying system, the gas outlet of described vacuum plant is connected by conduit gas communication with the air inlet of described condensing unit, the delivery port of described condensing unit is connected by catheter fluid conducting with the water inlet of described water storage device, the delivery port of described water storage device is connected by catheter fluid conducting with the water inlet of described pollutant treatment system, the described delivery port of pollutant treatment system is connected by catheter fluid conducting with the water inlet of foul water system, the gas outlet of described condensing unit is connected by conduit gas communication with the air inlet of described water storage device, and the gas outlet of described water storage device is connected by conduit gas communication with the air inlet of described pollutant treatment system.
Above-mentioned poultry corpse dry method disinfects automatic production line system, and described vacuum plant is vavuum pump, described vavuum pump and be provided with gas collecting apparatus between a described crushing system and described separating twice high temperature sterilization sterilizing-drying system; A described crushing system is connected by conduit gas communication with the air inlet of described gas collecting apparatus respectively with described separating twice high temperature sterilization sterilizing-drying system, and the gas outlet of described gas collecting apparatus is connected by conduit gas communication with the air inlet of described vavuum pump.
Above-mentioned poultry corpse dry method disinfects automatic production line system, and described gas collecting apparatus is air collector; Described vavuum pump comprises the first vavuum pump and the second vavuum pump; Described water storage device is water tank; Described pollutant treatment system is biological adsorption tank; Described gas collecting apparatus is provided with drainpipe, and the delivery port of described drainpipe is connected by catheter fluid conducting with the water inlet of described pollutant treatment system; Described condensing unit is located in described water tank.
Above-mentioned poultry corpse dry method disinfects automatic production line system, separating twice high temperature sterilization sterilizing-drying system comprises poultry corpse dry method and pulverizes sterilizing-drying treating apparatus, described poultry corpse dry method is pulverized sterilizing-drying treating apparatus and is comprised power set, high-temperature sterilization tank body, quill shaft and bearing, and described quill shaft axial wall is provided with agitating fins; The inwall of described high-temperature sterilization tank body is provided with cutting tip group; The first end of described quill shaft is fixedly connected with by the first end of bearing with described bearing, second end of described quill shaft passes described high-temperature sterilization tank body and is located at outside described high-temperature sterilization tank body, and described high-temperature sterilization tank body is connected with described bearing by tank support; The first end of described quill shaft or the second end and described power set are in transmission connection; The tank skin of described high-temperature sterilization tank body is provided with sterilizing-drying charging aperture; Described high-temperature sterilization tank body is the double layers of walls tank body with hollow sandwich; The tank skin of described high-temperature sterilization tank body is also provided with vapours air inlet and vapours gas outlet.
Above-mentioned poultry corpse dry method disinfects automatic production line system, described cutting tip group comprises the first cutting tip and the second cutting tip, described first cutting tip is fixedly connected with described second cutting tip, large 0 ° and be less than or equal to 90 ° of the angle between described first cutting tip and described second cutting tip; Be circumferentially with along described high-temperature sterilization tank body and be more than or equal to three described cutting tip groups, described cutting tip group is equally spaced along described high-temperature sterilization tank body circumference; Along described high-temperature sterilization tank body axially, the inwall of described high-temperature sterilization tank body is provided with and is more than or equal to three described cutting tip groups, and described cutting tip group is axially equally spaced along described high-temperature sterilization tank body.
Above-mentioned poultry corpse dry method disinfects automatic production line system, and the described sterilizing-drying charging aperture of described high-temperature sterilization tank body and sterilizing-drying discharging opening are all located on the sidewall of described high-temperature sterilization tank body.
The beneficial effects of the utility model are as follows:
1. the utility model can carry out thorough disinfection to poultry corpse, and produces without discarded object, stops secondary pollution, and obtained bio oil, meat meal tankage generation social benefit.
2. the utility model achieves production process full-automation, saves a large amount of artificial, greatly reduces the possibility of dying of illness and disease propagation occurring between dysoemia poultry animal and people.
