CN207699304U - A kind of microorganism for waste water ecological control hatches delivery device - Google Patents

Abstract

The utility model is related to a kind of microorganisms for waste water ecological control to hatch delivery device, including hull actuating unit, solar generating mechanism in hull actuating unit both sides is set, the microorganism hatching throwing mechanism and manual terminal being arranged in the hull actuating unit, the hull actuating unit is equipped with hull power battery, the microorganism hatching throwing mechanism is equipped with accumulator, the solar generating mechanism respectively with the accumulator, hull power battery is connected, the manual terminal controls the power switching of the hull actuating unit and microorganism hatching throwing mechanism.The utility model uses solar power generation, it is launched and is provided convenience using microorganism hatching for field, it can realize that remote control hatching apparatus is mobile, launches microbial bacterial agent, lake need not be manually descended to launch microbial inoculum manually, keep dispensing microbial inoculum manpower minimized, microbial inoculum maximal efficiency is directly thrown on full water body or keypoint treatment region mud by guarantee.

Description

A kind of microorganism for waste water ecological control hatches delivery device

Technical field

The utility model is related to microorganism hatching, delivery device technical fields in water environment, are used for more particularly to one kind The microorganism of waste water ecological control hatches delivery device.

Background technology

With the continuous social and economic development, environmental pollution becomes the current project paid close attention to both at home and abroad, and water environment is made It is basic to depend on for existence for the mankind, and Water Eutrophication, the black various water pollution problems getting worses such as smelly gradually threaten people Normal activity.

Microbial technique repairs the water environments such as city, pond, lake and has become current water pollution processing, Water quality restoration Important means, microorganism decomposes the pollutant in water using the metabolic function of microorganism under the action of enzyme And conversion, this is microorganism sewage water treatment technology.Therefore during water harnessing, it is necessary to mass propagation microorganism, it is fixed simultaneously Phase launches microbial bacterial agent to contaminated waters and various types of microorganism hatching apparatus occurs in this context.

Traditional incubation device is installed on lake, pond bank, it is necessary to take the microbial bacterial agent being stored in incubator manually Putting mode is thrown to lake, in pond, for needing in the case of decomposing lake, pond bottom sludge, it is necessary to will be in lake, pond A water extraction part, then launch microbial bacterial agent into lake, pond, can reach that effectively to decompose the bottoms such as sludge dirty in this way The purpose of object is contaminated, however artificial not only labor intensity of launching is big, but also need to put into a large amount of human and material resources, financial resources, same to timeliness Rate is low, particularly with more specific aim and economy, therefore it is necessary to a kind of movement side of development when only regional area being needed to administer Just, microorganism launches convenient microorganism hatching apparatus.

Utility model content

The purpose of this utility model is proposed a kind of for aquatic using the artificial above problem launched and generated for existing The microorganism that state is administered hatches delivery device.

To achieve the above object, the utility model provides a kind of microorganism hatching dispensing dress for waste water ecological control Set, including hull actuating unit, be arranged hull actuating unit both sides solar generating mechanism, be arranged in the hull Microorganism hatching throwing mechanism and manual terminal, the hull actuating unit in actuating unit are equipped with hull power electric Pond, microorganism hatching throwing mechanism are equipped with accumulator, the solar generating mechanism respectively with the accumulator, hull Power battery is connected, and the manual terminal controls the hull actuating unit with microorganism hatching throwing mechanism for cutting It changes.

Preferably, the solar generating mechanism includes first sun for being symmetricly set on hull actuating unit both sides Can electrification component, the second solar power generation component, the first solar power generation component, the second solar power generation component structure It is identical, wherein the first solar power generation component includes that first to be connected with one forequarter of hull actuating unit is fixed Holder, the second fixing bracket being connected with hull actuating unit side rear portion are flexibly connected with first fixing bracket The first movable support, the second movable support for being flexibly connected with second fixing bracket, first fixing bracket and It is equipped with the first solar panel between two fixing brackets, is equipped between first movable support and second movable support Second solar panel, first fixing bracket is identical as the second support bracket fastened structure, first movable support with The structure of second movable support is identical.

