CN112930822A

CN112930822A - High-temperature insecticidal and sterilization integrated fluid injection device

Info

Publication number: CN112930822A
Application number: CN202110151942.XA
Authority: CN
Inventors: 陈露云
Original assignee: Individual
Current assignee: Individual
Priority date: 2021-02-03
Filing date: 2021-02-03
Publication date: 2021-06-11

Abstract

The invention discloses a high-temperature insecticidal and sterilization integrated fluid injection device, which comprises a heating pipe, the heating pipe comprises a heating pipeline, a heating device is arranged in the heating pipeline, a rotating shaft is arranged in the heating pipeline, one end of the rotating shaft is provided with a motor, the rotating shaft is sleeved with a stirring device, a linkage group is arranged in the stirring device, a material adding device is arranged outside the stirring device, one end of the heating pipeline is connected with an excrement tank through a water pump pipeline, the other end of the heating pipeline is connected with a spraying device through a feeding device pipeline, the linkage group comprises a linkage device I and a linkage device II, the first linkage device and the second linkage device both comprise rolling balls and rolling ball grooves, a plurality of linkage elastic blocks are arranged in the rolling ball grooves, the invention has the characteristics of recovering skatole in excrement and controlling the concentration of the excrement.

Description

High-temperature insecticidal and sterilization integrated fluid injection device

Technical Field

The invention relates to the technical field of agricultural fertilization, in particular to a high-temperature insecticidal and sterilization integrated fluid injection device.

Background

3-methylindole is an organic compound which is present in large amounts in excrement and has a high concentration of fecal odor, also known as skatole, white or slightly brownish crystalline. The feces smell after dilution can be changed into light fragrance, and can be used for preparing perfume.

The excrement is generally directly used for fertilizing crops, the utilization method wastes skatole in the excrement, bacteria and insects in the excrement can damage the crops, and the crops can be burnt when the concentration of the excrement is too high. Therefore, it is necessary to design a high temperature insecticidal and bactericidal integrated fluid spraying device capable of recovering skatole in excrement and controlling the concentration of excrement.

Disclosure of Invention

The present invention is directed to a high temperature insecticidal and germicidal integrated fluid spraying apparatus to solve the above problems.

In order to solve the technical problems, the invention provides the following technical scheme: the utility model provides a fluid injection apparatus of high temperature insecticidal sterilization integration, includes the heating pipe, the heating pipe includes the heating line, be provided with heating device in the heating line, be provided with the rotation axis in the heating line, rotation axis one end is provided with the motor, the cover is equipped with agitating unit on the rotation axis, be provided with linkage group in the agitating unit, agitating unit is provided with outward and adds the material device, there is the excrement case heating line one end through water pump pipe connection, the heating line other end has injection apparatus through adding material device pipe connection.

According to the technical scheme, the linkage group comprises a first linkage device and a second linkage device, the first linkage device and the second linkage device both comprise rolling balls and rolling ball grooves, a plurality of linkage elastic blocks are arranged in the rolling ball grooves, the rolling balls are clamped between the linkage elastic blocks, and the linkage elastic blocks are of hollow structures;

agitating unit includes the churn, the churn surface is provided with a plurality of stirring brushes, the rotation axis middle section is located to the churn cover, the spin and the spin groove of aggregate unit one distribute and set up in rotation axis middle section surface and churn inner wall, the spin groove bottom of aggregate unit one all is provided with feed liquor pipe and drain pipe, the drain pipe entrance is provided with the metal filter screen, feed liquor pipe and drain pipe are located respectively and keep away from and are close to rotation axis direction of rotation one side.

According to the technical scheme, agitating unit still includes two rotatory pieces, the rotation axis both ends are located to rotatory piece cover, the spin and spin groove of aggregate unit two distribute and set up in churn inner wall and rotation axis both ends surface, be provided with linkage centrifugation groove in the rotation axis both ends, linkage centrifugation groove lateral wall is provided with a plurality of linkage elasticity bags, all be provided with the balancing weight on the linkage elasticity bag, the linkage elasticity bag all is provided with hydraulic oil with the linkage elasticity piece inside of aggregate unit two, and interconnect, rotatory piece one end is provided with fixed conducting block, the inside both ends of heating tube set up the slip conducting block, fixed conducting block and slip conducting block are connected with external power source and heating device electricity respectively.

According to the technical scheme, the feeding device comprises a one-way set, the one-way set comprises a one-way device I and a one-way device II, the one-way device I and the one-way device II both comprise one-way pipelines, the two ends of each one-way pipeline are thinner, the middle of each one-way pipeline is thicker, a limiting net is arranged in the middle of each one-way pipeline, two sealing blocks are arranged in the middle of each limiting net, the sealing blocks are higher in density, a one-way elastic bag is arranged in the middle of each sealing block, and low-density liquid is filled in each one-;

heating pipeline one side is provided with the transfer groove, one-way device one lower extreme and two upper ends of one-way device respectively with transfer groove upper end and lower extreme pipe connection, one-way device one upper end has outside water source through positive check valve pipe connection, two lower extremes of one-way device and heating pipeline internal pipe connection, low density liquid is more in one-way elastic bag of one-way device two, low density liquid is less in one-way elastic bag of one-way device one.