Accompanying drawing explanation
Fig. 1 is the structural representation that the utility model poultry corpse dry method disinfects automatic production line system;
Fig. 2 is the front line of vision structural representation that the utility model poultry corpse dry method disinfects a crushing system of automatic production line system;
Fig. 3 is the perspective view that the utility model poultry corpse dry method disinfects a crushing system of automatic production line system;
Fig. 4 is the structural representation that the utility model poultry corpse dry method disinfects the recessed blade of a crushing system of automatic production line system;
Fig. 5 is the structural representation that this practical poultry corpse dry method disinfects the rotating blade of a crushing system of automatic production line system;
Fig. 6 is the structural representation that the utility model poultry corpse dry method disinfects the waste gas collecting system of automatic production line system;
Fig. 7 is the structural representation that the utility model poultry corpse dry method disinfects the poultry corpse dry pulverization process sterilizing-drying treating apparatus of automatic production line system;
Fig. 8 be the utility model poultry corpse dry method disinfect automatic production line system poultry corpse dry pulverization process sterilizing-drying treating apparatus in the figure 7 A-A to structural representation;
Fig. 9 is the perspective view that the utility model poultry corpse dry method disinfects the poultry corpse dry pulverization process sterilizing-drying treating apparatus of automatic production line system.
In figure: 1-crushing system, 1-1-feeding bin, 1-2-crushing bin, 1-3-spiral material loading bar, 1-4-cutting cutterhead, 1-5-motor, 1-6-rotating blade, 1-7-hydraulic lifting oil cylinder, 1-8 rotating blade blade, 1-9-rotating blade end, 1-10-keyway, the recessed blade cutting edge of 1-11-, the recessed blade base of 1-12-, 1-13-screwed hole, 14-pin-and-hole; 2-separating twice high temperature sterilization sterilizing-drying system, 2-1-high-temperature sterilization tank body, 2-2-bearing, 2-3-quill shaft, 2-4-tank support, 2-5-agitating fins, 2-6-cutting tip group, 2-7-air inlet, 2-8-sterilizing-drying charging aperture, 2-9-sterilizing-drying discharging opening, 2-10-vapours air inlet; 3-extrudes grease system; 4-waste gas collecting system, 4-1-first vavuum pump, 4-2-second vavuum pump, 4-3-water storage device, 4-4-gas collecting apparatus, 4-5-conduit; 5-wastewater collection system; 6-pollutant treatment system.
Detailed description of the invention
In order to be illustrated more clearly in the utility model, below in conjunction with preferred embodiments and drawings, the utility model is described further.Parts similar in accompanying drawing represent with identical Reference numeral.It will be appreciated by those skilled in the art that specifically described content is illustrative and nonrestrictive below, protection domain of the present utility model should do not limited with this.
As shown in Fig. 1 ~ 5, the utility model poultry corpse dry method disinfects automatic production line system, comprises crushing system 1, separating twice high temperature sterilization sterilizing-drying system 2, extruding grease system 3, waste gas collecting system 4, wastewater collection system 5, pollutant treatment system 6 and control system; The discharging opening of a described crushing system 1 is connected by material conveying device conducting with the charging aperture of described separating twice high temperature sterilization sterilizing-drying system 2, and the discharging opening of described separating twice high temperature sterilization sterilizing-drying system 2 is connected by material conveying device conducting with the charging aperture of described extruding grease system 3; Described waste gas collecting system 4 is connected by conduit 4-5 fluid communication with a described crushing system 1 and described separating twice high temperature sterilization sterilizing-drying system 2 respectively; Described wastewater collection system 5 is connected by conduit 4-5 fluid communication with a described crushing system 1, described separating twice high temperature sterilization sterilizing-drying system 2, described extruding grease system 3, described waste gas collecting system 4 respectively; Described pollutant treatment system 6 is connected by conduit 4-5 fluid communication with described waste gas collecting system 4 and described wastewater collection system 5 respectively; Described control system communicates to connect with a described crushing system 1, described separating twice high temperature sterilization sterilizing-drying system 2, described extruding grease system 3, described waste gas collecting system 4, described wastewater collection system 5 and described waste water and gas gathering system 4 respectively.