Preferably, first fixing bracket includes Cantilever, hound, solar panel fixinig plate, the cantilever branch The fixing end of support is connected on the hull actuating unit, the hound both ends respectively with the hull actuating unit and outstanding The elongated end of arm supporting rack is connected, and first fixing bracket and the second fixing bracket are backwards to setting, first solar energy Solar panel is fixed with the first fixing bracket, the second fixing bracket respectively by two panels battery fixinig plate.

Preferably, first movable support includes two root posts, rach slot, rack, motor, and the column is arranged in institute The elongated end of the first support bracket fastened Cantilever is stated, in the column, the rack is arranged in institute for the rach slot setting Rach slot is stated, the rack is fixedly connected with the first solar panel, and the motor is arranged in the end of rach slot, the electricity Machine be equipped with the matched gear of the rack, second movable support be mounted on second fixing bracket on, it is described First movable support is parallel with the second movable support, and the solar panel moves back and forth on the rach slot.

Preferably, first solar panel is connected with the accumulator being arranged on the hull actuating unit, The accumulator is connected with the motor in solar generating mechanism, second solar panel and the hull engine Hull power battery in structure is connected.

Preferably, the hull actuating unit includes that hull, the first electric plating propulsion, the second electric plating propulsion, hull are dynamic Power battery, hull controller, wherein the hull includes that belowdecks the electronic equipment layer of layer, setting layer above deck is arranged Deck layer, hull power battery, hull controller, the first electric plating propulsion, second electronic is equipped in the electronic equipment layer Propeller, the hull power battery are connected with hull controller, and the hull controller is also electronic with described first respectively Propeller, the second electric plating propulsion are connected.

Preferably, microorganism hatching throwing mechanism include microorganism hatching tank, hatching launch controller, booster pump, Injection pipe, accumulator, mixing part, wherein the microorganism hatching tank is arranged on the hull and is pierced by from deck layer, described Hatching is launched controller and is arranged on the hull, and the booster pump setting is in deck layer front end, the injection pipe and the increasing Press pump is connected, and the injection pipe is to stretch into water-bed steel pipe, and the microorganism hatching tank is connected with the booster pump, described Accumulator launches controller with the hatching and is connected.Certainly, injection pipe 34 directly can use nozzle to replace, and nozzle can be real Microbial bacterial agent on existing underwater and the water surface is launched, and nozzle may be used is splashed microbial inoculum to the water surface in the form of face.

Preferably, the mixing part includes that agitating shaft, stirring blade, stirring motor, agitating shaft fixed case, agitating shaft are fixed Seat, wherein the stirring motor setting hatches tank top, the output of the upper end connection stirring motor of the agitating shaft in microorganism The lower end of axis, the agitating shaft connects stirring blade, and the agitating shaft fixed case is arranged on the inner wall that microorganism hatches tank, institute It states and is equipped with agitating shaft fixed seat in agitating shaft fixed case, the agitating shaft extends to micro- life across the agitating shaft fixed seat Object hatches pot bottom, and temperature sensor, humidity sensor, oxygen concentration are provided on the outer wall of agitating shaft fixed case bottom and is passed Sensor, pH value sensor, the temperature sensor, humidity sensor, oxygen concentration sensor, pH value sensor are incubated with described respectively Change dispensing controller to be connected, the outer top of the microorganism hatching tank is provided with oxygen therapy machine, and the oxygen therapy machine is equipped with and stretches into Microorganism hatching pot bottom leads oxygen pipe, and the microorganism hatching tank is internally provided with heating dish, the oxygen therapy machine, stirring electricity Machine, heating dish launch controller with the hatching and are connected.

Preferably, the injection pipe bottom end is provided with nozzle, and the nozzle both sides are respectively arranged with four spray guns and three Spray gun, the spray gun are in 30 ° of angles with nozzle, are provided with diversion pipe in the middle part of the nozzle, the diversion pipe top is connected with rotation Pivoted housing, the rotary sleeve are connected with injection pipe, and the diversion pipe is connected to nozzle, and fluid is imported from diversion pipe and sprayed from spray gun Go out, the nozzle rotates under fluid matasomatism on the injection pipe.

Preferably, the manual terminal includes change-over switch, hull control key, Generation Control key, hatching control key, launches Control key, power switch, wherein the manual terminal by hull controller in radio signal and hull actuating unit, Microorganism, which hatches the hatching in throwing mechanism, launches controller communication, change-over switch control switching hull actuating unit with it is micro- The power switching of biology hatching throwing mechanism.

