A kind of device animals died of illness corpse fragment being carried out to harmless treatment
Technical field
The present invention relates to animals died of illness corpse innocent treatment equipment, especially a kind of device animals died of illness corpse fragment being carried out to harmless treatment.
Background technology
Now, in order to protection of the environment, animals died of illness corpse is all required to carry out harmless treatment.Grease, directly landfill, the rear landfill of high temperature steaming sterilization, compost, directly burning, incinerator burning etc. are refined to mainly containing of the treatment and disposal method system of animals died of illness corpse.
It is 201510494122.5 that on December 02nd, 2015 just announces an application number, name is called the application for a patent for invention of " a kind of carcase decomposing and fermenting device ", it comprises hopper, pulverizer, fermentor tank, described hopper comprises hopper main body, described hopper bottom part body is material stock groove, described material stock groove is hollow rectangular parallelepiped, material stock flute length avris has some feets, material stock groove top is connected with baffle plate, block, described block is semi arch medium altitude groove, described baffle plate is inverted trapezoidal, the minor face of baffle plate is identical with the bond length of material stock groove, baffle plate is fixed on material stock groove minor face, two pieces of baffle plates are left-right symmetric relation, baffle plate is not had on material stock groove with on the long limit of block respective side, described pulverizer comprises roller bearing, cutting knife, snap ring, cutter groove, motor, described roller bearing cross section is regular hexagon, roller bearing is provided with cutting knife and snap ring, described cutting knife cross section is the beautiful shape of hook in root band regular hexagon hole, the quantity of cutting knife has some, annular with regular hexagon hole centered by described snap ring cross section, the quantity of snap ring has some, described cutter groove is rectangle, cutter groove is fixed with some first tool posts, second tool post, 3rd tool post, described first tool post, second tool post is identical with the 3rd tool post shape size, first tool post is rectangle, described motor is positioned at roller bearing end, described fermentor tank comprises fermentation tank, whipping appts, agitator motor, described fermentation tank is the hollow rectangular parallelepiped that circular arc is arranged at bottom, described whipping appts is horizontally placed in fermentation tank, whipping appts two ends and fermentation tank inwall are fixed by chuck, whipping appts comprises stirring rake, large roller bearing, described large roller bearing is cylindrical, large roller bearing one end is connected outside fermentation tank with agitator motor, large roller bearing is provided with pipe clamp, described pipe clamp cross section is half arc clip of two panels two sideband ear, described stirring rake is fixed on large roller bearing by pipe clamp, described stirring rake is rectangle, the identical length of stirring rake is same.This carcase decomposing and fermenting device, producing again of decreasing pollution source, can make carcase carry out sufficient fermentative processing in fermentor tank, the secondary pollution that preventing ferments thoroughly does not cause.But this device is by fermentative processing, and its processing efficiency has much room for improvement.The mixing direction of its stirring rake is more single in addition, can affect the homogeneity stirring material, also can affect processing efficiency.
Summary of the invention
The technical problem to be solved in the present invention is to provide a kind of device animals died of illness corpse fragment being carried out to harmless treatment, and its processing efficiency is high, and on environment without impact.
For achieving the above object, technical scheme of the present invention is: a kind of device animals died of illness corpse fragment being carried out to harmless treatment, comprise spherical tank, feed valve is equipped with on the top of spherical tank, the bottom connected drainage valve of spherical tank, bleeder valve is equipped with in side, spherical tank bottom, spherical tank bottom is attached on a well heater, spherical tank is built with stirring cutter, described stirring cutter comprises a main shaft, one end of main shaft is stretched out outside spherical tank and is connected with a driving mechanism, be on the main shaft in spherical tank and be installed with many radial fulcrums, the radial fulcrum being in main shaft different positions is crisscross arranged, blade is equipped with in the end of the other end of main shaft and the radial fulcrum of every root.
The neighboring of preferred described blade is arc shape; The end of the radial fulcrum of every root is provided with the draw-in groove extended vertically, the radial fulcrum of every root is also provided with four radial clamping plate at the periphery near draw-in groove, radial clamping plate are provided with mutually corresponding through hole between two, the middle part of blade to be connected on draw-in groove and to be between two between radial clamping plate, and bolt is locked together blade and radial clamping plate through the mutually corresponding through hole of radial clamping plate between two and blade.To facilitate installation and the replacing of blade.