According to the technical scheme, the two sides of the heating pipeline are both provided with limiting grooves, push plates are arranged in the limiting grooves, springs are arranged between one sides, away from the heating pipeline, of the push plates and the limiting grooves, and the limiting grooves are connected with the pipeline inside the transfer grooves.

According to the technical scheme, the feeding device further comprises a buoyancy valve group, the buoyancy valve group comprises a first buoyancy valve and a second buoyancy valve, the first buoyancy valve and the second buoyancy valve both comprise buoyancy valve bodies, and floating balls are arranged in the buoyancy valve bodies;

the bottom of the buoyancy valve body of the first buoyancy valve is connected with an upper end pipeline of a one-way device through a reverse one-way valve, one side of the buoyancy valve body of the first buoyancy valve is connected with a pipeline of an injection device, and the height of the first buoyancy valve is higher than that of an external water source.

According to the technical scheme, expansion gas is arranged in the linkage centrifugal groove, the metal filter screen is made of expansion materials, and expansion blocks are arranged in filter holes of the metal filter screen;

the bottom of the buoyancy valve body of the second buoyancy valve is connected with the upper end pipeline of the heating pipeline, and the top of the buoyancy valve body of the second buoyancy valve is connected with a collecting box through a condensing pipeline.

According to the technical scheme, the inlet of the liquid outlet pipe is connected with a concentration valve through a safety valve pipeline, the concentration valve comprises a concentration valve groove, a concentration sealing ball is arranged in the one-way valve groove, a sealing ball cavity is formed in one end, close to a rotating shaft, of the concentration sealing ball, a through hole is formed between the sealing ball cavity and the surface of the concentration sealing ball, a spring is arranged between one end, far away from the rotating shaft, of the concentration valve groove and the concentration sealing ball, and one end, far away from the rotating shaft, of the concentration valve groove is connected with the surface pipeline of the.

According to the technical scheme, the inside material centrifugal groove that adds that is provided with of rotation axis, it is provided with and adds the material elastic bag to add material centrifugal groove inner wall, it is provided with a plurality of balancing weights to add material elastic bag surface, it has low density liquid to add the inside packing of material elastic bag, and is connected with one-way device one's one-way elastic bag internal pipe.

According to the technical scheme, heating pipeline bottom is provided with piston groove and elastic bag, the piston groove is provided with the piston piece, the piston groove is filled with expanding gas, piston groove bottom is through the one-way elastic bag internal piping connection of forward check valve with the one-way device two, piston groove bottom still has the case of keeping in through reverse check valve pipe connection, the inside packing of elastic bag has hydraulic oil, and the pipe linkage has the valve, the case of keeping in passes through the one-way elastic bag internal piping connection of valve with the one-way device two, the case of keeping in is located highly to be higher than the one-way device two.

Compared with the prior art, the invention has the following beneficial effects: according to the invention, the water pump conveys excrement in the excrement to the heating pipeline, the rotating shaft drives the stirring device through the stirring device to smash hard blocks in the excrement, the damage to the spraying device is avoided, high-temperature disinsection and sterilization are facilitated, after the hard blocks are smashed, the rotating shaft drives the feeding device through the stirring device to add water into the heating pipeline to dilute the excrement, crops are prevented from being burnt due to high excrement concentration, the heating device is started to evaporate stink in the excrement, the peculiar smell of the excrement is reduced, and the stink is recovered and used for manufacturing perfume.

Drawings

The accompanying drawings, which are included to provide a further understanding of the invention and are incorporated in and constitute a part of this specification, illustrate embodiments of the invention and together with the description serve to explain the principles of the invention and not to limit the invention. In the drawings:

FIG. 1 is a schematic view of the overall structure of the present invention;

FIG. 2 is a schematic view of the overall circuit of the present invention;

FIG. 3 is a schematic view of a linkage arrangement of the present invention;

FIG. 4 is a schematic structural view of a second linkage device of the present invention;

FIG. 5 is a schematic view of the structure of the charging centrifugal tank of the present invention;

in the figure: 1. heating a tube; 11. heating the pipeline; 12. a rotating shaft; 2. a stirring device; 21. a mixing drum; 22. rotating the block; 23. a limiting groove; 24. pushing the plate; 25. a concentration valve; 251. a concentration valve spool; 252. a concentration sealing ball; 253. a sealed ball cavity; 3. a linkage group; 3-1, rolling balls; 3-2, rolling ball grooves; 3-3, linking the elastic blocks; 31. a first linkage device; 311. a liquid inlet pipe; 312. a liquid outlet pipe; 313. a metal screen; 32. a second linkage device; 321. linking the centrifugal grooves; 322. a linkage elastic bag; 4. a feeding device; 41. a unidirectional group; 41-1, a one-way pipeline; 41-2, a limiting net; 41-3, sealing blocks; 41-4, a one-way elastic bag; 411. a one-way device I; 412. a second unidirectional device; 42. a transit trough; 43. an external water source; 44. a buoyancy valve bank; 44-1, a first buoyancy valve; 44-2, floating balls; 441. a first buoyancy valve; 442. a second buoyancy valve; 45. adding a material centrifugal groove; 46. adding an elastic bag; 47. a piston groove; 48. an elastic bag; 49. a piston block; 40. a temporary storage box.