Based on the above-mentioned technical proposal, the utility model has the advantages that：

(1) the utility model uses solar power generation, is launched and is provided convenience using microorganism hatching for field；

(2) the utility model can realize that remote control hatching apparatus is mobile, launches microbial bacterial agent, without artificial lower lake Microbial inoculum is launched manually, keeps dispensing microbial inoculum manpower minimized.

It (3), will by using injection pipe by the present apparatus when launching microorganism formulation into pond, lake bottom sludge Microorganism formulation is transmitted to bottom sludge, and the microbial inoculum for administering, adjusting bed mud is prevented to be lost in current water, ensures microbial inoculum maximum Efficiency is directly thrown on full water body or keypoint treatment region mud.

Description of the drawings

Attached drawing described herein is used to provide a further understanding of the present invention, and is constituted part of this application, The exemplary embodiment of the utility model and the description thereof are used to explain the utility model, does not constitute to the improper of the utility model It limits.In the accompanying drawings：

Fig. 1 is that microorganism hatches delivery device structural schematic diagram；

Fig. 2 is that microorganism hatches delivery device schematic elevation view；

Fig. 3 is that microorganism hatches delivery device elevational schematic view；

Fig. 4 is that microorganism hatching delivery device gets a bird's eye view schematic diagram；

Fig. 5 is that microorganism hatches delivery device schematic top plan view；

Fig. 6 is mixing part structural schematic diagram；

Fig. 7 is nozzle schematic top plan view；

Fig. 8 is nozzle schematic side view；

Fig. 9 is manual terminal schematic diagram.

Specific implementation mode

Below by drawings and examples, the technical solution of the utility model is described in further detail.

The utility model provides a kind of microorganism hatching delivery device for waste water ecological control, such as Fig. 1~Fig. 9 institutes Show, a kind of preferred embodiment of the utility model is shown.Specifically, the microorganism hatching delivery device includes ship Body actuating unit 2, be arranged 2 both sides of hull actuating unit solar generating mechanism 1, be arranged in the hull engine Microorganism hatching throwing mechanism 3 and manual terminal 4, the hull actuating unit 2 in structure 2 are equipped with hull power battery 24, microorganism hatching throwing mechanism 3 is equipped with accumulator 35, the solar generating mechanism 1 respectively with the accumulator 35, hull power battery 24 is connected, and the manual terminal 4 controls the hull actuating unit 2 and hatches dispenser with microorganism The power switching of structure 3.

As shown in Figure 1, the solar generating mechanism 1 includes be symmetricly set on 2 both sides of hull actuating unit the One solar power generation component 11, the second solar power generation component 12, the first solar power generation component 11, the second solar energy hair The structure of electrical component 12 is identical.Wherein, the first solar power generation component 11 include with before 2 side of hull actuating unit The first connected fixing bracket 111 of portion, the second fixing bracket 112 being connected with 2 side rear portion of the hull actuating unit and institute The for stating the first movable support 113 of the first fixing bracket 111 flexible connection, being flexibly connected with second fixing bracket 112 Two movable supports 114 are equipped with the first solar panel between first fixing bracket, 111 and second fixing bracket 112 115, the second solar panel 116 is equipped between first movable support 113 and second movable support 114, it is described First fixing bracket 111 is identical as the structure of the second fixing bracket 112, first movable support 113 and second activity The structure of holder 114 is identical.

As shown in Fig. 2, Fig. 5, first fixing bracket 111 includes Cantilever 1111, hound 1112, solar panel The fixing end of fixinig plate 1113, the Cantilever 1111 is connected on the hull actuating unit 2, the hound 1112 Both ends are connected with the elongated end of the hull actuating unit 2 and Cantilever 1111 respectively, first fixing bracket 111 With the second fixing bracket 112 backwards to being arranged, first solar panel 115 by two panels battery fixinig plate 1113 respectively with First fixing bracket 111, the second fixing bracket 112 are fixed.