Wherein, as shown in Figure 2-5, a described crushing system 1 comprises feeding bin 1-1 and crushing bin 1-2; Described feeding bin 1-1 is closed feeding bin, is provided with spiral material loading bar 1-3 in described feeding bin 1-1, and described spiral material loading bar 1-3 and hydraulic lifting oil cylinder 1-7 is in transmission connection; Be provided with cutting cutterhead 1-4 in described crushing bin 1-2, described cutting cutterhead 1-4 is provided with cutting edge, and described cutting edge is equally spaced along described cutting cutterhead 1-4 circumference; The discharging opening of described feeding bin 1-1 is connected with the charging aperture conducting of described crushing bin 1-2; Described cutting cutterhead 1-4 and motor 1-5 is in transmission connection; From described cutting cutterhead 1-4 on the direction of the charging aperture of close described crushing bin 1-2, the internal diameter of the charging aperture of described crushing bin 1-2 increases gradually, be convenient to the compacting of poultry corpse like this enter in crushing bin 1-2, improve the stock-removing efficiency of described cutting sheet, reduce cut-in without ball rate.Wherein, described hydraulic lifting oil cylinder 1-7 is convenient to the fluid in livestock and poultry blood meal and slaughtering leftover bits and pieces and fertilizer process all can effectively send into described crushing bin 1-2 process, the smooth discharge of the waste water of generation when also can make to carry out cleaning and sterilizing to described feeding bin 1-1.And the peculiar smell that closed feeding bin is conducive to avoiding spoil to produce enters operation workshop, decrease the propagation of germ simultaneously, be conducive to the development controlling epidemic situation.
Described cutting edge comprises recessed blade and rotating blade 1-6, and described recessed blade comprises recessed blade base 1-12 and recessed blade cutting edge 1-11, and described recessed blade cutting edge 1-11 is fixedly connected with the first end of described recessed blade base 1-12, and described recessed blade is single-side edge blade; First end and second end of described recessed blade base 1-12 are respectively equipped with pin-and-hole 1-14 and screwed hole 1-13; Included angle A between the sword face of described recessed blade cutting edge 1-11 and described recessed blade base 1-12 first end end face is 17.31 °; Described rotating blade 1-6 comprises rotating blade blade 1-8 and rotating blade end 1-9, described rotating blade end 1-9 is provided with installing hole, described installing hole hole wall is provided with keyway 1-10, the sword face of described rotating blade blade 1-8 is arcuate blade face, and the cutting angle of described rotating blade 1-6 is 32 °.Wherein, on described cutting cutterhead 1-4, the spacing of described recessed blade and described rotating blade 1-6 is 5mm; Described rotating blade 1-6 is 21.Owing to having adults corpse and growing animal corpse in spoil, its bone hardness is different, in order to ensure that the utility model can be pulverized adults corpse, in the present embodiment, the quenching hardness of described recessed blade is HRC54 ° ~ 56 °, and the quenching hardness of described rotating blade 1-6 is also HRC54 ° ~ 56 °.
As shown in Figure 6, described waste gas collecting system 4 comprises vacuum plant, condensing unit and water storage device 4-3, a described crushing system 1 is connected by conduit 4-5 gas communication with the air inlet of described vacuum plant respectively with described separating twice high temperature sterilization sterilizing-drying system 2, the gas outlet of described vacuum plant is connected by conduit 4-5 gas communication with the air inlet of described condensing unit, the delivery port of described condensing unit is connected by conduit 4-5 fluid communication with the water inlet of described water storage device 4-3, the delivery port of described water storage device 4-3 is connected by conduit 4-5 fluid communication with the water inlet of described pollutant treatment system 6, the described delivery port of pollutant treatment system 6 is connected by conduit 4-5 fluid communication with the water inlet of foul water system, the gas outlet of described condensing unit is connected by conduit 4-5 gas communication with the air inlet of described water storage device 4-3, and the gas outlet of described water storage device 4-3 is connected by conduit 4-5 gas communication with the air inlet of described pollutant treatment system 6.
