CN101381248A - Conversion facilities for converting human and animal excreta to animal protein in situ - Google Patents

Abstract

The invention relates to transformation equipment for transforming human and animal excreta and organic waste into animal albumen on the spot and belongs to the technical fields of biological environmental protection, energy conservation, emission reduction, water treatment, agriculture and animal husbandry, circular economy, sustainable development and the like. The equipment consists of a fly room, a maggot collecting tube support, a plurality of layers and sets of breeding discs, a maggot collecting pool, a fertilizer filter tank, a left pump chamber, a right pump chamber and a plurality of storage pools, tanks and cylinders; dozens of hydraulic cylinders are used to form ten sets of automatic manipulating and collecting devices; the hydraulic pressure of urban water supply is used as the hydraulic cylinder power; under the full sealing condition, fly maggot breeding in one period of 16 days is controlled fully-automatically to complete the operation of separating and collecting flyblow, dead fly, finished maggot, seed maggot, disinfection liquid, maggot washing water and organic fertilizer; the equipment has thirteen combined structures which can meet different environments; the different combined structure has the occupied area of between 10 and 20 square meters, which is shortened by 60 to 250 times compared with the prior breeding method; and the capacity for producing the animal albumen of the equipment is equal to that of a fly maggot breeding farm of thousands of square meters; and the investment of the transformation equipment is only more than 30,000 yuan.

Description

Human and animal excreta is converted on the spot the conversion facilities of animal proteinum

Technical field: the invention the totally-enclosed circulation space of little ecology of fly large-scale breeding, with the instinct of fly, ight soil or organic waste are directly changed into the conversion facilities of animal proteinum.Belong to biological environmental production, energy-saving and emission-reduction, water treatment, agriculture and animal husbandry, recycling economy, Sustainable development technical field.。

Background technology: Business's plate 3 days the 6th October in 2000 discloses first the urban type bio-toilet in the whole world and has been built in the BeiJing ZhongGuanCun and knows by the spring park that it adopts middle water, biochemical reactor, and technology such as sun power can obtain recycle with the water of washing one's hands.Its principle of work is will to wash the pond water in the public lavatory with microbial technique, is reduced into cleaning water.It is characterized in that: building expense needs units up to a million, and usefulness is prolonged after can not transforming in common public lavatory, can only rebuild.Take up room greatly because of underground, influence underground webmaster setting, directly do not produce economic benefit but investment is expensive in addition, can not penetration and promotion in the city.Another kind of microbiocidal lavatory is: add anerobe in manure pit, convert ight soil to biogas, it is characterized in that: only be used for small-sized peasant family toilet, can't be used for the public lavatory, city, because of the restriction of production form, can not form industry size." the cultured insect practical technique " that Chinese braille press, on June 1st, 1999 publish, disclosing on a small scale, cultivation method is; The extensive cultivation method in level land is raised in cages, Fang Yangfa, and method etc. is supported in natural pond.

The batch production working system is disclosed; Its primary structure is between T type column, and stacked multilayer is cultured frid, cultures young maggot in frid.And the employing troughed belt, the troughed belt frame, net belt conveyer moves and to add the excrement device, and flushing tank is washed facilities such as floating maggot, realizes raising continuously and gathering maggot.Above-mentioned small-scale cultivation method does not possess the ability of handling public lavatory ight soil, and the industrialized culture method needs thousands of square metres of fly maggot breeding fields, and is full open model production, will cause secondary pollution to environment.All directly on-the-spot disposal organic matter rubbish and public lavatory ight soil in the city.

Purpose: along with living in concentrated communities in a large number of urban population, ight soil also produces thereupon in a large number, and for the excrement of animals of the livestock plant of urban service also is multiplied thereupon, domestic organic garbage also enlarges rapidly.Therefore must design a kind of " conversion facilities " that can in the city, directly handle above-mentioned source of pollution, should " conversion facilities " should be totally-enclosed unattended operation, secondary contaminate environment not, it is little to take up room, handsome in appearance, can be built on the underground or roofing in all kinds of public lavatorys of the old and new or excrement seedbed; It is handled the ability and the excrement source generation that transform ight soil and adapts; Invest low, easy to operate, easy-maintaining, tangible economic benefit and social benefit are arranged.Simultaneously can automatically finish fly maggot large-scale farming process.

Summary of the invention: for realizing this purpose, the present invention uses the natural function of ecosystem fly, utilize the ability of the fly processing organic waste of each kind, utilize the high fecundity of fly, under the not limited full ideal conditions of space, foodstuff, temperature, the oviposition period average out to of fly 16 days, 1000 to 100 ovum of per generation fly product, lay eggs 100 by lower limit and to calculate, N is for fly can lay eggs (100/2) ^N-1, 160 days promptly the 10th generation maggot the protein gross weight can reach 200,000,000 tons, fly is 50% with the efficient that ight soil is converted into animal proteinum, can handle 400,000,000 tons of ight soil class organic pollutants.The animal proteinum content of maggot reaches 64%, is 20 times of milk, in the ox, sheep, fish two times.Above-mentioned data declaration if we invent a kind of Cheap highly effective educate the maggot facility, select for use different types of fly maggot to make bio-carrier in the facility, can not only solve long-term puzzled human problem of environmental pollution effectively, and the energy mass production goes out to satisfy the animal proteinum and the fertilizer of human's demand.Only need very little space and area, just can finish thousands of square metres fly maggot breeding field and handle ight soil and the throughput of producing animal proteinum.One " conversion facilities " is exactly a biochemical plant, after a large amount of public lavatorys and housing complex building adopt this " conversion facilities ", will integrate out albumen the biggest in the world and organic fertilizer production associated enterprises.

" conversion facilities " is by " case beam ₀₁", " emergence chamber ₄₂", " fly chamber ₃₉", " receive the maggot base ₁₇", " the many groups of multilayer are educated dish ₂₅", " seal closure ₁₀" " receive the maggot pond ₃₈", " filter fertile groove ₃₆", " fertilizer holds well ₇₄", " left pump chamber ₄₇", " right pump chamber ₄₈", " muddy water holds the pond ₄₄", " clear water holds the pond ₄₅", " ovum holds the pond ₇₇", " fertilizer holds case ₇₅", " clear water holds tube ₄₆", " excrement holds case ₁₄₄", " maggot is held tube ₇₉", " batch meter ₇₀" wait member to form should " conversion facilities " also to comprise that " changing dish takes out defeated muddy water and take out and fail the excrement ovum and be connected piping ₂₃", " change dish and control hydraulic pressure connection piping ₂₄" " change dish and take out muddy water electricity hydraulic control unit ₁₄₉", change dish and take out excrement ovum electricity hydraulic control unit ₁₅₀", " take out clear water, the public lavatory excrement holds well fertilizer, the ventilation of dish chamber, waste discharge pneumoelectric hydraulic control unit ₁₅₁", " shunting is connected with metering kind of maggot and sterilization cleaning finished product maggot device delivery pipeline ₁₅₂", " shunting is connected with the hydraulic control pipeline of metering kind of maggot ₁₆₁", " receiving the maggot transfer line connects and hydraulic control unit ₁₅₅", " the conveying hydraulic control pipeline of plumage fly part flow arrangement connects ₁₅₆", " receiving the chamber fly is connected with receipts ovum transfer line ₁₅₇", wait ten covers to control automatically and be connected with collection apparatus and pipeline and pipeline, also comprise the following facility of forming said apparatus: " hydraulic control power switch group ₂₅", " Pyatyi Multi-control valve ₈₁", " stepper-motor ₈₅", " receive the maggot bucket ₅₂, ", " receive the ovum bucket ₆₁", " receive oviduct ₅₇", " receive the maggot pipe ₁₃₉", " take out excrement ovum pump ₅₃", " take out public lavatory excrement pump ₅₄", " defeated fertile pump ₈₈", " take out the fertile pump of well ₉₁", " take out fresh water pump ₁₀₆", " take out the muddy water pump ₁₀₇" finish controlling automatically of each work step jointly with upper member and control device.Below be the structure of above-mentioned major parts, layout and purposes:

1, case beam: all wts with two parallel body beam carrying facilities is provided with " fly chamber in the beam ₃₉", " emergence chamber ₄₂" and " receive oviduct ₅₇".It is again the erection support of all kinds of transport pipes and valve.2, receive the maggot base: being located on the two tanks beam, is " to receive the maggot pond in the seat frame ₃₈", seat frame inside bottom surface platform bears " receives the maggot pipe ₁₃₉", the seat framework is that " the many groups of multilayer are educated dish ₂₅", the mount pad base of valve and pipeline.3, " the many groups of multilayer are educated dish ₂₅", " conversion facilities " is by " many groups of multilayer dish ₂₅" form and educate the maggot useful area, " the many groups of multilayer are educated dish ₂₅" by 1 to 6 group of " vertical group dish ₁₄" form.Every group of " vertical group dish ₁₄" form by 16 layers " educating dish ".1 to 6 group of " vertical group dish ₁₄" can adopt vertical vertically stack and many group stacks that laterally form a line arrange and constitute 13 kinds of symmetry rows " the many groups of multilayer are educated dish ₂₅".Select for use which kind of array configuration depend on the excrement seedbed useful area and can produce the needs of excrement amount and external environment, above-mentioned characteristic makes " conversion facilities " to public lavatory and external environment great pardon be arranged.When 1 to 6 group of " vertical group dish ₁₄" when being arranged in a vertical line from top to bottom, " conversion facilities " profile becomes 3 meters of bottom surface diameters, high 5.5 meters " tower " structure, the cat head of tower structure is provided with that " the top clear water holds the pond ₄₅", the middle part is provided with synergetic " vertical group dish in the tower ₁₄", the body of the tower of educating under the dish is provided with " left pump chamber in " Zhong Tahuan " that extend out out ₄₇" and " right pump chamber ₄₈", indoor all kinds of hydrauliccontrol valves and liquid control panel and blower fan and the pump of being provided with, this ring center is " to receive the maggot pond ₃₈, ", ring cowling is provided with " hydraulic control power switch group ₂₅" with " shunting is connected with metering kind of maggot and sterilization cleaning finished product maggot device delivery pipeline ₁₅₂", tower bottom is provided with " emergence chamber in " the Ji Ta ring " that extend out out ₄₂", " fly chamber ₃₉" and " receive oviduct ₅₇", the center is provided with that " muddy water holds the pond at the bottom of " Ji Ta ring " tower ₄₄" and " clear water holds the pond ₄₅" and " filter fertile groove ₃₆" and " fertilizer holds well ₇₄", tower " facility " appropriate building in group water channel is discharged ight soil and organic waste pulverizing back suction tower, changes into animal proteinum downstairs at last in housing complex uncompleted building garden.When 1 to 6 group of " vertical group dish ₁₄" when forming a line from left to right, then " conversion facilities " profile becomes long 4 to 11 meters, high 1.8 meters, wide 3.28 meters " box " structure.4, seal closure: " conversion facilities " is built in the case structure on the roofing of public lavatory, " the seal closure of " conversion facilities " ₁₀" be arranged at and " receive the maggot base ₁₇" on, in the cover " vertical group dish ₁₄".Its structure is the rectangular cover at a no end, and the length of side all around of cover equals " to receive the maggot base ₁₇" the long 6cm that inwardly dwindles of the outer seamed edge of end face square frame." seal closure ₁₀" the cover frame make of angle steel and channel-section steel, cover is made of plastic plate, and is totally-enclosed with the plastic cement press strip.When " seal closure ₁₀" adopt the box-type skeleton construction, " conversion facility " appropriate building underground or semi-underground in the public lavatory then.When " seal closure " was the Cylinder of skeleton construction and Polygons cylinder, then " conversion facility " was applicable to tower structure.5, above-mentioned all kinds of pond, tube, case, the container that well constitutes: as " muddy water holds the pond ₄₄", " clear water holds tube ₄₆", " fertilizer holds case ₇₅", " fertilizer holds well ₇₉" etc., be used to store product and feed and water of productive use, and realize the recycle of water, each pond, chamber, case, tube, be covered with and execute, constitute the hermetically sealed of the transmodulator external world simultaneously.6, above-mentioned ten covers are controlled automatically with collection apparatus and pipeline and are connected, make " conversion facilities " realize automatically finishing the operation of each work step by the ecological sequential of 16 days one-period of fly maggot, finish fly blow, dead fly, finished product maggot, plant maggot, the work of collecting of fertilizer, and will plant maggot and finished product maggot, finished product maggot and thimerosal, the finished product maggot with wash maggot water, the finished product maggot separates with fertilizer.7, airiness device: with " air delivery pipe system ₈₀", " dish chamber ventilation blower fan ₁₁₀", " take out exhaust gas fan ₁₀₉", " go into the stove blower fan ₆₉" airiness in the maintenance " transmodulator ".And with the thermo-sensitive resistor switch and " the hydraulic control power switch group of pumping air ₂₅" jointly control the blower fan switching, regulate the temperature of educating in dish and the fly chamber.8, each transport pipe described in " conversion facility " is the PVC plastics tubing; Described all kinds of valve is stained with knot by the plastics tubing of different diameter and the combination of plastics tubing member and is formed." plunger single-acting cylinder ₁₇₆", all replace with all kinds of medical plastic syringes; Described " Pyatyi Multi-control valve ₈₁" " plunger fluid cylinder ₈₄" output work be to press by city tap-water to provide, controlled each valve and consume 4kg/cm in one day ²Water 20kg, the water of doing merit is through " plunger fluid cylinder ₈₄" " clear water holds the pond in row pressure interface discharge back inflow ₄₅" do production feed water.

Beneficial effect: " conversion facilities " of the present invention compared with background technology, and following beneficial effect is arranged:

1, " conversion facilities " can directly reconstruct common public lavatory become " biological public lavatory ".

" conversion facilities " prolongs with common public lavatory structure and facility, directly is built in common public lavatory roofing, and be underground or semi-underground.This versatility and compatibility are guaranteed the conversion transition of common public lavatory to " biological public lavatory ".

2, " conversion facilities " with " normal fly maggot breeding field " compare and culturing under the plane density condition identical with output, educate dish floor space case structure and dwindle 60 times than conventional cultivation pond, tower structure dwindles 200 times than conventional cultivation pond.

" farmers''s science enrichment 400 methods ", Golden Shield ejecting plate society, in July, 2000, the data of 224 pages of plates was: conventional cultivation density is: long 1.2m, breed product maggot 500 grams in the pond of wide 0.3m, then a breeding cycle is seven days, and daily output 200kg need educate pool area 1008m ²By " Baoding become reach biological factory " net address: hTTp: // fly maggot breeding data that www.bd-chenGda.com provides, fly maggot breeding density is; 2,000,000 of every breed maggots need with room area 400m ²Educate 4,500,000 maggots, then need room area 900m ²Need bring up because of maggot and to add maggot totally 7 days, then need room area 900m ²* 7=6300m ²

See Table 5 by " fly maggot breeding method ", when cultivation density is all close, educated maggot 4,500,000 * 7 days, then (the conventional cultivation method needs maggot culturing pool area 1.2 long * 0.3 wide * 7 day * 4500000 (conversion facilities is educated the maggot sum)/20000(conventional cultivation methods to educate the maggot sum)=567m ², in " conversion facilities " of five groups of " vertical group dish 14 " structures of box individual layer horizontally-arranged, " vertical group dish 14 " area occupied is: 1.5 * 2.3 * 5=17.25m ², every day, the final product maggot was 4,500,000, and under identical cultivation density, " conversion facilities " five groups of " vertical group dish 14 " floor spaces are educated the pond normal plane with routine and are amassed than being: Sc/Sy=567m ²* 5.6 (maggot number/cm ²)/17.25m ²* 4.1 (maggot number/cm ²)=50 times.More than calculate, do not considered that routine educated " educating fly chamber 39 " that the pond also must increase, " larvina-washing pool ", " sterilization pool ", drying plant, main ingredient holds the pond, and highway and other service floor area are as if adding that then compression multiple will reach 60 times.If compare Sc/Sy=567m with " conversion facilities " of tower five groups " vertical group dish 14 " structures ²* 5.6 (maggot number/cm ²Long * 1.85 dishes of)/(1.85 dish are wide) m ²* 4.1 (maggot number/cm ²)=226 times.Comprehensive floor space and routine are educated pool area will reach 250 times than compression multiple then.

3, compare with " fly maggot breeding field ", then saved raw material fortune, keeping, the production unit expense such as store, saved the place purchase by the state, capital cost and various overheadss such as construction.Can obtain fairly high profit.Five groups of newly-built one box horizontally-arrangeds " vertical group dish 14 " " conversion facilities " on the roofing of the common public lavatory of the wide 5m of long 9m can be handled ight soil amount 400kg day, and its life ability is: produce 60 tons of bright maggots and 30 xanthans per year and coagulate the attitude fertilizer.According to disclosed data on " Baoding become reach biological factory " network address, four kilograms of bright maggots can toast one kilogram of dried maggot.Then raising the animal proteinum income is: by 4000 yuan of calculating of nineteen ninety market price maggot per ton.Promptly amount to bright maggot by the every kg1 of sale price unit, bright maggot annual income is 60,000 yuan.100 yuan per ton of fertilizer, 3000 yuan of annual incomes, 6.3 ten thousand yuan of gross incomes deduct labor wage and water power, 1.3 ten thousand yuan of depreciation of equipment, 50,000 yuan of annual net profits.It is to be multiplied according to the basic present price of price in 2000 that above-mentioned profit is calculated.

4, " conversion facilities " is transformed into " biological public lavatory " not only conserve water resource, and can thoroughly eradicate the pollution of Shui Chong public lavatory to rivers.

" conversion facilities " is to produce major ingredient with ight soil, is built in the top of source of pollution again, administers the efficient of polluting thereby improved.

5, this project has wide development space, and great potential benefit is arranged.

Should " conversion facilities " make the public lavatory, city that basic transition take place, the public lavatory be converted into type of production from the consumption service type, and contamination type is converted into environment-friendly type.Along with the enforcement of industryization, the whole nation will have 50% population to enter cities and towns; Along with the continuous enlarging in old city, the continuing to bring out of new cities and towns, public lavatory, city ight soil will produce in a large number, and the large-scale livestock plant supporting for the city also will produce excrement of animals in a large number.Everything is " conversion facilities " the R and D pad decided basic substance.

6, this project has extremely strong distensibility, because of only investing more than 30,000 yuan and do not increase the city floor space, only on the roofing of former public lavatory, just can build up one efficient income arranged engineer's workshop automatically arranged.If national Gong Ce Even Lock founds the factory, then can start a brand-new biological industry.

Description of drawings: below be the accompanying drawing title:

Figure 01 convertor front elevation view figure 02 convertor vertical view

Figure 03 batch meter vertical view figure 04 batch meter vertical planning drawing a is to amplification

Figure 05 transmodulator left view figure 06 transmodulator " preceding case beam " position positive view A-A analyses and observe

Figure 07 transmodulator " educating maggot a coils " position B-B section plan 08 changes dish and controls hydraulic pressure connection piping vertical planning drawing

The edge-on meta sectional view of figure 09 transmodulator right view Figure 10 transmodulator C-C analyses and observe

The positive meta deep cutting of Figure 11 transmodulator view D-D analyses and observe Figure 12 transmodulator " receipts maggot base " position flat cutting view E-E and analyses and observe

Figure 13 transmodulator " holds fertile case ", and the position edge-on Figure 14 of the analysing and observe transmodulator of G-G is received maggot pipe A to enlarged view

Figure 15 transmodulator is received maggot pipe H-H cross-sectional view Figure 16 convertor back elevation

Figure 17 convertor " receive maggot pond " position, end J-J flat cutting view Figure 18 changes dish and takes out defeated muddy water and be connected the piping side elevational view with the excrement ovum

Figure 19 changes dish and takes out defeated muddy water and is connected piping front elevation view Figure 20 with the excrement ovum and receives maggot and receive ovum receipts fly water supply piping front elevation view

Figure 21 six cylinder hydraulic control power switch sectional view Figure 22 convertors " rear cabinet beam " in parallel position K-K positive view

Analyse and observe Figure 23 convertor bottom and pipe fitting layout L-L analyses and observe Figure 24 and receives the oviduct profile in elevation

Figure 25 receives oviduct Z-Z profile Figure 26 and divides fly pipe vertical planning drawing

Figure 27 receives oviduct X-X profile Figure 28 and divides fly pipe V-V cutaway view Amplified image

Figure 29 divides fly pipe N-N cutaway view Amplified image Figure 30 to divide fly pipe M-M cutaway view Amplified image

Figure 31 Pyatyi Multi-control valve general assembly vertical view Figure 32 first step Multi-control valve plunger valve and skewback location map

Figure 33 second stage Multi-control valve plunger valve and skewback Q-Q position sectional view Figure 34 second stage Multi-control valve plunger valve and skewback W-W position sectional view

Figure 35 fourth stage Multi-control valve plunger valve and skewback location map Figure 36 level V Multi-control valve plunger valve and lengthening skewback R-R position sectional view

Figure 37 level V Multi-control valve plunger valve and skewback T-T position sectional view Figure 38 measure hydraulic control cylinder facade view

The positive facade view of Figure 39 Multi-control valve plunger case two-way pilot operated valve device of positive facade view Figure 40

The positive facade view of Figure 41 isocon horizontal cross-sectional view Figure 42 angle valve

The vertical group of Figure 43 Pan Ding, in, the vertical group of end group seat side elevation general assembly drawing Figure 44 Pan Ding, in, the positive facade general assembly drawing of end group seat

Figure 45 T4, T6 bottom dish vertical view Figure 46 T3, T5 top layer dish vertical view

Figure 47 educates Pan Ding, the positive facade installation plan of the middle long limit front elevation view Figure 48 dish overhead-valve of seat frame

Figure 49 biscuit falls to managing the positive facade installation plan of positive facade view Figure 50 dish layer valve

Figure 51 first and second grade of the positive facade installation plan of valve Figure 52 Multi-control valve of trying to get to the heart of a matter is taken out the muddy water dishwashing, takes out the excrement ovum, takes out clearly

Water is changed in shunting about metering of Figure 53 fourth stage Multi-control valve kind maggot and kind maggot, takes out well fertilizer, takes out the public lavatory excrement, substitutes air, and the hydraulic control of waste discharge pneumoelectric is former

To hydraulic control schematic diagram reason figure

Figure 54 level V Multi-control valve distributes the plumage fly to four fly chambers, reclaims dead fly liquid

The control schematic diagram

Below be each mark title of number listing in order:

01 case beam, 02 stage casing beam, 03 left side section beam, 04 right section beam, the tube bank of 05 hydraulic pressure, 06 takes out the clear water pipe, 07 defeated clear water pipe, 08 takes out the excrement oviduct, and 09 takes out the muddy water pipe, 10 seal closures, 11 top group dishes, group dish in 12,13 end group dishes, 14 vertical group dishes, 15 hydraulic pressure riser cradles, 16 dish groups are sat frame, and 17 receive the maggot base, 18 defeated muddy water five-way pipes, the other many siphunculus of 19 dishes, 21 roasting maggot microwave ovens, the five-way pipe is pressed in 22 transfusions, 23 change dish takes out defeated muddy water and takes out defeated excrement ovum and is connected piping, and 24 change dish controls hydraulic pressure and connect piping, and 25 multilayers are organized more is educated dish, 26 6 cylinder switches, 27 two cylinder switches, 28 clear water are shunted seven siphunculus, 29 " plunger single-acting cylinders ", 30 permanent magnets, 31 dish overhead-valves, a 32 dish layer valve, 33 valves of trying to get to the heart of a matter, the 34 biscuits pipe that falls, 35 dish Pen water pipes, the fertile groove of 36 filters, 38 receive the maggot pond, fly chambers 39,40 fly chamber Pen water pipes, 41 angle valves, 42 emergence chamber, 43 front and back plumage chamber communicating pipe, 44 muddy water hold the pond, and 45 clear water hold the pond, and 46 clear water hold tube, 47 left pump chambers, 48 right pump chambers, 49 groove drainage web plates, 50 float switches, the 51 maggot families of power and influence, 52 receive the maggot bucket, and 53 take out excrement ovum pump, and 54 take out public lavatory excrement pump, 55 from the fuse that falls into water, 56 control maggot nets, 57 receive oviduct, and 58 receive ovum Pen water pipe, 59 every the fly gauze, 60 sterilization webmasters, 61 receive the ovum bucket, 62 fens fly pipes, the 63 fly families of power and influence, 64 wash the maggot webmaster, 65 kinds of maggot isocons, 66 unidirectional double control valves, 67 Even roofbolt obturator valves, 68 two-way pilot operated valve device, 69 go into the stove blower fan, 70 batch meters, 71 casees bottom door valves, 72 metering hydraulic control cylinders, 73 metering hydraulic controls claim that 74 fertilizer hold well, 75 fertilizer hold case, 76 casees water strainers, 77 ovum hold the pond, and 79 maggots are held tube, 80 air delivery pipes system, 81 Pyatyi Multi-control valves, 82 safety barrels, 83 moving tubes, 84 plunger fluid cylinders, 85 stepper-motors, 86 skewbacks, 87 lengthening skewbacks, 88 defeated fertile pumps, 89 dish water strainers, 91 take out the fertile pump of well, 93 nylon elastic tape, 94 connect the skewback plate, 95 wash water return lines, 96 Zuo Wai Even pipe, 97 maggots go into boiler tube, 98 take out fertile input tube, 99 exhaust output tubes, 100 fertile output tubes, 102 defeated excrement ovum five-way pipes, bullet card in 103 pipes, the outer bullet card of 104 pipes, the outer cantilever card of 105 pipes, 106 take out fresh water pump, 107 take out the muddy water pump, 108 clear water return water pipes, 109 take out exhaust gas fan, and 109,110 dish chamber ventilation blower fans, 111 carry riser cradle, 112 6 cylinder switch second, 115 manual flow-limiting valves, 116 barrels of water strainers, 117 slide-and-guide pipes, 118 hydraulic control power switch switches set, 119 input interfaces, 120 output interfaces, 121 first step Multi-control valves, 122 second stage Multi-control valves, 123 row pressure interfaces, 124 fourth stage Multi-control valves, 125 level V Multi-control valves, 126 hydraulic push rods, 127 maggot input interfaces, 128 finished product maggot output interfaces, 129 kinds of maggot output interfaces, 130 pipe water strainers, 131 outer tubes, 132 transfer the flow packing ring, 137 intermediate relays and time relay JS14S, and 138 hold the material plate washer, 139 receive the maggot pipe, 141 master wheels, 142 pinion(gear)s, 144 excrement hold case, 145 broken excrement machines, other nine siphunculus of 146 dishes, the other five-way pipe of 147 dishes, the other Y-tube of 148 dishes, 149 change dish takes out muddy water electricity hydraulic control unit, and 150 change dish takes out excrement ovum electricity hydraulic control unit, and 151 take out clear water, the public lavatory excrement, hold well fertilizer, the ventilation of dish chamber, waste discharge pneumoelectric hydraulic control unit, 152 shuntings are connected with metering kind of maggot and sterilization cleaning finished product maggot device delivery pipeline, 153 receive the ovum device delivery is connected with the hydraulic control pipeline, and 154 hydraulicefficiency pipelines of receiving the chamber fly connect, and 155 receive the maggot transfer line connects and hydraulic control unit, the conveying of 156 plumage fly part flow arrangements is connected with the hydraulic control pipeline, 157 receive the chamber fly is connected with receipts ovum transfer line, and 161 shuntings are connected with the hydraulic control pipeline of metering kind of maggot

Embodiment: this paper " conversion facilities " embodiment refers to four " vertical group dishes ₁₄" the transversely arranged case structure of individual layer; the installation position of each member is with the X of this member in positive facade or vertical view, and Y-axis is to description, the name of the numbering of a plurality of repetition members; with its in positive facade or vertical view from left to right, serial number is from front to back named.Embodiment is that " conversion facilities " built in long 9m, on public lavatory, the city roofing of wide 4.5m, is somebody's turn to do the end face absolute altitude 1.7m of " conversion facilities ", floorage Sy=length * wide=8.8m * 3.3m=29m ²

" conversion facilities " is made up of following structure:

Case beam: see _{01,02,06,16,10,22}Totally two on case beam, every beam is by " left, middle and right Duan Liang _03,02,04" three sections compositions, the beam T﹠B is a cast-in-situ steel reinforced concrete, beam is as brick structure, " left and right sides Duan Liang _03,04" high 0.36m, " stage casing beam ₀₂" high 0.6m, three sections all wide 70cm of beam, wall thickness 6cm." stage casing beam ₀₂" long " the vertical group dish that need to equal arrangement ₁₄" wide sum total take advantage of 1.2 times, left and right sides Duan Liang _03,04" the long length that equals it is extended to left and right sides bearing wall.Two " case beams ₀₁" the symmetrical fundamental plane center, two " case beams of also placing abreast ₀₁" inner-wall surface clear distance 1.9m.For ease of cleaning the fly chamber, the beam inner bottom surface is low, high outside and low outside inclined-plane, a right high left side.Front and back " case beam ₀₁" end face hangs " the hydraulic pressure tube bank of 10 and 17 diameter 16mm respectively ₀₅", front and back " hydraulic pressure tube bank ₀₅" the right-hand member inside wall in string lintel stage casing enters " right pump chamber ₄₈", respectively with " the Pyatyi Multi-control valve of being located in this chamber ₈₁" corresponding hydraulic pressure output interface connect " each hydraulic pressure tube bank ₀₅" corresponding with it the respectively pilot operated valve device of the other end and the input interface of cylinder be communicated with.Preceding " case beam " ground is provided with from " clear water holds the pond ₄₅" to " clear water holds tube ₄₆" " take out the clear water pipe ₀₆" and " the fly chamber Pen water pipe of fly chamber, the preceding left and right sides ₄₀", " case beam " ground, back is provided with about the back and " receives ovum Pen water pipe ₅₈", also be provided with from be located at the public lavatory other " excrement holds case ₁₄₄" to stretching into each " vertical group dish ₁₄" the top layer dish " take out the excrement oviduct ₀₈", from " muddy water holds the pond ₄₄" to " the dish Pen water pipe of respectively educating in the dish ₃₅" " take out the muddy water pipe ₀₉", from " receiving the ovum bucket ₆₁" " clear water is shunted seven siphunculus to warp ₂₈" branch to four " fly chamber Pen water pipes of fly chamber all around ₄₀" pipe connecting, through " clear water is shunted seven siphunculus ₂₈" " receive ovum Pen water pipe before and after branching to ₅₈" two pipe connectings.

