CN205581986U - Pig farm exhaust gas circulation utilizes system based on cloud computing control - Google Patents
Pig farm exhaust gas circulation utilizes system based on cloud computing control Download PDFInfo
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- CN205581986U CN205581986U CN201620192869.5U CN201620192869U CN205581986U CN 205581986 U CN205581986 U CN 205581986U CN 201620192869 U CN201620192869 U CN 201620192869U CN 205581986 U CN205581986 U CN 205581986U
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Abstract
The utility model discloses a pig farm exhaust gas circulation utilizes system based on cloud computing control is provided with cloud ware, cloud memory, cloud manager, video surveillance system, live pig breeding base, system wine system, excrement and urine recovery pond, marsh gas production and utilizes system and biological raw material processing system, cloud manager is connected with cloud ware, cloud memory and video surveillance system respectively, video surveillance system utilizes system and biological raw material processing system to be connected with live pig breeding base, system wine system, excrement and urine recovery pond, marsh gas production respectively through the bus, carry out pig farm circular economy management through cloud computing technology, can utilize the cloud ware, cloud manager and the cloud memory that set up to carry out supervisory control and monitoring to all production procedures on pig farm, form a whole set of intelligent management flow, for the intellectuality carry on that ecological pig is bred and the plant in waste gas recycle and provide the support of necessary hardware, have characteristics such as scientific and reasonable, production efficiency height.
Description
Technical field
This utility model relates to cultural technique, waste gas recycling, recycling economy technical field, specifically, is that the pig farm waste gas circulation controlled based on cloud computing utilizes system.
Background technology
Live pig, the pig i.e. lived, to the family's herd in addition to boar do not slaughtered.
Pig, Omnivora animal.Pig refers to domestic animal the most more.Pig is the end of the 12 symbolic animals associated with a 12 year cycle, the also referred to as last of the twelve Earthly Branches.Mammal, health is stout and strong, and extremity are short and small, and nose tone is longer.Meat edible, micromicro process hides, body fertilizer limb is short, warm in nature tames and dociles, and adaptive faculty is strong, easily raises, and breeding is fast, have black, white, beans is red or black-and-white flower isochrome.Within after pig birth 5-12 month, can breed, trimester of pregnancy is about 4 months.The average life of pig is 20 years.
Live pig, a kind of domestic fat in order to edible animal, the most lovely, grow up the most terrified, russian, big-ear, eat many, fat is fast.
China raises pigs the most also the history of 5600-6080.The neck of pig is the shortest.Pig is the most stupid, is in fact kind of a most clever animal, seems straightforward and good-natured, somewhat the least temper.
Pig has another name called " coal ", " black flour youth " and " black grandfather "." the unanimous load of the court and the commonalty " is said, the Tang Dynasty flood people from state raises pigs and get rich, and pig is called " coal ".The Tang Dynasty " cloud celestial being miscellanies " draws " peaceful old bun ": " black flour youth, meaning pig is also." on the soil of China, as far back as matrilineal commune period, just have started to raise the domestic animal such as pig, Canis familiaris L..The pottery pig being unearthed in He Mudu Neolithic culture ruins, Yuyao, Zhejiang, its sentence is quite similar with family pig body, illustrates that domestication to pig has had blank at that time.
Mammalia Artiodactyla Suidae pig belongs to omnivorousness butcher's beast.Family pig is tamed by wild boar.There is the features such as reproductive capacity is strong, growth is fast, efficiency of feed utilization is high, feeding habits are wide.Carnis Sus domestica delicacy is delicious
, nutritious, it is one of main meat product of the mankind.
Divided by fresh meat edible outside, be further adapted for being processed into the goods such as Petaso, butcher's meat, sausage and dried meat floss.Corii Sus domestica, bristles and hog intestine can make the raw material of industry.Sanguis sus domestica and Os Sus domestica can be respectively prepared blood powder and bone meal used as fodder.The internal organs of pig and body of gland can obtain through refining multiple Medicines.
Pig itself or well laboratory animal.Chinese farmers have collected manure of raising pigs, the custom fertilized the soil with pig manure, raises pigs and becomes an important ingredient during Chinese agriculture produces.The domestication of Chinese Home pig not concentrates on some area, but various places resident has tamed the result of local wild boar respectively.The body body of family pig is plentiful, and extremity are short and small, and nasal surface is short recessed or straight, and ear is sagging or erects, relatively thick by hair, has black, white, brown, red, black-and-white flower isochrome.Flexibly, useful nose encircles grass roots, tuber and the instinct of other foods under soil Feeding sites to the nose kiss of pig.Foot has four toes, but the only the 3rd, 4 toestrike.