Detailed Description

The technical solutions in the embodiments of the present invention will be clearly and completely described below with reference to the drawings in the embodiments of the present invention, and it is obvious that the described embodiments are only a part of the embodiments of the present invention, and not all of the embodiments. All other embodiments, which can be derived by a person skilled in the art from the embodiments given herein without making any creative effort, shall fall within the protection scope of the present invention.

Referring to fig. 1-5, the present invention provides the following technical solutions: a high-temperature disinsection and sterilization integrated fluid injection device comprises a heating pipe 1, the heating pipe 1 comprises a heating pipeline 11, a heating device is arranged in the heating pipeline 11, a rotating shaft 12 is arranged in the heating pipeline 11, a motor is arranged at one end of the rotating shaft 12, a stirring device 2 is sleeved on the rotating shaft 12, a linkage group 3 is arranged in the stirring device 2, a feeding device 4 is arranged outside the stirring device 2, one end of the heating pipeline 11 is connected with an excrement box through a water pump pipeline, the other end of the heating pipeline 11 is connected with an injection device through the feeding device 4 through a pipeline, a water pump conveys excrement in the excrement to the heating pipeline 11, the rotating shaft 12 firstly drives the stirring device 2 through the stirring device 2 to smash hard blocks in the excrement so as to avoid damaging the injection device, meanwhile, high-temperature disinsection and sterilization are facilitated, after the hard blocks are smashed, the rotating shaft 12 drives the feeding device 4 through the stirring device 2 to, preventing crops from being burnt by overhigh concentration of excrement, starting a heating device at the same time, evaporating skatole in the excrement to reduce peculiar smell of the excrement, and recovering the skatole for preparing perfume;

the linkage group 3 comprises a first linkage device 31 and a second linkage device 32, both the first linkage device 31 and the second linkage device 32 comprise rolling balls 3-1 and rolling ball grooves 3-2, a plurality of linkage elastic blocks 3-3 are arranged in the rolling ball grooves 3-2, the rolling balls 3-1 are clamped between the linkage elastic blocks 3-3, and the linkage elastic blocks 3-3 are of hollow structures;

the stirring device 2 comprises a stirring cylinder 21, a plurality of stirring brushes are arranged on the surface of the stirring cylinder 21, the stirring cylinder 21 is sleeved on the middle section of the rotating shaft 12, the rolling balls 3-1 and the rolling ball grooves 3-2 of the linkage device I31 are distributed on the surface of the middle section of the rotating shaft 12 and the inner wall of the stirring cylinder 21, the bottoms of the rolling ball grooves 3-2 of the linkage device I31 are respectively provided with a liquid inlet pipe 311 and a liquid outlet pipe 312, a metal filter screen 313 is arranged at the inlet of the liquid outlet pipe 312, the liquid inlet pipe 311 and the liquid outlet pipe 312 are respectively positioned at one side far away from and close to the rotating direction of the rotating shaft 12, when excrement just enters the heating pipeline 11, in the linkage device I31, because no support is arranged in the linkage elastic blocks 3-3, the strength is low, when the rotating shaft 12 rotates, the rolling balls 3-1 can, after idling, the linkage elastic block 3-3 rebounds to suck excrement, the hard block can enter the linkage elastic block 3-3 through the liquid inlet pipe 311, the linkage elastic block 3-3 is pressed down by the rolling ball 3-1 again during next idling, the rolling ball 3-1 can block the liquid inlet pipe 311 firstly, the excrement can only flow out of the liquid outlet pipe 312 at the moment, if the excrement contains the hard block, the hard block can be blocked by the metal filter screen 313 and accumulated at one end of the linkage elastic block 3-3, at the moment, one end of the linkage elastic block 3-3 blocks the linkage elastic block 3-3 due to the support of the hard block, so that the rotating shaft 12 drives the stirring cylinder 21 to rotate, the excrement is stirred by the stirring brush, the larger hard block is crushed, the resistance of the stirring cylinder 21 is increased, the force of the rolling ball 3-1 on the hard block is also increased, and the hard block can be slowly crushed by the metal filter screen 313 and discharged, finally, the idling is finished, the linkage elastic blocks 3-3 are rebounded to suck the excrement again, the effects of detecting the quantity of the hard blocks in the excrement in real time and continuously stirring the hard blocks in the excrement are achieved, the content of the hard blocks in the excrement is reduced, the hard blocks are prevented from damaging the spraying device, the excrement is completely stirred into fluid, when the subsequent excrement is diluted and heated, the excrement blocks are prevented from protecting the insects and bacteria in the excrement, and the high-temperature disinsection and sterilization effects are improved;