Seal closure: see figure _01,02,16" seal closure ₁₀" be arranged at and " receive the maggot base ₁₇" on, in it " vertical group dish ₁₄", its structure is the rectangular cover at a no end, the length of side all around of cover equals " to receive the maggot base ₁₇" the long 6cm that inwardly dwindles of the outer seamed edge of end face square frame." seal closure ₁₀" the cover frame make of angle steel and channel-section steel, cover is made of plastic plate, and is totally-enclosed with the plastic cement press strip.

The many groups of multilayer are educated dish: see figure _{06,10,11,12,22}By four " vertical group dishes ₁₄" minor face arrange along X-axis, and place symmetrically and " receive the maggot base ₁₇" top square frame table face and " seal closure ₁₀" in, form " how group is educated dish to multilayer ₂₅", every group of " vertical group dish ₁₄" by " top group dish ₁₁", " middle group of dish ₁₂", " end group dish ₁₃" vertically superpose and form " top group dish ₁₁" " the dish group is sat frame ₁₆" in be equipped with 4 layers and educate dish, educate the dish numbering and be from top to bottom: prefix T1, T2 two numberings educate dish one deck altogether, prefix T3 educates dish one deck, prefix T4 educates two layers on dish." middle group of dish ₁₂" " the dish group is sat frame ₁₆" in the dish of educating that four layers of prefix are T5 is housed, " end group dish ₁₃" " the dish group is sat frame ₁₆" in the dish of educating that eight layers of prefix are T6 is housed, " top, in, the end " three groups of dishes add up to has 16 layers to educate dish.

The dish group is sat frame: see figure _47,43,44" the dish group is sat frame ₁₆" function be: make each group dish be convenient to assembling, dismounting and transportation, and with upper strata load warp. " the dish group is sat frame ₁₆" directly be passed to body of wall, reserve the installing space of " valve of trying to get to the heart of a matter " simultaneously for " bottom dish ".Its structure is: with the square frame that the 36mm equal legged angle constitutes, square frame two angle steel limits are pointed in the frame respectively and vertically downward, and the frame size is with to educate dish identical, and four jiaos of outer sides of frame are welded with respectively from 20cm place, frame base and " dish group seat frame ₁₆" the bottom surface column of angles vertically upward, the inner-wall surface of the column of angles in frame, and with educate maggot dish outside wall surface and leave the 5mm clear distance.This sits frame quadrangular prism length=36mm * N+1.Be provided with in the N=frame and educate the dish number of plies.The corner post end face is higher than this " vertical group dish ₁₄" in each " top group dish, middle group of dish, end group dish _11,12,13" high by 1/2nd.

Changing dish takes out defeated muddy water and takes out and fail the excrement ovum and be connected piping ₂₃: see figure _18,16,52At " seal closure ₁₀" rear surface and " vertical group dish ₁₄" between the rear surface, in " receiving the maggot base ₁₇" on, be arranged with 6 piece " the defeated muddy water five-way pipes corresponding from top to bottom along case beam directions X with T1 to T6 dish ₁₈" and 2 piece " the defeated excrement ovum five-way pipes corresponding with T1 to T2 dish ₁₀₂".At " vertical group dish ₁₄" T ₁-T ₆Educate outside the dish, be provided with " dish Pen water pipe ₃₅" homonymy, be provided with 6 the defeated muddy water corresponding " the other many siphunculus of dish with T1 to T6 dish ₁₉", prefix is T ₆Educate " the other many siphunculus of dish of dish ₁₉" be " other nine siphunculus of dish ₁₄₆", T ₅Educate " the other many siphunculus of dish of dish ₁₉" be " the other five-way pipe of dish ₁₄₇", T ₄Educate " the other many siphunculus of dish of dish ₁₉" be " the other Y-tube of dish ₁₄₈", T ₁-T ₃" the other many siphunculus of dish ₁₉" be bipass, above-mentioned 6 " coil other many siphunculus ₁₉" output interface respectively should " vertical group dish ₁₄" in same prefix number Tn dish in " dish Pen water pipe ₃₅" input interface connection all in parallel, four groups of " vertical group dishes ₁₄" above-mentioned 6 * 4 defeated muddy water " other many siphunculus of dish ₁₉" input interface respectively with 1 " defeated muddy water five-way pipe of its corresponding identical Tn numbering ₁₈" in parallel connection of four output interfaces, 6 " defeated muddy water five-way pipes ₁₈" input interface vertically went here and there and " received the maggot base ₁₇" and the rear cabinet top surface of the beam, respectively with the G that is located in the beam ₁To G ₆" angle valve ₄₁" connection of muddy water output interface.G ₁To G ₆" angle valve ₄₁" the muddy water input interface " take out the muddy water pipe in the beam with being located at ₀₉" connection in parallel, G ₁To G ₆" angle valve ₄₁" the hydraulic pressure input interface respectively through being located at " the hydraulic pressure tube bank on the beam inner top surface ₀₅" and be located at " right pump chamber ₄₈" interior " Pyatyi Multi-control valve ₈₁" ₁F ₄, ₁F ₇, ₁F ₁₀, ₁F ₁₃, ₂F ₁₄, ₂F ₂The hydraulic pressure output interface is in parallel successively to be connected.2 " defeated excrement ovum five-way pipes in the above-mentioned piping ₁₀₂" each four defeated excrement ovum output interface respectively through four " vertical group dishes ₁₄" the dish end face insert T ₂After incubate the dish and T ₁Before incubate in the dish, to T ₁, T ₂Two dish input excrement ovum.Two " defeated excrement ovum five-way pipes ₁₀₂" input interface respectively with G _8-7" angle valve ₄₁" excrement ovum output interface be communicated with G _8-7" angle valve ₄₁" excrement ovum input interface " take out the excrement oviduct in the rear cabinet beam with being located at ₀₈" connection in parallel, G _8-7" angle valve ₄₁" " the hydraulic pressure tube bank of hydraulic pressure input interface in being located at the rear cabinet beam ₀₅" and " Pyatyi Multi-control valve ₈₁" ₂F ₁₅, ₂F ₃The hydraulic pressure output interface is communicated with." change dish takes out defeated muddy water and takes out and fail the excrement ovum and be connected piping the abbreviation that is connected of above-mentioned each transfer lime and hydraulicefficiency pipe ₂₃".Above-mentioned 6 " defeated muddy water five-way pipes ₁₈" and 2 " defeated excrement ovum five-way pipes ₁₀₂", be installed on and " receive the maggot base ₁₇" the upper right square frame end face in back is ten of basal plane and " carries riser cradles ₁₁₁" on.

Change dish and control hydraulic pressure connection piping ₂₄: see _08,06,52At " seal closure ₁₀" front face and " vertical group dish ₁₄" between the front face, in " receiving the maggot base ₁₇" on, " the five-way pipes are pressed in transfusion to be arranged with 6 of T1 to T6 correspondence from top to bottom along case beam directions X ₂₂".At " vertical group dish ₁₄" T ₁-T ₆Educate outside the dish, be provided with " dish overhead-valve ₃₁" and " valve of trying to get to the heart of a matter ₃₃" homonymy, be provided with corresponding with T1 to T6 above-mentioned each 6 transfusions and press " the other many siphunculus of dish ₁₉" being the hydraulic pressure Y-tube, two output interfaces of this Y-tube " are indulged the group dish with this respectively ₁₄" in same prefix number Tn dish in " dish overhead-valve ₃₁" and " valve of trying to get to the heart of a matter ₃₃" all in parallel connection of hydraulic pressure input interface, four groups of " vertical group dishes ₁₄" 1 of corresponding with it the respectively same prefix number Tn of 6 * 4 transfusions input interface of pressing Y-tubes " the five-way pipe is pressed in transfusion ₂₂" the output interface connection, 6 " the five-way pipes are pressed in transfusion ₂₂" input interface vertically went here and there and " received the maggot base ₁₇" and the rear cabinet top surface of the beam, through being located at " the hydraulic pressure tube bank on the beam inner top surface ₀₅" and be located at " right pump chamber ₄₈" interior " Pyatyi Multi-control valve ₈₁" ₁F ₄, ₁F ₇, ₁F ₁₀, ₁F ₁₃, ₂F ₁₄, ₂F ₂The hydraulic pressure output interface is in parallel respectively to be connected.The connected system abbreviation of above-mentioned hydraulicefficiency pipe " changes dish and controls hydraulic pressure connection piping ₂₄", 6 " the five-way pipe is pressed in transfusion ₂₂" be installed on and " receive the maggot base ₁₇" plane, preceding upper left square frame top is ten " hydraulic pressure riser cradles of basal plane ₁₅" on.

Change dish and take out muddy water electricity hydraulic control unit ₁₄₉: see figure _52,21" six cylinder switches ₂₆" 6 hydraulic pressure input interfaces respectively with G _6-1" angle valve ₄₁" hydraulic pressure input interface and the first, second stage Multi-control valve ₁F ₄, ₁F ₇, ₁F ₁₀, ₁F ₁₃, ₂F ₁₄, ₂F ₂The hydraulic pressure output interface is in parallel successively connects " six cylinder switches ₂₆" start for one day five times and to take out muddy water " intermediate relay and time relay JS ₁₄S ₁₃₇" and " take out the muddy water pump ₁₀₇" work.The suction according to the order of sequence of dishwashing muddy water " is taken out the muddy water pipe ₀₉", through " changing dish takes out defeated muddy water and take out and fail the excrement ovum and be connected piping ₂₃" " dish Pen water pipe in each dish of suction T6 to T3 ₃₅" and the next day once the dishwashing muddy water is taken turns suction T ₂To T ₁" dish Pen water pipe in each dish ₃₅", finish the dish work of changing of every day.Each required pump-out time relay J S ₁₄" manual flow-limiting valve on S and each arm of defeated muddy water ₁₁₅" control.

Change dish and take out excrement ovum electricity hydraulic control unit ₁₅₀: see figure ₅₂" two cylinder switch ₂₇" in two cylinder hydraulic pressure input interface and G _8-7" angle valve ₄₁" two valve hydraulic pressure input interfaces and " Multi-control valve " ₂F ₁₅, ₂F ₃The hydraulic pressure output interface is in parallel successively connects " two cylinder switch ₂₇" start " intermediate relay and the time relay JS that is used to smoke the excrement ovum 1 time each cylinder the next day ₁₄S ₁₃₇" and " take out excrement ovum pump ₅₃" work, with excrement from " excrement holds case ₁₄₄" suction " takes out the excrement oviduct ₀₈", " changing dish takes out defeated muddy water and takes out and fail the excrement ovum and be connected piping through above-mentioned again ₂₃".Enter T1, the T2 dish.

Six cylinder hydraulic control power switch switches: see figure _21,51Hydraulic control power switch switch housing is the garden of the covering tube of long 300mm, and the tube internal upper part is provided with " moving logical contact power knob switch ", and the middle part is provided with " hydraulic push rod ₁₂₆" " slide-and-guide pipe ₁₁₇", the bottom is provided with and is arranged in parallel ₆Individual " plunger single-acting cylinder ₂₉"." the plunger single-acting cylinder of each power switch ₂₉" hydraulic pressure input interface string cross case beam upper surface and insert in the beam." slide-and-guide pipe ₁₁₇" be provided with end cap up and down, be provided with in the guide pipe by the " permanent magnet of magnetic force suction in the loam cake bottom surface ₃₀", " permanent magnet ₃₀" upper surface is connected with the knob push rod that goes out from the loam cake string, when and colonnade " plug single-acting cylinder ₂₉" in a cylinder input hydraulic pressure, " hydraulic push rod ₁₂₆" make " slide-and-guide pipe ₁₁₇" and " permanent magnet ₃₀" move upward, the magnet push rod promotes knob and connects power supply and start " time relay JS ₁₄S " and " intermediate relay " and motor." slide-and-guide pipe ₁₁₇" move in the continuation, because of moving limited loam cake and the " permanent magnet of making on the knob push rod ₃₀" losing adsorptive power, the magnetic force push rod breaks away from power switch.Above-mentioned six cylinder hydraulic control power switches are called for short " six cylinder switches ₂₆", the shutdown of pump is by the delay time control of the time relay that has started.Above-mentioned six and colonnade " plug single-acting cylinder ₂₉" also can be designed to cascaded structure as required.

Six cylinder hydraulic control power switch switch second: see figure ₅₁Its structure and " six cylinder switches ₂₆" identical, be called for short " six cylinder switch second ₁₁₂".

Two cylinder hydraulic control power switch switch: see figure ₅₁Its superstructure is identical with six cylinders, and two fluid cylinders are only established in the bottom, is called for short " two cylinder switch ₂₇".The shutdown of pump is by the delay time control of the switch activated time relay of two cylinder hydraulic control power switch.

Hydraulic control power switch group: see figure _16,52,12,22This paper is by 1 group of " six cylinder switch ₂₆" and 1 group of " two cylinder switch ₂₇" and 1 group of " six cylinder switch second ₂₇" and 3 groups of " intermediate relay and time relay JS ₁₄S ₁₃₇" composition " hydraulic control power switch group ₂₅".This switches set is located at back middle part top surface of the beam and " is received the maggot base ₁₇" back outer side surface between, the hydraulic pressure input interface of each parts of switches set all seals in " emergence chamber from the beam upper surface ₄₂".

Educate the numbering name of dish: dish column number Xn is educated in name respectively from left to right, and n is 1 to 4 columns.Dish layer numbering Zn is educated in name respectively from top to bottom, and n is 1 to 16 the number of plies: be listed as its numbering called after of the 2nd layer of dish " X as the 1st ₁, Z ₂Dish ", this numbering has been reacted the position attribution of educating dish, can not react the time attribute that each dish is educated maggot, therefore adds time prefix code T n before numbering, represents the fate that maggot has been raised in this dish, and n is 1 to 6 fate.Numbering called after " T ₆, X _1-4, Z _9-16Dish " expression the 1st to 4 all that are listed as the 9th to 16 layer educate dish, and the maggot in this group dish was raised six days, hereinafter " Tn, Xn, Zn dish "=Tn dish, i.e. " T ₆Dish " representative is numbered " T ₆, X _1-4, Z _14-15The dish " in all educate dish.

Educate the basic structure of dish: described basic structure is the common trait of educating the dish structure, educates dish and makes long 150cm with the 36mm equal legged angle, and the square frame of wide 230cm, the angle steel arm of angle are inwardly and make progress.Above-mentioned common trait of respectively educating its structure of dish is: sky age=fly blow entered the maggot that educates the total fate behind the dish and raised and educate in the dish at same prefix Tn age on the same day, was equipped with " dish Pen water pipe in each layer dish ₃₅", " the biscuit pipe that falls in the dish ₃₄" and " dish Pen water pipe ₃₅" be located at the same sides of dish two long limit the center lines, " valve of trying to get to the heart of a matter ₃₃" and " dish overhead-valve ₃₁" and " dish layer valve ₃₂" be located at the center line opposite side.Same Tn group educate dish, " the biscuit pipe that falls in its dish ₃₄" die on same vertical line, " the valve of trying to get to the heart of a matter in the same Tn group ₃₃" with " biscuit falls to managing ₃₄" the position be with dish center line left-right symmetry and from center line 100mm, " the valve of trying to get to the heart of a matter in the Tn group ₃₃" " the biscuit pipe that falls in axis and the Tn+1 group ₃₄" axis is on same vertical line.This structure makes the Tn group " valve of trying to get to the heart of a matter ₃₃" the liquid material of output directly falls into " the biscuit pipe that falls of Tn+1 group ₃₄" in.Same Tn group is educated dish, is being provided with " dish Pen water pipe ₃₅" on the dish outside wall surface of homonymy, be provided with 1 defeated muddy water " other many siphunculus of dish ₁₉", same Tn group is educated dish, is being provided with " dish overhead-valve ₃₁" and " valve of trying to get to the heart of a matter ₃₃" the educating on the dish outside wall surface of homonymy, be provided with 1 hydraulic pressure " the other many siphunculus of dish ₁₉".

Above-mentioned common trait of respectively educating its structure of dish also comprises: " vertical group dish ₁₄" in, prefix is numbered T ₁, T ₂, T ₃The dish of educating have only 1 layer, be called for short " single-deck ", " dish overhead-valve is only established in educating in its dish of dish of this prefix numbering ₃₁".Prefix is numbered T ₄Educate dish, each " vertical group dish ₁₄" in this numbering educate dish and have only 2 layers, the 1st layer of dish is called for short " top layer dish ", last one deck dish is called for short " bottom dish ", only establishes " dish overhead-valve in its " top layer dish " ₃₁", only establish " the valve of trying to get to the heart of a matter in " bottom dish " ₃₃".Prefix is numbered T ₅Educate dish, each " vertical group dish ₁₄" in this numbering educate the dish have 4 layers, its " top layer dish " establish " dish overhead-valve ₃₁" and " biscuit falls to managing ₃₄", " bottom dish " establishes " valve of trying to get to the heart of a matter ₃₃" and " the biscuit pipe that falls of obstructed lower floor dish ₃₄", each middle level dish is established " dish layer valve between the T﹠B ₃₂" and " biscuit falls to managing ₃₄".Prefix is numbered T ₆Educate dish, each " vertical group dish ₁₄" in this numbering educate dish and have 8 layers, " vertical group dish in its dish ₁₄" top, middle and bottom layers dish dish in to be provided be the mirror image that T5 educates dish.

Respectively educate the common trait of coiling structure except that above-mentioned, the concrete structure and the pipe connection difference of each Tn dish are:

" T ₁, X _1-4, Z ₁Before incubate dish ": T ₁Be single-deck, this dish is located at before " afterwards incubating dish " same dish layer, with " T ₂After incubate dish " bear jointly two days educate the maggot task, be " vertical group dish ₁₄" in " top group dish ₁₁".Its structure and above-mentioned " basic structure dish " difference are: with the long limit midperpendicular of angle steel along " basic structure dish ", symmetric two dishes before and after being divided into, T ₁Be welded with the angle steel that stands that exceeds card 100mm on four jiaos the inner-wall surface in the dish of dish, one circle " dish water strainer be set along the inner-wall surface of this four angle steel ₈₉", be used to leach and " take out the excrement oviduct ₀₈" superfluous water of super dish capacity of suction.Before being separated out, back two dishes are with " the dish overhead-valve that is provided with in the former dish ₃₁" and the Pen water pipe ₃₅" be divided into two, incubate " the dish overhead-valve of dish before and after becoming independently ₃₁" dish Pen water pipe ₃₅".Incubate in the dish and only establish " dish overhead-valve ₃₁", this valve places the right side of this dish center line, and the hydraulic pressure input tube of valve goes out from dish left frame string, " dish Pen water pipe ₃₅" water-supply pipe go out from the left frame string.The pipe connection of this dish is: with " changing dish and take out muddy water electricity hydraulic control unit ₁₄₉", " change dish and take out excrement ovum electricity hydraulic control unit ₁₅₀", " change dish and control hydraulic pressure connection piping ₂₄", " changing dish takes out defeated muddy water and takes out and fail the excrement ovum and be connected piping ₂₃" with T ₁Before incubate in the dish whole " dish overhead-valves ₃₁" and G ₁" angle valve ₄₁" and " six cylinder switches ₂₆" each hydraulic pressure input interface in parallel connection, again with " Multi-control valve " ₂F ₂Interface is connected.With " T ₁Before incubate dish " in " dish Pen water pipe ₃₅" whole muddy water input interfaces and G ₁" angle valve ₄₁" the muddy water output interface in parallel connect G ₁" angle valve ₄₁" the muddy water input interface " take out the muddy water pipe in the rear cabinet beam with being located at ₀₉" connect." T ₁Before incubate dish " the excrement ovum by G ₇" angle valve ₄₁" excrement ovum output interface import in this dish G ₇" angle valve ₄₁" excrement ovum input interface " take out the excrement oviduct in the rear cabinet beam with being located at ₀₈" connect G ₇" angle valve ₄₁" hydraulic pressure input tube and " two cylinder switch ₂₇" first hydraulic pressure input interface and " Pyatyi Multi-control valve ₈₁" ₂F ₃The hydraulic pressure output interface is in parallel to be connected.

" T ₂, X _1-4, Z ₁After incubate dish ": T ₂Be single-deck, with " T ₁Before incubate dish " bear jointly two days educate the maggot task.This dish is located at T ₁After the dish layer, be " vertical group dish ₁₄" in " top group dish ₁₁".Excrement ovum compound is at " T ₁Before incubate dish " input one day after of input excrement ovum, and hatching 2 days in this dish.Its structure is " T ₁Before incubate dish " before and after image.The pipe connection of this dish is: use T ₁Described in each " piping " with " T ₂After incubate dish " in " dish overhead-valve ₃₁" hydraulic pressure input interface and G ₂" angle valve ₄₁" the hydraulic pressure input interface and " six cylinder switches ₂₆" hydraulic pressure input interface and " Multi-control valve " ₂F ₁₄Interface is all in parallel to be connected.With " T ₂After incubate dish " in " dish Pen water pipe ₃₅" whole muddy water input interfaces and the G that is located in the rear cabinet beam ₂" angle valve ₄₁" connection in parallel of muddy water output interface, G ₂" angle valve ₄₁" the muddy water input interface with " take out the muddy water pipe ₀₉" connect " T ₂Before incubate dish " the excrement ovum by G ₈" angle valve ₄₁" excrement ovum delivery port import in this dish G ₈" angle valve ₄₁" excrement ovum input interface " take out the excrement oviduct in the rear cabinet beam with being located at ₀₈" connect G ₈" angle valve ₄₁" hydraulic pressure input tube and " two cylinder switch ₂₇" second hydraulic pressure input interface and " Pyatyi Multi-control valve ₈₁" ₂F ₁₅The hydraulic pressure output interface is in parallel to be connected.

" T ₃, X _1-4, Z ₂Dish ": T ₃Be single-deck, bear the 3rd day educate the maggot task.This dish structure is only established " dish overhead-valve with " basic structure dish " in the dish ₃₁", this valve is located at the left side of two long limit center lines in the dish, and the hydraulic pressure input tube of valve goes out from the frame string of facing left, each " vertical group dish ₁₄" in " dish Pen water pipe ₃₅" the muddy water input interface go out from the left frame string.The pipe connection of this dish is: use above-mentioned T ₁Described in each " piping " with T ₃Whole " dish overhead-valves in the dish ₃₁" and G ₃" angle valve ₄₁" and " six cylinder switches ₂₆" hydraulic pressure input interface in parallel the connection, again with " Multi-control valve " ₁F ₁₃Interface is connected.All " coil the Pen water pipe in will coiling ₃₅" input interface and G ₃" angle valve ₄₁" connection in parallel of muddy water output interface, G ₃" angle valve ₄₁" the muddy water input interface " take out the muddy water pipe in the rear cabinet beam with being located at ₀₉" connect.

" T ₄, X _1-4, Z ₃Dish ": be taking over a business of T4, this dish structure is T ₃The left and right sides mirror image of dish.Bear the 4th day educate the maggot task.

" T ₄, X _1-4, Z ₄Dish ": be the chassis of T4, this dish and " T ₄, X _1-4, Z ₃Dish " difference is: only establish " the valve of trying to get to the heart of a matter in the dish ₃₃", this valve is located at the 100mm that moves to right of the bottom center, " valve of trying to get to the heart of a matter ₃₃" the hydraulic pressure input tube go out from dish left frame string.The pipe connection of this dish is: use above-mentioned T ₁Described in each " piping " with " T ₄The dish " in " dish overhead-valve ₃₁" and " valve of trying to get to the heart of a matter ₃₃" and G ₄" angle valve ₄₁" and " six cylinder switches ₂₆" in corresponding hydraulic pressure input interface all in parallel the connection, again with " Multi-control valve " ₁F ₁₀The hydraulic pressure output interface is connected.With " T ₄Dish " in " dish Pen water pipe ₃₅" input interface and G ₄" angle valve ₄₁" the muddy water output interface all in parallelly connect G ₄" angle valve ₄₁" the muddy water input interface with " take out the muddy water pipe ₀₉" connect.

" T ₅, X _1-4, Z ₅Dish ": be T ₅Take over a business, be provided with in the dish " dish overhead-valve ₃₁" position and T ₃Coil identically, and the 100mm place that moves to left in the face center of trying to get to the heart of a matter establishes " the biscuit pipe that falls ₃₄".Bear the 5th day educate the maggot task.

" T ₅, X _1-4, Z _6-7Dish ": be T ₅Mid-game: " T ₅, X _1-4, Z _6-7Dish " and " T ₅, X _1-4, Z ₅Dish " the structure difference is: what be provided with in the dish is " dish layer a valve ₃₂".

" T ₅, X _1-4, Z ₈Dish ": be T ₅The chassis, structure is " T ₄, X _1-4, Z ₄The dish " left and right sides mirror image.Difference is: establish obstructed " the biscuit pipe that falls in the dish ₃₄"." T ₅Dish " place " group dish ₁₂" " the dish group is sat frame ₁₆" in." the valve of trying to get to the heart of a matter ₃₃" and " dish overhead-valve ₃₁" the hydraulic pressure input tube goes out from the frame string of facing left.The pipe connection of this dish is: use above-mentioned T ₁Described in each " piping " with T ₅Whole " dish overhead-valves in the dish ₃₁" and " valve of trying to get to the heart of a matter ₃₃" and G ₅" angle valve ₄₁" and " six cylinder switches ₂₆" in corresponding hydraulic pressure input interface all in parallel the connection, again with " Multi-control valve " ₁F ₇The hydraulic pressure output interface is connected.Will whole " T ₅Dish " in " dish Pen water pipe ₃₅" input interface and G ₅" angle valve ₄₁" the muddy water output interface in parallel connect G ₅" angle valve ₄₁" the muddy water input interface " take out the muddy water pipe in the rear cabinet beam with being located at ₀₉" connect." T ₆, X _1-4, Z ₉Dish ": the T that is ₆Take over a business, bear the 6th day the maggot that educates.Its structure is " T ₅, X _1-4, Z ₅The dish " left and right sides mirror image.

" T ₆, X _1-4, Z _10-15Dish ": be T ₆Mid-game, its structure is " T ₅, X _1-4, Z _6-7The dish " left and right sides mirror image.