Described vacuum plant is vavuum pump, described vavuum pump and be provided with gas collecting apparatus 4-4 between a described crushing system 1 and described separating twice high temperature sterilization sterilizing-drying system 2; A described crushing system 1 is connected by conduit 4-5 gas communication with the air inlet of described gas collecting apparatus 4-4 respectively with described separating twice high temperature sterilization sterilizing-drying system 2, and the gas outlet of described gas collecting apparatus 4-4 is connected by conduit 4-5 gas communication with the air inlet of described vavuum pump.
Described gas collecting apparatus 4-4 is air collector; Described vavuum pump comprises the first vavuum pump 4-1 and the second vavuum pump 4-2; Described water storage device 4-3 is water tank; Described pollutant treatment system 6 is biological adsorption tank; Described gas collecting apparatus 4-4 is provided with drainpipe, and the delivery port of described drainpipe is connected by conduit 4-5 fluid communication with the water inlet of described pollutant treatment system 6; Described condensing unit is located in described water tank.
Described vavuum pump is 5.5KW vavuum pump, wherein, described first vavuum pump 4-1 vacuumizes process to the gas produced in separating twice high temperature sterilization sterilizing-drying system 2, and described second vavuum pump 4-2 vacuumizes process to the waste gas that the material after sterilization produces in rear operation is produced.Because the gas extracted out is high-temperature gas, when by described condensing unit, steam in high-temperature gas can be condensed into water, and water-soluble substances is adsorbed in water, organic matter higher for boiling point can also be liquefied simultaneously, described water storage device 4-3 can ensure that spoil harmless treatment still can be carried out continuously when changing wastewater treatment articles for use in described pollutant treatment system 6 or described pollutant treatment system 6.The waste water that condensation produces then can be carried out process by described pollutant treatment system 6 to be made it to reach discharge standard.
As shown in figs. 7-9, described separating twice high temperature sterilization sterilizing-drying system 2 comprises poultry corpse dry method and pulverizes sterilizing-drying treating apparatus, described poultry corpse dry method is pulverized sterilizing-drying treating apparatus and is comprised power set, high-temperature sterilization tank body 2-1, quill shaft 2-3 and bearing 2-2, and described quill shaft 2-3 axial wall is provided with agitating fins 2-5; The inwall of described high-temperature sterilization tank body 2-1 is provided with cutting tip group 2-6; The first end of described quill shaft 2-3 is fixedly connected with by the first end of bearing with described bearing 2-2, second end of described quill shaft 2-3 passes described high-temperature sterilization tank body 2-1 and is located at outside described high-temperature sterilization tank body 2-1, and described high-temperature sterilization tank body 2-1 is connected with described bearing 2-2 by tank support 2-4; The first end of described quill shaft 2-3 or the second end and described power set are in transmission connection.Wherein, the sterilizing-drying charging aperture 2-8 of described high-temperature sterilization tank body 2-1 and sterilizing-drying discharging opening 2-9 is all located on the sidewall of described high-temperature sterilization tank body 2-1.Wherein, as shown in Figure 8, described high-temperature sterilization tank body 2-1 is the double layers of walls tank body with hollow sandwich, as shown in Figure 7, the tank skin of described high-temperature sterilization tank body 2-1 is also provided with vapours air inlet 2-10 and vapours gas outlet, as shown in figures 7 and 9, described cutting tip group 2-6 comprises the first cutting tip and the second cutting tip, described first cutting tip is fixedly connected with described second cutting tip, large 0 ° and be less than or equal to 90 ° of the angle between described first cutting tip and described second cutting tip; As shown in Figure 9, be circumferentially with along described high-temperature sterilization tank body 2-1 and be more than or equal to three described cutting tip group 2-6, described cutting tip group 2-6 is equally spaced along described high-temperature sterilization tank body 2-1 circumference, and along described high-temperature sterilization tank body 2-1 axially, the inwall of described high-temperature sterilization tank body 2-1 is provided with and is more than or equal to described cutting tip group 2-6, and described cutting tip group 2-6 is axially equally spaced along described high-temperature sterilization tank body 2-1.In the present embodiment, preferably be axially arranged with three described cutting tip group 2-6 along described high-temperature sterilization tank body 2-1, and along described high-temperature sterilization tank body 2-1 axially, the inwall of preferred described high-temperature sterilization tank body 2-1 is provided with three and be greater than three described cutting tip group 2-6, three described cutting tip group 2-6 are axially equally spaced along described high-temperature sterilization tank body 2-1, as shown in Figure 9.