Preferred described feed valve comprises the housing that lower end is provided with opening, one end of one feed-pipe is stretched in housing from housing upper end, feed-pipe periphery and housing seal are connected, the rotating shaft of pivot joint one and feed-pipe axis perpendicular on housing, a rotating shaft part is in housing, another part is in outside housing, the rotating shaft part be in housing is connected the first connecting lever, one charging valve gap is connected to the end of the first connecting lever, and axis of rotation drives charging valve gap to cover feed-pipe and is in the one end in housing or departs from feed-pipe and be in one end in housing; The described rotating shaft part be in outside housing is connected the second connecting lever, and one end and the housing of a cylinder are hinged, the end of the other end and the second connecting lever is hinged; The upper end of housing lower end and spherical tank seals and is connected, and housing lower ending opening is communicated with in spherical tank.The charging valve gap of this feed valve forms a kind of varus formula closing structure, when charging valve gap is in closing condition, the air pressure in spherical tank can order about charging valve gap more enclosing cover live feed-pipe and be in one end in housing, can effective Leakage prevention.
Further preferred described charging valve gap comprises a cover plate, center, cover plate lower surface is connected one perpendicular to the cylinder of cover plate, multiple stiffening plate is also connected with between the periphery of cylinder and cover plate lower surface, one end of a joint pin is connected in the end of described first connecting lever, the other end of joint pin is enclosed within cylinder, and the lower end of the cylinder limited cover restriction joint pin that is also connected departs from cylinder; Described joint pin one end be in cylinder is ball shape.
This side, spherical tank bottom is provided with discharge port, preferred described bleeder valve comprises the discharging valve gap matched with spherical tank discharge port, also comprise a support, a screw rod, screw rod passes mid-stent and spins mutually with the middle part of support, one end of screw rod is connected to bleeder valve and covers, and bleeder valve covers and sealing-ring is housed; Spherical tank is respectively equipped with articulated section and Access Division in the both sides of discharge port, one end of described articulated section and support is hinged, the both sides of the other end of support are hinged with two hooks and match with described Access Division, two hooks are connected mutually with a U-shaped Shifting rack, and U-shaped Shifting rack is to spacing by support when rotating near support side.This bleeder valve can make distance between support and discharging valve gap produce change by rotary screw, and when between support and discharging valve gap, distance becomes large, two hooks clamp mutually with the Access Division on spherical tank and make valve be in closing condition; When distance diminishes between support and discharging valve gap, link up with the Access Division that just can depart from tank body, then by Shifting rack, two hooks group just can be easy to open valve gap from the Access Division on spherical tank.Therefore it opens and closes more for convenience, and Reliability of Microprocessor is high.
Further, the articulated section that one end of described support is equipped with on the first hinging pin shaft and spherical tank is hinged, and the second hinging pin shaft is housed the other end of support and hook is hinged; The Access Division of described spherical tank is provided with a stationary shaft and matches with two described hooks.
Further, the middle part of described support is provided with the first sleeve, the end face of discharging valve gap is fixed with the second sleeve, the outside surface of the second sleeve is movable to be enclosed within the first sleeve, screw rod stretches in the endoporus of the second sleeve through first sleeve one end, a nut that first sleeve is connected spins mutually with screw rod, and a gland restriction screw rod that the second sleeve is connected departs from the second sleeve.
Further again, the described screw rod end be in the second hub internal bore is ball shape, and the endoporus of the second sleeve is cylindrical; The inner peripheral surface of described first sleeve is square, and the periphery of described second sleeve is square.
Preferred described well heater comprises an arc cell body, labyrinth type oil paths is provided with in arc cell body, arc cell body is provided with the oil inlet pipe and oil outlet pipe that are communicated with labyrinth type oil paths, oil outlet pipe on arc cell body is by the internal upper part of pipeline communication one oil drum, oil drum is heated by marsh gas stove, the oil-in of one oil pump passes through the interior bottom of pipeline communication oil drum, and the oil outlet of oil pump is by the oil inlet pipe on pipeline communication arc cell body.Adopt this well heater to heat its heat transfer comparatively evenly to spherical tank, the heating cost of material is also lower.
Further, described marsh gas stove and oil drum are integral type structure; Described arc cell body is connected with spherical tank.
The present invention arranges spherical tank as processing vessel, by closing feed valve after feed valve charging, spherical tank inner chamber forms seal cavity, then heated to spherical tank by well heater, just can form high temperature and high pressure environment in spherical tank, multiple blades simultaneously by stirring cutter stir-fry at multidirectional uniform stirring, rapidly exterminating bacterium is carried out to animals died of illness corpse fragment and de-oiling dewaters, profit can be discharged again by tapping valve, animals died of illness corpse fragment is made to form siccative, its processing efficiency is high, and on environment without impact.