" T ₆, X _1-4, Z ₁₆Dish ": be T ₆The chassis, its structure is " T ₄, X _1-4, Z ₈The dish " left and right sides mirror image, " T ₆The dish " in " the valve of trying to get to the heart of a matter ₃₃" and " dish overhead-valve ₃₁" the hydraulic pressure input tube go out from dish left frame string.The pipe connection of this dish is: use above-mentioned T ₁Described in each " piping " whole " T ₆The dish " in " dish overhead-valve ₃₁" and " valve of trying to get to the heart of a matter ₃₃" and G ₆" angle valve ₄₁" and " six cylinder switches ₂₆" in the 6th cylinder hydraulic pressure input interface all in parallel the connection, again and " Multi-control valve " ₁F ₄The hydraulic pressure output interface is connected.Will whole " T ₆Dish " in " dish Pen water pipe ₃₅" input interface and G ₆" angle valve ₄₁" the muddy water output interface in parallel connect G ₆" angle valve ₄₁" the muddy water input interface with " take out the muddy water pipe ₀₉" connect.

Dish overhead-valve: see figure ₄₈Educate the dish inner bottom surface and be welded with parallel with the long limit of square frame and equal a band steel of this length of side, band steel and long corner angle constitute " the square groove " of wide 4cm, along being provided with " the nylon elastic tape that wide 7cm strains in " square groove " bottom surface ₉₃", said structure is called for short " Pan Men "." Pan Men " upper surface is provided with two " plunger single-acting cylinders of and tandem connection parallel with the square groove ₂₉", cylinder and " nylon elastic tape ₉₃" and square groove width medullary ray on same vertical plane, " hydraulic push rod during input hydraulic pressure ₁₂₆" stretch out to the fore-and-aft direction of frame, because of " hydraulic push rod ₁₂₆" on be with and be bent downwardly the sebific duct that 90 degree backs are connected with the elastic tape upper surface, then promote elastic tape when two sebific ducts stretch out forwards, backwards and move downward " be with " of opening on " Pan Men ".Said structure is called for short " dish overhead-valve ₃₁".

Dish layer valve: see figure ₅₀" Pan Men " structure is with above-mentioned, should " Pan Men " be provided with a plurality of gardens vertical with " Pan Men " limit and symmetrical diameter 25mm and manages, and in tube wall garden face vertex fixedly on the bungee, the bungee string is crossed behind this pipe lower wall surface " the nylon elastic tape with Pan Men ₉₃" upper surface vertically connects and keep certain pulling force, makes the band door normally closed.Said structure is called for short " dish layer valve ₃₂".

The valve of trying to get to the heart of a matter: see figure ₅₁This valve is arranged at educates on the plane of trying to get to the heart of a matter.Valve body is the garden bucket of diameter 75mm, the high 30mm of bucket, and bung is put down and is fixed on this bottom surface with the face of trying to get to the heart of a matter, and " ladle body " places under the plane of trying to get to the heart of a matter, and a bucket end is a folding door that can open and close, and educates maggot dish inner bottom surface and is provided with " plunger single-acting cylinder ₂₉", cylinder " hydraulic push rod ₁₂₆" go up affixed being with and be bent downwardly 90 degree backs and the surperficial sebific duct that is connected of folding door, when the cylinder input hydraulic pressure, sebific duct moves downward pushes the folding door open.Said structure is called for short the " valve of trying to get to the heart of a matter ₃₃".

Biscuit falls to managing: see figure ₄₉Manage high in educating dish the space height, caliber 57mm, infratubal port vertically gang up and educate the face of trying to get to the heart of a matter and with to educate the face of trying to get to the heart of a matter affixed, pipe is outer be with contour and can center on " the outer tube of this pipe rotation with this pipe upper surface ₁₃₁", interior pipe and " outer tube ₁₃₁" having high 8mm on the left and right sides sidewall of upper port, " outer tube is rotated in the symmetrical square hole of wide 35mm ₁₃₁" can adjust the square hole size.What also be provided with replaceable different apertures in the pipe " transfers the flow packing ring ₁₃₂", change the packing ring aperture and adjust square hole each layer of breach controlled amount system and educate in the dish feed and go into dish speed." biscuit falls to managing the said structure abbreviation ₃₄".

Dish Pen water pipe ₃₅: be located at and educate on the wall of the interior long limit of dish, on caliber 20mm pipe face, be drilled with a plurality of Pen water hole, be used for flushing and educate dish.

Educate the electric hydraulic control of dish and change the dish principle: see figure ₅₂With form 1

" T ₆, X _1-4, Z _9-16The dish " change the dish be " first step Multi-control valve ₁₂₁" " moving tube ₈₃" rotate 45 degree from 0 degree, make and be located at " safety barrel ₈₂" on ₁F ₄" plunger fluid cylinder ₈₄" the hydraulic pressure output interface connect.Above-mentioned pipe connection makes T ₆All " valves of trying to get to the heart of a matter of dish ₃₃" and " dish overhead-valve ₃₁" and G ₆" angle valve ₄₁" all obtain hydraulic pressure and open, make T ₆All " dish Pen water pipes in the dish ₃₅" and " take out the muddy water pipe ₀₉" the in parallel connection, take out muddy water " six cylinder switches ₂₆" corresponding hydraulic pressure input interface opens simultaneously and " take out the muddy water pump ₁₀₇", make T ₆" dish Pen water pipe in the dish ₃₅" while Pen water." dish layer valve ₃₂" by letting out impulse force and the opened " valve of trying to get to the heart of a matter of this layer wash water impulse force and lower floor under upper strata dish wash water and the liquid material ₃₃" descend the discharging draft to open it T ₆Raise liquid in the dish and educate maggot and flow into " the valve of trying to get to the heart of a matter with Pen water through above-mentioned each moushroom valve from top to bottom ₃₃", again through the " valve of trying to get to the heart of a matter ₃₃" inflow " receipts maggot pond ₃₈"." Pyatyi Multi-control valve ₈₁" " moving tube ₈₃" change again 15 the degree angles after, ₁F ₄Discharging hydraulic pressure closes each valve.

" T ₅, X _1-4, Z _5-8The dish " change the dish be: " Pyatyi Multi-control valve ₈₁" in " moving tube ₈₃" change 2 15 degree angles again, make and be located at " safety barrel ₈₂" on ₁F ₇" plunger fluid cylinder ₈₄" the hydraulic pressure output interface connect, above-mentioned each " piping " makes T ₅All " valves of trying to get to the heart of a matter of dish ₃₃" and " dish overhead-valve ₃₁" and G ₅" angle valve ₄₁" all obtain hydraulic pressure and open, make T ₅All " dish Pen water pipes in the dish ₃₅" and " take out the muddy water pipe ₀₉" the in parallel connection, take out muddy water " six cylinder switches ₂₆" corresponding hydraulic pressure input interface also opens simultaneously and " take out the muddy water pump ₁₀₇", make " the dish Pen water pipe of educating in the dish ₃₅" while Pen water." dish layer valve ₃₂" by letting out impulse force and the opened " valve of trying to get to the heart of a matter of this layer wash water impulse force and lower floor under upper strata dish wash water and the liquid material ₃₃" descend the discharging draft to open it T ₅Raise liquid in the dish and educate maggot and flow into " the valve of trying to get to the heart of a matter with Pen water through above-mentioned each moushroom valve from top to bottom ₃₃", at last from the " valve of trying to get to the heart of a matter ₃₃" output, fall into T ₆" the biscuit pipe that falls of dish ₃₄", through " biscuit falls to managing ₃₄" in adjustable input square hole and interchangeablely " transfer the flow packing ring ₁₃₂" endoporus flows into T after adjusting flow velocity ₆Each layer dish of dish.Finish and educate maggot and raise liquid from T ₅Dish changes to T ₆Dish." Pyatyi Multi-control valve ₈₁" " moving tube ₈₃" change again 15 the degree angles after, ₁F ₇Discharging hydraulic pressure closes each valve.

" T ₄, X _1-4, Z _4-3Dish ", " Pyatyi Multi-control valve ₈₁" in " moving tube ₈₃" change again ₂Individual ₁₅The degree angle makes and is located at " safety barrel ₈₂" on ₁F ₁₀" plunger fluid cylinder ₈₄" the hydraulic pressure output interface connect, it is same as described above that it changes the dish process.

" T ₃, X _1-4, Z ₂Dish ", " Pyatyi Multi-control valve ₈₁" in " moving tube ₈₃" change 2 15 degree angles again, make and be located at " safety barrel ₈₂" on ₁F ₁₃" " plunger fluid cylinder ₈₄" the hydraulic pressure output interface connect, it is same as described above that it changes the dish process.

" T ₂, X _1-4, Z ₁After incubate dish " change the dish be: when " first step Multi-control valve ₁₂₁" finish T ₆, T ₅, T ₄, T ₃After dish changes dish, its " moving tube ₈₃" turnback, " second stage Multi-control valve at this moment ₁₂₂" " moving tube ₈₃" go up that a left side " skewback 86 " goes to 180 degree positions from former 45 degree positions, the moving tube of secondary " Multi-control valve " on the position of left 2K7 ₈₃" change the then left 2K7 of 15 degree again and make and be located at " safety barrel ₈₂" on left 2F14 " plunger fluid cylinder ₈₄" the hydraulic pressure output interface connect, this hydraulic pressure makes " T ₂After incubate dish " " and the dish overhead-valve ₃₁" and G ₂" angle valve ₄₁" open, take out muddy water " six cylinder switches ₂₆" startup " takes out the muddy water pump ₁₀₇", " T ₂After incubate dish " each " dish Pen water pipe ₃₅" Pen water, in the dish raise liquid and educate maggot with Pen water from " dish overhead-valve ₃₁" input T ₃Dish.Should " moving tube ₈₃" change 15 degree again and then be located at " safety barrel ₈₂" on 2F15 " plunger fluid cylinder ₈₄" the hydraulic pressure output interface connect, this hydraulic pressure makes G ₈" angle valve ₄₁" open, make " the two cylinder switch of smoking excrement ₂₇" startup " takes out excrement ovum pump ₅₃", excrement ovum compound input " T ₂After incubate dish ".T ₂The defeated material of dish changes dish and compares T ₁Dish is carried the day before yesterday, and excrement ovum compound stopped 2 days in this dish.

" T ₁, X _1-4, Z ₁Before incubate dish " change the dish be: when " first step Multi-control valve ₁₂₁" finish second day T ₆, T ₅, T ₄, T ₃Change its " moving tube of dish back ₈₃" changeed a week half secondary " moving tube ₈₃" on the right 2K7 right side " skewback ₈₆" go to 0 degree position from former 45 degree positions, secondary " moving tube ₈₃" change 15 again and spend then 2K7 and make and be located at " safety barrel ₈₂" on the right 2F2 right side " plunger fluid cylinder ₈₄" the hydraulic pressure output interface connect, this hydraulic pressure makes " T ₁Before incubate dish " " and the dish overhead-valve ₃₁" and G ₁" angle valve ₄₁" open, make " the six cylinder switches of smoking muddy water ₂₆" start and take out muddy water pump, " T ₁Before incubate dish " each " dish Pen water pipe ₃₅" Pen water, raise in the dish liquid and educate maggot with Pen water from " dish overhead-valve ₃₁" input T ₃Dish.Should " moving tube ₈₃" rotate again ₁₅Degree makes and is located at " safety barrel ₈₂" on the right side " the plunger fluid cylinder of right 2F3 ₈₄" the hydraulic pressure output interface connect, this hydraulic pressure makes G ₇" angle valve ₄₁" open, make " the two cylinder switch of smoking excrement ₂₇" startup " takes out excrement ovum pump ₅₃" excrement ovum compound input " T ₁Before incubate dish ".T ₁The defeated material of dish changes dish and compares T ₂Dish pushes away one day after, and excrement ovum compound stopped 2 days in this dish.

Receive the maggot base ₁₇: see figure _12,10Case beam " stage casing beam before and after being located at symmetrically ₀₂" on, be that " the many groups of multilayer are educated dish on it ₂₅" and " seal closure ₁₀", " receive the maggot base ₁₇" be connected stalk three parts with two by last square frame and following square frame and form, following square frame is " returning " font square frame of a hollow, before and after the following square frame distance of inner side edge be before and after case beam interior sidewall surface to " receiving the maggot pond ₃₈" in stretch into 6cm, the distance of left and right sides inner side edge is " a left and right sides pump chamber _47,48" interior wall is towards " receiving the maggot pond ₃₈" in stretch into 6cm, the wide 24cm of edge all around, the thick 12cm of the left end of front and back edge, the thick 18cm of right-hand member makes down the front and back edge of square frame constitute an inclined-plane wedge.Last square frame is " returning " font square frame of a hollow, and the interior edge of last square frame is that the inside casing side of square frame down outwards increases 12cm, the wide 39cm of edge before and after the last square frame, and square frame length equals case beam " stage casing beam ₀₂" long, the thick 4cm of square frame, its upper surface are the inclined-planes to oblique just 1 degree in frame center.Front and back two connect the thick 12cm of stalks, " stage casing beam before and after wall length equals ₀₂" long.The square frame connected into " the receipts maggot base of whole height overall 30cm about this wall was incited somebody to action ₁₇"; the outside wall surface of connection stalk and the outer side wall of following square frame are at same vertical plane; the inner-wall surface of connection stalk and the inner side-wall of last square frame are at same vertical plane, and the two ends, the left and right sides of " returning " font square frame and last " returning " font square frame constitute the maintenance viewing window of using the glass window to seal down.Left and right sides viewing window and square frame and stalk constitute and " receive the maggot pond up and down ₃₈" wall, following square frame inner chamfer wedge constitutes " receives the maggot pipe ₁₃₉" platform is set, " receive the maggot base ₁₇" the right section of back wall surface, exceed " stage casing beam ₀₂" position of end face 21cm is provided with " input interface ₁₁₉", " receive the maggot base ₁₇" left side section of front wall wall, exceed " stage casing beam ₀₂" position of end face 15cm is provided with " output interface ₁₂₀".The width between centers of input/output interface equals " to receive the maggot pipe ₁₃₉" width between centers of pipe range.Its position and receipts maggot base ₁₇" the medullary ray symmetry.Last square frame and case beam be connected wall constitute before and after upright groove, be used for being provided with " intermediate relay and time relay JS ₁₄S ₁₃₇" and " hydraulic control power switch switches set ₁₁₈" and " go into the stove blower fan ₆₉" and " the metering hydraulic control claims ₇₃" and educate dish " air input piping ₈₀"." receive the maggot base ₁₇" also be provided with installations on a preceding left side and the upper right square frame end face in the back end face that is basal plane and " change to coil and control hydraulic pressure and be connected piping ₂₄" with " changing dish takes out defeated muddy water and takes out and fail the excrement ovum and be connected piping ₂₃" " carry, the hydraulic pressure riser cradle _15,111" on.

Filter fertile groove ₃₆: see figure _17,23,10Be located at that " muddy water holds the pond ₄₄" in the X-axis center line on, flute length equals " left pump chamber ₄₇" right partition wall is to " right pump chamber ₄₈" distance of left partition wall, groove is high in " stage casing beam ₀₂" height subtracts 5cm,, groove width 25cm is provided with groove bottom right-hand member absolute altitude 55cm in the groove, " the groove drainage web plate of left end absolute altitude 20cm ₄₉", the groove left end is provided with fertilizer output square hole with " fertilizer holds well in groove bottom absolute altitude 24cm place ₇₄" be communicated with, the right-hand member of front and back groove wall is provided with and " the output square hole that muddy water Chi ” Even is logical.Said structure is called for short " filters fertile groove ₃₆".Receive the maggot pond: see figure _17,22: be that " the many groups of multilayer are educated dish on this pond ₂₅", be that " muddy water holds the pond down ₄₄".Wall is " to receive the maggot base ₁₇", be " to filter fertile groove at the bottom of the pond ₃₆" front-back wall " is connected the skewback plate with front and back case top surface of the beam ₉₄"." receipts maggot pipe in the pond ₁₃₉" be arranged at and " receive the maggot base ₁₇" following square frame wedge inclined-plane on.The left and right sides, pond wall is provided with the glass window that communicates with left and right sides pump chamber.

Fly chamber: see figure _01,06,10,16" fly chamber ₃₉" be located at before and after " stage casing beam ₀₂" in, front and back case beam is separated into " a preceding left side, the preceding right side, a left side, back, the right side, back " four " fly chambers with dividing plate on the long limit middle vertical plane of beam ₃₉".Four " fly chambers all around ₃₉" outside wall surface be equipped with and can open and close glass port and screen window.On the back fly room floor by from the back to preceding being sequentially with: " defeated clear water pipe ₀₇", a left side, right " fly chamber Pen water pipe ₄₀", a preceding left side, right " fly chamber Pen water pipe ₄₀" two pipe connectings, " take out the muddy water pipe ₀₉".The indoor G that is provided with from left to right of the left fly in back _1-6Defeated muddy water " angle valve ₄₁", G _7-8Defeated excrement ovum " angle valve ₄₁", above-mentioned 8 " angle valves ₄₁" the output interface string cross top surface of the beam and " receive the maggot base ₁₇" end face enters " seal closure ₁₀" in, form jointly with other member that " changing dish takes out defeated muddy water and be connected piping with the excrement ovum ₂₃".Be provided with G from left to right in the right case beam in back _9-12" angle valve ₄₁", be used to control a left side, back, a preceding left side, the preceding right side, " the fly chamber Pen water pipe of right four fly chambers, back ₄₀" supply water, be provided with G _13-14" angle valve ₄₁", be used for " receiving ovum Pen water pipe before and after the control ₅₈" water supply, its interior sidewall surface be provided with a right high left side low " receive oviduct ₅₇", oviduct " is received in front and back ₅₇" left end is respectively equipped with G _15-16" angle valve ₄₁", the output of control fly blow." fly chamber about in the preceding case beam ₃₉" be respectively equipped with " fly chamber Pen water pipe ₄₀", " take out the clear water pipe ₀₆".In " fly chamber, the preceding right side ₃₉" end face be provided with 6 and went here and there top surface of the beam hydraulic pressure and carry the string wall coil, hydraulicefficiency pipe seals in through this pipe and " receives the maggot base ₁₇" end face enters " seal closure ₁₀" in, form with other member that " changing dish controls hydraulic pressure and be connected piping ₂₄"." fly chamber, front and back ₃₉" end face be equipped with on this paper described " the hydraulic pressure tube bank of joint ₀₅", be used for being communicated with " Pyatyi Multi-control valve ₈₁" the hydraulic pressure output interface and each valve in the fluid cylinder input interface.

" angle valve ₄₁": see figure ₄₂, valve body is the three-way plastic tube of a diameter 40mm, and the Y-tube lower port is an input interface, and middle port is an output interface, and upper port is provided with the end cap of band hydraulic pressure input hole, and lid has " plunger single-acting cylinder ₂₉", be provided with " valve seat ring " in the pipe of lower port section, be provided with under " valve seat ring " and " hydraulic push rod ₁₂₆", the push rod upper end is connected " hydraulic push rod behind input hydraulic pressure with plunger valve ₁₂₆" drive plunger and move downward " valve seat ring " separated with plunger valve, valve is opened.Said structure is called for short " angle valve ₄₁", the shared 16 " angle valves of the design ₄₁", by from left to right, order from front to back is with numbering character G _1-16Each " angle valve of expression ₄₁".Emergence chamber: see figure _{1,3,4,6,16,23}Each 120cm place from about the dividing plate of the fly chamber of two casees beams in front and back is provided with left and right sides partition wall, between two partition walls be about " emergence chamber ₄₂", the front and back " emergence chamber on the left side ₄₂" with 6 left sides " front and back plumage chamber communicating pipe of diameter 32mm ₄₃" and 1 left side " branch fly pipe ₆₂” Even is logical, right " emergence chamber ₄₂" structure be a left side " emergence chamber ₄₂" the left-right symmetry mirror image of structure.About " divide the fly pipe ₆₂" four " fly families of power and influence ₆₃" respectively forwards, backwards about four " fly chambers ₃₉" open-minded, four " emergence chamber about four passage square holes are distinguished forwards, backwards ₄₂" open-minded." emergence chamber about the rear cabinet beam ₄₂" top surface of the beam be provided with Lower Half and seal in " emergence chamber ₄₂" " six cylinder switches ₂₆" and " two cylinder switch ₂₇" and " six cylinder switch second ₁₁₂" and three groups of " intermediate relay and time relay JS14S ₁₃₇", preceding case beam " emergence chamber ₄₂" interior top surface of the beam be provided with beam affixed and go here and there out top surface of the beam about " metering hydraulic control claim ₇₃" and " the two-way pilot operated valve device that is provided with the Liangping row ₆₈", about " batch meter ₇₀" hang on about " metering hydraulic control claim ₇₃" on." two-way pilot operated valve device ₆₈" kind maggot input interface with seal in " emergence chamber from back ₄₂" " plant the maggot isocon ₆₅" kind maggot output interface be communicated with " two-way pilot operated valve device ₆₈" about plant the maggot output interface, respectively from about " batch meter ₇₀" end face seal in movingly in this case.

Muddy water holds the pond ₄₄: see figure ₂₃Between front and rear beam, its right is that " clear water holds the pond ₄₅", the left side is that " ovum holds the pond ₇₇", at the bottom of the pond fundamental plane, be " to receive the maggot pond on the right section in pond ₃₈", be " left pump chamber on the section of a left side ₄₇", " left pump chamber ₄₇" right partition wall is to " fertilizer holds case ₇₅" be provided with between the left partition wall and " left side section beam ₀₃" contour concrete cover, " left pump chamber ₄₇" midperpendicular on a left side of right partition wall is provided with that " fertilizer holds well ₇₄", " left pump chamber ₄₇" right side of right partition wall is to " right pump chamber ₄₈" midperpendicular between the left partition wall is provided with and " filters fertile groove ₃₆".

Clear water holds the pond ₄₅: see figure _11,23It is provided with sees figure ₀₁, before being positioned at, between the rear cabinet beam the rightest section is fundamental plane at the bottom of the pond, the right-hand member wall in pond and " right section beam ₀₄" the right side flat, the left end in pond is " right a pump chamber ₄₈" left partition wall, Chi Dingshe and " right section beam ₀₄" contour concrete cover, on the cover plate " right pump chamber ₄₈", the front and back metope of front and back case beam is provided with to " clear water holds tube ₄₆" draw water output interface and clear water pass back into the pond interface.For enlarging water storage, be provided with " the left and right sides Duan Liang of square hole and front and back case beam in the front and back wall _03,04" the interior connection.Clear water holds tube ₄₆: see figure _1,3,16,22Be to place that " fertilizer holds case ₇₅" go up the clear water garden of the holding tube of diameter 80cm, tube length equals two casees beam outside wall surface distances, and a tube end face is provided with " float-type power switch ₅₀", the barrel front end face is provided with " input interface ₁₁₉" and interior " the taking out and fail the clear water pipe of preceding case beam ₀₇" anastomosing, the barrel aft end face is provided with " output interface ₁₂₀" and interior " the defeated clear water pipe of rear cabinet beam ₀₇" connect.

Left side pump chamber: see figure _11,17" left pump chamber ₄₇" end face is " to receive the maggot base ₁₇" last square frame, the bottom surface is that " muddy water holds the pond ₄₄" left cover, " left pump chamber ₄₇" right partition wall is provided with and observes the glass window, the right side of window is " to receive the maggot pond ₃₈", partition wall and " stage casing beam ₀₂" contour, observe the glass window and " receive the maggot base ₁₇" contour, partition wall left side wall and " receipts maggot base ₁₇" down square frame left side be same vertical plane " left pump chamber ₄₇" in be provided with and " take out the muddy water pump ₁₀₇", " dish chamber ventilation blower fan ₁₁₀", " take out exhaust gas fan ₁₀₉", " take out the fertile pump of well ₉₁", " defeated fertile pump ₈₈".Right pump chamber: _09,11,17" right pump chamber ₄₈" be positioned at that " clear water holds the pond ₄₅" on the cover plate, its end face is " to receive the maggot base ₁₇" last square frame.The Lower Half of its left partition wall is that " muddy water holds the pond ₄₄" with " clear water holds the pond ₄₅" partition wall, left partition wall is provided with observes the glass window, and the left side of window is " to receive the maggot pond ₃₈", partition wall and " stage casing beam ₀₂" contour, observe the glass window and " receive the maggot base ₁₇" contour, the right wall of partition wall and " receipts maggot base ₁₇" down square frame right side be same vertical plane, be provided with in the chamber and " take out fresh water pump ₁₀₆" and " Pyatyi Multi-control valve ₈₁".

Receive the maggot pipe: see figure _12,14,15" receiving maggot pipe 139 " is the rectangular plastic pipe frame of caliber 63mm, is arranged at and " receives the maggot base ₁₇" descend on the wedge inclined-plane of square frame.Span in the case inner beam before and after wide the equaling of pipe frame width between centers, pipe frame width between centers length equals " left and right sides pump chamber _47,48" right left partition wall in span." receive the maggot pipe ₁₃₉" rear and right corner of square frame is provided with and receives maggot water input interface, this input interface string is crossed and " is received the maggot base ₁₇" rear surface and " receipts maggot bucket ₅₂" output interface connect." receive the maggot pipe ₁₃₉" the preceding left comer of square frame is provided with maggot water output interface, this output interface string is crossed and " is received the maggot base ₁₇" front face is through " Zuo Wai Even pipe " and " plant the maggot isocon ₆₅" input interface connect." receive the maggot pipe ₁₃₉" first garden wall on have a plurality of equidistant rectangular opening of wide 40cm, each square hole all constitutes " maggot a family of power and influence ₅₁"." receive the maggot pipe ₁₃₉" be with on the outer tube wall and " manage outer bullet card ₁₀₄" and " manage outer cantilever card ₁₀₅", be used for installing " control maggot net ₅₆", the maggot that lies prone in the control enters " the maggot family of power and influence ₅₁" the motion circuit.

The maggot family of power and influence ₅₁: see figure _14,15" receiving the maggot pipe ₁₃₉" rectangular opening in, be provided with " the nylon elastic tape of wide 70mm tension along the inside pipe wall face of axis, square hole ₉₃", " the nylon elastic tape in each square hole ₉₃" under be provided with two plastics " the bullet card in the pipe that supports elastic tape ₁₀₃", make elastic tape be close to " the maggot family of power and influence that inside pipe wall forms the sealing attitude ₅₁", the finished product maggot can pierce in the pipe between tube wall and elastic tape.

Receive the maggot bucket: see figure ₂₀, " receive the maggot bucket ₅₂" be located at " seal closure ₁₀" the right outside the cover, back " receive the maggot base ₁₇" on the end face, its left side is " to receive the ovum bucket ₆₁".50 liters of the capacity of this barrel, the bucket first half is with being provided with " manual flow-limiting valve ₁₁₅" pipe connecting with " receive the maggot bucket ₅₂” Even is logical, and the bucket end is provided with clear water " output interface ₁₂₀" with " receiving maggot manages ₁₃₉" input interface be communicated with, be provided with the patent No. in the bucket and be " Zl _{96 2 1690.2}" " fuse certainly falls into water ₅₅", this fuse makes in the bucket the full valve of water open-minded automatically, and water level reduces the back valve closes automatically, adjusts " the manual flow-limiting valve on communicating pipe ₁₁₅" " receive maggot manages may command ₁₃₉" receipts maggot rhythm.

Control maggot net: see figure _14,15, " control maggot net ₅₆" length overall equals " to receive the maggot pipe ₁₃₉" girth, the gauze lower rim is pressed in and " connects skewback ₉₄" with being connected under the intersection of front and back case beam inner-wall surface, gauze extends upwardly to along pool wall and " receives the maggot pipe ₁₃₉" " the maggot family of power and influence ₅₁" inboard hole limit, square hole, " receive the maggot pipe along being located at again ₁₃₉" " manage outer bullet card on the outside wall surface ₁₀₄" indentation, there enter in the card, gauze along the inner-wall surface of this bullet card with " receive the maggot pipe ₁₃₉" crack that forms of outside wall surface, and be wrapped in and " manage outer cantilever card ₁₀₅", catadioptricly from bottom to top go to " the maggot family of power and influence ₅₁" hole limit, the square hole outside, " manage outer cantilever card along placing in the gauze again ₁₀₅" the cantilever upper surface extend 20cm to the center, pond.

Receive oviduct: see figure _24,25,27Preceding " receipts oviduct ₅₇" be the pipe of a diameter 110mm, pipe range equals " stage casing beam ₀₂" the long 40cm that increases, on the case beam inner side-wall, its right-hand member was from " stage casing beam before the right high left lowland of this pipe placed ₀₂" right partition wall string goes out to " right section beam ₀₄" beam outer on the surface, be provided with by G at the pipe right-hand member ₁₃" angle valve ₄₁" control " receive ovum Pen water pipe ₅₈" input interface and manually-operated feed add incoming interface, " receives oviduct ₅₇" in be provided with and " receive ovum Pen water pipe ₅₈", " receive oviduct ₅₇" left end is from " stage casing beam ₀₂" left partition wall seals in " left side section beam ₀₃" in, the pipe left end is provided with the G of the preceding fly blow output interface of control ₁₅" angle valve ₄₁"." receive oviduct ₅₇" the socket first half one-tenth fly that has 11 wide 4cm of the long 30cm square hole of coming in and going out, what be stained with 5 high 25mm in the pipe " holds the material plate washer ₁₃₈", be used for segmentation and save and raise liquid.Midpoint is provided with " every the fly gauze in the pipe ₅₉".Oviduct " is received in the back ₅₇" structure and setting be precedingly " to receive oviduct ₅₇" front and back symmetrical mirror picture, use G _14,16" angle valve ₄₁" control back " receipts oviduct ₅₇" " receive ovum Pen water pipe ₅₈" the input and output interface.