Described sterilizing-drying charging aperture 2-8 is connected by conveyer with the discharging opening of a described crushing system 1, and the spoil fragment after described separating twice high temperature sterilization sterilizing-drying system 2 process will carry out extruding grease.Sent in described high-temperature sterilization tank body through described sterilizing-drying charging aperture 2-8 by conveyer when the spoil after the fragmentation of described primary fragmentation system 1 becomes spoil fragment.High-pressure and high-temperature steam is passed into by described vapours air inlet 2-10 in the described hollow sandwich of described high-temperature sterilization tank body 2-1, and make high-pressure and high-temperature steam at described hollow sandwich internal circulation flow, by the described air inlet 2-7 on described quill shaft 2-3, high-pressure and high-temperature steam is passed in described quill shaft 2-3 simultaneously, described quill shaft 2-3 is heated from inside to spoil fragment.After described high-temperature sterilization tank body 2-1 is built with a certain amount of spoil fragment, close described sterilizing-drying charging aperture 2-8 and described sterilizing-drying discharging opening 2-9, then described high-temperature sterilization tank body 2-1 inside can form a confined space, along with high temperature and high pressure steam in described hollow sandwich and described quill shaft 2-3 is to the heating of described high-temperature sterilization tank body 2-1, the production and processing environment of a HTHP can be produced in described high-temperature sterilization tank body 2-1, temperature can reach more than 140 DEG C, described high-temperature sterilization tank body 2-1 internal pressure can reach more than 0.5MPa (absolute pressure), and described quill shaft 2-3 rotates under the driving effect of described power set, and drive described agitating fins 2-5 to rotate around described quill shaft 2-3, spoil fragment in described high-temperature sterilization tank body 2-1 is stirred, and spoil fragment is pushed to described cutting tip group 2-6, described cutting tip group 2-6 is made to carry out further break process to spoil fragment.Described quill shaft 2-3 and described agitating fins 2-5, to the stirring of spoil fragment, makes spoil fragment be heated evenly, and the uneven situation causing overall bactericidal effect bad that keeps from heat occurs.Spoil fragment is put into described high-temperature sterilization tank body 2-1, the processing process of at least 5 hours need be carried out, wherein need pressurize 30 minutes, meet spoil processing requirements to make described high-temperature sterilization tank body 2-1 internal temperature and pressure.
Pulverizing sterilizing-drying treating apparatus in view of described poultry corpse dry method needs airtight high temperature sterilization spoil fragment being carried out to certain hour to disinfect in process of production, in order to ensure the utilization rate of other apparatus, be equipped with in the utility model and be more than or equal to two described poultry corpse dry methods pulverizing sterilizing-drying treating apparatus, in the present embodiment, select two described poultry corpse dry methods to pulverize sterilizing-drying treating apparatus.