the stirring device 2 also comprises two rotating blocks 22, the rotating blocks 22 are sleeved at two ends of the rotating shaft 12, the rolling balls 3-1 and the rolling ball grooves 3-2 of the linkage device II 32 are distributed on the inner wall of the stirring cylinder 21 and the surfaces of two ends of the rotating shaft 12, linkage centrifugal grooves 321 are arranged at two ends of the rotating shaft 12, a plurality of linkage elastic bags 322 are arranged on the side walls of the linkage centrifugal grooves 321, balancing weights are arranged on the linkage elastic bags 322, hydraulic oil is arranged inside the linkage elastic bags 322 and the linkage elastic blocks 3-3 of the linkage device II 32 and are mutually connected through pipelines, a fixed conductive block is arranged at one end of the rotating block 22, sliding conductive blocks are arranged at two ends inside the heating pipeline 11, the fixed conductive block and the sliding conductive block are respectively electrically connected with an external power supply and a heating device, when the rotating shaft 12 rotates in the linkage device II 32, the balancing weights can extrude the hydraulic oil in the linkage elastic bags 322 into the linkage, when the hard blocks are crushed, because of the resistance of the mixing drum 21 and the excrement during rotation, the rotating shaft 12 rotates slowly, the centrifugal force of the balancing weight is insufficient, the strength of hydraulic oil in the linkage elastic blocks 3-3 is insufficient, the rolling balls 3-1 can easily press down the linkage elastic blocks 3-3, so that the rotating shaft 12 cannot drive the rotating block 22 to rotate, after the hard blocks in the excrement are completely crushed, the linkage elastic blocks 3-3 of the linkage device I31 permanently lose support, the rotating shaft 12 and the mixing drum 21 can continuously idle, at the moment, the motor loses the resistance of the mixing drum 21 and the excrement during rotation, the rotating shaft 12 can rotate faster, the centrifugal force of the balancing weight is increased, the internal pressure of the hydraulic oil is increased, the strength of the linkage elastic blocks 3-3 is increased, at the moment, the linkage elastic blocks 3-3 can clamp the rolling balls 3-1, so that the rotating shaft 12 can drive the rotating block 22 to, the rotating block 22 drives the feeding device 4 to operate, meanwhile, the fixed conducting block is in contact with the sliding conducting block, the heating device is started, the effect of automatically starting the feeding device 4 and the heating device after all hard blocks in excrement are crushed is achieved, the feeding device 4 is enabled to dilute the excrement, crops are prevented from being burnt due to overhigh concentration of the excrement, meanwhile, skatole in the excrement is evaporated and recovered by the heating device, peculiar smell of the excrement is reduced, bacteria, bugs and ova which cannot be subjected to high temperature killing are killed at high temperature, and safety of farming is guaranteed;

the feeding device 4 comprises a one-way set 41, the one-way set 41 comprises a one-way device I411 and a one-way device II 412, the one-way device I411 and the one-way device II 412 both comprise one-way pipelines 41-1, the two ends of the one-way pipelines 41-1 are thinner, the middle of the two ends of the one-way pipelines 41-1 is thicker, a limiting net 41-2 is arranged in the middle of the one-way pipeline 41-1, two sealing blocks 41-3 are arranged in the middle of the limiting net 41-2, the density of the sealing blocks 41-3 is higher, a one-way elastic bag 41-4 is arranged in the middle of the sealing blocks 41-3;

one side of the heating pipeline 11 is provided with a transit trough 42, the lower end of a one-way device I411 and the upper end of a one-way device II 412 are respectively connected with the upper end and the lower end of the transit trough 42 through pipelines, the upper end of the one-way device I411 is connected with an external water source 43 through a forward one-way valve pipeline, the lower end of the one-way device II 412 is connected with the internal pipeline of the heating pipeline 11, the one-way elastic bag 41-4 of the one-way device II 412 contains more low-density liquid, the one-way elastic bag 41-4 of the one-way device I411 contains less low-density liquid, the sealing block 41-3 and the one-way elastic bag 41-4 sink with larger integral density due to less low-density liquid in the one-way elastic bag 41-4, the lower end of the one-way device I411 is blocked, the underwater flow of the external water source 43 is prevented, and in the one, meanwhile, the density of excrement is high, the sealing block 41-3 and the one-way elastic bag 41-4 are low in overall density and float upwards, the upper end of the two one-way device 412 is blocked, the outflow of excrement in the heating pipeline 11 is prevented, the effect of preventing water from flowing into the heating pipeline 11 and the excrement in the heating pipeline 11 is achieved, water is prevented from easily entering the heating pipeline 11, the excrement is excessively diluted, the fertilizing effect is reduced, and meanwhile before the excrement is treated, the excrement is blocked in the heating pipeline 11, so that the excrement is convenient to be sufficiently sterilized and disinfected at high temperature, and the skatole is conveniently recovered, and the fertilization safety and the skatole are ensured;