Receive the ovum bucket: see figure ₂₀, " receive the ovum bucket ₆₁" be located at " seal closure ₁₀" behind the right-hand member cover outer " receive the maggot base ₁₇" on the end face, be positioned at and " receive the maggot bucket ₅₂" left side.Be that capacity is 50 liters a bucket, be provided with " bucket water strainer in the bucket ₁₁₆" bucket is divided into two portions up and down, the bucket end, be provided with clear water " output interface ₁₂₀" and " input interface ₁₁₉" respectively with " clear water is shunted seven siphunculus ₂₈" and " defeated clear water pipe ₀₇" connect, the bucket first half is provided with connection and " receives the maggot bucket ₅₂" pipe connecting, pipe connecting is provided with " manual flow-limiting valve ₁₁₅".

Receiving the maggot transfer line connects and hydraulic control unit ₁₅₅: by " clear water holds tube ₄₆" and " receive the ovum bucket ₆₁" and " receive the maggot pipe ₁₃₉" form." clear water holds tube ₄₆" " the defeated clear water pipe of water in the rear cabinet beam ₀₇" flow to and " receive the ovum bucket ₆₁", " bucket water strainer in bucket ₁₁₆" after the filtration, again through being provided with " manual flow-limiting valve ₁₁₅" connecting leg be delivered to and " receive the maggot bucket ₅₂", " the drowning certainly fuse in this barrel ₅₅" control water press intermittent type output at the bottom of the bucket, the receipts maggot water of output is through " receipts maggot base ₁₇" input interface of the right wall in back flows into and " to receive the maggot pipe ₁₃₉", the finished product maggot is with receiving maggot water from " receiving the maggot base in the pipe ₁₇" output interface of preceding left wall flows out, " the Zuo Wai Even pipe before be located on the case beam beam face ₉₆" flow into the piping of following " shunting and metering kind of maggot and sterilization are cleaned finished product maggot device delivery pipeline and be connected ".Receive " the manual flow-limiting valve on the maggot water supply rhythm Yong Even pipe ₁₁₅" and " fuse certainly falls into water ₅₅" control.

Receiving the conveying of ovum device is connected with the hydraulic control pipeline: see figure ₅₂With form 1, " receiving the ovum device delivery is connected with the hydraulic control pipeline ₁₅₃" by G _13,14,15,16Angle valve ₄₁" and front and back " receipts oviduct ₅₇" form, respectively oviduct " is received in front and back ₅₇" in " receive ovum Pen water pipe ₅₈" " input interface ₁₁₉" and G _13,14" angle valve ₄₁" " output interface ₁₂₀" the in parallel connection.With G _13-14" angle valve ₄₁" " input interface ₁₁₉" " clear water is shunted seven siphunculus to warp ₂₈" and " receive the ovum bucket ₆₁" " output interface ₁₂₀" the in parallel connection, with G _13,15" angle valve ₄₁" hydraulic pressure input interface and " Pyatyi Multi-control valve " ₁F ₄The hydraulic pressure output interface is connected, with G _14,16" angle valve ₄₁" hydraulic pressure input interface and " Pyatyi Multi-control valve " ₁F ₇The hydraulic pressure output interface is connected, and " receives oviduct before and after said apparatus makes ₅₇" in fly blow every day be delivered to that " ovum holds the pond for 1 time ₇₇".

Divide the fly pipe: see figure _26,28,29,30" divide the fly pipe ₆₂" be the pipe of moulding of diameter 110mm, the outer span of case beam added 10cm before and after pipe range equaled, and this pipe went here and there vertically that " muddy water holds the pond ₄₄" and " filter fertile groove ₃₆", case beam outside wall surface before and after go here and there out the rear and front end, port seals with pipe cap.The fly pipe " is divided in a left side ₆₂" the rear and front end be close to case beam inner top surface, and place before and after " emergence chamber ₄₂" on the left partition wall.And arranged on left and right sides from the tube wall face at pipe front/rear end 20cm place all has wide 4cm, and the square hole of long 50cm, two square holes, left side are provided with " the fly chamber of controlling in the rear cabinet beam forward, a left side ₃₉" " the fly family of power and influence that opens ₆₃", a left side " emergence chamber before and after two square holes, right side make ₄₂” Even is logical.Right " branch fly pipe ₆₂" structure and position be that the fly pipe " is divided in a left side ₆₂" left and right sides mirror image.

The fly family of power and influence: see figure _26,28,29,30" the fly family of power and influence ₆₃" be located at and " divide the fly pipe ₆₂" lean on " fly chamber ₃₉" on the tube wall face square hole of a side, its structure is: " the nylon elastic tape that is provided with wide 7cm tension along inside pipe wall face that should " square hole " ₉₃, " " nylon elastic tape ₉₃" under be provided with two " pipe in the bullet cards ₁₀₃" make elastic tape be close to the inside pipe wall face, the pipe outer wall in square hole is provided with " manages outer bullet card ₁₀₄", be used for being provided with " plunger single-acting cylinder ₂₉", cylinder and " nylon elastic tape ₉₃" and square groove width medullary ray on same horizontal plane, " hydraulic push rod ₁₂₆" on be socketed with respectively and be bent downwardly the sebific duct that 90 degree backs are connected with the elastic tape upper surface, " plunger single-acting cylinder ₂₉" during input hydraulic pressure, " hydraulic push rod ₁₂₆" stretch out forward and make sebific duct promote elastic tape to move downward, the fly door is opened, and said structure is called for short " the fly family of power and influence ₆₃".

The conveying of plumage fly part flow arrangement is connected with the hydraulic control pipeline ₁₅₆: see figure _54,36With see Table lattice 4.This device makes the plumage fly chronologically through " the fly family of power and influence ₆₃" fly to specified " fly chamber ₃₉", its transfer line is: the kind maggot before pupating and sprout wings after the plumage fly can through about " plumage chamber, front and back on-tube ₄₃" and about " divide the fly pipe ₆₂" freely arrive before and after " the fly family of power and influence ₆₃", " the fly family of power and influence through opening again ₆₃" enter each fly chamber." the fly family of power and influence ₆₃" the hydraulic control pipeline connect and to be: a preceding left side, the preceding right side, the back is right, four " the fly families of power and influence in a left side, back ₆₃" hydraulic pressure input interface and " level V Multi-control valve ₁₂₅" " moving tube ₈₃" be provided with the 5K1 position " lengthening skewback ₈₇" " plunger fluid cylinder ₈₄" ₅F ₁, ₅F ₄, ₅F ₁₃, ₅F ₂₂The hydraulic pressure output interface is connected, when 5K1 " lengthening skewback ₈₇" each " plunger fluid cylinder of promotion in rotation ₈₄" " hydraulic push rod ₁₂₆" on move, then hydraulic pressure inputs to corresponding " the fly family of power and influence ₆₃", " level V Multi-control valve ₁₂₅" " moving tube ₈₃" 16 days changeed for 1 week, opened and closed " fly a family of power and influence in turn every four days thereby finish ₆₃", " lengthening skewback ₈₇" face length may command " the fly family of power and influence ₆₃" service time extends to 24 hours." conveying of plumage fly part flow arrangement is connected with the hydraulic control pipeline said apparatus abbreviation ₁₅₆".

The hydraulicefficiency pipeline of receiving the chamber fly connects ₁₅₄: see figure _49,36With see Table lattice 4.Four " fly chambers ₃₉" in aged dead fly clean chronologically and be delivered to that " ovum holds the pond ₇₇", its hydraulicefficiency pipeline connection is: will control right " the fly chamber Pen water pipe in back respectively ₄₀" G ₁₁" angle valve ₄₁", a left side, control back " fly chamber Pen water pipe ₄₀" G ₉" angle valve ₄₁", a left side " fly chamber Pen water pipe before the control ₄₀" G ₁₀" angle valve ₄₁", right " fly chamber Pen water pipe before the control ₄₀" G ₁₂" angle valve ₄₁" hydraulic pressure input interface and " level V Multi-control valve ₁₂₅" " moving tube ₈₃" go up and " skewback ₈₆" " the plunger fluid cylinder that cooperates ₈₄" ₅F ₁, ₅F ₄, ₅F ₁₃, ₅F ₂₂The hydraulic pressure output interface is connected, when " skewback ₈₆" in rotation, promote above-mentioned each " plunger fluid cylinder respectively ₈₄" " hydraulic push rod ₁₂₆" on move, then hydraulic pressure inputs to the " angle valve of above-mentioned correspondence ₄₁", should " angle valve ₄₁" " the fly chamber Pen water pipe that is communicated with ₄₀" to this fly chamber Pen water, the fly of checkmating is delivered to from this fly chamber that " ovum holds the pond ₇₇"." level V Multi-control valve ₁₂₅" " moving tube ₈₃" 16 days changeed for 1 week, opened and closed " an angle valve in turn every four days thereby finish ₄₁", the dead fly work of receipts is finished chronologically.

Receiving the chamber fly is connected with receipts ovum transfer line: see Table lattice 1 and form 4." receiving the chamber fly is connected with receipts ovum transfer line ₁₅₇" be located at the right case beam in back back right fly indoor, the connection of this pipeline is: through " clear water is shunted seven siphunculus ₂₈" will " receive the ovum bucket ₆₁" the indoor G that arranges from left to right of the right fly of output interface and back _9-14" angle valve ₄₁" all in parallel connection of input interface.G _9-12" angle valve ₄₁" output interface respectively with a back left side, a preceding left side, the preceding right side, " the fly chamber Pen water pipe of right four fly chambers, back ₄₀" connection of water supply input interface, G _13-14" angle valve ₄₁" input interface " receive ovum Pen water pipe with forward and backward respectively ₅₈" the water supply input interface connect.

Shunting is connected with metering kind of maggot and sterilization cleaning finished product maggot device delivery pipeline ₁₅₂: see figure _{01,03,04,38,53}With see Table lattice 3.This system is by " stage casing beam before being located at ₀₂" on " Zuo Wai Even pipe ₉₆", " plant the maggot isocon ₆₅", be located at " the sterilization webmaster on the front wall ₆₀", " wash the maggot webmaster ₆₄", " right section beam before being located at ₀₄" on " roasting maggot microwave oven ₂₁" and maggot baking corollary apparatus, case beam " emergence chamber before being located at ₄₂" interior " two-way pilot operated valve device ₆₈", " batch meter ₇₀" wait " metering hydraulic control unit " to constitute.Its pipeline connects: " receive the maggot pipe ₁₃₉" output interface, through " Zuo Wai Even pipe ₉₆" and " plant the maggot isocon ₆₅" " maggot input interface ₁₂₇" be communicated with " the kind maggot output interface of this isocon ₁₂₉" and " two-way pilot operated valve device ₆₈" kind maggot input aperture connect, should " two-way pilot operated valve device ₆₈" about " plant the maggot output interface ₁₂₉" insert movingly about " batch meter ₇₀"." plant the maggot isocon ₆₅" " finished product maggot output interface ₁₂₈" and " sterilization webmaster ₆₀", " wash the maggot webmaster ₆₄", " maggot goes into boiler tube ₉₇", the finished product maggot input interface of " microwave oven " connection of connecting one by one, " microwave oven " maggot is killed and thick drying after, fall into from top to bottom that " maggot is held tube ₇₉"." maggot goes into boiler tube ₉₇" be provided with the air input interface, will " go into the stove blower fan on the case beam before being located at ₆₉" air of output goes into the stove direction along maggot and enter " roasting maggot microwave oven through this interface ₂₁", wind-force forces maggot to go into stove." plant the maggot isocon ₆₅" in water from be located on this pipe left side the water output interface with " wash the maggot webmaster ₆₄" water input interface on the right side connects, and " washes the maggot webmaster ₆₄" water output interface on the left side is through " wash water return line ₉₅" " clear water holds the pond in inflow ₄₅".Its hydraulic pressure connects sees " shunting with the hydraulic control pipeline of metering kind of maggot and be connected of saving under this paper ₁₆₁".

Plant the maggot isocon: see figure ₆₆, its shell diameter 110mm, shell left side tube wall are provided with and tube wall vertical forward " the finished product maggot output interface that stretches out of footpath level together ₁₂₈", the shell middle part is provided with and tube wall footpath and vertical backward " the maggot input interface that stretches out of level together with right section tube wall ₁₂₇" and " plant the maggot output interface ₁₂₉", width between centers such as three interfaces.First position, garden of shell left end cap is provided with the hydraulic pressure input interface of two pilot operated valve device, and second position, garden of right end cap is provided with the water output interface, is provided with " unidirectional double control valve in the pipe ₆₆"." the finished product maggot output interface of this valve ₁₂₈", " maggot input interface ₁₂₇" and " plant the maggot output interface ₁₂₉", identical with the input/output interface of the same name position and the direction of above-mentioned shell, with three " pipe water strainers being located in the pipe ₁₃₀" respectively with corresponding connection of three input/output interfaces of valve and shell, fortune maggot water is from " pipe water strainer ₁₃₀" be leached into shell tube wall and " unidirectional double control valve ₆₆" between the outer tube wall, flow out to and " wash the maggot webmaster through being located at water output interface on the right end cap ₆₄".Maggot is then exported from corresponding interface.

Unidirectional double control valve: see figure ₄₁, be located at and " plant the maggot isocon ₆₅" in, valve diameter 40mm, valve body left-hand cylinder wall are provided with " finished product maggot output interface vertical with barrel and that level is stretched out forward ₁₂₈", the barrel middle part is provided with " maggot input interface vertical with barrel and that level is stretched out backward with right barrel ₁₂₇" and " plant the maggot output interface ₁₂₉".Width between centers such as three interfaces.The shutoff of valve casing right-hand member, two " plunger single-acting cylinders about left end is provided with ₂₉", valve body middle part is provided with and longly equals two interface width between centers and add interface tube diameter De “ Even roofbolt obturator valve ₆₇".Left side cylinder and valve casing are affixed, and right cylinder can slide in the valve casing conduit, left cylinder " hydraulic push rod ₁₂₆" connect right cylinder " hydraulic push rod with right cylinder shell hinge ₁₂₆" Yu “ Even roofbolt obturator valve ₆₇" the right-hand member hinge connect.When two " plunger single-acting cylinders ₂₉" one of during input hydraulic pressure, " hydraulic push rod ₁₂₆" all promote “ Even roofbolt obturator valve ₆₇" move right, the maggot of input " is planted the maggot output interface to the right ₁₂₉" open-minded.When two cylinders do not have hydraulic pressure when input, two cylinders the cylinder inner spring with " hydraulic push rod ₁₂₆" with “ Even roofbolt obturator valve ₆₇" retracting left end, the maggot of input is to " the finished product maggot output interface on the left side ₁₂₈" open-minded.

Two-way pilot operated valve device ₆₈: see figure ₄₀" emergence chamber about before axially being located at along x under the case top surface of the beam ₄₂" in, its valve body is a diameter 40mm garden tube, valve body left and right sides barrel be provided with vertical with barrel and stretch into downwards about " batch meter ₇₀" output interface, batch meter can slide up and down along this output interface tube wall.Valve body middle part is provided with goes here and there out and went here and there the maggot input interface of case beam upper surface vertically upward with barrel, this interface with " plant the maggot isocon ₆₅" " plant the maggot output interface ₁₂₉" be communicated with.Width between centers such as above-mentioned three interfaces.Section respectively is provided with about valve body ₁Individual " plunger single-acting cylinder ₂₉", left and right sides end cap is provided with the hydraulic pressure input interface of cylinder.Valve body middle part is provided with and longly equals two interface width between centers and add interface tube diameter De “ Even roofbolt obturator valve ₆₇".The hydraulic push rod of left and right sides cylinder is Yu “ Even roofbolt obturator valve ₆₇" about end do not have to connect this structure Shi “ Even roofbolt obturator valve ₆₇" move to the aneroid pressure side all the time, when left end output interface when moving to left open-minded, otherwise then the right-hand member output interface is open-minded.

Sterilization webmaster: " sterilization webmaster ₆₀" be located at before " stage casing beam " middle part be lower than on the outside wall surface of beam face 6cm.Shell diameter 110mm, first garden of its left end cap is provided with the maggot input interface, and first garden of right end cap is provided with the maggot output interface, and the pipe middle part is provided with thimerosal and adds incoming interface, Guan Zhongyong diameter 32mm " pipe water strainer ₁₃₀" connect the input and output interface at two ends.Maggot is sterilized in webmaster finished product.

Wash the maggot webmaster: " wash the maggot webmaster ₆₄" be located at before " stage casing beam " right part be lower than on the outside wall surface of beam face 6cm.Shell diameter 110mm, what be provided with diameter 32mm in the pipe " manages water strainer ₁₃₀", " wash the maggot webmaster ₆₄" outer first position, garden of left end cap is provided with the Y-tube input interface, the middle interface of Y-tube and " sterilization webmaster ₆₀" the maggot output interface connect, the left interface of Y-tube with " plant the maggot isocon ₆₅" " water output interface " connect, the right interface of Y-tube with " wash the maggot webmaster ₆₄" in " pipe water strainer ₁₃₀" connect." pipe water strainer ₁₃₀" right-hand member and " the maggot output interface on first garden of right end cap ₁₂₈" connect, this output interface is through " maggot goes into boiler tube ₉₇" enter and " bake the maggot microwave oven ₂₁", " maggot goes into boiler tube ₉₇" the middle part be provided with and " go into the stove blower fan ₆₉" the air input interface.The end face in second garden of right end cap is provided with " pipe water strainer ₁₃₀" the drainage output interface, this interface is through " clear water return water pipe ₁₀₈" " clear water holds the pond in inflow ₄₅".

Roasting maggot microwave oven: see figure ₁, " roasting maggot microwave oven ₂₁" be located at " seal closure ₁₀" outside the front face, " receive the maggot base ₁₇" on the frame end face of right front, the available household microwave oven transformation of the way, being characterized as after its transformation of the way; The taper furnace wall tube that one negative cone angle is arranged in the stove, " maggot is held tube with being located at taper under the microwave oven at the bottom of the tube of awl furnace wall, positive garden ₇₉" be communicated with, the cone center upper surface is provided with the hot blast output tube that goes out from the furnace roof string, and the tangential direction in the tube of furnace wall is provided with the input interface of finished product maggot and wind.This structure makes the rapid drying under the rotation wind action of finished product maggot, and finished product obtains microwave disinfection simultaneously.The oven dry power of stove is per minute 150 grams.

Batch meter: see figure _03,04, " batch meter ₇₀" be two rectangular box can holding 5kg kind maggot, maggot " batch meter is planted on a left side ₇₀" right side is provided with folding at the bottom of the case, the left side outside wall surface is provided with " case bottom door valve ₇₁", the box top center is provided with " batch meter ₇₀" hook base, " metering hydraulic control claim ₇₃" pull bar and " batch meter ₇₀" hook base Jiao Even connect, with " batch meter ₇₀" hang on the case top surface of the beam.Reach 7cm place, box top center is provided with through hole, " two-way pilot operated valve device ₆₈" left maggot output interface in this through hole inserts case, " batch meter ₇₀" body can slide up and down along this mouth-piece wall.Right maggot " the batch meter of planting ₇₀" structure be that maggot " batch meter is planted on a left side ₇₀" left and right sides mirror image of structure.Case bottom door valve: see figure ₃₈, be " plunger a single-acting cylinder ₂₉", " hydraulic push rod of cylinder ₁₂₆" protrude upward, the push rod tow that makes progress when the valve input hydraulic pressure, thread drawing mechanism is closed bottom door, and bottom door is opened during no hydraulic pressure.Said structure is called for short " case bottom door valve ₇₁".

Metering hydraulic control cylinder ₇₃: cylinder body is the garden tube of diameter 20mm, is provided with the vertical cylinder body pull bar at two ends up and down of going here and there out in the tube, and the pull bar upper end is connected with spring balance, and the lower end lifts weight, and the pull bar middle part is provided with upper and lower two " plungers ".Cylinder barrel wall and case beam hole wall are affixed, pull bar and two " plunger " can slide in the cylinder barrel wall, the cylinder barrel wall first half is provided with the row pressure interface, the middle part is provided with the hydraulic pressure output interface, the bottom is provided with the hydraulic pressure input interface, and the plunger of two " plungers " adds bore dia apart from the pitch-row that equals above-mentioned two input/output interfaces.When " hydraulic push rod ₁₂₆" when not being subjected to gravity, claim spring not have stretching, about middle interface and lower interface are between " plunger " and be switched on.When " hydraulic push rod ₁₂₆" when being subjected to gravity, claiming spring to stretch plunger moved down that between interface and the lower interface two interfaces are cut off during upper plug moves to, middle part output interface and top row pressure interface are connected, hydraulic pressure is discharged from.Said structure is called for short " metering hydraulic control cylinder ₇₂".Above-mentioned " metering hydraulic control cylinder ₇₂" and the constituting of 15kg " spring balance " " the metering hydraulic control claims ₇₃".

Shunting is connected with the hydraulic control pipeline of metering kind of maggot ₁₆₁: see figure ₅₃, see Table lattice 3.The metering hydraulic control hydraulic pressure of pipe line of its left system connects: " Multi-control valve " ₄F ₁The hydraulic pressure output interface with a left side " metering hydraulic control claim ₇₃" on input interface, a left side " case bottom door valve ₇₁" hydraulic control cylinder input interface, " two-way pilot operated valve device ₆₈" in a left side " plunger single-acting cylinder ₂₉" connection in parallel of hydraulic pressure input interface, " the metering hydraulic control claims on a left side ₇₃" the hydraulic pressure output interface with " plant the maggot isocon ₆₅" left side " plunger single-acting cylinder ₂₉" the hydraulic pressure input interface connect.The principle of above-mentioned metering hydraulic control is: when ₄F ₁When hydraulic pressure is arranged, " case bottom door valve ₇₁" make bottom door normally closed because of hydraulic pressure is arranged.When " batch meter ₇₀" interior no maggot gravity, " the metering hydraulic control claims ₇₃" valve rod claiming to pull to most significant digit under the spring action, make that " the metering hydraulic control claims ₇₃" hydraulic pressure input and output interface connection between " plunger " in cylinder, ₄F ₁Hydraulic pressure is through this output interface that is switched on input " unidirectional double control valve ₆₆" in a left side " plunger single-acting cylinder ₂₉", make " unidirectional double control valve ₆₆" De “ Even roofbolt obturator valve ₆₇" move to right " maggot input interface ₁₂₇" to " planting the maggot output interface ₁₂₉" open-minded, plant maggot and enter " two-way pilot operated valve device through this interface ₆₈", the left output interface from this valve enters a left side " batch meter again ₇₀".When weight reaches measuring requirement, the weighing balance spring elongates makes that " the metering hydraulic control claims ₇₃" pull bar moves down, " the metering hydraulic control cylinder in this claims ₇₂" in hydraulic pressure output cut off by " plunger " with input interface, output is connected with the row pressure interface, makes " unidirectional double control valve ₆₆" an interior left side " plunger single-acting cylinder ₂₉" hydraulic pressure discharges seed selection maggot end-of-job from the row pressure interface.Above-mentioned hydraulic control is characterised in that: " case bottom door valve at this moment ₇₁" because of also can be directly from ₄F ₁Interface obtains hydraulic pressure and keeps closing, and has only " fourth stage Multi-control valve ₁₂₄" rotate again 15 the degree, ₄F ₁" plunger fluid cylinder ₈₄" after the release, " case bottom door valve ₇₁" just open.The hydraulic control principle of right metering system is: the 4F of " Multi-control valve " ₁₃Interface connects each valve with above-mentioned identical mirror image, finishes the metering hydraulic control of right system.Because of " fourth stage Multi-control valve ₁₂₄" 8th rotate a week, about metering changed once every 4 days.

Fertilizer holds well: see figure _11,17, be located at that " muddy water holds the pond ₄₄" a rectangle frame container of center line left end, long 90cm in the well, inner width 36cm.Its right side is " to filter fertile groove ₃₆", left three limits are partition walls before and after it, and the shaft bottom is a fundamental plane, and Jing Ding is provided with " the right pump chamber that fertilizer is extracted the hole out ₄₈" floor.The right wall of well is provided with the square hole and " filters fertile groove ₃₆" the fertilizer output interface of the first half connects.Fertilizer is from " filtering fertile groove ₃₆" " fertilizer holds well in inflow ₇₄" " take out the fertile pump of well from this well warp again ₉₁" " fertilizer holds case with fertile suction ₇₅"." fertilizer holds well ₇₄" belong to moist unglazed no air attitude, ripe maggot nature away from this well from " receiving the maggot pond ₃₈" upwards lie prone into " receiving the maggot pipe ₁₃₉".Make maggot and fertile natural separation.

Fertilizer holds case: see figure _13,11, " fertilizer holds case ₇₅" be located at the rectangular tank on the front and back " left side section beam ", put down with case beam left side in the case left side, and case front/rear end and rear cabinet beam outside wall surface are flat, are that " clear water holds tube on the case ₄₆", be that " ovum holds the pond under the case ₇₇", case end face absolute altitude 1200m, case inner width 44cm is a square plate at the bottom of the case, plate absolute altitude 25cm, the long 34cm of plate, wide 44cm, the both sides, front and back of this plate are oblique just " the case drainage web plates that makes progress ₇₆", the water in the fertilizer is from " case drainage web plate ₇₆" filter go into lower floor " ovum holds the pond ₇₇"." fertilizer holds case ₇₅" the left side wall bottom surface is provided with " fertile output tube ₁₀₀", " exhaust output tube ₉₉".The right side wall first half is provided with from " fertilizer holds well ₇₄" the fertilizer input interface extracted out.Ovum holds the pond: see figure _13,11,17, between the case beam, at the bottom of the pond basic plane before and after being located at, " fertilizer holds case to Chi Dingshi ₇₅" the bottom surface and " case drainage web plate ₇₆, " pond inner width 32cm, pond length is the interior span of front and back case beam." fertilizer holds case ₇₅" filtrate and front and back " receipts oviduct ₅₇" the receipts ovum water of discharging and from each " fly chamber ₃₉" the receipts fly water of discharging flows into all that " ovum holds the pond ₇₇", the fly blow water output interface from this pond bottom, left wall again enters through three-way interface along the defeated fly blow pipe on the metope of a left side, public lavatory and " to take out the excrement oviduct ₀₈".Fly blow " is being taken out the excrement oviduct ₀₈" in ight soil suction T simultaneously ₁, T ₂Educate dish." ovum holds the pond ₇₇" the front and back wall be provided with square hole and front and back " left side section beam ₀₃" be communicated with.

Excrement holds case: see figure ₅₄, be located at the other box container in public lavatory, its structure is with " fertilizer holds case ₇₅" and " ovum holds the pond ₇₇" unitized construction identical.Ight soil is used " broken excrement machine from the manure pit, public lavatory ₁₄₅" broken after " take out public lavatory excrement pump ₅₄" suction this hold case, the water in the case is from " case drainage web plate ₇₆" passing back into the manure pit after leaching, the lavatory excrement in the case " is taken out excrement ovum pump in being located at this case ₅₃" warp " takes out the excrement oviduct ₀₈" suction T1 chronologically, the T2 dish." take out the excrement oviduct ₀₈" be provided with the fly blow input interface, because of be located on the roofing " ovum holds the pond ₇₇" in liquid potential energy be higher than the liquid manure potential energy at fly blow input interface place, " ovum holds the pond ₇₇" the fly blow water of output can " take out the excrement oviduct through what this input interface entered mobile negative pressure ₀₈", excrement and ovum are uniformly mixed in this pipe.