When using the utility model, poultry corpse is put into the described feeding bin 1-1 of a described crushing system 1, then by described spiral material loading bar 1-3, poultry corpse is sent into described crushing bin 1-2 to be pulverized by described cutting cutterhead 1-4, poultry corpse after pulverizing enters in described high-temperature sterilization tank body 2-1 through conveyer and described sterilizing-drying charging aperture 2-8, when the poultry corpse fragment amount in described high-temperature sterilization tank body 2-1 reaches the restriction load of described high-temperature sterilization tank body 2-1, close described sterilizing-drying charging aperture 2-8 and described sterilizing-drying discharging opening 2-9, then described poultry corpse dry method pulverizing sterilizing-drying treating apparatus starts to carry out separating twice and sterilizing-drying process to poultry corpse fragment, and carry out in the process of separating twice and sterilizing-drying process at described poultry corpse dry method pulverizing sterilizing-drying treating apparatus to poultry corpse fragment, described crushing system 1 following process poultry corpse fragment out can be transported to poultry corpse dry method described in another and pulverize in the described high-temperature sterilization tank body 2-1 of sterilizing-drying treating apparatus by conveyer.After poultry corpse fragment entered the process of described poultry corpse dry method pulverizing sterilizing-drying treating apparatus, be transported in described extruding grease system 3 by conveyer and process, spiral material loading bar selected by the conveyer wherein between described poultry corpse dry method sterilizing-drying treating apparatus and described extruding grease system 3.
And after described poultry corpse dry method pulverizing sterilizing-drying treating apparatus completes the pulverizing of poultry corpse fragment, sterilization and oven dry, first need vacuumize process with described first vavuum pump 4-1 to described high-temperature sterilization tank body 2-1, by condensing unit described in the high temperature and high pressure gas suction in described high-temperature sterilization tank body 2-1, described high temperature and high pressure gas cools rapidly in described condensing unit, in described high temperature and high pressure gas, the steam of high boiling substance promptly can be condensed into liquid, and these liquid process rear discharge by described pollutant treatment system 6.
Obviously; above-described embodiment of the present utility model is only for the utility model example is clearly described; and be not the restriction to embodiment of the present utility model; for those of ordinary skill in the field; can also make other changes in different forms on the basis of the above description; here cannot give exhaustive to all embodiments, every belong to the technical solution of the utility model the apparent change of extending out or variation be still in the row of protection domain of the present utility model.
Claims (10)
1. poultry corpse dry method disinfects automatic production line system, it is characterized in that, comprise crushing system (1), separating twice high temperature sterilization sterilizing-drying system (2), extruding grease system (3), waste gas collecting system (4), wastewater collection system (5), pollutant treatment system (6) and a control system; The discharging opening of a described crushing system (1) is connected by material conveying device conducting with the charging aperture of described separating twice high temperature sterilization sterilizing-drying system (2), and the discharging opening of described separating twice high temperature sterilization sterilizing-drying system (2) is connected by material conveying device conducting with the charging aperture of described extruding grease system (3); Described waste gas collecting system (4) is connected by conduit (4-5) fluid communication with a described crushing system (1) and described separating twice high temperature sterilization sterilizing-drying system (2) respectively; Described wastewater collection system (5) is connected by conduit (4-5) fluid communication with a described crushing system (1), described separating twice high temperature sterilization sterilizing-drying system (2), described extruding grease system (3), described waste gas collecting system (4) respectively; Described pollutant treatment system (6) is connected by conduit (4-5) fluid communication with described waste gas collecting system (4) and described wastewater collection system (5) respectively; Described control system communicates to connect with a described crushing system (1), described separating twice high temperature sterilization sterilizing-drying system (2), described extruding grease system (3), described waste gas collecting system (4), described wastewater collection system (5) and described waste water and gas gathering system (4) respectively; A described crushing system (1) comprises feeding bin (1-1) and crushing bin (1-2); Described feeding bin (1-1) is closed feeding bin, is provided with spiral material loading bar (1-3) in described feeding bin (1-1); Be provided with cutting cutterhead (1-4) in described crushing bin (1-2), described cutting cutterhead (1-4) is provided with cutting edge, and described cutting edge is equally spaced along described cutting cutterhead (1-4) circumference; The discharging opening of described feeding bin (1-1) is connected with the charging aperture conducting of described crushing bin (1-2); Described cutting cutterhead (1-4) and motor (1-5) are in transmission connection; From described cutting cutterhead (1-4) on the direction of the charging aperture of close described crushing bin (1-2), the internal diameter of the charging aperture of described crushing bin (1-2) increases gradually.