the two sides of the heating pipeline 11 are both provided with a limiting groove 23, a push plate 24 is arranged in the limiting groove 23, a spring is arranged between one side of the push plate 24, which is far away from the heating pipeline 11, and the limiting groove 23 and the internal pipeline of the transit groove 42 are connected, when the rotating block 22 rotates, the transit groove 42 is pushed to move towards the side far away from the heating pipeline 11, the pressure in the heating pipeline 11 is reduced, at the moment, because the density of excrement is higher, the integral density of the sealing block 41-3 and the one-way elastic bag 41-4 is lower, the one-way device II 412 needs higher pressure to be opened, the water in the limiting groove 23 pushes the sealing block 41-3 and the one-way elastic bag 41-4 of the one-way device I411 to flow out through the one-way device I411, after the rotating block 22 rotates through the transit groove 42, when the push plate 24 is pushed by the spring to reset, because, the inside of the limiting groove 23 can not suck excrement or supplement internal pressure with water so that the pushing plate 24 can reset, the pushing plate 24 can not move, the space in the heating pipeline 11 is increased, meanwhile, the sealing block 41-3 of the one-way device II 412 is sucked by the negative pressure in the limiting groove 23, so that the water can not be sucked in the heating pipeline 11 to supplement the internal pressure, the effect of generating the negative pressure in the heating pipeline 11 is achieved, the boiling point of the skatole is reduced, the skatole is easier to evaporate and recover, the difficulty in recovering the skatole is reduced, meanwhile, weak high-temperature-resistant bacteria, bugs and ova can be broken and killed by the high pressure in the heating pipeline due to the external negative pressure, and the safety of excrement fertilization is further improved;

the charging device 4 further comprises a buoyancy valve group 44, the buoyancy valve group 44 comprises a first buoyancy valve 441 and a second buoyancy valve 442, the first buoyancy valve 441 and the second buoyancy valve 442 both comprise buoyancy valve bodies 44-1, and floating balls 44-2 are arranged in the buoyancy valve bodies 44-1;

the bottom of the buoyancy valve body 44-1 of the first buoyancy valve 441 is connected with the upper end pipeline of the first one-way device 411 through a reverse one-way valve, one side of the buoyancy valve body 44-1 of the first buoyancy valve 441 is connected with the spraying device pipeline, the height of the first buoyancy valve 441 is higher than that of the external water source 43, the floating ball 44-2 can be floated by excrement fluid and water, because the height of the first buoyancy valve 441 is higher than that of the external water source 43, the water of the external water source 43 cannot flow out of the first buoyancy valve 441 to avoid waste, when negative pressure is generated in the first one-way device 411, the floating ball can block the bottom of the first buoyancy valve 441, so that the negative pressure in the first one-way device 411 can only be reflected to the external water source 43 for water supplement, when the excrement flows out of the first one-way device 411, the excrement cannot pollute the external water source 43 due to the protection of the forward one-way valve, and only can, the excrement flows to the injection device for pesticide spraying, so that the effect of automatically conducting a correct pipeline is achieved, the water is ensured to only flow to the heating pipeline 11 for dilution, the water waste is avoided, meanwhile, the excrement is ensured to only flow to the injection device for fertilization, the pollution to an external water source 43 is avoided, and the accurate operation of dilution and fertilization is ensured;

the linkage centrifugal groove 321 is internally provided with expansion gas, the metal filter screen 313 is made of expansion material, and the filter holes of the metal filter screen 313 are internally provided with expansion blocks;

the bottom of the buoyancy valve body 44-1 of the buoyancy valve II 442 is connected with the upper end of the heating pipeline 11 through a pipeline, the top of the buoyancy valve body 44-1 of the buoyancy valve II 442 is connected with a collecting box through a condensing pipeline, when negative pressure is generated in the heating pipeline 11 in the buoyancy valve II 442, the bottom of the buoyancy valve II 442 is blocked by the floating ball 44-2 to ensure smooth generation of the negative pressure, when excrement is heated, generated water vapor and skatole vapor can firstly restore the pressure in the heating pipeline 11 and then generate high pressure, when the pressure is higher, the water vapor and the skatole vapor can push the floating ball 44-2 open to flow to the condensing pipeline to be liquefied, as the skatole is easily dissolved in water, the water and the skatole can be recovered into the collecting box, and simultaneously, as the temperature rises, the expanding gas in the linkage centrifugal groove 321 expands, the hydraulic oil in the linkage elastic bag 322 in the linkage device II 32 is squeezed into the linkage elastic block 3, the linkage elastic block 3-3 of the linkage device II 32 is kept with high strength, the metal filter screen 313 and the expansion block are expanded at the same time, the filter holes are blocked, the linkage elastic block 3-3 of the linkage device I31 is also kept with high strength, the rotating shaft 12 can always drive the stirring cylinder 21 and the stirring cylinder 21 rotating block 22 to rotate, excrement can be stirred when heated, uniform heating is ensured, the effect of ensuring uniform high-temperature heating is achieved, the high-temperature disinsection and sterilization effects are ensured, the excrement is prevented from being coagulated again, the protection on bacteria, insects and eggs is formed, water and odorin are evaporated and recovered, high temperature is generated in the heating pipeline 11, the humidity is reduced, the bacteria, insects and eggs which are high-temperature resistant but not dry are killed, and the fertilization safety of the excrement is improved for the second time;