Take out clear water, the public lavatory excrement holds well fertilizer, the ventilation of dish chamber, waste discharge pneumoelectric hydraulic control unit ₁₅₁: see figure ₅₄With see Table lattice 1.This device is controlled hydraulic efficiency system with a cover and is finished many pump controls of 6 times on the one, with " clear water holds the pond ₄₅" water through " taking out the clear water pipe ₀₆" and " take out fresh water pump ₁₀₆" pump to " clear water holds tube ₄₆", with the public lavatory excrement through be located at the hole other " take out public lavatory excrement pump ₅₄" pump to " excrement holds case ₁₄₄", with " fertilizer holds well ₇₄" in fertilizer through " taking out the fertile pump of well ₉₁" edge " takes out fertile input tube ₉₈" pump to " fertilizer holds case ₇₅", with air from front and back " fly chamber ₃₉" warp " air delivery pipe system ₈₀" and " dish chamber ventilation blower fan ₁₁₀" suction respectively educates dish, will " muddy water holds the pond ₄₄" in waste gas through " taking out exhaust gas fan ₁₀₉" and " exhaust output tube ₉₉" enter water drain.Its hydraulic control pipeline connects: with " six cylinder switch second ₁₁₂" the hydraulic pressure input interface respectively with " Pyatyi Multi-control valve ₈₁" ₁F ₁₆, ₁F ₂₂, ₁F ₁, ₁F ₄, ₁F ₁₀, ₁F ₁₃The hydraulic pressure output interface is communicated with; should organize " time, the intermediate relay second " of pump again through this power switch group start-up control, and start above-mentioned each pump simultaneously and finish 6 times the task of pumping every day; the delay time control of " time relay second " is shut down, and is serially connected in " the manual flow-limiting valve on each arm ₁₁₅" adjust and dominant discharge.

Air delivery pipe system: see figure ₁₆" left pump chamber ₄₇" in be provided with " dish chamber ventilation blower fan ₁₁₀", " dish chamber ventilation blower fan ₁₁₀" the input duct collar insert before and after in the case beam, the output interface of blower fan " is received the maggot base through 6 " one-way flow valves " with being located at respectively ₁₇" the interior G of the upright groove of rear surface _1-6" angle valve ₄₁" the air input interface that is provided with on the output tube is communicated with, above-mentioned connection piping is called for short " air delivery pipe system ₈₀".Along " air input piping ₈₀" with " changing dish takes out defeated muddy water and takes out and fail the excrement ovum and be connected piping ₂₃" air can enter each and educate dish, upwards flows into " seal closure through each layer dish again ₁₀", and enter " seal closure ₁₀" the hot blast of " maggot apparatus for baking " flow between dish outer wall and cover wall simultaneously that " muddy water holds the pond ₄₄", by being located at " left pump chamber ₄₇" in " exhaust output tube " and " take out exhaust gas fan ₁₀₉" warp " convertor " left side enters excrement source hole water drain.Stating the timing ventilation of two " aerofoil fans " is finished by above-mentioned " take out clear water, the public lavatory excrement holds well fertilizer, the ventilation of dish chamber, waste discharge pneumoelectric hydraulic control unit ".It is with the thermistor control of taking a breath at random and educating in the dish by being located at of air temperature variations.Temperature is lower than 30 and shuts down when spending in dish, is higher than 40 and starts shooting when spending.

Pyatyi Multi-control valve structure: see figure _{31,32,33,34,35,36,37,39}" Pyatyi Multi-control valve ₈₁" by support with by forming from front to back along system's " stepper-motor " and " one, two, three, four, five single-stage Multi-control valves " of being installed on the support, each single-stage Multi-control valve by safety barrel, move and tin form; " stepper-motor ₈₅" and " the moving tube of " single-stage Multi-control valve " ₈₃" be provided with " master wheel ₁₄₁" and " pinion(gear) ₁₄₂", motor drives " first step Multi-control valve by 1 to 1 ₁₂₁" " moving tube ₈₃" rotate, preceding " single-stage Multi-control valve " drives back " single-stage Multi-control valve " and rotates by 0.5 speed ratio." the safety barrel of " single-stage Multi-control valve " ₈₂" " set ring " on the surperficial disalignment line position be provided with " the plunger fluid cylinder of different positions ₈₄" open holes, " the plunger fluid cylinder on the open holes ₈₄" " hydraulic push rod ₁₂₆" vertically point to rotating shaft core, be located at " moving tube ₈₃" and with " safety barrel ₈₂" on the set ring different locating points of garden on week that belong to concentric garden be provided with " skewback ₈₆" or " lengthening skewback ₈₇", " moving tube ₈₃" at " safety barrel ₈₂" in when rotating, " moving tube ₈₃" on skewback promote " safety barrel on the same set ring ₈₂" on " plunger fluid cylinder ₈₄" " hydraulic push rod ₁₂₆" move upward, the hydraulic pressure output interface of this fluid cylinder and input interface are connected, this output interface is finished ecological first day cycle of control fly maggot to the operation fluid cylinder input hydraulic pressure of correspondence, and two days, four days, eight days, 16 days work step operation.For reducing " Pyatyi Multi-control valve ₈₁" volume and make each one valve turn to one to, the 1st, 3,5 " single-stage Multi-control valves " place the rear side of support, the 2nd, 4 " single-stage Multi-control valves " place the front side of support, " master wheel ₁₄₁" and " pinion(gear) ₁₄₂" place on the axis of support." safety barrel ₈₂" last each " plunger fluid cylinder ₈₄" position and numbering be: " first step Multi-control valve ₁₂₁" " plunger fluid cylinder ₈₄" numbering be: 1F4,1F7,1F10,1F13,1F16,1F22,1F1. " second stage Multi-control valve ₁₂₂" " plunger fluid cylinder ₈₄" numbering be: left 2F2, left 2F14, right 2F3, right 2F15." fourth stage Multi-control valve ₁₂₄" " plunger fluid cylinder ₈₄" numbering be: 4F1,4F13. " level V Multi-control valve ₁₂₅" " plunger fluid cylinder ₈₄" numbering is: a left side, right each 5F1,5F4,5F13,5F22, the position of above-mentioned each skewback and numbering are referring to form 1 to 4.

The safety barrel structure: its basic structure is: the steel pipe of the long 122mm of diameter 124mm, and the two ends of pipe are provided with end cap, and end cap is provided with " moving tube ₈₃" external diameter of pipe be the axle axis hole, " safety barrel ₈₂" affixed with support, " moving tube ₈₃" be enclosed within " safety barrel ₈₂" interior clockwise rotating.Safety barrel ₈₂" draw on the tube wall surface have one with the concentric garden of axis normal; along clockwise direction it is divided into 24 sections arcs from the vertex in concentric garden; the heart angle, garden of every section arc is 15 degree; each end points of 24 sections arcs promptly is each locating point, in the direction of the clock with 1 to the 24 digital hole item of naming each locating point on above-mentioned " set ring ".Be drilled with through hole on the locating point of tube wall as required, " plunger fluid cylinder ₈₄" valve body with check nut and axis normal be fixed on barrel outside surface, " hydraulic push rod ₁₂₆" end face is from " moving tube ₈₃" wall 0.5mm.Each " plunger fluid cylinder ₈₄" naming number form at the hole item that the progression of Multi-control valve numeral padding " F " adds this valve again with it.As " second stage Multi-control valve ₁₂₂" the 4th 15 degree garden round angle on " plunger fluid cylinder ₈₄" be numbered ₂F ₄Because of space contradiction, with the 2nd grade of " safety barrel ₈₂" " set ring " be divided into " safety barrel ₈₂" respectively establish 1 about center line." level V Multi-control valve in like manner ₁₂₅" because of controlling " receiving the fly hydraulic control " and " the fly family of power and influence ₆₃" time difference bigger, need level V " safety barrel ₈₂" on " plunger fluid cylinder ₈₄" be divided into " safety barrel ₈₂" about center line each one group, control respectively " is received the fly hydraulic control " and " the fly family of power and influence ₆₃".

Moving barrel structure: its basic structure is: the steel pipe of the long 160mm of diameter 56mm, and its left side section barrel is provided with the keyway that large and small gear is installed, and the tube two ends are provided with end cap, cover the axle that is provided with diameter 20mm heavy keying fit, and geartransmissions at different levels make " moving tube ₈₃" axle in the support axis hole, rotate.The drum outer wall face is along being welded with wedge shape " skewback on the locating point of " set ring " ₈₆, the skewback acute angle points to " moving tube ₈₃" turning direction." moving tubes at different levels ₈₃" and " safety barrel ₈₂" " set ring " after the assembling be same Building X mark, each " skewback ₈₆" naming number with this " skewback ₈₆" the progression padding " k " of the place Multi-control valve hole item that adds this valve again forms.As " fourth stage Multi-control valve ₁₂₄" " skewback ₈₆" position, hole 1 is numbered ₄k ₁With the 2nd grade of " safety barrel ₈₂" identical, should " moving tube ₈₃" 2K7 " skewback ₈₆" be divided in about each each 1, level V " moving tube in like manner ₈₃" on 5K1 " skewback ₈₆" and 5K1 " lengthening skewback ₈₇" be divided into about center line each one, " skewback ₈₆" be used to control four " fly chamber Pen water pipes ₄₀", " lengthening skewback ₈₇" be used to control four " fly families of power and influence ₆₃".

Plunger fluid cylinder: see figure ₃₉, valve body is the steel pipe of diameter 20mm, and valve body lower end is provided with securing bolt, and the valve body upper end is provided with top cover and " row pressure interface ₁₂₃", be provided with thrust spring and " hydraulic push rod under the top cover ₁₂₆", being fixed with two " plungers " on the push rod, push rod stretches out from valve body lower end lid hole.Valve tube wall middle part is provided with hydraulic pressure " output interface ₁₂₀", the bottom is provided with hydraulic pressure " input interface ₁₁₉", the external diameter of pipe spacing of above-mentioned input and output two interfaces equals the interior span of two " plungers ".When " hydraulic push rod ₁₂₆" when not being subjected to external force, push rod is in lowest order, " input interface ₁₁₉" be positioned between two " plungers " " output interface ₁₂₀" and " row pressure interface ₁₂₃" be on two " plungers " and be switched on.When " hydraulic push rod ₁₂₆" moved upward by external force, bottom " input interface ₁₁₉" and middle part " output interface ₁₂₀" be between two " plungers " and be switched on " output interface ₁₂₀" output hydraulic pressure.The structure of above-mentioned valve is called for short " plunger fluid cylinder ₈₄".The Pyatyi Multi-control valve ₈₁" " plunger fluid cylinder ₈₄" output work be to press by city tap-water to provide, controlled each valve and consume 4kg/cm in one day ²Water 20kg, the water of doing merit is through " plunger fluid cylinder ₈₄" " clear water holds the pond in row pressure interface discharge back inflow ₄₅".

Stepper-motor: be used for rotating " Pyatyi Multi-control valve ₈₁" motor, " stepper-motor ₈₅" select magneto for use, its holding torque=4N.m,

And the suite of equipment supply of material is all arranged with " controller " and " driving mechanism " production firm of electric drilling match.Its working process is that " driving mechanism " is to " stepper-motor ₈₅" instruction of sending each rotation 15 degree garden round angles." first step Multi-control valve ₁₂₁" one day one week of rotation, the rotation required times all available " controller " at each 15 degree angle are set.Change the dish time " first step Multi-control valve for what maggot dish was educated in minimizing ₁₂₁" from ₁F ₄Go to ₁F ₂₂270 degree corners, revolution 15 degree is set and is needed 0.5 hour, always takes time=1.5 * 6=9 hour the one-level Multi-control valve ₁F ₄Go to ₁F ₁₃Changed dish time=0.5 * 135/15=4.5 hour, the secondary Multi-control valve from ₂F ₁₄Extremely ₁F ₁₅Changed dish time=0.5 * 30 * 2/15=2 hour, always need change dish time=4.5+2=6.5 hour, from ₁F ₂₂Go to ₁F ₄90 degree corners, required time is 24-9=15 hour, the moving 15 degree time sets of revolution are 15 ÷ 90 ÷ 15=2.5 hours.The time control of above-mentioned " controller " can improve " transmodulator " working efficiency on daytime.

Skewback: skewback is welded in " moving tube ₈₃" on, " skewback ₈₆" wide 10mm, its bottom surface is the garden cylinder of radius 35mm, end face is the garden cylinder of radius 45mm, and the right section arc length 5mm of end face, left side section is the tapered plane in the connection T﹠B garden of long 22.8mm, right side and front and back sides are perpendicular to the plane of end face." lengthening skewback ₈₇" the right section arc length 20mm of its end face, all the other sizes and " skewback ₈₆" identical.

Form 1 first step Multi-control valve hydraulic control worksheet _ _ _ _ take out muddy water, take out the excrement ovum, take out well fertilizer, take out the lavatory excrement, take out clear water, take out waste gas, the hydraulicefficiency pipeline that ventilates connects

Form 2 second stage Multi-control valve hydraulic control worksheets _ _ _ _ T1, the T2 dish is taken out the excrement ovum, and T1, T2 dish take out muddy water hydraulic control pipeline and connect

Form 3 fourth stage Multi-control valve hydraulic control worksheets _ _ _ _ kind of maggot and finished product maggot regularly shunt and measure kind of a maggot hydraulic control pipeline and be connected

Form 4 level V Multi-control valve hydraulic control worksheets _ _ _ _ receive the dead fly in four fly chambers and divide the sequential commutation hydraulic control of plumage fly to four fly chambers

Table 5: routine is educated fly, is educated maggot density data table

Educate the maggot routine data	The long m of pond dish	Wide m is coiled in the pond	High m is coiled in the pond	Area m 2	Vertical group dish group number	The vertical group dish number of plies	Educate the maggot number	Maggot plane density	Maggot number/cm 2
										Maggot is educated in conventional pond	1.20	0.3	0.3	0.36	1	1	20000	186.67％	5.6
T1 educates dish	2.300	0.75	0.036	6.90	4	1	4500000	17.53％	65.2
										T2 educates dish	2.300	0.75	0.036	6.90	4	1	4500000	46.11％	65.2
T3 educates dish	2.300	1.50	0.036	13.80	4	1	4500000	60.63％	32.6
										T4 educates dish	2.300	1.50	0.036	27.60	4	2	4500000	79.73％	16.3
T5 educates dish	2.300	1.50	0.036	55.20	4	4	4500000	104.84％	8.2
										T6 educates dish	2.300	1.50	0.036	110.40	4	8	4500000	136.96％	4.1

Conventional pond is educated maggot and is recorded in " farmers''s science enrichment 400 methods ", Golden Shield ejecting plate society, in July, 2,000 224 pages of plates

Maggot plane density is the sum total of the horizontally-projected area of every maggot in this pond (dish) and the ratio of pond (dish) area

Claims (10)

1. conversion facility that automatically human and animal excreta is converted on the spot animal proteinum, it comprises: the case beam ⁽⁰¹⁾, emergence chamber ⁽⁴²⁾, the fly chamber ⁽³⁹⁾, receive the maggot base ⁽¹⁷⁾, the many groups of multilayer educate dish ⁽²⁵⁾, seal closure ⁽¹⁰⁾, receive the maggot pond ⁽³⁸⁾, filter fertile Dian ⁽³⁶⁾, fertilizer holds well ⁽⁷⁴⁾, left pump chamber ⁽⁴⁷), left pump chamber ₍₄₇₎, right pump chamber ₍₄₈₎Muddy water holds the pond ₍₄₄₎, clear water holds the pond ₍₄₅₎, ovum holds the pond ₍₇₇₎, fertilizer holds case ₍₇₅₎, clear water holds tube ₍₄₆₎, excrement holds case ₍₁₄₄₎, maggot is held tube ₍₇₉₎, batch meter ₍₇₀₎, receive oviduct ₍₅₇₎, receive the maggot pipe ₍₁₃₉₎Form Deng facility; Comprise that also changing dish takes out defeated muddy water and take out and fail the excrement ovum and be connected piping ₍₂₃₎, change dish and control hydraulic pressure connection piping ₍₂₄₎, change dish and take out muddy water electricity hydraulic control unit ₍₁₄₉₎, change dish and take out excrement ovum electricity hydraulic control unit ₍₁₅₀₎, take out clear water, the public lavatory excrement holds well fertilizer, the ventilation of dish chamber, waste discharge pneumoelectric hydraulic control unit ₍₁₅₁₎, shunting is connected with metering kind of maggot and sterilization cleaning finished product maggot device delivery pipeline ₍₁₅₂₎, shunting is connected with the hydraulic control pipeline of metering kind of maggot ₍₁₆₁₎, the conveying of plumage fly part flow arrangement is connected with the hydraulic control pipeline ₍₁₅₆₎, receive the maggot transfer line and connect and hydraulic control unit ₍₁₅₅₎, receive the chamber fly and be connected with receipts ovum transfer line ₍₁₅₇₎Deng controlling automatically and collection apparatus, also comprise the following principal facility of forming said apparatus: hydraulic control power switch group ₍₂₅₎, the Pyatyi Multi-control valve ₍₈₁₎, stepper-motor ₍₈₅₎, receive the maggot bucket ₍₅₂₎, receive the ovum bucket ₍₆₁₎, receive oviduct ₍₅₇₎, receive the maggot pipe ₍₁₃₉₎, take out excrement ovum pump ₍₅₃₎, take out public lavatory excrement pump ₍₅₄₎, defeated fertile pump ₍₈₈₎, take out the fertile pump of well ₍₉₁₎, take out fresh water pump ₍₁₀₆₎, take out the muddy water pump ₍₁₀₇₎: it is characterized in that: realize automatically finishing the operation of each work step by the ecological sequential of 16 days one-period of fly maggot, finish and collect fly blow, dead fly, the finished product maggot is planted maggot, the work such as collect of fertilizer, and will plant maggot and finished product maggot, finished product maggot and thimerosal, the finished product maggot with wash maggot water, the finished product maggot separates with fertilizer; Above-mentioned each pond, chamber, case, tube, be covered with and execute, constitute to external world hermetically sealed of transmodulator simultaneously; The many groups of above-mentioned multilayer are educated dish ₍₂₅₎By 1 to 6 group of vertical group dish ₍₁₄₎Form every group of vertical group dish ₍₁₄₎Educate dish by 16 layers and form, 1 to 6 group of vertical group dish ₍₁₄₎The many groups of multilayer that can adopt the multiple permutation and combination of vertical and horizontal and constitute multiple structure formation are educated dish ₍₂₅₎, when vertical group dish ₍₁₄₎Arrangement require to be symmetrical array configuration that 13 kinds of combinations are then arranged, when 1 to 6 group of vertical group dish ₍₁₄₎When being arranged in a vertical line from top to bottom, the conversion facilities profile becomes 3 meters of bottom surface diameters, and high 5.5 meters tower structure, this cat head are provided with clear water and hold tube ₍₄₆₎, be provided with synergetic vertical group of dish in the tower ₍₁₄₎, the body of the tower of educating under the dish is provided with left pump chamber in " Zhong Tahuan " that extend out out ₍₄₇₎With right pump chamber ₍₄₈₎, indoor all kinds of hydrauliccontrol valves and liquid control panel and blower fan and the pump of being provided with, this ring center is to receive the maggot pond ₍₃₈₎, ring cowling is provided with hydraulic control power switch group ₍₂₅₎Be connected with metering kind of maggot and sterilization cleaning finished product maggot device delivery pipeline with shunting, tower bottom is provided with emergence chamber in " the Ji Ta ring " that extend out out ₍₄₂₎, the fly chamber ₍₃₉₎, receive oviduct ₍₅₇₎The center is provided with muddy water and holds the pond at the bottom of " Ji Ta ring " tower ₍₄₄₎Hold the pond with clear water ₍₄₅₎With the fertile groove of filter ₍₃₆₎Hold well with fertilizer ₍₇₄₎, tower " facility " appropriate building in group water channel is discharged ight soil and organic waste pulverizing back suction tower, changes into animal proteinum downstairs at last in housing complex uncompleted building garden; Above-mentioned 1 to 6 group of vertical group dish ₍₁₄₎When forming a line, then conversion facilities becomes long 4 to 11 meters, and is high 1.3 meters, wide 3.28 meters case structure.

2. conversion facility according to claim 1 is characterized in that described two parallel case beams ₍₀₁₎, every beam is by left, middle and right Duan Liang _(03,02,04)Three sections compositions, left and right sides Duan Liang _(03,04)High 0.36m, the stage casing beam ₍₀₂₎High 0.6m, three sections all wide 70cm of beam, wall thickness 6cm; Above-mentioned stage casing beam ₍₀₂₎The long vertical group of dish that need to equal arrangement ₍₁₄₎Wide sum total take advantage of 1.2 times, left and right sides Duan Liang _(03,04)The long length that equals it is extended to left and right sides bearing wall; Above-mentioned two casees beams ₍₀₁₎Symmetry also places fundamental plane center, two casees beams abreast ₍₀₁₎Inner-wall surface clear distance 1.9m, beam inner bottom surface are low, high outside and low outside inclined-planes, a right high left side; Above-mentioned front and back case beam ₍₀₁₎End face hangs the hydraulic pressure tube bank of 10 and 17 diameter 16mm respectively ₍₀₅₎, the tube bank of front and back hydraulic pressure ₍₀₅₎The right-hand member inside wall in string lintel stage casing enters right pump chamber ₍₄₈₎, respectively with the Pyatyi Multi-control valve of being located in this chamber ₍₈₁₎Corresponding hydraulic pressure output interface connect each hydraulic pressure tube bank ₍₀₅₎Corresponding with it the respectively pilot operated valve device of the other end and the input interface of cylinder be communicated with; Case beam ground is provided with from clear water and holds the pond before above-mentioned ₍₄₅₎Hold tube to clear water ₍₄₆₎Take out the clear water pipe ₍₀₆₎Fly chamber Pen water pipe with fly chamber, the preceding left and right sides ₍₄₀₎, " case beam " ground, back is provided with from clear water and holds tube ₍₄₆₎To receiving the ovum bucket ₍₆₁₎Defeated clear water pipe ₍₀₇₎, hold the pond from being located at the other excrement in public lavatory ₍₁₄₄₎To stretching into each vertical group of dish ₍₁₄₎The top layer dish take out the excrement oviduct ₍₀₈₎, hold the pond from muddy water ₍₄₄₎To the dish Pen water pipe of respectively educating in the dish ₍₃₅₎Take out the muddy water pipe ₍₀₉₎, from receiving the ovum bucket ₍₆₁₎Shunt seven siphunculus through clear water ₍₂₈₎Branch to four fly chamber Pen water pipes of fly chamber all around ₍₄₀₎Pipe connecting, shunt seven siphunculus through clear water ₍₂₈₎Receive ovum Pen water pipe before and after branching to ₍₅₈₎Two pipe connectings and the fly chamber Pen water pipe of fly chamber, the left and right sides, back ₍₄₀₎Described fly chamber ₍₃₉₎, stage casing beam before and after being located at ₍₀₂₎In, with dividing plate front and back case beam is separated into a preceding left side, the preceding right side on the long limit middle vertical plane of beam, a left side, back, right four fly chambers, back ₍₃₉₎, four fly chambers all around ₍₃₉₎Outside wall surface be equipped with and can open and close glass port and screen window, on the back fly room floor by from the back to preceding being sequentially with: defeated clear water pipe ₍₀₇₎, a left side, right fly chamber Pen water pipe ₍₄₀₎, a preceding left side, right fly chamber Pen water pipe ₍₄₀₎Two pipe connectings, take out the muddy water pipe ₍₀₉₎, the indoor G that is provided with from left to right of the left fly in back _1-6Defeated muddy water angle valve ₍₄₁₎, G _7-8Defeated excrement ovum angle valve ₍₄₁₎, above-mentioned 8 angle valves ₍₄₁₎The output interface string cross top surface of the beam and receive the maggot base ₍₁₇₎End face enters seal closure ₍₁₀₎In, change dish and take out defeated muddy water and be connected piping common the composition with other member with the excrement ovum ₍₂₃₎, be provided with G from left to right in the right case beam in back _9-12Angle valve ₍₄₁₎, be used to control a left side, back, a preceding left side, the preceding right side, the fly chamber Pen water pipe of right four fly chambers, back ₍₄₀₎Supply water, be provided with G _13-14Angle valve ₍₄₁₎, be used for receiving ovum Pen water pipe before and after the control ₍₅₈₎Water supply, be provided with and G _9-14Angle valve ₍₄₁₎Input interface and receive the ovum bucket ₍₆₁₎The output interface clear water that is communicated with in parallel shunt seven siphunculus ₍₂₈₎, its interior sidewall surface is provided with the low receipts oviduct in a right high left side ₍₅₇₎, oviduct is received in front and back ₍₅₇₎Left end is respectively equipped with G _15-16Angle valve ₍₄₁₎, the output of control fly blow, the fly chamber, the left and right sides in the preceding case beam ₍₃₉₎Be respectively equipped with fly chamber Pen water pipe ₍₄₀₎, take out the clear water pipe ₍₀₆₎, in preceding right fly chamber ₍₃₉₎End face be provided with 6 and went here and there top surface of the beam hydraulic pressure and carry the string wall coil, hydraulicefficiency pipe seals in through this pipe and receives the maggot base ₍₁₇₎End face enters seal closure ₍₁₀₎In, form with other member and to change dish and control hydraulic pressure and be connected piping ₍₂₄₎, fly chamber, front and back ₍₃₉₎End face be equipped with hydraulic pressure tube bank ₍₀₅₎, be used to be communicated with the Pyatyi Multi-control valve ₍₈₁₎The hydraulic pressure output interface and each valve in the fluid cylinder input interface; Described emergence chamber ₍₄₂₎Be above-mentioned from about the dividing plate of two casees beam flies chamber, front and back each 120cm place, be provided with left and right sides partition wall, be left and right sides emergence chamber between two partition walls ₍₄₂₎, left front left back emergence chamber ₍₄₂₎With 6 left front aftershaft chamber communicating pipe of diameter 32mm ₍₄₃₎With 1 part fly pipe on the left side ₍₆₂₎Even is logical, right emergence chamber ₍₄₂₎Structure is left emergence chamber ₍₄₂₎The left-right symmetry mirror image of structure; Above-mentioned rear cabinet beam left and right sides emergence chamber ₍₄₂₎Top surface of the beam be provided with Lower Half and seal in emergence chamber ₍₄₂₎Six cylinder switches ₍₂₆₎With the two cylinder switch ₍₂₇₎With six cylinder switch second ₍₁₁₂₎With the three groups of intermediate relays and the time relay (JS14S) ₍₁₃₇₎, preceding case beam emergence chamber ₍₄₂₎Interior top surface of the beam is provided with beam affixed, and go here and there out beam outer about the metering hydraulic control claim ₍₇₃₎With the two-way pilot operated valve device that is provided with the Liangping row ₍₆₈₎, left and right sides batch meter ₍₇₀₎The metering hydraulic control claims about hanging on ₍₇₃₎On, emergence chamber ₍₄₂₎The interior two-way pilot operated valve device that is provided with ₍₆₈₎Kind maggot input interface with seal in emergence chamber from back ₍₄₂₎Output interface be communicated with two-way pilot operated valve device ₍₆₈₎About plant the maggot output interface, respectively from left and right sides batch meter ₍₇₀₎End face seal in movingly in this case.