As shown in Figure 2 and Figure 3, first movable support 113 includes two root posts 1131, rach slot 1132, rack 1133, the elongated end in the Cantilever 1111 of first fixing bracket 111 is arranged in motor 1134, the column 1131, The setting of the rach slot 1132 is arranged in the column 1131, the rack 1133 in the rach slot 1132, the rack 1133 are fixedly connected with the first solar panel 115, and the motor 1134 is arranged in the end of rach slot 1132, the motor 1134 be equipped with 1133 matched gear 1135 of the rack, it is solid that second movable support 114 is mounted on described second On fixed rack 112, first movable support 113 is parallel with the second movable support 114, and the solar panel 115 is in institute It states and is moved back and forth on rach slot 1132.

As shown in figure 5, first solar panel 115 and the accumulator being arranged on the hull actuating unit 2 35 are connected, and the accumulator 35 is connected with the motor in solar generating mechanism 1, second solar panel 116 It is connected with the hull power battery 24 in the hull actuating unit 2.

As shown in Figure 4, Figure 5, the hull actuating unit 2, which includes hull 21, the first electric plating propulsion 22, second is electronic pushes away Into device 23, hull power battery 24, hull controller 25, wherein the hull 21 is set including the electronics of belowdecks layer is arranged The deck layer of standby layer, setting layer above deck, be equipped in the electronic equipment layer hull power battery 24, hull controller 25, First electric plating propulsion 22, the second electric plating propulsion 23, the hull power battery 24 is connected with hull controller 25, described Hull controller 25 is also connected with first electric plating propulsion 22, the second electric plating propulsion 23 respectively.

Preferably, the microorganism hatching throwing mechanism 3 includes microorganism hatching tank 31, hatching dispensing controller 32, increases Press pump 33, injection pipe 34, accumulator 35, mixing part 36, wherein the microorganism hatching tank 31 is arranged on the hull 21 simultaneously It is pierced by from deck layer, the hatching is launched controller 32 and is arranged on the hull 21, and the booster pump 33 is arranged in deck layer Front end, the injection pipe 34 are connected with the booster pump 33, and the injection pipe 34 is to stretch into water-bed steel pipe, the microorganism Hatching tank 31 is connected with the booster pump 34, and the accumulator 35 launches controller 32 with the hatching and is connected.

As shown in fig. 6, the mixing part 36 is solid including agitating shaft 361, stirring blade 362, stirring motor 363, agitating shaft Determine case 364, agitating shaft fixed seat 365, wherein the setting of the stirring motor 363 is in 31 top of microorganism hatching tank, the stirring The output shaft of the upper end connection stirring motor 363 of axis 361, the lower end of the agitating shaft 361 connects stirring blade 362, described to stir It mixes axis fixed case 364 to be arranged on the inner wall that microorganism hatches tank 31, be fixed equipped with agitating shaft in the agitating shaft fixed case 364 Seat 365, the agitating shaft 361 extends to 31 bottom of the microorganism hatching tank across the agitating shaft fixed seat 365, described to stir It mixes and is provided with temperature sensor 324, humidity sensor 325, oxygen concentration sensor 326, PH on the outer wall of 364 bottom of axis fixed case It is worth sensor 327, the temperature sensor 324, humidity sensor 325, oxygen concentration sensor 326, pH value sensor 327 are distinguished Controller 32 is launched with the hatching to be connected, the outer top of the microorganism hatching tank 31 is provided with oxygen therapy machine 322, described defeated Oxygen machine 322 be equipped with stretch into microorganism hatching tank 31 bottom lead oxygen pipe 323, the microorganism hatching tank 31 be internally provided with plus Hot plate 321, the oxygen therapy machine 322, stirring motor 363, heating dish 321 launch controller 32 with the hatching and are connected.

The course of work that microorganism hatches the hatching microbial inoculum of tank 31 is as follows：

Solid-state or liquid microbial inoculum is added to microorganism hatching tank 31 first, from feeding port be added suitable strain and Water, hatching launch controller 32 start stirring motor 363 stir mixture, then temperature sensor 324, humidity sensor 325, Oxygen concentration sensor 326, pH value sensor 327 acquire respectively microorganism hatching tank 31 in temperature, humidity, oxygen concentration, pH value, The controller 32 of hatching dispensing later can start temperature value, humidity value in the adjustment microorganism hatching tank 31 of heating dish 321, and hatching is thrown It puts controller 32 and can start oxygen therapy machine 322 and adjust oxygen concentration value in microorganism hatching tank 31, the mode of manual intervention adjusts Microorganism hatches the pH value in tank 31.Microorganism is cultivated under optimum conditions to the corresponding period, then thrown according to strain is selected It puts.