Accompanying drawing explanation
Fig. 1 is stereographic map of the present invention;
Fig. 2 is the vertical view that the present invention hides driving mechanism, oil drum, marsh gas stove and oil pump;
Fig. 3 is the A-A sectional view of Fig. 2;
Fig. 4 stirs cutter stereographic map;
Fig. 5 is feed valve stereographic map;
Fig. 6 is feed valve vertical view;
Fig. 7 is the B-B sectional view of Fig. 6;
Fig. 8 is bleeder valve stereographic map;
Fig. 9 is bleeder valve vertical view;
Figure 10 is the C-C sectional view of Fig. 9;
Figure 11 is the D place enlarged view of Fig. 1.
Embodiment
Below in conjunction with accompanying drawing and concrete embodiment, the present invention is described in further detail.
Shown in Fig. 1 to Figure 11, a kind of device animals died of illness corpse fragment being carried out to harmless treatment, comprise spherical tank 1, feed valve 2 is equipped with on the top of spherical tank 1, the bottom connected drainage valve 3 of spherical tank 1, the optional magnetic valve of tapping valve 3, bleeder valve 4 is equipped with in side, spherical tank 1 bottom, spherical tank 1 bottom is attached on a well heater 5, and spherical tank 1 is built with stirring cutter 6.
Fig. 4 further shown in, described stirring cutter 6 comprises a main shaft 61, one end of main shaft 61 is stretched out outside spherical tank 1 and is connected with a driving mechanism 7, described driving mechanism 7 comprises reducing motor 71 and sprocket wheel chain driving member 72, reducing motor 71 drives main shaft 61 to rotate by sprocket wheel chain driving member 72, be on the main shaft 61 in spherical tank 1 and be installed with many radial fulcrums 62, the radial fulcrum 62 being in main shaft 61 different positions is crisscross arranged, and blade 63 is equipped with in the end of the other end of main shaft 61 and the radial fulcrum 62 of every root.
The neighboring of described blade 63 is arc shape; The end of the radial fulcrum 62 of every root is provided with the draw-in groove 621 extended vertically, the radial fulcrum 62 of every root is also provided with four radial clamping plate 622 at the periphery near draw-in groove 621, radial clamping plate 622 are provided with mutually corresponding through hole 623 between two, the middle part of blade 63 to be connected on draw-in groove 621 and to be between two between radial clamping plate 622, and bolt is locked together blade 63 and radial clamping plate 622 through the mutually corresponding through hole 623 of radial clamping plate 622 between two and blade 63.
The other end of described main shaft 61 is connected in the rotating mode of axial restraint circumference with the first flange 64, and the first flange 64 is connected on spherical tank 1; Main shaft 61 is in one end outside spherical tank 1 and is connected by keyway and metallic bond and a sprocket wheel.
Fig. 5 to Fig. 7 further shown in, described feed valve 2 comprises the housing 21 that lower end is provided with opening, one end of one feed-pipe 22 is stretched in housing 21 from housing 21 upper end, feed-pipe 22 periphery and housing 21 seal and are connected, the rotating shaft 23 of pivot joint one and feed-pipe 22 axis perpendicular on housing 21, rotating shaft 23 part is in housing 21, another part is in outside housing 21, rotating shaft 23 part be in housing 21 is connected the first connecting lever 24, one charging valve gap 25 is connected to the end of the first connecting lever 24, rotating shaft 23 is rotated and is driven feed valve lid 25 to cover feed-pipe 22 to be in the one end in housing 21 or to depart from feed-pipe 22 and be in one end in housing 21, described rotating shaft 23 part be in outside housing 21 be connected the second connecting lever 26, cylinder 27 one end and housing 21 is hinged, the end of the other end and the second connecting lever 26 is hinged, housing 21 lower end seal with the upper end of spherical tank 1 by the second flange 211 and is connected, in housing 21 lower ending opening connection spherical tank 1.
Described charging valve gap 25 comprises a cover plate 251, center, cover plate 251 lower surface is connected one perpendicular to the cylinder 252 of cover plate 251, multiple stiffening plate 253 is also connected with between the periphery of cylinder 252 and cover plate 251 lower surface, one end of a joint pin 254 is connected in the end of described first connecting lever 24, the other end of joint pin 254 is enclosed within cylinder 252, and the lower end of cylinder 252 limited cover 255 that is also connected limits joint pin 254 and departs from cylinder 252; Described joint pin 254 one end be in cylinder 252 is ball shape.
Described feed-pipe 22 one end be in housing 21 is fixed a sealing-ring 28 and is matched with the end face of charging valve gap 25.
Fig. 8 to Figure 11 further shown in, side, spherical tank 1 bottom is provided with discharge port, described bleeder valve 4 comprises the discharging valve gap 41 matched with spherical tank 1 discharge port, also comprise support 42, screw rod 43, screw rod 43 is through spinning mutually with the middle part of support 42 in the middle part of support 42, one end of screw rod 43 is connected on discharging valve gap 41, discharging valve gap 41 is equipped with sealing-ring 411; Spherical tank 1 is respectively equipped with articulated section 11 and Access Division 12 in the both sides of discharge port, described articulated section 11 is hinged with one end of support 42, the both sides of the other end of support 42 are hinged with two hooks 44 and match with described Access Division 12, two hooks 44 are connected mutually with a U-shaped Shifting rack 45, and U-shaped Shifting rack 45 is to spacing by support 42 when rotating near support 42 side.