3. conversion facility according to claim 1 is characterized in that: described receipts maggot base ₍₁₇₎Be case Liang Zhongduanliang before and after being located at symmetrically ₍₀₂₎On, be that the many groups of multilayer are educated dish on it ₍₂₅₎And seal closure ₍₁₀₎Described receipts maggot base ₍₁₇₎By last square frame and following square frame be connected square frame up and down before, the back connects stalk three parts and forms.Following square frame is the three-back-shaped square frame of a hollow, and the distance of inner side edge is that front and back case beam interior sidewall surface is to receiving the maggot pond before and after the following square frame ₍₃₈₎In stretch into 6cm, the distance of left and right sides inner side edge is a left and right sides pump chamber _(47,48)Interior wall is towards receiving the maggot pond ₍₃₈₎In stretch into 6cm, the wide 24cm of edge all around, the thick 12cm of the left end of front and back edge, the thick 18cm of right-hand member, the front and back edge of following square frame are inclined-plane wedges; Above-mentioned upward square frame is the three-back-shaped square frame of a hollow, and the interior edge of last square frame is that the inside casing side of square frame down outwards increases 12cm, the wide 39cm of edge before and after the last square frame, and square frame length equals case Liang Zhongduanliang ₍₀₂₎Long, the thick 4cm of square frame, its upper surface are the inclined-planes to oblique just 1 degree in frame center; Above-mentioned front and back two connect the thick 12cm of stalk, stage casing beam before and after wall length equals ₍₀₂₎Grow, the square frame connected into the receipts maggot base of whole height overall 30cm about this wall was incited somebody to action ₍₁₇₎The outside wall surface of connection stalk and the outer side wall of following square frame are at same vertical plane, the inner-wall surface of connection stalk and the inner side-wall of last square frame are at same vertical plane, and the two ends, the left and right sides of following three-back-shaped square frame and last three-back-shaped square frame constitute the maintenance viewing window with the sealing of glass window, and square frame and stalk constitute receipts maggot base up and down ₍₁₇₎, following square frame inner chamfer wedge constitutes receives the maggot pipe ₍₁₃₉₎Platform is set, receive the maggot base ₍₁₇₎The right section of back wall surface exceeds the stage casing beam ₍₀₂₎The position of end face 21cm is provided with input interface ₍₁₁₉₎, receive the maggot base ₍₁₇₎The left side section of front wall wall exceeds the stage casing beam ₍₀₂₎The position of end face 15cm is provided with output interface ₍₁₂₀₎Above-mentioned square frame up and down and stalk constitute receives the maggot base ₍₁₇₎, following square frame inner chamfer wedge constitutes receives the maggot pipe ₍₁₃₉₎Platform is set,, two interface width between centers equal to receive the maggot pipe ₍₁₃₉₎The width between centers of pipe range; The above-mentioned square frame of going up is used to be provided with intermediate relay and the time relay (JS with the case beam with is connected wall formation front and back and founds groove ₁₄S) ₍₁₃₇₎With hydraulic control power switch switches set ₍₁₁₈₎With go into the stove blower fan ₍₆₉₎Claim with the metering hydraulic control ₍₇₃₎With educate the gas input piping that circles or whirl in the air ₍₈₀₎Above-mentioned receipts maggot base ₍₁₇₎The front and back end face also is provided with to change to coil controls hydraulic pressure connection piping ₍₂₄₎With change dish and take out defeated muddy water and take out and fail the excrement ovum and be connected piping ₍₂₃₎Conveying and hydraulic pressure riser cradle _(111,15)

4. conversion facility according to claim 1 is characterized in that: the many groups of described multilayer are educated dish₍₂₅₎Also comprise four to six groups of vertical group dishes₍₁₄₎Minor face arrange along X-axis, and be placed in symmetrically and receive the maggot base₍₁₇₎Top square frame table face and seal closure₍₁₀₎In, form the many groups of multilayer and educate dish₍₂₅₎, every group of vertical group dish₍₁₄₎Sit frame by being placed in the dish group₍₁₆₎Interior top group dish₍₁₁₎, middle group of dish₍₁₂₎, end group dish₍₁₃₎Vertically stack forms; Above-mentioned top group dish₍₁₁₎The dish group sit frame₍₁₆₎In be equipped with 4 layers and educate dish, educating the dish numbering is that prefix is T1 from top to bottom, T2 two numberings educate dish one deck altogether, T3 educates dish one deck, T4 educates two layers, dish; Above-mentioned middle group of dish₍₁₂₎The dish group sit frame₍₁₆₎In the dish of educating of four layers of T5 is housed; Group dish of the above-mentioned end₍₁₃₎The dish group sit frame₍₁₆₎In the dish of educating that eight layers of prefix are T6 is housed, top, in, the three groups of dishes in the end add up to has 16 layers to educate dish; Above-mentioned dish group is sat frame₍₁₆₎Its structure is: with the square frame that the 36mm equal leg angle forms, square frame two angle steel limits are pointed to respectively in frame and vertically downward, and the frame size is with to educate dish identical, and four jiaos of lateral surfaces of frame are welded with respectively from 20cm place, frame base and dish group seat frame₍₁₆₎The bottom surface column of angles vertically upward, the internal face of the column of angles in frame, and leave the 5mm clear distance with educating the outer wall of maggot dish, and this sits frame quadrangular prism length=36mm * (N+1), arrange and educate the dish number of plies in the N=frame, and the corner post end face " is indulged the group dish higher than this₁₄" in each " top group dish₁₁Middle group of dish₁₂End group dish₁₃" high by 1/2nd; Above-mentioned numbering name of educating the maggot dish is: dish column number Xn is educated in name respectively from left to right, and n is 1 to 4 columns, and dish layer numbering Zn is educated in name respectively from top to bottom, and n is 1 to 16 the number of plies; Above-mentioned name of educating the maggot dish also comprises: the time attribute that this educates dish is to add time prefix code T n before numbering, represents the number of days that in this dish, maggot has been raised, and n is 1 to 6 number of days; Above-mentioned basic structure of educating dish is: make long 150cm with the 36mm equal leg angle, the square frame of wide 230cm, the angle steel arm of angle are inwardly and upwards; Above-mentioned common trait of respectively educating its structure of dish is: the maggot in age (day age=fly blow enters total number of days of educating after dish) is raised in same prefix Tn educates dish on the same day, is equipped with dish Pen water pipe in every one deck dish₍₃₅₎, above-mentioned feature of respectively educating its basic structure of dish also comprises that biscuit falls to managing₍₃₄₎With dish Pen water pipe₍₃₅₎Be located at the same side of dish two long limit center lines, the valve of trying to get to the heart of a matter₍₃₃₎With the dish overhead-valve₍₃₁₎With dish layer valve₍₃₂₎Be located at the center line opposite side; Above-mentioned same Tn group educate dish, the pipe that falls of the biscuit in its dish₍₃₄₎Die on same vertical line, the valve of trying to get to the heart of a matter in same Tn group₍₃₃₎Fall to managing with biscuit₍₃₄₎Position be symmetrical and from center line 100mm with dish about center line, the valve of trying to get to the heart of a matter in the Tn group₍₃₃₎Biscuit in axis and T (n+1) group falls to managing₍₃₄₎Axis is on same vertical line; The feature of above-mentioned structure also comprises: make Tn organize the valve of trying to get to the heart of a matter₍₃₃₎The biscuit that the liquid material of output directly falls into T (n+1) group falls to managing₍₃₄₎In; Above-mentioned same Tn group is educated dish and is provided with dish Pen water pipe₍₃₅₎On the outer wall of the dish of homonymy, be provided with 1 other many siphunculus of defeated muddy water dish₍₁₉₎, same Tn group is educated dish and is provided with the dish overhead-valve₍₃₁₎With the valve of trying to get to the heart of a matter₍₃₃₎Educating outside dish of homonymy, be provided with the other many siphunculus of 1 hydraulic disk₍₁₉₎ The common trait of its structure also comprises: each vertical group of dish₍₁₄₎In, prefix is numbered T1, T2, and the dish of educating of T3 only has 1 layer, is called for short single-deck, and the dish overhead-valve is only established in educating in its dish of dish of this prefix numbering₍₃₁₎ Prefix is numbered the dish of educating of T4, each vertical group of dish₍₁₄₎In this numbering educate dish and only have 2 layers, the 1st layer of dish is called for short the top layer dish, last one deck dish is called for short the bottom dish, only establishes the dish overhead-valve in its top layer dish₍₃₁₎, only establish the valve of trying to get to the heart of a matter in the bottom dish₍₃₃₎ Prefix is numbered the dish of educating of T5, each vertical group of dish₍₁₄₎In this numbering educate the dish have 4 layers, its top layer dish is established the dish overhead-valve₍₃₁₎Fall to managing with biscuit₍₃₄₎, the bottom dish is established the valve of trying to get to the heart of a matter₍₃₃₎The biscuit that coils with obstructed lower floor falls to managing₍₃₄₎, top and bottom among middle level dish is established dish layer valve₍₃₂₎Fall to managing with biscuit₍₃₄₎ Prefix is numbered the dish of educating of T6, each vertical group of dish₍₁₄₎In this numbering educate the dish have 8 layers, its vertical group of dish₍₁₄₎Top, middle and bottom layers dish dish in to arrange be the mirror image that T5 educates dish; Except above-mentioned respectively educating coiled except basic structure, except above-mentioned, respectively educating the common trait of coiling structure of each Tn dish, the concrete structure of each Tn dish is connected difference with pipeline and is: above-mentioned T1, X1-4, incubating dish before Z1 is single-deck, this dish is also to indulge the group dish before being located at after T2 and incubating the same dish layer of dish₍₁₄₎In top group dish₍₁₁₎Its structure and above-mentioned basic structure dish difference are: with the long limit perpendicular bisector of angle steel along the basic structure dish, two dishes of symmetry before and after being divided into, be welded with the angle steel that stands that exceeds card 100mm on the internal face of four jiaos in the dish of T1 dish, the dish water strainer of a circle is set along the internal face of this four angle steel₍₈₉₎ Two dishes symmetrical before and after being separated into are with the dish overhead-valve that arranges in former dish₍₃₁₎And dish Pen water pipe₍₃₅₎Be divided into two, incubate the dish overhead-valve of dish before and after becoming independently₍₃₁₎With dish Pen water pipe₍₃₅₎ T1, X1-4, incubate before Z1 in dish and only establish the dish overhead-valve₍₃₁₎, this valve is placed in the right side of this dish center line, and the hydraulic pressure input pipe of valve goes out from dish left frame string, dish Pen water pipe₍₃₅₎Feed pipe go out from the left frame string; Above-mentioned T1, X1-4, incubate its pipeline of dish and connect and be: with changing dish, take out the electric hydraulic control unit of muddy water before Z1₍₁₄₉, change dish and take out excrement ovum electricity hydraulic control unit₍₁₅₀₎, change dish and control hydraulic pressure connection piping₍₂₄₎, change dish and take out defeated muddy water and be connected defeated excrement ovum connection piping₍₂₃₎With whole dish overhead-valves of incubating before T1 in dish₍₃₁₎And G₁Angle valve₍₄₁₎With six cylinder switches₍₂₆₎Equal in parallel connections of each hydraulic pressure input interface, then with the 2F2 interface of Multi-control valve, connect; With T₁Before incubate dish Pen water pipe in dish₍₃₅₎Whole muddy water input interfaces and G₁Angle valve₍₄₁₎In parallel connection of muddy water output interface, G₁Angle valve₍₄₁₎Input interface take out the muddy water pipe in the rear cabinet beam with being located at₍₀₉₎Connect; T₁Before incubate the excrement ovum of dish by G₇Angle valve₍₄₁₎Excrement ovum output interface, input in this dish G₇Angle valve₍₄₁₎Excrement ovum input interface take out the excrement oviduct in the rear cabinet beam with being located at₍₀₈₎Connect G₇Angle valve₍₄₁₎Hydraulic pressure input pipe and two cylinder switch₍₂₇₎First hydraulic pressure input interface and Pyatyi Multi-control valve₍₈₁₎In parallel connection of 2F3 hydraulic pressure output interface; Above-mentioned T2, X1-4, incubating dish after Z1 is single-deck, is vertical group dish₍₁₄₎In top group dish₍₁₁₎, after the T2 dish was located at T1 dish layer, its structure was to incubate the before and after image of dish before T1; Its pipeline connects: use T₁Described in each piping with T₂After incubate dish overhead-valve in dish₍₃₁₎Hydraulic pressure input interface and G₂Angle valve₍₄₁₎Hydraulic control pipe and six cylinder switches₍₂₆₎The hydraulic pressure output interface of the 2F14 of hydraulic pressure input interface and Multi-control valve is in parallel the connection all; Use T₁Described in each piping with T₂After incubate dish mid-game Pen water pipe₍₃₅₎Whole muddy water input interfaces and the G that is located in the rear cabinet beam₂Angle valve₍₄₁₎The muddy water output interface is in parallel to be connected, G₂Angle valve₍₄₁₎The muddy water input interface with take out the muddy water pipe₍₀₉₎Connect " T₂Before incubate dish " the excrement ovum by G₈Angle valve₍₄₁₎Excrement ovum delivery outlet input in this dish, G₈Angle valve₍₄₁₎Excrement ovum input interface take out the excrement oviduct in the rear cabinet beam with being located at₍₀₈₎Connect G₈Angle valve₍₄₁₎Hydraulic pressure input pipe and two cylinder switch₍₂₇₎Second hydraulic pressure input interface and Pyatyi Multi-control valve₍₈₁₎{。##.##1},₂F ₁₅The hydraulic pressure output interface is in parallel to be connected; Above-mentioned T3, X1-4, Z2 dish are single-decks, and this dish structure, with the basic structure dish, is only established the dish overhead-valve in dish₍₃₁₎, this valve is located at the left side of two long limit center lines in dish, and the hydraulic pressure input pipe of valve goes out from the frame string of facing left, each vertical group of dish₍₁₄₎In dish Pen water pipe₍₃₅₎The muddy water input interface go out from the left frame string; Its pipeline connects: use above-mentioned T₁Described in each piping with T₃Whole dish overhead-valves in dish₍₃₁₎And G₃Angle valve₍₄₁₎With six cylinder switches₍₂₆₎In parallel connection of hydraulic pressure input interface, then with the 1F13 interface of Multi-control valve, connect; All coil the Pen water pipe in coiling₍₃₅₎Input interface and G₃Angle valve₍₄₁₎The muddy water output interface is in parallel to be connected; G₃Angle valve₍₄₁₎The muddy water input interface take out the muddy water pipe in the rear cabinet beam with being located at₍₀₉₎Connect; Above-mentioned T4, X1-4, the Z3 dish is taking over a business of T4, this dish structure is the left and right mirror image of T3 dish; Above-mentioned T4, X1-4, the Z4 dish is T4, X1-4, the chassis of Z3 dish, only establish the valve of trying to get to the heart of a matter in dish₍₃₃₎, this valve is located at the 100mm that moves to right of bottom center, the valve of trying to get to the heart of a matter₍₃₃₎The hydraulic pressure input pipe go out from dish left frame string; Its pipeline connects: use above-mentioned T₁Described in each piping with T₄Dish overhead-valve in dish₍₃₁₎With the valve of trying to get to the heart of a matter₍₃₃₎And G₄Angle valve₍₄₁₎With six cylinder switches₍₂₆₎In whole in parallel connections of corresponding hydraulic pressure input interface, then with the 1F10 hydraulic pressure output interface of Multi-control valve, connect; With T₄Dish Pen water pipe in dish₍₃₅₎Input interface and G₄Angle valve₍₄₁₎Whole in parallel connections of muddy water output interface, G₄Angle valve₍₄₁₎The muddy water input interface with take out the muddy water pipe₀₉Connect; Above-mentioned T5, X1-4, Z5 dish are taking over a business of T5 dish, the dish overhead-valve that arranges in dish₍₃₁₎Position and T3 dish is identical, and the 100mm place that moves to left in the face center of trying to get to the heart of a matter establishes biscuit and falls to managing₍₃₄₎ T5, X1-4, the Z6-7 dish is the mid-game of T5 dish, T5, X1-4, Z6-7 dish structure and T5, X1-4, Z5 dish structure difference is: what arrange in dish is dish layer valve₍₃₂₎ T5, X1-4, the Z8 dish is the chassis of T5 dish, its structure is T4, X1-4, the left and right mirror image of Z4 dish, difference is: the biscuit of establishing obstructed lower floor dish in dish falls to managing₍₃₄₎, the valve of trying to get to the heart of a matter₍₃₃₎With the dish overhead-valve₍₃₁₎The hydraulic pressure input pipe goes out from the frame string of facing left; Its pipeline connects: use above-mentioned T₁Described in each piping with T₅Whole dish overhead-valves in dish₍₃₁₎With the valve of trying to get to the heart of a matter₃₃And G₅Angle valve₍₄₁₎With six cylinder switches₍₂₆₎In whole in parallel connections of corresponding hydraulic pressure input interface, then with the 1F7 hydraulic pressure output interface of Multi-control valve, connect; With whole T₅Dish Pen water pipe in dish₍₃₅₎Input interface and G₅Angle valve₍₄₁₎In parallel connection of muddy water output interface, G₅Angle valve₍₄₁₎The muddy water input interface take out the muddy water pipe in the rear cabinet beam with being located at₍₀₉Connect; Above-mentioned T6, X1-4, the Z9 dish is that T6 takes over a business, its structure is T5, X1-4, the left and right mirror image of Z5 dish; Above-mentioned T6, X1-4, the Z10-15 dish is the T6 mid-game, its structure is T5, X1-4, the left and right mirror image of Z6-7 dish; Above-mentioned T6, X1-4, Z₁₆Dish is the chassis of T6 dish, and its structure is T4, X1-4, the left and right mirror image of Z8 dish, the valve of trying to get to the heart of a matter in the T6 dish₍₃₃₎With the dish overhead-valve₍₃₁₎The hydraulic pressure input pipe go out from dish left frame string; Its pipeline connects: use above-mentioned T₁Described in each piping with whole T₆Dish overhead-valve in dish₍₃₁₎With the valve of trying to get to the heart of a matter₍₃₃₎And G₆Angle valve₍₄₁₎With six cylinder switches₍₂₆₎In whole in parallel connections of the 6th cylinder hydraulic pressure input interface, then with the 1F4 hydraulic pressure output interface of Multi-control valve, connect; With whole T₆Dish Pen water pipe in dish₍₃₅₎Input interface and G₆Angle valve₍₄₁₎In parallel connection of muddy water output interface, G₆Angle valve₍₄₁₎The muddy water input interface with take out the muddy water pipe₍₀₉₎Connect; Above-mentioned dish overhead-valve₍₃₁₎Structure be: educate the dish inner bottom surface and be welded with parallel with the long limit of square frame and equal a band steel of this length of side, form the square groove of wide 4cm with steel and long corner angle, along this square groove bottom, be provided with the nylon elastic cord that wide 7cm strains₍₉₃₎, form Pan Men; Above-mentioned dish door upper surface is provided with two plunger single-acting cylinders of and tandem connection parallel with the square groove₍₂₉₎, cylinder and nylon elastic cord₍₉₃₎With square groove width center line on same vertical plane, hydraulic pressure push rod during input hydraulic pressure₍₁₂₆₎Fore-and-aft direction to frame stretches out, because of the hydraulic pressure push rod₍₁₂₆₎Upper cover has the curved 90 rear sebific ducts that are connected with the elastic cord upper surface of degree downwards, promotes elastic cord when two sebific ducts stretch out forwards, backwards and moves downward the band door of opening on Pan Men; Above-mentioned dish layer valve₍₃₂₎Structure be: its dish door structure is with above-mentioned, being provided with a plurality of gardens vertical with dish Men Changxiang and symmetrical diameter 25mm on this dish door manages, in the fixing rubber band upper end of the highest quadrantal points of tube wall face, the rubber band string is crossed after this pipe lower wall surface the nylon elastic cord with Pan Men₍₉₃₎Upper surface vertically connects and keeps certain pulling force, makes the band door normally closed; The above-mentioned valve of trying to get to the heart of a matter₍₃₃₎Structure be to be arranged to educate on the plane of trying to get to the heart of a matter, valve body is the garden bucket of diameter 75mm, the bucket high 30mm, bung is put down and is fixed on this bottom surface with the face of trying to get to the heart of a matter, ladle body is placed under the plane of trying to get to the heart of a matter, and the bucket end is a folding door that can open and close, and educates maggot dish inner bottom surface and is provided with the plunger single-acting cylinder₍₂₉₎, cylinder hydraulic pressure push rod₍₁₂₆₎Upper affixed cover has the sebific duct that is connected with the folding door surface after downward crooked 90 degree, and when the cylinder input hydraulic pressure, sebific duct moves downward pushes folding door open; Above-mentioned dish Pen water pipe₍₃₅₎Structure be: this pipe is located at and is educated in dish on the wall of long limit, is drilled with a plurality of Pen water hole on caliber 20mm pipe face, is used for rinsing and educates dish; Above-mentioned biscuit falls to managing₍₃₄₎Structure be: manage high in educate the dish between outage, caliber 57mm, pipe is vertically ganged up the face of trying to get to the heart of a matter of educating, its lower port is with to educate the face of trying to get to the heart of a matter affixed, the pipe overcoat has contour with this pipe upper surface and can be around the outer tube of this pipe rotation, have high 8mm on the left and right sidewall of port on this pipe and outer tube, the symmetrical square hole of wide 35mm, also be provided with the accent flow packing ring of replaceable different pore size in pipe⁽¹³²⁾, change the packing ring aperture and adjust square hole breach size and can control each layer and educate feed in dish and enter dish speed.

5. conversion facility according to claim 1 is characterized in that: described seal closure ₍₁₀₎, its structure also comprises: when conversion facility is built in case structure on the roofing of public lavatory, and the seal closure of conversion facilities ₍₁₀₎Be arranged at and receive the maggot base ₍₁₇₎On, in it vertical group dish ₍₁₄₎Its structure is the rectangular cover at a no end, and the length of side all around of cover equals to receive the maggot base ₍₁₇₎The long 6cm that inwardly dwindles of the outer seamed edge of end face square frame; Seal closure ₍₁₀₎The cover frame make of angle steel and channel-section steel, cover is made of plastic plate, and is totally-enclosed with the plastic cement press strip; Its structure also comprises works as seal closure ₍₁₀₎Adopt the box-type skeleton construction, then conversion facility appropriate building underground or semi-underground in the public lavatory; Its structure also comprises: when seal closure was the Cylinder of skeleton construction and Polygons cylinder, then conversion facility was applicable to tower structure.

6. conversion facility according to claim 1, it is characterized in that: described muddy water holds pond₍₄₄₎, between the case beam of front and back, its right is that clear water holds pond₍₄₅₎, the left side is that ovum holds pond₍₇₇₎, be base surface at the bottom of pond, be to receive the maggot ponds on right section of pond₍₃₈₎, be left pump chamber on left section₍₄₇₎, left pump chamber₍₄₇₎Right partition wall to fertilizer holds case₍₇₅₎Be provided with between left partition wall and left section beam₍₀₃₎Contour concrete cover, left pump chamber₍₄₇₎The perpendicular bisector on the left side of right partition wall is provided with fertilizer and holds well₍₇₄₎, left pump chamber₍₄₇₎To right pump chamber₍₄₈₎Perpendicular bisector between partition wall is provided with the fertile groove of filter₍₃₆₎ The fertile groove of described filter₍₃₆₎Be located at muddy water and hold pond₍₄₄₎On interior X-axis center line, flute length equals left pump chamber₍₄₇₎Right partition wall is to right pump chamber₍₄₈₎The distance of left partition wall, groove is high in the stage casing beam₍₀₂₎Height subtracts 5cm, and groove width 25cm is provided with groove bottom right-hand member absolute altitude 55cm in groove, the groove drainage web plate of left end absolute altitude 20cm₍₄₉₎, the groove left end is provided with fertilizer output square hole in groove bottom absolute altitude 24cm place and fertilizer holds well₍₇₄₎Be communicated with, the right-hand member of front and back groove wall is provided with the output square hole logical with muddy water Chi Even; Above-mentioned structure is called for short the fertile groove of filter₍₃₆₎ Described receipts maggot pond₍₃₈₎, be that the many groups of multilayer are educated dish on pond₍₂₅₎, under be that muddy water holds pond₍₄₄₎ Wall is to receive the maggot base₍₁₇₎Wall is the fertile groove of filter at the bottom of pond₍₃₆₎Before and after the skewback that is connected of wall and front and back case top surface of the beam₍₉₄₎ Receipts maggot pipe in pond₍₁₃₉₎Be arranged at and receive the maggot base₍₁₇₎On interior lower square frame wedge inclined-plane; Left and right, pond wall is provided with the glass window that communicates with the left and right pump chamber; Described clear water holds pond₍₄₅₎, before being positioned at, between the rear cabinet beam the rightest section, be base surface at the bottom of pond, the right-hand member wall in pond and right section beam₍₀₄₎Right side flat, the left end in pond is right pump chamber₍₄₈₎Left partition wall, Chi Dingshe and right section beam₍₀₄₎Contour concrete cover is right pump chamber on cover plate₍₄₈₎, the front and back metope of front and back case beam is provided with to clear water and holds cylinder₍₄₆₎Draw water output interface and clear water passes back into the pond interface; , for enlarging reservoir storage, be provided with the left and right Duan Liang of square hole and front and back case beam in the front and back wall_(03，04)Interior connection; Described ovum holds pond₍₇₇₎, between the case beam, be basic plane at the bottom of pond before and after being located at, Chi Ding is that fertilizer holds case₍₇₅₎Bottom surface and case drainage web plate₍₇₆₎, pond inner width 32cm, pond length is the interior span of front and back case beam; Fertilizer holds case₍₇₅₎Oviduct is received in filtrate and front and back₍₅₇₎The receipts ovum water of discharging and from each fly chamber₍₃₉₎The receipts fly water of discharging all flows into ovum and holds pond₍₇₇₎, then, from the fly blow water output interface on the left wall in bottom, this pond, along the defeated fly blow pipe on the left metope in public lavatory, through three-way interface, enter and take out the excrement oviduct₍₀₈₎ Fly blow is being taken out the excrement oviduct₍₀₈₎In with ight soil suction T1 simultaneously, T2 educates dish; Ovum holds pond₍₇₇₎The front and back wall be provided with through hole and left section of front and back beam₍₀₃₎Be communicated with; Described excrement holds pond₍₁₄₄₎, be located at the other box container in public lavatory, its structure and fertilizer hold case₍₇₅₎Hold pond with ovum₍₇₇₎Combining structure identical, ight soil from the manure pit, public lavatory with broken excrement machine₍₁₄₅₎Broken by taking out public lavatory excrement pump₍₅₄This holds case suction, and the water in case is from case drainage web plate₍₇₆₎Pass back into manure pit after leaching, the lavatory excrement in case is taken out excrement ovum pump in being located at this case₍₅₃₎Through taking out the excrement oviduct₍₀₈₎Suction T1 chronologically, T₂Dish, take out the excrement oviduct₍₀₈₎Be provided with the fly blow input interface, ovum holds pond₇₇The fly blow water of output can be taken out the excrement oviduct through what this input interface entered mobile negative pressure₍₀₈₎, excrement and ovum are uniformly mixed in this pipe; Described fertilizer holds case₍₇₅₎Before being located at, the rectangular tank on rear left Duan Liang, case left side wall and case beam left side are flat, and the outer wall of case front/rear end and front and back case beam is flat, is that clear water holds cylinder on case₍₄₆₎, be that ovum holds pond under case₍₇₇₎, case end face absolute altitude 120Cm, case inner width 44cm, be a square plate at the bottom of case, plate absolute altitude 25cm, the long 34cm of plate, wide 44cm, the both sides, front and back of this plate are oblique case drainage web plates just upwards₍₇₆₎, the water in fertilizer is from case drainage web plate₍₇₆₎The ovum of filtering into lower floor holds pond₍₇₇₎, fertilizer holds case₍₇₅₎The left side wall bottom surface is provided with fertile efferent duct₍₁₀₀₎, exhaust output tube₍₉₉₎, the right side wall first half is provided with from fertilizer and holds well₍₇₄₎The fertilizer input interface of extracting out; Described clear water holds cylinder₍₄₅₎, be to be placed in fertilizer to hold case₍₇₅₎The clear water garden of the holding cylinder of upper diameter 80cm, tube length equals two casees beam outer wall identity distances, and the cylinder end face is provided with the float-type power switch₍₅₀₎, the barrel front end face is provided with input interface₍₁₁₉₎With the defeated clear water pipe of taking out in front case beam₍₀₇₎Connect, the barrel rear end face is provided with output interface₍₁₂₀₎With the defeated clear water pipe in the rear cabinet beam₍₀₇₎Connect; Described batch meter₍₇₀₎, be two rectangular box can holding 5kg kind maggot, left kind of maggot batch meter₍₇₀₎At the bottom of case, right side is provided with folding, and outside left side, wall is provided with case bottom door valve₍₇₁₎, the box top center is provided with batch meter₍₇₀₎Hook base, the metering hydraulic control claim₍₇₃₎Pull bar and batch meter₍₇₀₎Hook base Jiao Even connect, with batch meter₍₇₀₎Hang on the case top surface of the beam; Reach 7cm place, box top center is provided with through hole, the bidirectional hydraulic control valve₍₆₈₎The maggot output interface in this through hole inserts case, batch meter₍₇₀₎Body can slide up and down along this mouthpiece wall; Right kind of maggot batch meter₍₇₀₎Structure be left kind of maggot batch meter₍₇₀₎The left and right mirror image of structure; Described fertilizer holds well₍₇₄₎, be to be located at muddy water to hold pond₍₄₄₎Long 90cm in one rectangle frame container of center line left end, well, inner width 36cm; Its right side is the fertile groove of filter₍₃₆₎, before and after it, left three limits are partition walls, and shaft bottom is base surface, and Jing Ding is provided with fertilizer to extract the left pump chamber in hole out₍₄₈₎Floor; The right wall of well is provided with square hole and the fertile groove of filter₍₃₆₎The fertilizer output interface of the first half is connected; Fertilizer is from filtering fertile groove₍₃₆₎Flow into fertilizer and hold well₍₇₄₎, then from this well through taking out the fertile pump of well₍₉₁₎Fertile suction fertilizer is held case₍₇₅₎ Described left pump chamber₍₄₇₎, its end face is to receive the maggot base₍₁₇₎Upper square frame, bottom surface is that muddy water holds pond₍₄₄₎Left cover, left pump chamber₍₄₇₎Right partition wall is provided with observes the glass window, and the right side of window is to receive the maggot pond₍₃₈₎, partition wall and stage casing beam₍₀₂₎Contour, the left wall of partition wall and receipts maggot base₍₁₇₎Lower square frame left side is same vertical plane, left pump chamber₍₄₇₎In be provided with and take out the muddy water pump₍₁₀₇₎, dish chamber ventilation blower fan₍₁₁₀₎, take out exhaust gas fan₍₁₀₉₎, take out the fertile pump of well₍₉₁₎, defeated fertile pump₍₈₈₎ Described right pump chamber₍₄₈₎Be positioned at clear water and hold pond₍₄₅₎On cover plate, its end face is to receive the maggot base₍₁₇₎Upper square frame, the Lower Half of its left partition wall are that muddy water holds pond₍₄₄₎Criticism holds pond with clear water₍₄₅₎Partition wall, left partition wall are provided with observes the glass window, and the left side of window is to receive the maggot pond₍₃₈₎, partition wall and stage casing beam₍₀₂₎Contour, the left wall of partition wall and receipts maggot base₍₁₇₎Lower square frame right side is same vertical plane, is provided with in chamber and takes out clarified water pump₍₁₀₆₎With the Pyatyi Multi-control valve₍₈₁₎。