the inlet of the liquid outlet pipe 312 is connected with a concentration valve 25 through a safety valve pipeline, the concentration valve 25 comprises a concentration valve groove 251, a concentration sealing ball 252 is arranged in the one-way valve groove 251, a sealing ball cavity 253 is arranged at one end of the concentration sealing ball 252 close to the rotating shaft 12, a through hole is arranged between the sealing ball cavity 253 and the surface of the concentration sealing ball 252, a spring is arranged between one end of the concentration valve groove 251 far away from the rotating shaft 12 and the concentration sealing ball 252, one end of the concentration valve groove 251 far away from the rotating shaft 12 is connected with the surface pipeline of the stirring barrel 21, after the liquid outlet pipe 312 is closed, excrement can only flow into the concentration valve 25, when the concentration of the excrement is low, the excrement can easily flow out from the concentration sealing ball 252, so that the pressure in the linkage elastic blocks 3-3 of the linkage device 31 is not large, the rolling ball 3-1 can easily press down the linkage elastic blocks 3-3, so that, excrement can be continuously accumulated in the concentration sealing ball 252, and finally the concentration valve 25 is blocked, so that the strength of the linkage elastic block 3-3 of the linkage device I31 is high, the rolling ball 3-1 is completely clamped by the linkage elastic block 3-3, the stirring cylinder 21 rotates fast, the effect that the rotating speed of the stirring cylinder 21 is in direct proportion to the concentration of the excrement in the heating pipeline 11 is achieved, when the heating humidity of the excrement is reduced, the stirring cylinder 21 can prevent the excrement from coagulating again, the bacteria, the worms and the ova are protected, and the concentration of the excrement in the heating pipeline 11 is monitored in real time, so that the excrement can be timely diluted by the feeding device 4;

a material adding centrifugal groove 45 is arranged inside the rotating shaft 12, a material adding elastic bag 46 is arranged on the inner wall of the material adding centrifugal groove 45, a plurality of balancing weights are arranged on the surface of the material adding elastic bag 46, the material adding elastic bag 46 is filled with low-density liquid and is connected with an inner pipeline of a one-way elastic bag 41-4 of a one-way device 411, the material adding centrifugal groove 45 is driven to rotate when the stirring drum 21 rotates, the balancing weights extrude the material adding elastic bag 46 through centrifugal force, so that the material adding elastic bag 46 increases the low-density liquid in the one-way elastic bag 41-4 of the one-way device 411, the overall density of a sealing block 41-3 and the one-way elastic bag 41-4 of the one-way device 411 is reduced, when the rotating speed of the stirring drum 21 is lower, the excrement concentration is lower, the overall density change of the sealing block 41-3 and the one-way elastic bag 41-4 is lower, the sinking is, when the rotating speed of the mixing drum 21 is high, the concentration of excrement is high, the sealing block 41-3 and the one-way elastic bag 41-4 are greatly changed and float upwards, the one-way device I411 and the one-way device II 412 form two forward one-way valves, at the moment, the push plate 24 can reset, water of an external water source 43 is extracted through the one-way device I411, when the push plate 24 is pressed again, the water in the limiting groove 23 and the middle rotating groove 42 is squeezed into the heating pipeline 11 through the one-way device II 412 to be diluted, and simultaneously, the temperature, the air pressure and the humidity in the heating pipeline 11 are restored during dilution, so that once water supplement is used as a circulation, the temperature, the pressure and the humidity in the heating pipeline 11 are continuously changed, an unstable environment is formed, and stubborn bacteria, worms and ova are in an extremely unstable environment and finally can die due to rapid change of the environment, the effect of automatically controlling the concentration of the excrement in the heating pipeline 11 is achieved, when the concentration of the excrement is low, underwater flow is prevented, further reduction of the concentration is avoided, the fertilizing effect is reduced, when the concentration of the excrement is high, water is automatically supplemented, the excrement is diluted, excessive concentration is avoided, crops are burnt during fertilizing, bacteria, insects and eggs in the excrement are completely killed, and further the safety during fertilizing is ensured;