To realize that the region of water-bed microbial bacterial agent is launched, as shown in fig. 7,34 bottom end of the injection pipe is provided with nozzle 341,341 both sides of the nozzle are respectively arranged with four spray guns 3411 and three spray guns 3411, the spray gun 3411 and nozzle 341 In 30 ° of angles.As shown in figure 8,341 middle part of the nozzle is provided with diversion pipe 3412,3412 top of the diversion pipe is connected with Rotary sleeve 342, the rotary sleeve 342 are connected with injection pipe 34, and the diversion pipe 3412 is connected to nozzle 341.Fluid is from leading Flow tube 3412 is imported and is sprayed from spray gun 3411, since 341 both sides of the nozzle are respectively arranged with four spray guns 3411 and three Spray gun 3411, pressure imbalance so that the nozzle 341 rotates under fluid matasomatism on the injection pipe 34, this structure Enhance 341 rotary power of nozzle, reduces underwater resistance.According to the selection of nozzle 341 and pressure of adjusting, the injection half of nozzle 341 Diameter can be adjusted at 1~1.5 meter.

As shown in figure 9, the manual terminal 4 includes change-over switch 41, hull control key 42, Generation Control key 43, hatching Control key 44 launches control key 45, power switch 46.Wherein, the manual terminal 4 passes through radio signal and hull engine The hatching in hull controller 25, microorganism hatching throwing mechanism 3 in structure 2 is launched controller 32 and is communicated, the change-over switch The power switching of 41 control switching hull actuating units 2 and microorganism hatching throwing mechanism 3.

Specifically, manual terminal 4 is logical by the hull controller 25 in 2.4GHZ radio signals and hull actuating unit 2 Letter, manual terminal 4 are logical by the hatching dispensing controller 32 in 2.4GHZ radio signals and microorganism hatching throwing mechanism 3 Letter.Change-over switch 41 is provided in manual terminal 4, change-over switch 41 can realize that hull actuating unit 2 is launched with microorganism hatching The manual switching of mechanism 3, hull control key 42 is provided in manual terminal 4 for controlling 21 direction of motion of hull, speed, manual Generation Control key 43 is provided in terminal 4, Generation Control key 43 is for being unfolded, recycling the first solar panel 115, second too Positive energy solar panel 116.It is additionally provided with hatching control key 44 in manual terminal 4, launches control key 45, hatching control key 44 is for opening Dynamic or stopping mixing component 36, launches control key 45 for starting or closing booster pump 33.Power supply is provided on manual end 4 to open 46 are closed, power switch 46 is for starting, closing manual terminal 4.

Microorganism hatching delivery device of the utility model for waste water ecological control at least has the following technical effects：

1) the utility model uses solar power generation, is launched and is provided convenience using microorganism hatching for field；

2) the utility model can realize that remote control hatching apparatus is mobile, launches microbial bacterial agent, without artificial lower lake Microbial inoculum is launched manually, keeps dispensing microbial inoculum manpower minimized.

3 by the present apparatus into pond, lake bottom sludge launch microorganism formulation when, will be micro- by using injection pipe Biological agent is transmitted to bottom sludge, prevents the microbial inoculum for administering, adjusting bed mud to be lost in current water, microbial inoculum maximum is imitated in guarantee Rate is directly thrown on full water body or keypoint treatment region mud.

The principle that above-mentioned technique effect is obtained for the microorganism hatching delivery device of waste water ecological control of the utility model It is as follows：

1 operation principle of solar generating mechanism：The power switch 46 in manual terminal 4 is manually operated, by change-over switch 41 Microorganism hatching 3 operating mode of throwing mechanism is switched to, Generation Control key 43 is started, solar power generation component 1 is started to work, together When solar generating mechanism 1 in the second solar panel 116 outermost end of hull 21, the sun are expanded to along rach slot 1132 Energy battery means 1 are accumulator 35, the charging of hull power battery 24.

21 mobile working principle of hull：Stop Generation Control key 43, solar panel 116 is recycled to rach slot 1132 most Right end starts hull control key 42, and hull controller 25 drives the first electric plating propulsion 22, the work of the second electric plating propulsion 23, Hull 21 is moved to assigned direction, adjusts adjustment of 42 realization of hull control key to hull 21 moving direction, speed.