Adult Pig has 44 teeth, and long,sharp,protruding teeth point is short and bends, and front tooth, canine tooth and molar are the most flourishing.Vision and amblyaphia, and audition and oxyosphresia.Omnivorous, various animal and plant feedstuff can be utilized.But select feeding habits, digest coarse-fibred ability not as good as plant-eating animal.Sweat gland function is undeveloped, subcutaneous fat thickness, the heat radiation difficulty when high temperature, therefore thermostability is poor.
In hot environment, happiness rolls about to help heat radiation in pool.Like cleaning, not at the local defecation searched for food and doss.Relatively early, trimester of pregnancy is short, and litter size is many, and therefore the generation inteval is short in sexual maturity, and turnover is fast, and propagation is easily.Growth is rapidly.About 20 years life-spans.Types of swine lacks the unified criteria for classifying.It is typically to be divided into lard type, bacon type, pork type or lean meat species according to three-dimensional-structure and main uses.The kind whole world of pig there are about more than 300.Wherein China accounts for 1/3, is the country that pig resources is the abundantest in the world.Chinese native pig breed is originated according to it
, distribution, body constitution, profile and production performance can be divided into North-China Type, South China type, Central China type, river sea, southwest type and 6 types of plateau type.
Utility model content
The purpose of this utility model is to provide the pig farm waste gas circulation controlled based on cloud computing to utilize system, pig farm recycling economy management is carried out by cloud computing technology, set Cloud Server, cloud manager and cloud storage can be utilized to be managed all production procedures on pig farm controlling and monitoring, form a whole set of intelligent management flow process, carry out, for intelligentized, the hardware support that ecological pig cultivation is necessary with waste gas recycling offer in plant, there is scientific and reasonable, production efficiency high.
This utility model is achieved through the following technical solutions: be provided with Cloud Server, cloud storage, cloud manager, video monitoring system, pig-breeding base, alcoholic system, feces recovery pond, biogas production utilize system and biomaterial processing system, and described cloud manager is connected with Cloud Server, cloud storage and video monitoring system respectively；Described video monitoring system utilizes system and biomaterial processing system to be connected with pig-breeding base, alcoholic system, feces recovery pond, biogas production by bus respectively；Described pig-breeding base connects alcoholic system and feces recovery pond respectively；Described biomaterial processing system utilizes system to be connected with alcoholic system and biogas production respectively；Described biogas production utilizes system to be also connected with alcoholic system.
Further for preferably realizing this utility model, use following set-up mode especially: described biogas production is provided with biogas combustion system, methane power generating system, methane recovery system, biofermentation pond in utilizing system, described biomaterial processing system is connected with biogas combustion system, and described biogas combustion system is connected with alcoholic system, methane recovery system and methane power generating system respectively；Described feces recovery pond connects biofermentation pond, and described biofermentation pond connects methane recovery system；Described video monitoring system is connected with biogas combustion system, methane power generating system, methane recovery system, biofermentation pond respectively by bus.
Further for preferably realizing this utility model, use following set-up mode especially: being additionally provided with biogas residue collection system, vermiculture system and organic feed production system, described video monitoring system is connected with biogas residue collection system, vermiculture system and organic feed production system respectively by bus；Described biofermentation pond connects biogas residue collection system, and described biogas residue collection system connects vermiculture system, and described vermiculture system connects organic feed production system, and described feces recovery pond connects vermiculture system.
Further for preferably realizing this utility model, use following set-up mode especially: be additionally provided with wormcast recovery system and organic crops plantation, described vermiculture system connects wormcast recovery system, described wormcast recovery system connects organic crops plantation, and described video monitoring system is connected with wormcast recovery system and organic crops plantation respectively by bus.
Further for preferably realizing this utility model, using following set-up mode especially: be additionally provided with alcohol fuel combustion system, described video monitoring system connects alcohol fuel combustion system by bus, and described alcoholic system is connected with alcohol fuel combustion system.
Further for preferably realizing this utility model, use following set-up mode especially: be additionally provided with power-switching circuit and for carrying out the accumulator battery of electric energy storage, described methane power generating system connects power-switching circuit, and described power-switching circuit is connected with accumulator battery.
Further for preferably realizing this utility model, use following set-up mode especially: described video monitoring system is connected with alcohol fuel combustion system, alcoholic system, biomaterial processing system, methane power generating system, biogas combustion system, pig-breeding base, methane recovery system, biofermentation pond, biogas residue collection system, feces recovery pond, vermiculture system, organic feed production system, wormcast recovery system and organic crops plantation by same bus.
This utility model compared with prior art, has the following advantages and beneficial effect:
This utility model carries out pig farm recycling economy management by cloud computing technology, set Cloud Server, cloud manager and cloud storage can be utilized to be managed all production procedures on pig farm controlling and monitoring, form a whole set of intelligent management flow process, carry out, for intelligentized, the hardware support that ecological pig cultivation is necessary with waste gas recycling offer in plant, there is scientific and reasonable, production efficiency high.