7. conversion facility according to claim 1 is characterized in that: described to change that dish takes out defeated muddy water and be connected defeated excrement ovum connection piping (23) be at seal closure₍₁₀₎With vertical group of dish₍₁₄₎Between rear surface, in receiving the maggot base₍₁₇₎On, be arranged with from top to bottom the 6 piece defeated muddy water Five-way tubes corresponding with T1 to T6 dish along case beam directions X₍₁₈₎With the 2 piece defeated excrement ovum Five-way tubes corresponding with T1 to T2 dish₍₁₀₂₎ At vertical group dish₍₁₄₎T1-T6 educates outside dish, is being provided with dish Pen water pipe₍₃₅₎Homonymy, be provided with 6 other many siphunculus of the defeated muddy water dish corresponding with T1 to T6 dish₍₁₉₎, prefix is the other many siphunculus of dish that T6 educates dish₍₁₉₎For coiling other nine siphunculus₍₁₄₆₎, T5 educates the other many siphunculus of dish of dish₍₁₉₎For coiling other Five-way tube₍₁₄₇₎, T4 educates the other many siphunculus of dish of dish₍₁₉₎For coiling other three-way pipe₍₁₄₈₎, the other many siphunculus of the dish of T1-T3₍₁₉₎Be bipass; The other many siphunculus of above-mentioned 6 dishes₍₁₉₎Output interface should indulge the group dish respectively₍₁₄₎In same prefix Tn dish in dish Pen water pipe₍₃₅₎Input interface is in parallel the connection all; Above-mentioned four groups of vertical group dishes₍₁₄₎The other many siphunculus of 6 * 4 defeated muddy water dishes₍₁₉₎Input interface respectively with 1 defeated muddy water Five-way tube of its corresponding identical Tn numbering₍₁₈₎In parallel connection of four output interfaces, 6 defeated muddy water Five-way tubes₍₁₈₎Input interface vertically went here and there receipts maggot base₍₁₇₎With the rear cabinet top surface of the beam, respectively with G1 to the G6 angle valve of being located in beam₍₄₁₎The muddy water output interface is connected; G1 to G6 angle valve₍₄₁₎The muddy water input interface take out the muddy water pipe in beam with being located at₍₀₉₎The in parallel connection, G₁To the G6 angle valve₍₄₁₎The hydraulic pressure input interface respectively through being located at the hydraulic pressure tube bank on the beam inner top surface₍₀₅₎Be located at right pump chamber₍₄₈₎Interior Pyatyi Multi-control valve₍₈₁₎1F4,1F7,1F10,1F13,2F14,2F2 hydraulic pressure output interface be in parallel the connection successively; 2 defeated excrement ovum Five-way tubes in above-mentioned piping₍₁₀₂₎Each four defeated excrement ovum output interfaces respectively through four vertical group of dishes₍₁₄₎Dish end face access T2 after incubate in dish before incubating dish and T1, to T1, T2 two dishes are inputted the excrement ovum; Two defeated excrement ovum Five-way tubes₍₁₀₂₎Input interface respectively with the G8-7 angle valve₍₄₁₎Excrement ovum output interface be communicated with, the G8-7 angle valve₍₄₁₎Excrement ovum input interface take out the excrement oviduct in the rear cabinet beam with being located at₍₀₈₎The in parallel connection, the G8-7 angle valve₍₄₁₎The hydraulic pressure tube bank of hydraulic pressure input interface in being located at the rear cabinet beam₍₀₅₎With the Pyatyi Multi-control valve₍₈₁₎2F15,2F3 hydraulic pressure output interface is communicated with; Above-mentioned each carrier pipe is connected connection and is called for short and changes dish and take out defeated muddy water and be connected defeated excrement ovum connection piping with hydraulic tube₍₂₃₎ Above-mentioned 6 defeated muddy water Five-way tubes₍₁₈₎With 2 defeated excrement ovum Five-way tubes₍₁₀₂₎, be installed on and receive the maggot base₍₁₇₎On rear right, square frame end face is ten conveying column supports of basal plane₍₁₁₁₎On; The described dish that changes is controlled hydraulic pressure connection piping₍₂₄₎At seal closure₍₁₀₎Front face and vertical group of dish₍₁₄₎Between front face, in receiving the maggot base₍₁₇₎On, be arranged with from top to bottom the 6 piece transfusions corresponding with T1 to T6 along case beam directions X and press Five-way tube₍₂₂₎ At vertical group dish₍₁₄₎T1-T6 educates outside dish, is being provided with the dish overhead-valve₍₃₁₎With the valve of trying to get to the heart of a matter₍₃₃₎Homonymy, be provided with the other many siphunculus of corresponding with T1 to T6 6 hydraulic disks₍₁₉₎, prefix is the other many siphunculus of hydraulic disk that T1, T2, T3 educate dish₍₁₉₎For bipass, T4, T5, T6 educate the other many siphunculus of dish of dish₍₁₉₎For three-way pipe; Above-mentioned each 6 the other many siphunculus of transfusion platen₍₁₉₎Be the hydraulic pressure three-way pipe, two output interfaces of this three-way pipe respectively with this vertical group of dish₍₁₄₎In same prefix Tn dish in the dish overhead-valve₍₃₁₎With the valve of trying to get to the heart of a matter₍₃₃₎Whole in parallel connections of hydraulic pressure input interface, four groups of vertical group dishes₍₁₄₎6 * 4 transfusions press three-way pipes input interface respectively 1 transfusion of the same prefix Tn corresponding with it press Five-way tube₍₂₂₎Output interface is connected, and Five-way tube is pressed in 6 transfusions₍₂₂₎Input interface vertically went here and there receipts maggot base₍₁₇₎With the rear cabinet top surface of the beam, through being located at the hydraulic pressure tube bank on the beam inner top surface₍₀₅₎Be located at right pump chamber₍₄₈₎Interior Pyatyi Multi-control valve₍₈₁₎1F4,1F7,1F10,1F13,2F14,2F2 hydraulic pressure output interface be in parallel the connection respectively; The connected system of above-mentioned hydraulic tube is called for short to change to coil controls hydraulic pressure connection piping₍₂₄₎ Five-way tube is pressed in 6 transfusions₍₂₂₎Be installed on and receive the maggot base₍₁₇₎On front left, plane, square frame top is ten hydraulic vertical column holders of basal plane₍₁₅₎On; The described dish that changes is taken out muddy water electricity hydraulic control unit₍₁₄₉₎The 1st group of six cylinder switch₍₂₆₎6 hydraulic pressure input interfaces respectively with the G6-1 angle valve₍₄₁₎The hydraulic pressure input interface and the 1F4 of Multi-control valve, 1F7,1F10,1F13,2F14,2F2 hydraulic pressure output interface be in parallel the connection successively, six cylinder switches₍₂₆₎Start for five times on the one and take out muddy water auxiliary reclay and the time relay (JS₁₄S) ₍₁₃₇₎With take out the muddy water pump₍₁₀₇₎Work; With the dishwashing muddy water according to the order of sequence suction take out the muddy water pipe₍₀₉₎, through changing dish, take out defeated muddy water and be connected defeated excrement ovum connection piping₍₂₃₎Dish Pen water pipe in each dish of suction T6 to T3₍₃₅₎With the next day once with the dishwashing muddy water in turn suction T2 to T1 each the dish in dish Pen water pipe₍₃₅₎, complete the dish work of changing of every day; Each required pump-out time relay (JS₁₄S) and " the manual flow-limiting valve on each arm of defeated muddy water₁₁₅" control; The described clear water of taking out, the public lavatory excrement, hold well fertilizer, the ventilation of dish chamber, waste discharge pneumoelectric hydraulic control unit₍₁₅₁₎, be to control hydraulic system with a cover to complete many pumps controls of 6 times on the one, clear water is held pond₍₄₅₎Water through taking out the clear water pipe₍₀₆₎With take out clarified water pump₍₁₀₆₎Pump to clear water and hold cylinder₍₄₆₎, with the public lavatory excrement through be located at hole other take out public lavatory excrement pump₍₅₄₎Pump to excrement and hold pond₍₁₄₄₎, fertilizer is held well₍₇₄₎In fertilizer through taking out the fertile pump of well₍₉₁₎Along taking out fertile input pipe₍₉₈₎Pump to fertilizer and hold case₍₇₅₎, with air from fly chamber, front and back₍₃₉₎Through air delivery pipe be₍₈₀₎With dish chamber ventilation blower fan₍₁₁₀₎Dish is respectively educated in suction, and muddy water is held pond₍₄₄₎In waste gas through taking out exhaust gas fan₍₁₀₉₎And exhaust output tube₍₉₉₎Enter sewer; Its hydraulic control pipeline connects: with six cylinder switch second₍₁₁₂₎The hydraulic pressure input interface respectively with the Pyatyi Multi-control valve₍₈₁₎1F16; 1F22; 1F1,1F4,1F10; 1F13 hydraulic pressure output interface is communicated with; start through this power switch group the time of controlling this group pump again, auxiliary reclay second, start simultaneously above-mentioned each pump and complete the task of pumping of 6 times every day; the delay time of time relay second is controlled and is shut down, and is serially connected in " the manual flow-limiting valve on each arm₁₁₅" adjust and the control flow; The described dish that changes is taken out excrement ovum electricity hydraulic control unit₍₁₅₀₎It is the two cylinder switch₍₂₇₎In two cylinder hydraulic pressure input interface and G_8-7Angle valve₍₄₁₎Two valve hydraulic pressure input interfaces and the 2F15 of Multi-control valve, 2F3 hydraulic pressure output interface is in parallel the connection successively, the two cylinder switch₍₂₇₎Start respectively for 1 time next day of each cylinder and take out excrement ovum auxiliary reclay and the time relay (JS₁₄S) ₍₁₃₇₎With take out excrement ovum pump₍₅₃₎Work, hold case with excrement from excrement₍₁₄₄₎The excrement oviduct is taken out in suction₍₀₈₎, then through the above-mentioned dish that changes, take out defeated muddy water and be connected defeated excrement ovum connection piping₍₂₃₎Suction T1, T2 dish; Described shunting and metering kind of maggot and sterilization are cleaned finished product maggot device by being located at front stage casing beam₍₀₂₎On Zuo Wai Even pipe₍₉₆₎, plant the maggot isocon₍₆₅₎, be located at the sterilization webmaster on front wall₍₆₀₎, wash the maggot webmaster₍₆₄₎, be located at front right Duan Liang₍₀₄₎On roasting maggot micro-wave oven₍₂₁₎And the supporting device of maggot baking, be located at front case beam emergence chamber₍₄₂₎Interior bidirectional hydraulic control valve₍₆₈₎, batch meter₍₇₀₎Form Deng the metering hydraulic control unit; Above-mentioned shunting connects with the transfer pipeline that is connected kind of maggot and sterilization cleaning finished product maggot device₍₁₅₂₎Be: receive the maggot pipe₍₁₃₉₎Output interface, Even pipe Wai Zuo₍₉₆₎With kind of a maggot isocon₍₆₅₎The maggot input interface₍₁₂₇₎Be communicated with the kind maggot output interface of this isocon₍₁₂₉₎With the bidirectional hydraulic control valve₍₆₈₎Kind maggot input port connect, this bidirectional hydraulic control valve₍₆₈₎Left and right kind maggot output interface₍₁₂₉₎With the left and right batch meter₍₇₀₎Kind maggot input port connect; Plant the maggot isocon₍₆₅₎Finished product maggot output interface₍₁₂₈₎With the sterilization webmaster₍₆₀₎, wash the maggot webmaster₍₆₄₎, maggot enters boiler tube₍₉₇₎, the series connection of the finished product maggot input interface of micro-wave oven is connected, micro-wave oven maggot is killed and thick drying after, fall into from top to bottom maggot and hold cylinder₍₇₉₎ Above-mentioned maggot enters boiler tube₍₉₇₎, its tube wall is provided with the air input interface, with being located at, enters the stove blower fan on front case beam₍₆₉₎The air of output enters the stove direction along maggot and enters roasting maggot micro-wave oven through this interface₍₂₁₎ Above-mentioned kind of maggot isocon₍₆₅₎In water from be located on this pipe left side the water output interface with wash the maggot webmaster₍₆₄₎Water input interface on right side is connected, and washes the maggot webmaster₍₆₄₎Water output interface on left side is through the wash water return duct₍₉₅₎Flow into clear water and hold pond₍₄₅₎ Above-mentioned shunting connects with the hydraulic control pipeline that is connected kind of maggot₍₁₆₁₎The metering hydraulic control pipeline of its left system is: the hydraulic pressure output interface of Multi-control valve 4F1 and left metering hydraulic control claim₍₇₃₎On the hydraulic pressure input interface, left case bottom door valve₍₇₁₎Hydraulic control cylinder hydraulic pressure input interface, the bidirectional hydraulic control valve₍₆₈₎In left plunger single-acting cylinder₍₂₉₎The hydraulic pressure input interface is in parallel to be connected, and left metering hydraulic control claims₍₇₃₎The hydraulic pressure output interface with plant the maggot isocon₍₆₅₎Left plunger single-acting cylinder₍₂₉₎The hydraulic pressure input interface connect; The principle of above-mentioned metering hydraulic control is: when 4F1 has hydraulic pressure, and case bottom door valve₍₇₁₎Because there being hydraulic pressure to make bottom door normally closed; Work as batch meter₍₇₀₎Interior without maggot gravity, the metering hydraulic control claims₍₇₃₎Valve rod claiming to pull to highest order under spring action, the metering hydraulic control is claimed₍₇₃₎Hydraulic pressure input and two plungers of output interface in cylinder between connect, 4F1 hydraulic pressure is inputted unidirectional dual control valve through this output interface that is switched on₍₆₆₎In left plunger single-acting cylinder₍₂₉₎, make unidirectional dual control valve₍₆₆₎De Even roofbolt plug valve door₍₆₇₎Move to right, the maggot input interface₍₁₂₇₎To kind of a maggot output interface₍₁₂₉₎Open-minded, plant maggot and enter the bidirectional hydraulic control valve through this interface₍₆₈₎, then from this valve left output interface enter left batch meter₍₇₀₎ When weight reaches measuring requirement, the weighing balance spring elongates the metering hydraulic control is claimed₍₇₃₎Pull bar moves down, the metering hydraulic control cylinder in this claims₍₇₂₎In hydraulic pressure output cut off by plunger with input interface, output is connected with the row pressure interface, makes unidirectional dual control valve₍₆₆₎Interior left plunger single-acting cylinder₍₂₉₎Hydraulic pressure is discharged from the row pressure interface, seed selection maggot end-of-job; Above-mentioned hydraulic control is characterised in that: this moment case bottom door valve₍₇₁₎Keep closing because also can directly from the 4F1 interface, obtaining hydraulic pressure, only have fourth stage Multi-control valve₍₁₂₄₎Rotate again 15 degree, 4F1 plunger fluid cylinder₍₈₄₎After release, case bottom door valve₍₇₁₎Just open; The metering hydraulic control hydraulic pressure of pipe line of above-mentioned right system connects: the 4F13 interface of Multi-control valve connects each valve with above-mentioned identical mirror image; Above-mentioned kind of maggot isocon₍₆₅₎, its shell diameter 110mm, the left tube wall of shell are provided with tube wall with footpath and the level vertical finished product maggot output interface that stretches out forward₍₁₂₈₎, shell middle part and right section tube wall are provided with tube wall with footpath and the level vertical maggot input interface that stretches out backward₍₁₂₇₎With kind of a maggot output interface₍₁₂₉₎, the centre-to-centre spacing such as three interfaces; Above-mentioned kind of maggot isocon₍₆₅₎, first position, garden of shell left end cap is provided with the hydraulic pressure input interface of two hydraulic control valves, and second position, garden of right end cap is provided with the water output interface, is provided with unidirectional dual control valve in pipe₍₆₆₎ Above-mentioned unidirectional dual control valve₍₆₆₎Finished product maggot output interface₍₁₂₈₎, the maggot input interface₍₁₂₇₎With kind of a maggot output interface₍₁₂₉₎, with kind of a maggot isocon₍₆₅₎The input/output interface of the same name position of shell is identical with direction, with three pipe water strainers being located in pipe₍₁₃₀₎, respectively with the corresponding connection of three input/output interfaces of valve and shell, fortune maggot water connects webmaster from Even and is leached into shell tube wall and unidirectional dual control valve₍₆₆₎Between outer tube wall, through being located at water output interface on right end cap, flowing out to and wash the maggot webmaster₍₆₄₎, maggot is exported from corresponding interface; Above-mentioned unidirectional dual control valve₍₆₆₎Structure be: valve diameter 40mm, valve body left-hand cylinder wall are provided with the finished product maggot output interface that and level vertical with barrel stretched out forward₍₁₂₈₎, the barrel middle part is provided with maggot input interface vertical with barrel and that level is stretched out backward with right barrel₍₁₂₇₎With kind of a maggot output interface₍₁₂₉₎, the centre-to-centre spacing such as three interfaces, the shutoff of valve casing right-hand member, left end is provided with two the plunger single-acting cylinders in left and right₍₂₉₎, valve body middle part is provided with and longly equals two interface centre-to-centre spacing and add interface tube diameter De Even roofbolt plug valve door₍₆₇₎ Left cylinder and valve casing are affixed, and right cylinder can slide in the valve casing conduit, left cylinder hydraulic pressure push rod₍₁₂₆₎Connect right cylinder hydraulic pressure push rod with right cylinder shell hinge₍₁₂₆₎Yu Even roofbolt plug valve door₍₆₇₎The right-hand member hinge connect, when two plunger single-acting cylinders₍₂₉₎One of during input hydraulic pressure, the hydraulic pressure push rod₍₁₂₆₎Equal Tui Dong Even roofbolt plug valve door₍₆₇₎Move right, the maggot of input is to the kind maggot output interface on the right₍₁₂₉₎Open-minded; When two cylinders are inputted without hydraulic pressure, two cylinders the cylinder inner spring with the hydraulic pressure push rod₍₁₂₆₎He Even roofbolt plug valve door₍₆₇₎Retract left end, the maggot of input is to the finished product maggot output interface on the left side₍₁₂₈₎Open-minded; Above-mentioned bidirectional hydraulic control valve₍₆₈₎, be located under front case top surface of the beam along the axial emergence chamber, left and right of x₍₄₂₎In, its valve body is diameter 40mm garden cylinder, valve body left and right barrel is provided with vertical with barrel and stretches into the left and right batch meter downwards₍₇₀₎Output interface, batch meter can be along sliding on this output interface tube wall; Valve body middle part is provided with goes here and there out and went here and there the maggot input interface of case beam upper surface vertically upward with barrel, this interface with plant the maggot isocon₍₆₅₎Kind maggot output interface₍₁₂₉₎Be communicated with above-mentioned bidirectional hydraulic control valve₍₆₈₎The centre-to-centre spacing such as three interfaces, valve body left and right section respectively is provided with 1 plunger single-acting cylinder₍₂₉₎, the left and right end cap is provided with the hydraulic pressure input interface of cylinder, and valve body middle part is provided with and longly equals two interface centre-to-centre spacing and add interface tube diameter De Even roofbolt plug valve door₍₆₇₎, the hydraulic pressure push rod of left and right cylinder and Even roofbolt plug valve door₍₆₇₎The left and right end without connection, this structure Shi Even roofbolt plug valve door₍₆₇₎All the time move to the aneroid pressure side, when left end output interface when moving to left open-minded, otherwise the right-hand member output interface is open-minded; Above-mentioned sterilization webmaster₍₆₀₎Be located on the outer wall of beam middle part, front stage casing lower than beam face 6cm, shell diameter 110mm, first garden of its left end cap is provided with the maggot input interface, and first garden of right end cap is provided with the maggot output interface, and the pipe middle part is provided with thimerosal and adds incoming interface, and Guan Zhongyong diameter 32mm manages water strainer₍₁₃₀₎The input and output interface that connects two ends; Maggot is sterilized finished product in webmaster; The above-mentioned maggot webmaster of washing₍₆₄₎, being located on the outer wall of front stage casing beam right part lower than beam face 6cm, shell diameter 110mm, be provided with the pipe water strainer of diameter 32mm in pipe₍₁₃₀₎, first garden of left end cap is provided with the three-way pipe input interface, the middle interface of three-way pipe and sterilization webmaster₍₆₀₎The maggot output interface connect, the left interface of three-way pipe with plant the maggot isocon₍₆₅₎The water output interface connect, the right interface of three-way pipe with wash the maggot webmaster₍₆₄₎In the pipe water strainer₍₁₃₀₎Connect the pipe water strainer₍₁₃₀₎Right-hand member and the maggot output interface on first garden of right end cap connect, the above-mentioned maggot webmaster of washing₍₆₄₎Output interface enter boiler tube through maggot₍₉₇₎Enter roasting maggot micro-wave oven₍₂₁₎, maggot enters boiler tube₍₉₇₎Middle part be provided with into the stove blower fan₍₆₉₎The air input interface, the end face in second garden of right end cap is provided with pipe water strainer 130 drainage output interfaces, this interface is through the clear water return pipe₍₁₀₈₎To flow into clear water and hold pond₍₄₅₎ Above-mentioned roasting maggot micro-wave oven₍₂₁₎And the supporting device of maggot baking, be located at seal closure₍₁₀₎Outside front face, receive the maggot base₍₁₇₎On the frame end face of right front, roasting maggot micro-wave oven₍₂₁₎The available household microwave oven transformation of the way, being characterized as after its transformation of the way; At the bottom of being arranged in stove, Tong，Zheng garden, the taper furnace wall cone furnace wall cylinder of one negative cone angle holds cylinder with the taper maggot of being located under micro-wave oven₍₇₉₎Be communicated with, cone center upper surface is provided with the hot blast efferent duct that goes out from the furnace roof string, and the tangential direction in the cylinder of furnace wall is provided with the input interface of finished product maggot and wind, and this structure makes the rapid draing under the rotation wind action of finished product maggot, and finished product obtains microwave sterilization simultaneously; The oven dry power of stove is 150 grams per minute; Above-mentioned batch meter₍₇₀₎Be two rectangular box can holding 5kg kind maggot, its structure is: left kind of maggot batch meter₍₇₀₎At the bottom of case, right side is provided with folding, and outside left side, wall is provided with case bottom door valve₍₇₁₎, the box top center is provided with batch meter₍₇₀₎Hook base, the metering hydraulic control claim₍₇₃₎Pull bar and batch meter₍₇₀₎Hook base Jiao Even connect, with batch meter₍₇₀₎Hang on the case top surface of the beam; Reach 7cm place, box top center is provided with the square hole, the bidirectional hydraulic control valve₍₆₈₎Left maggot output interface in this through hole inserts case, batch meter₍₇₀₎Body can slide up and down along this mouthpiece wall; Right kind of maggot batch meter₍₇₀₎Structure be left kind of maggot batch meter₍₇₀₎The left and right mirror image of structure; Above-mentioned case bottom door valve₍₇₁₎It is a plunger single-acting cylinder₍₂₉₎, the hydraulic pressure push rod of cylinder₍₁₂₆₎Protrude upward, the push rod tow that makes progress when the valve input hydraulic pressure, thread drawing mechanism is closed bottom door, and during without hydraulic pressure, bottom door is opened, and above-mentioned structure is called for short case bottom door valve₍₇₁₎ Above-mentioned metering hydraulic control cylinder₍₇₂₎, cylinder body is the garden cylinder of diameter 20mm, is provided with the vertical cylinder body pull bar at two ends up and down of going here and there out in cylinder, and the pull bar upper end is connected with spring balance, and lower end lifts weight, and the pull bar middle part is provided with upper and lower two plungers; Cylinder barrel wall and case beam hole wall are affixed, and pull bar and two plungers can slide in the cylinder barrel wall, and the cylinder barrel wall first half is provided with the row pressure interface, and middle part is provided with the hydraulic pressure output interface, and bottom is provided with the hydraulic pressure input interface; The plunger of above-mentioned two plungers adds bore dia apart from the pitch-row that equals two input/output interfaces, when the hydraulic pressure push rod₍₁₂₆₎While not being subjected to gravity, claim spring without stretching, middle interface and lower interface are between lower plunger and are switched on, when the hydraulic pressure push rod₍₁₂₆₎While being subjected to gravity, claiming spring to stretch plunger is moved down, upper plug moves between middle interface and lower interface two interfaces is cut off, and middle part output interface and top row pressure interface are connected, and hydraulic pressure is discharged from, and above-mentioned structure is called for short metering hydraulic control cylinder₍₇₂₎ Above-mentioned metering hydraulic control cylinder₍₇₂₎Claim with the metering hydraulic control that constitutes of 15kg spring balance₍₇₃₎: the conveying of described plumage fly part flow arrangement is connected with the hydraulic control pipeline₍₁₅₆₎, this device makes plumage fly sequential through the fly family of power and influence₍₆₃₎Fly to the fly chamber of appointment₍₃₉₎, maggot and plumage fly can be through plumage chamber communicating pipes before and after left and right₍₄₃₎Divide the fly pipe with left and right₍₆₂₎The fly family of power and influence before and after freely arriving₍₆₃₎, then the fly family of power and influence through opening₍₆₃₎Enter each fly chamber, the fly family of power and influence₍₆₃₎The hydraulic control pipeline connect and to be: front left, front right, rear right, four fly families of power and influence of rear left₍₆₃₎Hydraulic pressure input interface and level V Multi-control valve₍₁₂₅₎Its moving cylinder₍₈₃₎Be provided with the lengthening skewback of numbering 5K1₍₈₇₎The plunger fluid cylinder₍₈₄₎5F1,5F4,5F13,5F22 hydraulic pressure output interface connect, when 5K1 lengthens skewback₍₈₇₎Promote each plunger fluid cylinder in rotation₍₈₄₎The hydraulic pressure push rod₍₁₂₆₎On move, hydraulic pressure inputs to the corresponding fly family of power and influence₍₆₃₎, 5K1 lengthens skewback₍₈₇₎Length, it is characterized in that: can control the fly family of power and influence₍₆₃₎Service time extends to₍₂₄₎Hour, the conveying that above-mentioned device is called for short plumage fly part flow arrangement is connected with the hydraulic control pipeline₍₁₅₆₎ Above-mentioned minute fly pipe₍₆₂₎Be the pipe of moulding of diameter 110mm, before and after pipe range equals, the outer span of case beam adds 10cm, and this pipe was vertically gone here and there muddy water and held pond₍₄₄₎With the fertile groove of filter₍₃₆₎, the outer wall of case beam before and after go here and there out rear and front end, port seals with pipe cap; Part the fly pipe on the left side₍₆₂₎Rear and front end be close to case beam inner top surface, and be placed in before and after the emergence chamber₍₄₂₎On left partition wall; The left and right both sides of tube wall face from pipe front/rear end 20cm place all have wide 4cm, and the square hole of long 50cm is respectively equipped with the left fly chamber of controlling in rear cabinet beam forward on two square holes, left side₍₃₉₎The fly family of power and influence who opens₍₆₃₎, left emergence chamber before and after two square holes, right side make₍₄₂₎Even is logical; Part the fly pipe on the right side₍₆₂₎Structure and position be to part the fly pipe on the left side₍₆₂₎The left and right mirror image; The above-mentioned fly family of power and influence₍₆₃₎Be located at a minute fly pipe₍₆₂₎By the fly chamber₍₃₉₎On the tube wall face square hole of one side, its structure is: the nylon elastic cord that is provided with wide 7cm tension along the inside pipe wall face in this square hole₍₉₃₎, the nylon elastic cord₍₉₃₎Under be provided with bullet card in two pipes₍₁₀₃₎Make elastic cord be close to the inside pipe wall face, the pipe outer wall in square hole is provided with the outer bullet card of pipe₍₁₀₄₎, be used for arranging the plunger single-acting cylinder₍₂₉₎, cylinder and nylon elastic cord₍₉₃₎With square groove width center line on same level, the hydraulic pressure push rod₍₁₂₆₎Upper being socketed with respectively is bent downwardly the sebific duct that is connected with the elastic cord upper surface after 90 degree, plunger single-acting cylinder₍₂₉₎During input hydraulic pressure, the hydraulic pressure push rod₍₁₂₆₎Stretch out forward sebific duct promotion elastic cord is moved downward, the fly door is opened, and above-mentioned structure is called for short the fly family of power and influence₍₆₃₎ The fluid pressure line of described receipts chamber fly connects₍₁₅₄₎To make four fly chambers₍₃₉₎In aged dead fly clean chronologically and be delivered to ovum and hold pond₍₇₇₎, it is carried and to be connected connection with fluid pressure line and to be: will control respectively rear right fly chamber Pen water pipe₍₄₀₎The G11 angle valve₍₄₁₎, control rear left fly chamber Pen water pipe₍₄₀₎The G9 angle valve₍₄₁₎, control front left fly chamber Pen water pipe₍₄₀₎G₁₀Angle valve₍₄₁₎, control front right fly chamber Pen water pipe₍₄₀₎G₁₂Angle valve₍₄₁₎Hydraulic pressure input interface and level V Multi-control valve₍₁₂₅₎Moving cylinder₍₈₃₎Go up and the 5K1 skewback₍₈₆₎The plunger fluid cylinder that coordinates₍₈₄₎5F1,5F4,5F13,5F22 hydraulic pressure output interface connect, when the 5K1 skewback₍₈₆₎Promote respectively above-mentioned each plunger fluid cylinder in rotation₍₈₄₎The hydraulic pressure push rod₍₁₂₆₎On move, hydraulic pressure inputs to the angle valve of above-mentioned correspondence₍₄₁₎, this angle valve₍₄₁₎The fly chamber Pen water pipe that is communicated with₍₄₀₎To this fly chamber Pen water, the fly of checkmating is delivered to ovum from this fly chamber and holds pond₍₇₇₎The conveying of described receipts ovum device is connected with the hydraulic control pipeline₍₁₅₃₎Be: by G13,14,15,16 angle valves and front and back, receive oviduct₅₇Form, the connection of its transfer pipeline is: respectively oviduct is received in front and back₍₅₇₎In receipts ovum Pen water pipe₍₅₈₎Input interface₍₁₁₉₎With 13,14 angle valves₍₄₁₎Output interface₍₁₂₀₎The in parallel connection; With the G13-14 angle valve₍₄₁₎Input interface₍₁₁₉₎Through clear water shunting seven siphunculus₍₂₈₎With receipts ovum bucket₍₆₁₎Output interface₍₁₂₀₎The in parallel connection, with G13,15 angle valves₍₄₁₎The hydraulic pressure input interface and the hydraulic pressure output interface of the 1F4 of Pyatyi Multi-control valve connect, with G14,16 angle valves₍₄₁₎Hydraulic pressure input interface and the 1F7 hydraulic pressure output interface of Pyatyi Multi-control valve connect; Above-mentioned receipts chamber fly be connected the ovum transfer pipeline and connect₍₁₅₇₎Receipts chamber fly be connected the ovum transfer pipeline and connect and to be: it is indoor that this transfer pipeline is located at the rear right fly of rear right case beam, and the connection of this pipeline is: through clear water shunting seven siphunculus₍₂₈₎To receive the ovum bucket₍₆₁₎Output interface and the indoor G that arranges from left to right of rear right fly_9-14Angle valve₍₄₁₎Whole in parallel connections of input interface; G_9-12Angle valve₍₄₁₎Output interface respectively with rear left, front left, front right, the fly chamber Pen water pipe of rear right four fly chambers₍₄₀₎The water supply input interface is connected, G_13-14Angle valve₍₄₁₎Input interface respectively with forward and backward receipts ovum Pen water pipe₍₅₈₎The water supply input interface connect; Above-mentioned receipts ovum bucket₍₆₁₎Input interface through defeated clear water pipe₍₀₇₎Hold cylinder with clear water₍₄₆₎Output interface be communicated with; The feature of above-mentioned device is to make the receipts oviduct₍₅₇₎In fly blow every day be delivered to ovum 1 time and hold pond₍₇₇₎ Above-mentioned receipts oviduct₍₅₇₎Front receipts oviduct₍₅₇₎Be the pipe of a diameter 110mm, pipe range equals the stage casing beam₍₀₂₎The long 40cm that increases, the left lowland of the right height of this pipe is placed on front case beam madial wall, and its right-hand member is from the stage casing beam₍₀₂₎Right partition wall string goes out to right section beam₍₀₄₎Beam outer on surface, be provided with the angle valve by G13 at the pipe right-hand member₍₄₁₎The receipts ovum Pen water pipe of controlling₍₅₈₎Input interface and manually-operated feed add incoming interface, receive oviduct₍₅₇₎In be provided with and receive ovum Pen water pipe₍₅₈₎, receive oviduct₍₅₇₎Left end is from the stage casing beam₍₀₂₎Left partition wall seals in left section beam₍₀₃₎In, the G15 angle valve of fly blow output interface before the pipe left end is provided with and controls₍₄₁₎ Receive oviduct₍₅₇₎The one-tenth fly that the socket first half has 11 wide 4cm of the long 30cm square hole of coming in and going out, what be stained with 5 high 25mm in pipe holds the material plate washer₍₁₃₈₎, for segmentation, save and raise liquid; In pipe, the mid point place is provided with every the fly gauze₍₅₉₎ Above-mentioned rear receipts oviduct₍₅₇₎Structure and setting be front receipts oviduct₍₅₇₎Front and back symmetrical mirror picture, use G14,16 angle valves₍₄₁₎Receive oviduct after controlling₍₅₇₎Receipts ovum Pen water pipe₍₅₈₎The input and output interface; Above-mentioned receipts ovum bucket₍₆₁₎Be located at seal closure₍₁₀₎The outer receipts maggot base of cover after right-hand member₍₁₇₎On end face, be positioned at and receive the maggot bucket₍₅₂₎A left side, be that capacity is the bucket of 50 liters, the bucket in be provided with a barrel water strainer₍₁₁₆₎Bucket is divided into up and down two parts, and the bucket end, be provided with the clear water output interface₍₁₂₀₎And input interface₍₁₁₉₎Respectively with clear water shunting seven siphunculus₍₂₈₎With defeated clear water pipe₍₀₇₎Connect, the bucket first half is provided with to be communicated with receives the maggot bucket₍₅₂₎Tube connector; Above-mentioned angle valve₍₄₁₎Structure be: valve body is the three-way plastic tube of a diameter 40mm, and the lower port of three-way pipe is input interface, and middle port is output interface, and upper port is provided with the end cap with the hydraulic pressure input hole, and lid has a plunger single-acting cylinder₍₂₉₎, be provided with the valve seat ring in the pipe of lower segment port, be provided with under the valve seat ring and the hydraulic pressure push rod₍₁₂₆₎, the push rod upper end is connected with the plunger valve, hydraulic pressure push rod after input hydraulic pressure₍₁₂₆₎The drive plunger moves downward the valve seat ring is separated with the plunger valve, and valve is opened; Above-mentioned angle valve₍₄₁₎Totally 16, with first left and then right, first the order behind front and back, represent each angle valve with numbering character G1-16₍₄₁₎ Described receipts maggot transfer pipeline connects and hydraulic control unit₍₁₅₅₎, this device holds cylinder by clear water₍₄₆₎With receipts ovum bucket₍₆₁₎With receipts maggot pipe₍₁₃₉₎With control maggot net₍₅₆₎Form, it is carried and is connected connection with fluid pressure line and is: clear water holds cylinder₍₄₆₎The defeated clear water pipe of water in the rear cabinet beam₍₀₇₎Flow to and receive the ovum bucket₍₆₁₎In, the bucket water strainer that arranges in bucket₍₁₁₆₎After filtration, then through being provided with " manual flow-limiting valve₁₁₅" the bucket connecting leg be delivered to its right receipts maggot bucket₍₅₂₎ Above-mentioned receipts maggot bucket₍₅₂₎Press batch (-type) and export receipts maggot water at the bottom of bucket, the receipts maggot water of output is through receiving the maggot base₍₁₇₎The input interface of rear right wall flows into receives the maggot pipe₍₁₃₉₎, in pipe, the finished product maggot is with receiving maggot water from receiving the maggot base₍₁₇₎The output interface of front left wall flows out, along the Zuo Wai Even pipe of being located on front case beam beam face₍₉₆₎Flow into shunting and connect with the transfer pipeline that is connected kind of maggot and sterilization cleaning finished product maggot device; Above-mentioned receipts maggot pipe₍₁₃₉₎Its structure is: receive the maggot pipe₍₁₃₉₎Be the rectangular plastic pipe frame that caliber 63mm forms, be arranged at and receive the maggot base₍₁₇₎On the wedge inclined-plane of lower square frame; Before and after wide the equaling of pipe frame centre-to-centre spacing, the interior span ，Guan Kuang center of case beam distance equals the left and right pump chamber_(47、48)Right left partition wall in span; Receive the maggot pipe₍₁₃₉₎The rear and right corner of square frame is provided with receives maggot water input interface, and this input interface string is crossed receipts maggot base₍₁₇₎Rear surface and receipts maggot bucket₍₅₂₎Output interface connect; Above-mentioned receipts maggot pipe₍₁₃₉₎The front left comer of square frame is provided with maggot water output interface, and this output interface string is crossed receipts maggot base₍₁₇₎Front face is Even pipe and kind maggot isocon Wai Zuo₍₆₅₎Input interface connect; Above-mentioned receipts maggot pipe₍₁₃₉₎First garden wall on have a plurality of equidistant rectangular opening of wide 40cm, each square hole all forms a maggot family of power and influence₍₅₁₎ Receive the maggot pipe₍₁₃₉₎On outer tube wall, cover has the outer bullet card of pipe₍₁₀₄₎, and the outer cantilever card of pipe₍₁₀₅₎, be used for installing control maggot net₍₅₆₎, the maggot that lies prone in control enters the maggot family of power and influence₍₅₁₎The motion circuit; The above-mentioned maggot family of power and influence₍₅₁₎Its structure is: receiving the maggot pipe₍₁₃₉₎Rectangular opening in, be provided with the nylon elastic cord of wide 70mm tension along the inside pipe wall face of axis, square hole₍₉₃₎, the nylon elastic cord in each square hole₍₉₃₎Under be provided with bullet card in two plastic tubes that support elastic cord₍₁₀₃₎, make elastic cord be close to inside pipe wall and form the maggot family of power and influence of sealing state₍₅₁₎, the finished product maggot can pierce in pipe between tube wall and elastic cord; Above-mentioned receipts maggot bucket₍₅₂₎Be located at seal closure₍₁₀₎The receipts maggot base on the right outside rear cover₍₁₇₎On end face, its left side is to receive the ovum bucket₍₆₁₎, the capacity of this barrel₍₅₀₎Litre, the bucket first half is with being provided with " manual flow-limiting valve₁₁₅" Guan Yushou ovum bucket₍₆₁₎Even is logical, and the bucket end is provided with the clear water output interface₍₁₂₀₎With receipts maggot pipe₍₁₃₉₎Input interface be communicated with, be provided with the patent No. in bucket and be Zl96216390.2 from overboard fuse₍₅₅₎, this fuse makes in bucket the full valve of water automatically open-minded, and after water level reduces, valve cuts out automatically, adjusts " the manual flow-limiting valve on communicating pipe₁₁₅" can control and receive the maggot pipe₍₁₃₉₎Receipts maggot rhythm; Described control maggot net₍₅₆₎Its overall length equals to receive the maggot pipe₍₁₃₉₎Girth, gauze lower limb are pressed in and " connect skewback₍₉₄₎" with being connected under intersection of front and back case beam internal face, gauze extends upwardly to and receives the maggot pipe along pool wall₍₁₃₉₎The maggot family of power and influence₍₅₁₎Side cavities limit in the square hole, then along being located at, receive the maggot pipe₍₁₃₉₎The outer bullet card of pipe on outer wall₍₁₀₄₎The breach place enter in card, gauze along the internal face of this bullet card with receive the maggot pipe₍₁₃₉₎The crack that outer wall forms, and be wrapped in the outer cantilever card of pipe₍₁₀₅₎, catadioptricly from bottom to top go to the maggot family of power and influence₍₅₁₎Hole limit, the outside, square hole, then along the outer cantilever card of pipe that is placed in gauze₍₁₀₅₎Cantilever upper surface Xiang Chi center extend 20cm; Described hydraulic control power switch group₍₂₅₎By 1 group of six cylinder switch₍₂₆₎With 1 group of two cylinder switch₍₂₇₎With 1 group of six cylinder switch second₍₂₇₎With 3 groups of auxiliary reclays and the time relay (JS₁₄S) ₍₁₃₇₎Form hydraulic control power switch group₍₂₅₎, this switches set is located at rear stage casing beam₍₀₂₎Top surface of the beam and receipts maggot base₍₁₇₎Between rear outer side surface, the hydraulic pressure input interface of each parts of switches set all seals in the emergence chamber from the beam upper surface₍₄₂₎ Above-mentioned six cylinder hydraulic control power switch switches₍₂₆₎Its structure is: hydraulic control power switch switch housing is long 300mm De Yougai garden cylinder, and the cylinder internal upper part is provided with moving logical contact power knob switch, and middle part is provided with the hydraulic pressure push rod₍₁₂₆₎The slide-and-guide pipe₍₁₁₇₎, bottom has also, 6 plunger single-acting cylinders of arranged in series₍₂₉₎, the plunger single-acting cylinder of each power switch₍₂₉₎Hydraulic pressure input interface string cross case beam upper surface and insert in beam; Six cylinder hydraulic control power switch switches₍₂₆₎In the slide-and-guide pipe₍₁₁₇₎Be provided with the up and down end cap, be provided with in guide pipe by the permanent magnet of magnetic force suction in the upper cover bottom surface₍₃₀₎, permanent magnet₍₃₀₎Upper surface is connected with the knob push rod that goes out from the upper cover string, when plunger single-acting cylinder arranged side by side₍₂₉₎In a cylinder input hydraulic pressure, cylinder hydraulic pressure push rod₍₁₂₆₎Make the slide-and-guide pipe₍₁₁₇₎And permanent magnet₍₃₀₎Move upward, the magnet push rod makes push switch relay J S start-up time that switches on power₁₄S and auxiliary reclay and motor; The slide-and-guide pipe₍₁₁₇₎Move in continuation, because moving limited upper cover and the permanent magnet of making on the knob push rod₍₃₀₎Lose absorption affinity, the magnetic force push rod breaks away from power switch; The shutdown of pump is controlled by the delay time of the time relay that has started; Above-mentioned six and colonnade " plug single-acting cylinder₂₉" also can be designed to as required cascaded structure; Above-mentioned two cylinder switch₍₂₇₎, its superstructure is identical with six cylinders, and two fluid cylinders are only established in bottom; The shutdown of pump is by the two cylinder switch₍₂₇₎The delay time of the time relay that starts is controlled.