the bottom of the heating pipeline 11 is provided with a piston groove 47 and an elastic bag 48, the piston groove 47 is provided with a piston block 49, the piston groove 47 is filled with expansion gas, the bottom of the piston groove 47 is connected with the inner pipeline of the one-way elastic bag 41-4 of the one-way device II 412 through a forward one-way valve, the bottom of the piston groove 47 is also connected with a temporary storage box 40 through a reverse one-way valve pipeline, the elastic bag 48 is filled with hydraulic oil, the pipeline is connected with a valve, the temporary storage box 40 is connected with the inner pipeline of the one-way elastic bag 41-4 of the one-way device II 412 through the valve, the temporary storage box 40 is higher than the one-way device II 412, when excrement exists in the heating pipeline 11, the hydraulic oil extruding out of the elastic bag 48 closes the valve, when the temperature in the heating pipeline 11 changes, the piston block 49 is driven to repeatedly move in the piston groove 47 through the expansion gas, the piston block 49 pumps low-density liquid in the one-way elastic bag 41-4 of the one-way device, the density of the whole sealing block 41-3 and the one-way elastic bag 41-4 of the one-way device II 412 is increased, after the excrement is diluted for many times, the density of the whole sealing block 41-3 and the one-way elastic bag 41-4 is greatly changed and sinks, the one-way device I411 and the one-way device II 412 form two reverse one-way valves, at the moment, the push plate 24 can be reset, the excrement in the heating pipeline 11 is extracted through the one-way device II 412, when the push plate 24 is pressed down again, the excrement in the limiting groove 23 and the middle rotating groove 42 is extruded to the injection device through the one-way device I411 for fertilization, after the excrement is completely discharged, the elastic bag 48 rebounds to suck back hydraulic oil to open the valve, low-density liquid in the temporary storage box 40 flows back to the one-way device II 412 by means of gravity, so that the invention is reset to wait for next fertilization of the excrement, and after full sterilization and excrement, the automatic fertilization and the effect that resets are removed manual operation's trouble from.

It is noted that, herein, relational terms such as first and second, and the like may be used solely to distinguish one entity or action from another entity or action without necessarily requiring or implying any actual such relationship or order between such entities or actions. Also, the terms "comprises," "comprising," or any other variation thereof, are intended to cover a non-exclusive inclusion, such that a process, method, article, or apparatus that comprises a list of elements does not include only those elements but may include other elements not expressly listed or inherent to such process, method, article, or apparatus.

Finally, it should be noted that: although the present invention has been described in detail with reference to the foregoing embodiments, it will be apparent to those skilled in the art that changes may be made in the embodiments and/or equivalents thereof without departing from the spirit and scope of the invention. Any modification, equivalent replacement, or improvement made within the spirit and principle of the present invention should be included in the protection scope of the present invention.

Claims

1. The utility model provides a high temperature insecticidal sterilization integrated fluid injection apparatus, includes heating pipe (1), its characterized in that: heating pipe (1) includes heated tube (11), be provided with heating device in heated tube (11), be provided with rotation axis (12) in heated tube (11), rotation axis (12) one end is provided with the motor, the cover is equipped with agitating unit (2) on rotation axis (12), be provided with linkage group (3) in agitating unit (2), agitating unit (2) are provided with outward and add material device (4), heated tube (11) one end has the excrement case through water pump pipe connection, heated tube (11) other end has injection apparatus through adding material device (4) pipe connection.

2. The integrated fluid spraying device for high-temperature disinsection and sterilization as claimed in claim 1, wherein: the linkage group (3) comprises a first linkage device (31) and a second linkage device (32), the first linkage device (31) and the second linkage device (32) both comprise rolling balls (3-1) and rolling ball grooves (3-2), a plurality of linkage elastic blocks (3-3) are arranged in the rolling ball grooves (3-2), the rolling balls (3-1) are clamped between the linkage elastic blocks (3-3), and the linkage elastic blocks (3-3) are of hollow structures;

agitating unit (2) include churn (21), churn (21) surface is provided with a plurality of stirring brushes, rotation axis (12) middle section is located to churn (21) cover, spin (3-1) and the ball groove (3-2) distribution of aggregate unit (31) set up in rotation axis (12) middle section surface and churn (21) inner wall, ball groove (3-2) bottom of aggregate unit (31) all is provided with feed liquor pipe (311) and drain pipe (312), drain pipe (312) entrance is provided with metal filter screen (313), feed liquor pipe (311) and drain pipe (312) are located respectively and keep away from and are close to rotation axis (12) direction of rotation one side.

3. A high temperature insecticidal and germicidal integrated fluid sprayer as claimed in claim 2, wherein: the stirring device (2) also comprises two rotating blocks (22), the two ends of the rotating shaft (12) are sleeved with the rotating blocks (22), the rolling balls (3-1) and the rolling ball grooves (3-2) of the second linkage device (32) are distributed on the inner wall of the mixing drum (21) and the surfaces of the two ends of the rotating shaft (12), linkage centrifugal grooves (321) are arranged at two ends of the rotating shaft (12), a plurality of linkage elastic bags (322) are arranged on the side walls of the linkage centrifugal grooves (321), the linkage elastic bag (322) is provided with a balancing weight, the linkage elastic bag (322) and the linkage elastic block (3-3) of the linkage device II (32) are internally provided with hydraulic oil, and mutual pipe connection, rotatory piece (22) one end is provided with fixed conducting block, the inside both ends of heating pipeline (11) set up the slip conducting block, fixed conducting block and slip conducting block are connected with external power source and heating device electricity respectively.