2. poultry corpse dry method according to claim 1 disinfects automatic production line system, it is characterized in that, described spiral material loading bar (1-3) and hydraulic lifting oil cylinder (1-7) are in transmission connection.
3. poultry corpse dry method according to claim 1 disinfects automatic production line system, it is characterized in that, described cutting edge comprises recessed blade and rotating blade (1-6), described recessed blade comprises recessed blade base (1-12) and recessed blade cutting edge (1-11), described recessed blade cutting edge (1-11) is fixedly connected with the first end of described recessed blade base (1-12), and described recessed blade is single-side edge blade; The first end of described recessed blade base (1-12) and the second end are respectively equipped with pin-and-hole (1-14) and screwed hole (1-13); Included angle A between the sword face of described recessed blade cutting edge (1-11) and described recessed blade base (1-12) first end end face is 17.31 °; Described rotating blade (1-6) comprises rotating blade blade (1-8) and rotating blade end (1-9), described rotating blade end (1-9) is provided with installing hole, described installing hole hole wall is provided with keyway (1-10), the sword face of described rotating blade blade (1-8) is arcuate blade face, and the cutting angle of described rotating blade (1-6) is 32 °.
4. poultry corpse dry method according to claim 3 disinfects automatic production line system, it is characterized in that, on described cutting cutterhead (1-4), the spacing of described recessed blade and described rotating blade (1-6) is 5mm; Described rotating blade (1-6) is 21.
5. poultry corpse dry method according to claim 1 disinfects automatic production line system, it is characterized in that, described waste gas collecting system (4) comprises vacuum plant, condensing unit and water storage device (4-3), a described crushing system (1) is connected by conduit (4-5) gas communication with the air inlet of described vacuum plant respectively with described separating twice high temperature sterilization sterilizing-drying system (2), the gas outlet of described vacuum plant is connected by conduit (4-5) gas communication with the air inlet of described condensing unit, the delivery port of described condensing unit is connected by conduit (4-5) fluid communication with the water inlet of described water storage device (4-3), the delivery port of described water storage device (4-3) is connected by conduit (4-5) fluid communication with the water inlet of described pollutant treatment system (6), the described delivery port of pollutant treatment system (6) is connected by conduit (4-5) fluid communication with the water inlet of foul water system, the gas outlet of described condensing unit is connected by conduit (4-5) gas communication with the air inlet of described water storage device (4-3), and the gas outlet of described water storage device (4-3) is connected by conduit (4-5) gas communication with the air inlet of described pollutant treatment system (6).
6. poultry corpse dry method according to claim 5 disinfects automatic production line system, it is characterized in that, described vacuum plant is vavuum pump, described vavuum pump and be provided with gas collecting apparatus (4-4) between a described crushing system (1) and described separating twice high temperature sterilization sterilizing-drying system (2); A described crushing system (1) is connected by conduit (4-5) gas communication with the air inlet of described gas collecting apparatus (4-4) respectively with described separating twice high temperature sterilization sterilizing-drying system (2), and the gas outlet of described gas collecting apparatus (4-4) is connected by conduit (4-5) gas communication with the air inlet of described vavuum pump.
7. poultry corpse dry method according to claim 6 disinfects automatic production line system, it is characterized in that, described gas collecting apparatus (4-4) is air collector; Described vavuum pump comprises the first vavuum pump (4-1) and the second vavuum pump (4-2); Described water storage device (4-3) is water tank; Described pollutant treatment system (6) is biological adsorption tank; Described gas collecting apparatus (4-4) is provided with drainpipe, and the delivery port of described drainpipe is connected by conduit (4-5) fluid communication with the water inlet of described pollutant treatment system (6); Described condensing unit is located in described water tank.