Hatch operation principle：Stopping hull control key 42, hull 21 stops arriving appointed place, starts hatching control key 44, Hatching launches controller 32 and mixing part 36 is driven to work, and the microorganism in microorganism hatching tank 31 spreads cultivation.

Principle is launched in microorganism hatching：Stopping hatching control key 44, starts and launch control key 45, booster pump 33 works, with Microbial bacterial agent is thrown on full water body or the bottom mud in keypoint treatment region by the injection pipe 34 that booster pump 33 connects, according to The selection of nozzle, each nozzle rotating-spray, 1~1.5 meter of service radius.

Finally it should be noted that:Above example is only to illustrate the technical solution of the utility model rather than limits it System；Although the utility model is described in detail with reference to preferred embodiment, those of ordinary skill in the art should Understand：It can still modify to specific embodiment of the present utility model or some technical characteristics are equally replaced It changes；Without departing from the spirit of technical solutions of the utility model, should all cover in the claimed technical solution of the utility model In range.

Claims (10)

1. a kind of microorganism for waste water ecological control hatches delivery device, it is characterised in that：Including hull actuating unit (2), It is arranged interior in the hull actuating unit (2) in the solar generating mechanism (1) of hull actuating unit (2) both sides, setting Microorganism hatching throwing mechanism (3) and manual terminal (4), the hull actuating unit (2) is equipped with hull power battery (24), microorganism hatching throwing mechanism (3) is equipped with accumulator (35), the solar generating mechanism (1) respectively with institute State accumulator (35), hull power battery (24) is connected, the manual terminal (4) control the hull actuating unit (2) with Microorganism hatches the power switching of throwing mechanism (3).

2. microorganism according to claim 1 hatches delivery device, it is characterised in that：The solar generating mechanism (1) The first solar power generation component (11), the second solar power generation including being symmetricly set on hull actuating unit (2) both sides Component (12), the first solar power generation component (11), the structure of the second solar power generation component (12) are identical, wherein institute It includes the first fixing bracket being connected with (2) one forequarter of the hull actuating unit to state the first solar power generation component (11) (111), the second fixing bracket (112) being connected with hull actuating unit (2) the side rear portion and first fixing bracket (111) the first movable support (113) being flexibly connected, the second activity branch being flexibly connected with second fixing bracket (112) Frame (114) is equipped with the first solar panel between first fixing bracket (111) and the second fixing bracket (112) (115), the second solar panel is equipped between first movable support (113) and second movable support (114) (116), first fixing bracket (111) is identical as the structure of the second fixing bracket (112), first movable support (113) identical as the structure of the second movable support (114).

3. microorganism according to claim 2 hatches delivery device, it is characterised in that：First fixing bracket (111) Including Cantilever (1111), hound (1112), solar panel fixinig plate (1113), Cantilever (1111) are consolidated Fixed end is connected on the hull actuating unit (2), hound (1112) both ends respectively with the hull actuating unit (2) It is connected with the elongated end of Cantilever (1111), first fixing bracket (111) and the second fixing bracket (112) are backwards Setting, first solar panel (115) by two panels battery fixinig plate (1113) respectively with the first fixing bracket (111), the second fixing bracket (112) is fixed.

4. microorganism according to claim 3 hatches delivery device, it is characterised in that：First movable support (113) Including two root posts (1131), rach slot (1132), rack (1133), motor (1134), the column (1131) is arranged in institute The elongated end of the Cantilever (1111) of the first fixing bracket (111) is stated, the rach slot (1132) is arranged in the column (1131), rack (1133) setting is in the rach slot (1132), the rack (1133) and the first solar panel (115) it is fixedly connected, in the end of rach slot (1132), the motor (1134) is equipped with and institute for motor (1134) setting Rack (1133) matched gear (1135) is stated, second movable support (114) is mounted on second fixing bracket (112) on, first movable support (113) is parallel with the second movable support (114), and the solar panel (115) exists It is moved back and forth on the rach slot (1132).