4. A high temperature insecticidal and germicidal integrated fluid sprayer as claimed in claim 3, wherein: the feeding device (4) comprises a one-way group (41), the one-way group (41) comprises a one-way device I (411) and a one-way device II (412), the one-way device I (411) and the one-way device II (412) both comprise one-way pipelines (41-1), the two ends of each one-way pipeline (41-1) are thin, the middle of each one-way pipeline (41-1) is thick, a limiting net (41-2) is arranged in the middle of each one-way pipeline (41-1), two sealing blocks (41-3) are arranged in the middle of each limiting net (41-2), the density of each sealing block (41-3) is high, a one-way elastic bag (41-4) is arranged in the middle of each sealing block (41-3), and low-density liquid is filled in each one-;

heating pipeline (11) one side is provided with transfer groove (42), one-way device (411) lower extreme and two (412) upper ends of one-way device are connected with transfer groove (42) upper end and lower extreme pipe connection respectively, one-way device (411) upper end has outside water source (43) through positive check valve pipe connection, two (412) lower extreme and heating pipeline (11) internal pipe connection of one-way device, low density liquid is more in the one-way elasticity bag (41-4) of two (412) of one-way device, low density liquid is less in the one-way elasticity bag (41-4) of one-way device (411).

5. The integrated fluid spraying device for high-temperature disinsection and sterilization as claimed in claim 4, wherein: heating pipeline (11) both sides all are provided with spacing groove (23), be provided with push pedal (24) in spacing groove (23), heating pipeline (11) one side is kept away from in push pedal (24) and is provided with the spring between spacing groove (23), spacing groove (23) inside and transit groove (42) internal pipe connection.

6. A high temperature insecticidal and sterilization integrated fluid injection apparatus as claimed in claim 5, wherein: the feeding device (4) further comprises a buoyancy valve group (44), the buoyancy valve group (44) comprises a first buoyancy valve (441) and a second buoyancy valve (442), the first buoyancy valve (441) and the second buoyancy valve (442) both comprise buoyancy valve bodies (44-1), and floating balls (44-2) are arranged in the buoyancy valve bodies (44-1);

the bottom of the buoyancy valve body (44-1) of the first buoyancy valve (441) is connected with a pipeline at the upper end of the first one-way device (411) through a reverse one-way valve, one side of the buoyancy valve body (44-1) of the first buoyancy valve (441) is connected with a pipeline of the injection device, and the height of the first buoyancy valve (441) is higher than that of an external water source (43).

7. The integrated fluid spraying device for high-temperature disinsection and sterilization as claimed in claim 6, wherein: expansion gas is arranged in the linkage centrifugal groove (321), the metal filter screen (313) is made of expansion materials, and expansion blocks are arranged in filter holes of the metal filter screen (313);

the bottom of the buoyancy valve body (44-1) of the second buoyancy valve (442) is connected with the upper end pipeline of the heating pipeline (11), and the top of the buoyancy valve body (44-1) of the second buoyancy valve (442) is connected with a collection box through a condensation pipeline.

8. The integrated fluid spraying device for high-temperature disinsection and sterilization as claimed in claim 7, wherein: the concentration valve (25) is connected with the inlet of the liquid outlet pipe (312) through a safety valve pipe, the concentration valve (25) comprises a concentration valve groove (251), a concentration sealing ball (252) is arranged in the one-way valve groove (251), one end, close to the rotating shaft (12), of the concentration sealing ball (252) is provided with a sealing ball cavity (253), a through hole is formed between the sealing ball cavity (253) and the surface of the concentration sealing ball (252), a spring is arranged between one end, far away from the rotating shaft (12), of the concentration valve groove (251) and the concentration sealing ball (252), and one end, far away from the rotating shaft (12), of the concentration valve groove (251) is connected with the surface of the stirring barrel (21) through a pipe.

9. The integrated fluid spraying device for high-temperature disinsection and sterilization as claimed in claim 8, wherein: the material adding device is characterized in that a material adding centrifugal groove (45) is formed in the rotating shaft (12), a material adding elastic bag (46) is arranged on the inner wall of the material adding centrifugal groove (45), a plurality of balancing weights are arranged on the surface of the material adding elastic bag (46), low-density liquid is filled in the material adding elastic bag (46), and the material adding elastic bag is connected with an internal pipeline of a one-way elastic bag (41-4) of a one-way device I (411).

10. A high temperature insecticidal and germicidal integrated fluid sprayer as claimed in claim 9, wherein: the heating device is characterized in that a piston groove (47) and an elastic bag (48) are arranged at the bottom of the heating pipeline (11), a piston block (49) is arranged in the piston groove (47), expansion gas is filled in the piston groove (47), the bottom of the piston groove (47) is connected with an internal pipeline of the one-way elastic bag (41-4) of the one-way device II (412) through a forward one-way valve, a temporary storage box (40) is further connected with the bottom of the piston groove (47) through a reverse one-way valve pipeline, hydraulic oil is filled in the elastic bag (48), the pipeline is connected with a valve in a linked mode, the temporary storage box (40) is connected with an internal pipeline of the one-way elastic bag (41-4) of the one-way device II (412) through the valve, and the temporary storage box (40) is higher than the one.