8. conversion facility according to claim 1, is characterized in that: described Pyatyi Multi-control valve₍₈₁₎Be by support and by from front to back be arranged on stepper motor on support along system₍₈₅₎Form with one, two, three, four, five single-stage Multi-control valves, each single-stage Multi-control valve is by safety barrel₍₈₂₎, moving cylinder₍₈₃₎Form; Above-mentioned stepper motor₍₈₅₎Moving cylinder with the single-stage Multi-control valve₍₈₃₎Be provided with gear wheel₍₁₄₁₎And pinion₍₁₄₂₎, motor drives first order Multi-control valve by 1 to 1₍₁₂₁₎Moving cylinder₍₈₃₎Rotate, after front single-stage Multi-control valve drives, the single-stage Multi-control valve rotates by 0.5 speed ratio; The safety barrel of single-stage Multi-control valve₍₈₂₎Be provided with the plunger fluid cylinder of diverse location on the locational centring ring of the different axis in surface₍₈₄₎Installing hole, the plunger fluid cylinder on installing hole₍₈₄₎The hydraulic pressure push rod₍₁₂₆₎The vertical rotating shaft core that points to, be located at moving cylinder₍₈₃₎And and safety barrel₍₈₂₎On centring ring belong to the different anchor points of concentric Yuan De garden on week and be provided with skewback₍₈₆₎Or lengthening skewback₍₈₇₎, moving cylinder₍₈₃₎At safety barrel₍₈₂₎During middle rotation, moving cylinder₍₈₃₎On skewback promote safety barrel on same centring ring₍₈₂₎On the plunger fluid cylinder₍₈₄₎The hydraulic pressure push rod₍₁₂₆₎Move upward, the hydraulic pressure output interface of this fluid cylinder and input interface are connected, this output interface, to the operation fluid cylinder input hydraulic pressure of correspondence, is completed the ecological first day cycle of fly maggot of controlling, and two days, four days, eight days, the work step operation of 16 days; For reducing the Pyatyi Multi-control valve₍₈₁₎Volume and make each one valve turn to one to, the 1st, 3,5 single-stage Multi-control valves are placed in the rear side of support, the 2nd, 4 single-stage Multi-control valves are placed in the front side of support, gear wheel₍₁₄₁₎And pinion₍₁₄₂₎Be placed on the axis of support; Above-mentioned safety barrel₍₈₂₎Basic structure is: the steel pipe of the long 122mm of diameter 124mm, and the two ends of pipe are provided with end cap, and end cap is provided with moving cylinder₍₈₃₎The pipe external diameter is the axis hole of axle, safety barrel₍₈₂₎Affixed with support, moving cylinder₍₈₃₎Be enclosed within safety barrel₍₈₂₎Interior clockwise rotating; Safety barrel₍₈₂₎Draw a concentric garden vertical with axis arranged on tube wall surface, along clockwise direction it is divided into 24 sections arcs from the peak in concentric garden, heart angle, every Duan Hude garden is 15 degree, each end points of 24 sections arcs is namely each anchor point, names in the direction of the clock the hole item of each anchor point on above-mentioned centring ring with 1 to 24 numeral; Be drilled with as required through hole on the anchor point of above-mentioned tube wall, the plunger fluid cylinder₍₈₄₎Valve body is vertically fixed on the barrel outer surface with lock nut and axis, valve hydraulic pressure push rod₍₁₂₆₎Insert vertically safety barrel₍₈₂₎In, the hydraulic pressure push rod₍₁₂₆₎End face is from moving cylinder₍₈₃₎Wall 0.5mm; Above-mentioned each plunger fluid cylinder₍₈₄₎Naming number form because of the 2nd grade of safety barrel with the hole item that its progression at Multi-control valve numeral padding F adds this valve again₍₈₂₎The centring ring centring ring of contradiction on will this cylinder that have living space be divided into safety barrel₍₈₂₎Center line is respectively established 1 left and right plunger fluid cylinder₍₈₄₎ In like manner, because of the level V Multi-control valve₍₁₂₅₎Control fly chamber Pen water pipe₍₄₀₎With the fly family of power and influence₍₆₃₎Time difference larger, need this safety barrel₍₈₂₎On the plunger fluid cylinder₍₈₄₎Be divided into safety barrel₍₈₂₎Center line is respectively established 1 left and right plunger fluid cylinder₍₈₄₎, control respectively fly chamber Pen water pipe₍₄₀₎With the fly family of power and influence₍₆₃₎ Above-mentioned moving cylinder₍₈₃₎Its basic structure is: the steel pipe of the long 160mm of diameter 56mm, its left section barrel are provided with the keyway that large and small gear is installed, and the cylinder two ends are provided with end cap, cover the axle that is provided with diameter 20mm secure fit, and gear drives at different levels make cylinder₍₈₃₎Axle rotates in the support axis hole; The outer wall of above-mentioned cylinder is along being welded with the wedge shape skewback on the anchor point of centring ring₍₈₆₎, the skewback acute angle points to moving cylinder₍₈₃₎Rotation direction; Above-mentioned moving cylinder at different levels₍₈₃₎With safety barrel₍₈₂₎Centring ring after assembling is same Building X mark, each skewback₍₈₆₎Naming number with this skewback₍₈₆₎The hole item that the progression padding k of place Multi-control valve adds this valve again forms, the moving cylinder in the above-mentioned second level₍₈₃₎On skewback₍₈₆₎Be divided into each of center line left and right; Above-mentioned level V Multi-control valve₍₁₂₅₎On skewback₍₈₆₎With the lengthening skewback₍₈₇₎Be divided into each of center line left and right, skewback₍₈₆₎Be used for controlling four and wash fly chamber water-supply-pipe₍₄₀₎, lengthen skewback₍₈₇₎Be used for controlling four fly families of power and influence₍₆₃₎, above-mentioned lengthening skewback₍₈₇₎It is characterized in that: its face length can be controlled the fly family of power and influence₍₆₃₎Service time extends to 24 hours; Above-mentioned plunger fluid cylinder₍₈₄₎Valve body be the steel pipe of diameter 20mm, valve body lower end is provided with clamping screw, the valve body upper end is provided with top cover and row pressure interface₍₁₂₃₎, be provided with thrust spring and hydraulic pressure push rod under top cover₍₁₂₆₎, being fixed with two plungers on push rod, push rod stretches out from valve body lower end lid hole; Valve tube wall middle part is provided with the hydraulic pressure output interface₍₁₂₀₎, bottom is provided with the hydraulic pressure input interface₍₁₁₉₎, the pipe external diameter spacing of input and output two interfaces equals span in two plungers, when the hydraulic pressure push rod₍₁₂₆₎While not being subjected to external force, push rod is in lowest order, input interface₍₁₁₉₎Between two plungers, output interface₍₁₂₀₎With the row pressure interface₍₁₂₃₎Be on two plungers and be switched on, when the hydraulic pressure push rod₍₁₂₆₎Moved upward by external force, the bottom input interface₍₁₁₉₎With the middle part output interface₍₁₂₀₎Be between two plungers and be switched on, output interface₍₁₂₀₎Output hydraulic pressure; Above-mentioned first order Multi-control valve₍₁₂₁₎The plunger fluid cylinder₍₈₄₎Numbering is: 1F4,1F7,1F10,1F13,1F16,1F22,1F1; Second level Multi-control valve₍₁₂₂₎The plunger fluid cylinder₍₈₄₎Numbering is: left 2F2, left 2F14, right 2F3, right 2F15; Fourth stage Multi-control valve₍₁₂₄₎The plunger fluid cylinder₍₈₄₎Numbering is: 4F1,4F13; The level V Multi-control valve₍₁₂₅₎The plunger fluid cylinder₍₈₄₎Numbering is: each 5F1 of left and right, 5F4,5F13,5F22; Above-mentioned moving cylinder₍₈₃₎First order Multi-control valve₍₁₂₁₎Skewback₍₈₆₎Numbering is 1K1, second level Multi-control valve₍₁₂₂₎Skewback₍₈₆₎Numbering is left and right 2K7, fourth stage Multi-control valve₍₁₂₄₎Skewback₍₈₆₎Numbering is respectively 4K1, the level V Multi-control valve₍₁₂₅₎Numbering be the left skewback of 5K1₍₈₆₎Lengthen skewback with right 5K1₍₈₇₎, above-mentioned skewback is welded in moving cylinder₍₈₃₎On, skewback₍₈₆₎Wide 10mm, its bottom surface is the garden cylinder of radius 35mm, end face is the garden cylinder of radius 45mm, right section arc length 5mm of end face, left section is the tapered plane in the connection top and bottom garden of long 22.8mm, right side and front and back sides are perpendicular to the plane of end face; Lengthen skewback₍₈₇₎Right section arc length 20mm of its end face, all the other sizes are identical with skewback 86, lengthen skewback₍₈₇₎Feature be: make four fly families of power and influence₍₆₃₎Service time extend to 24 hours; Above-mentioned stepper motor₍₈₅₎Be used for rotating the Pyatyi Multi-control valve₍₈₁₎, this stepper motor₍₈₅₎Select magneto, its holding torque=4N.m, the intrinsic step angle of motor=7.5 °/15 °; And with controller and the driver production firm of electric drilling match, the complete set of equipments supply of material being arranged all, its course of work is stepper motor₍₈₅₎Driver to stepper motor₍₈₅₎Send the instruction of each rotation 15Du garden round angle, first order Multi-control valve₍₁₂₁₎Rotated a week in one day, the rotation required time at each 15 degree angle all available controller is set; For changing the dish time of maggot dish educated in minimizing, the 1st grade of Multi-control valve goes to the 270 degree corners of 1F22 from 1F4, often turns 15 degree and sets and need 0.5 hour, always take time=1.5 * 6=9 hour, the one-level Multi-control valve from 1F4 go to 1F13 change dish time=0.5 *₁₃₅/ ₁₅=4.5 hours, the secondary Multi-control valve changes dish time=0.5 * 30 * 2/15=2 hour from 2F14's to 1F15, always need change dish time=4.5+2=6.5 hour, go to the 90 degree corners of 1F4 from 1F22, required time is 24-9=15 hour, and every rotation 15 is spent the time and is set as 15 ÷ 90 ÷ 15=2.5 hour; The time of above-mentioned controller is controlled and can improve the converter operating efficiency on daytime.

9. conversion facility according to claim 1 is characterized in that: described airiness device is to be with air delivery pipe ₍₈₀₎, dish chamber ventilation blower fan ₍₁₁₀₎, take out exhaust gas fan ₍₁₀₉₎, go into the stove blower fan ₍₆₉₎The temperature in dish and the fly chamber is educated in adjusting; Above-mentioned air delivery pipe is ₍₈₀₎Its pipeline and structure are: left pump chamber ₍₄₇₎In be provided with dish chamber ventilation blower fan ₍₁₁₀₎, dish chamber ventilation blower fan ₍₁₁₀₎The input duct collar insert before and after in the case beam, the output interface of blower fan is respectively through 6 one-way flow valves ₍₁₁₀₎Receive the maggot base with being located at ₍₁₇₎G in the upright groove of rear surface _1-6The air input interface that is provided with on angle valve (41) output tube is communicated with, and air is taken out defeated muddy water and taken out and fail the excrement ovum and be connected piping along changing dish through above-mentioned air input interface ₍₂₃₎Enter each and educate dish, upwards flow into seal closure through each layer dish again ₍₁₀₎, and enter seal closure ₍₁₀₎The hot blast of maggot apparatus for baking between dish outer wall and cover wall, flow into muddy water simultaneously and hold pond (44), by being located at left pump chamber ₍₄₇₎In exhaust output tube and take out exhaust gas fan ₍₁₀₉₎Enter hole, excrement source water drain through the convertor left side; the timing ventilation of above-mentioned two axial flow blower fan is by the above-mentioned clear water of taking out; the public lavatory excrement; hold well fertilizer; the ventilation of dish chamber, waste discharge pneumoelectric hydraulic control unit is finished, and it is with the thermistor control of taking a breath at random and educating in the dish by being located at of air temperature variations; temperature is lower than 30 and shuts down when spending in dish, is higher than 40 and starts shooting when spending.

10. conversion facility according to claim 1 is characterized in that: each transport pipe described in the conversion facility is the PVC plastics tubing; All kinds of valves described in the conversion facility are stained with knot by the plastics tubing of different diameter and the combination of plastics tubing member and are formed; The plunger single-acting cylinder ₍₁₇₆₎In described plunger single-acting cylinder all replace with all kinds of medical plastic syringes; Described Pyatyi Multi-control valve ₍₈₁₎The plunger fluid cylinder ₍₈₄₎Output work be to press by city tap-water to provide, controlled each valve and consume 4kg/cm in one day ²Water 20kg, the water of doing merit is through the plunger fluid cylinder ₍₈₄₎The row pressure interface is discharged back inflow clear water and is held the pond ₍₄₅₎Make to produce the feed water.

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