5. microorganism according to claim 2 hatches delivery device, it is characterised in that：First solar panel (115) it is connected with the accumulator (35) being arranged on the hull actuating unit (2), the accumulator (35) is sent out with solar energy Motor in motor structure (1) is connected, second solar panel (116) and the ship in the hull actuating unit (2) Body power battery (24) is connected.

6. microorganism according to claim 5 hatches delivery device, it is characterised in that：Hull actuating unit (2) packet Include hull (21), the first electric plating propulsion (22), the second electric plating propulsion (23), hull power battery (24), hull controller (25), wherein the hull (21) includes the deck layer of setting belowdecks the electronic equipment layer of layer, setting layer above deck, Hull power battery (24), hull controller (25), the first electric plating propulsion (22), the second electricity are equipped in the electronic equipment layer Dynamic propeller (23), the hull power battery (24) are connected with hull controller (25), and the hull controller (25) is also It is connected respectively with first electric plating propulsion (22), the second electric plating propulsion (23).

7. microorganism according to claim 6 hatches delivery device, it is characterised in that：The microorganism hatches throwing mechanism (3) include microorganism hatching tank (31), hatching launch controller (32), booster pump (33), injection pipe (34), accumulator (35), Mixing part (36), wherein the microorganism hatching tank (31) is arranged on the hull (21) and is pierced by from deck layer, described to incubate Change and launch controller (32) setting on the hull (21), the booster pump (33) is arranged in deck layer front end, the injection Pipe (34) is connected with the booster pump (33), and the injection pipe (34) is to stretch into water-bed steel pipe, and the microorganism hatches tank (31) it is connected with the booster pump (33), the accumulator (35) launches controller (32) with the hatching and is connected.

8. microorganism according to claim 7 hatches delivery device, it is characterised in that：The mixing part (36) includes stirring Axis (361), stirring blade (362), stirring motor (363), agitating shaft fixed case (364), agitating shaft fixed seat (365), wherein At the top of microorganism hatching tank (31), the upper end of the agitating shaft (361) connects stirring motor for stirring motor (363) setting (363) output shaft, the lower end connection stirring blade (362) of the agitating shaft (361), the agitating shaft fixed case (364) set It sets on the inner wall of microorganism hatching tank (31), agitating shaft fixed seat (365), institute is equipped in the agitating shaft fixed case (364) It states agitating shaft (361) and extends to microorganism hatching tank (31) bottom, the stirring across the agitating shaft fixed seat (365) Temperature sensor (324), humidity sensor (325), oxygen concentration sensor are provided on the outer wall of axis fixed case (364) bottom (326), pH value sensor (327), the temperature sensor (324), humidity sensor (325), oxygen concentration sensor (326), PH value sensor (327) launches controller (32) with the hatching respectively and is connected, the outer top of the microorganism hatching tank (31) Portion is provided with oxygen therapy machine (322), the oxygen therapy machine (322) be equipped with stretch into microorganism hatching tank (31) bottom lead oxygen pipe (323), the microorganism hatching tank (31) is internally provided with heating dish (321), the oxygen therapy machine (322), stirring motor (363), heating dish (321) launches controller (32) with the hatching and is connected.

9. microorganism according to claim 8 hatches delivery device, it is characterised in that：Injection pipe (34) the bottom end setting There are nozzle (341), nozzle (341) both sides to be respectively arranged with four spray guns (3411) and three spray guns (3411), the spray Rifle (3411) is in 30 ° of angles with nozzle (341), and diversion pipe (3412), the diversion pipe are provided in the middle part of the nozzle (341) (3412) top is connected with rotary sleeve (342), and the rotary sleeve (342) is connected with injection pipe (34), the diversion pipe (3412) it is connected to nozzle (341), fluid is imported from diversion pipe (3412) and sprayed from spray gun (3411), the nozzle (341) It is rotated on the injection pipe (34) under fluid matasomatism.

10. microorganism according to claim 1 hatches delivery device, it is characterised in that：The manual terminal (4) includes turning Switch (41), hull control key (42), Generation Control key (43), hatching control key (44), dispensing control key (45), power supply is changed to open Close (46), wherein the manual terminal (4) by hull controller (25) in radio signal and hull actuating unit (2), Microorganism, which hatches the hatching in throwing mechanism (3), launches controller (32) communication, change-over switch (41) the control switching hull The power switching of actuating unit (2) and microorganism hatching throwing mechanism (3).