8. poultry corpse dry method according to claim 1 disinfects automatic production line system, it is characterized in that, separating twice high temperature sterilization sterilizing-drying system (2) comprises poultry corpse dry method and pulverizes sterilizing-drying treating apparatus, described poultry corpse dry method is pulverized sterilizing-drying treating apparatus and is comprised power set, high-temperature sterilization tank body (2-1), quill shaft (2-3) and bearing (2-2), and described quill shaft (2-3) axial wall is provided with agitating fins (2-5); The inwall of described high-temperature sterilization tank body (2-1) is provided with cutting tip group (2-6); The first end of described quill shaft (2-3) is fixedly connected with by the first end of bearing with described bearing (2-2), second end of described quill shaft (2-3) passes described high-temperature sterilization tank body (2-1) and is located at described high-temperature sterilization tank body (2-1) outward, and described high-temperature sterilization tank body (2-1) is connected with described bearing (2-2) by tank support (2-4); The first end of described quill shaft (2-3) or the second end and described power set are in transmission connection; The tank skin of described high-temperature sterilization tank body (2-1) is provided with sterilizing-drying charging aperture (2-8); Described high-temperature sterilization tank body (2-1) is for having the double layers of walls tank body of hollow sandwich; The tank skin of described high-temperature sterilization tank body (2-1) is also provided with vapours air inlet (2-10) and vapours gas outlet.
9. poultry corpse dry method according to claim 8 disinfects automatic production line system, it is characterized in that, described cutting tip group (2-6) comprises the first cutting tip and the second cutting tip, described first cutting tip is fixedly connected with described second cutting tip, large 0 ° and be less than or equal to 90 ° of the angle between described first cutting tip and described second cutting tip; Be circumferentially with along described high-temperature sterilization tank body (2-1) and be more than or equal to three described cutting tip groups (2-6), described cutting tip group (2-6) is equally spaced along described high-temperature sterilization tank body (2-1) circumference; Along described high-temperature sterilization tank body (2-1) axially, the inwall of described high-temperature sterilization tank body (2-1) is provided with and is more than or equal to three described cutting tip groups (2-6), and described cutting tip group (2-6) is axially equally spaced along described high-temperature sterilization tank body (2-1).
10. poultry corpse dry method according to claim 1 disinfects automatic production line system, it is characterized in that, the described sterilizing-drying charging aperture (2-8) of described high-temperature sterilization tank body (2-1) and sterilizing-drying discharging opening (2-9) are all located on the sidewall of described high-temperature sterilization tank body (2-1).
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| CN201520606926.5U CN204817446U (en) | 2015-08-12 | 2015-08-12 | Automatic production line system is disinfected to poultry corpse dry powder method |
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| CN201520606926.5U CN204817446U (en) | 2015-08-12 | 2015-08-12 | Automatic production line system is disinfected to poultry corpse dry powder method |
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Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105618464A (en) * | 2016-03-17 | 2016-06-01 | 浙江明佳环保科技有限公司 | Multifunctional innocent treatment equipment for dead animals |
| CN105689366A (en) * | 2016-04-06 | 2016-06-22 | 湖南卢氏环保科技有限公司 | Containing basin and treatment system used for beasts and birds died due to illness and provided with containing basin |
-
2015
- 2015-08-12 CN CN201520606926.5U patent/CN204817446U/en not_active Expired - Fee Related
Cited By (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105618464A (en) * | 2016-03-17 | 2016-06-01 | 浙江明佳环保科技有限公司 | Multifunctional innocent treatment equipment for dead animals |
| CN105618464B (en) * | 2016-03-17 | 2017-10-24 | 浙江明佳环保科技有限公司 | A kind of multi-functional animals died of illness innocent treatment equipment |
| CN105689366A (en) * | 2016-04-06 | 2016-06-22 | 湖南卢氏环保科技有限公司 | Containing basin and treatment system used for beasts and birds died due to illness and provided with containing basin |
| CN105689366B (en) * | 2016-04-06 | 2017-12-29 | 湖南卢氏环保科技有限公司 | Contain basin and the dead livestock and poultry processing system with the splendid attire basin |
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