One end of described support 42 is equipped with the first hinging pin shaft 421 and is hinged with the articulated section 11 on spherical tank 1, and the other end of support 42 is equipped with the second hinging pin shaft 422 and is hinged with hook 44; The Access Division 12 of described spherical tank 1 is provided with a stationary shaft 121 and matches with two described hooks 44.
The middle part of described support 42 is provided with the first sleeve 423, the end face of discharging valve gap 41 is fixed with the second sleeve 412, the outside surface of the second sleeve 412 is movable to be enclosed within the first sleeve 423, screw rod 43 stretches in the endoporus of the second sleeve 412 through one end of the first sleeve 423, a nut 424 that first sleeve 423 is connected spins mutually with screw rod 43, and a gland 413 that the second sleeve 412 is connected limits screw rod 43 and departs from the second sleeve 412.
The end that described screw rod 43 is in the second sleeve 412 endoporus is ball shape, and the endoporus of the second sleeve 412 is cylindrical; The inner peripheral surface of described first sleeve 423 is square, and the periphery of described second sleeve 412 is square; The other end of described screw rod 43 is fixed with swing handle 431.
Described well heater 5 comprises an arc cell body, arc cell body is connected with spherical tank 1, labyrinth type oil paths 51 is provided with in arc cell body, arc cell body is provided with the oil inlet pipe 52 and oil outlet pipe 53 that are communicated with labyrinth type oil paths 51, oil outlet pipe 53 on arc cell body is by the internal upper part of pipeline communication one oil drum 8, oil drum 8 is heated by marsh gas stove 9, and the oil-in of an oil pump 10 passes through the interior bottom of pipeline communication oil drum 8, and the oil outlet of oil pump 10 is by the oil inlet pipe 52 on pipeline communication arc cell body; Oil drum 8 and marsh gas stove 9 are integral type structure.
The working process of the present embodiment is as follows: close bleeder valve 4, open feed valve 2 charging, cylinder 27 drives rotating shaft 23 to rotate by the second connecting lever 26, rotating shaft 23 drives charging valve gap 25 to rotate counterclockwise by the first connecting lever 24, makes feed-pipe 22 be communicated with in spherical tank 1, and the animals died of illness corpse fragment after cutting is sent in spherical tank 1 from feed-pipe 22, after sending into set amount, cylinder 27 action again, charging valve gap 25 rotates clockwise, and feed valve 2 cuts out;
Then the oil in oil drum 8 is heated by marsh gas stove 9, then the labyrinth type oil paths 51 that oil pump 10 makes deep fat be input to arc cell body gets back to oil drum 8, form hot oiling to heat spherical tank 1, just animals died of illness corpse fragment is heated by the heat transfer of spherical tank 1, the reducing motor 71 of driving mechanism 7 drives the main shaft 61 stirring cutter 6 to rotate by sprocket wheel chain driving member 72 simultaneously, the multiple blades 63 stirring cutter 6 just carry out constantly stirring stir-frying to animals died of illness corpse fragment from different directions, because now spherical tank 1 is in air-tight state, spherical tank 1 is constantly heated and just forms High Temperature High Pressure at spherical tank 1, High Temperature High Pressure just carries out exterminating bacterium and dehydration de-oiling to animals died of illness corpse fragment, tapping valve 3 is opened when the pressure of spherical tank 1 reaches preset value, profit is first discharged and reduces the pressure in spherical tank 1, then tapping valve 3 is closed, continue heated and stirred, such circulation several times, animals died of illness corpse fragment just forms siccative and abundant exterminating bacterium in spherical tank 1, then swing handle 431 rotary screw 43, discharging valve gap 41 is just pulled open in one end of screw rod 43, the hook end of two hooks 44 just progressively can depart from described stationary shaft 121 simultaneously, then the struck side of Shifting rack 45 is lifted, Shifting rack 45 just drives the hook end of two hooks 44 to depart from described stationary shaft 121 completely, whole support 42 and discharging valve gap 41 just can along the discharge ports of the first hinging pin shaft 421 rotating opening spherical tank 1, stir cutter 6 to continue to stir, just export the siccative after harmless treatment from the discharge port of spherical tank 1, siccative can as the raw material etc. of fertilizer.
Below be only the present invention's preferred embodiment, those skilled in the art makes by claim the protection domain that equivalent change all falls into this case.