The distiller grains that alcoholic can be generated by this utility model carry out the nursing of ecological pig; and be used for carrying out biogas production by pig manure; the biogas of generation is used for combustion power generation; and alcoholic burning, form recycling economy, effective raising plant production economy added value; and combine video monitor technology; too many levels is carried out video monitor so that whole production procedure meets industrialization and scale requirement, thus further functions as the purpose reducing aquaculture cost.
Feces and biogas residue that cultivation place can be produced by this utility model are used for carrying out vermiculture, and be used for carrying out organic feed production by the Lumbricus cultivated, thus utilizing the interpolation of organic feed to feed organic pig so that user can enjoy green non-pollution Organic food.
The feces that Lumbricus can also be discharged by this utility model is as the nutrition supply source of organic crops, thus plants out green organic agronomic crop so that eater can eat the organic crops of green.
Electric energy produced by marsh gas power generation can be carried out storing without commercial power supply or to be in emergency circumstances powered by this utility model.
This utility model can produce alcohol fuel, needs the facilities and equipment using alcohol fuel to carry out combustion function to use for supply.
This utility model video monitoring system is attached with monitored system or facilities and equipment by same bus, thus while reducing wiring cost, reduces the complexity of circuit, and the maintenance for the later stage provides convenient.
Accompanying drawing explanation
Fig. 1 is structural representation of the present utility model.
Detailed description of the invention
Below in conjunction with embodiment, this utility model is described in further detail, but embodiment of the present utility model is not limited to this.
Embodiment 1:
The pig farm waste gas circulation controlled based on cloud computing utilizes system, pig farm recycling economy management is carried out by cloud computing technology, set Cloud Server can be utilized, all production procedures on pig farm are managed controlling and monitoring by cloud manager and cloud storage, form a whole set of intelligent management flow process, the hardware support that ecological pig cultivation is necessary with waste gas recycling offer in plant is carried out for intelligentized, have scientific and reasonable, production efficiency high, as shown in Figure 1, it is specifically arranged to following structure: be provided with Cloud Server, cloud storage, cloud manager, video monitoring system, pig-breeding base, alcoholic system, feces recovery pond, biogas production utilizes system and biomaterial processing system, described cloud manager respectively with Cloud Server, cloud storage and video monitoring system are connected；Described video monitoring system utilizes system and biomaterial processing system to be connected with pig-breeding base, alcoholic system, feces recovery pond, biogas production by bus respectively；Described pig-breeding base connects alcoholic system and feces recovery pond respectively；Described biomaterial processing system utilizes system to be connected with alcoholic system and biogas production respectively；Described biogas production utilizes system to be also connected with alcoholic system.
When design uses, video monitoring system is for utilizing the duty of system and biomaterial processing system to monitor pig-breeding base, alcoholic system, feces recovery pond, biogas production；Described cloud manager, Cloud Server, cloud storage utilize cloud computing technology to be managed all production procedures on pig farm controlling and monitoring, form a whole set of intelligent management flow process, carry out, for intelligentized, the hardware support that ecological pig cultivation is necessary with waste gas recycling offer in plant, there is scientific and reasonable, production efficiency high；Described biomaterial processing system, for the such as biological material such as Semen Maydis, straw, Semen Tritici aestivi is carried out initial stage process, then can carry out carrying out in alcoholic part is delivered to alcoholic system the brew of ethanol；Fecaluria and waste water etc. produced by pig-breeding base utilize system to carry out biogas production and biogas diversification utilization by biogas production.
Embodiment 2:
nullThe present embodiment is to optimize further on the basis of above-described embodiment，Further for preferably realizing this utility model，It is used for pig manure carrying out biogas production，The biogas of generation is used for combustion power generation，And alcoholic burning，Form recycling economy，Effective raising plant production economy added value，And combine video monitor technology，Too many levels is carried out video monitor，Whole production procedure is made to meet industrialization and scale requirement，Thus further function as the purpose reducing aquaculture cost，As shown in Figure 1，Use following set-up mode especially: described biogas production is provided with biogas combustion system in utilizing system、Methane power generating system、Methane recovery system、Biofermentation pond，Described biomaterial processing system is connected with biogas combustion system，Described biogas combustion system respectively with alcoholic system、Methane recovery system is connected with methane power generating system；Described feces recovery pond connects biofermentation pond, and described biofermentation pond connects methane recovery system；Described video monitoring system is connected with biogas combustion system, methane power generating system, methane recovery system, biofermentation pond respectively by bus.
When design uses, video monitoring system is for monitoring the duty of pig-breeding base, biomaterial processing system, biogas combustion system, alcoholic system, methane power generating system, methane recovery system, biofermentation pond and feces recovery pond；Fecaluria and waste water etc. produced by pig-breeding base is discharged in feces recovery pond, then in the feces after initial stage collected manure fermentation is transported to biofermentation pond, carry out biological decomposition and fermentation, form methane, and utilize methane recovery system to reclaim, biogas after recovery is burnt in being delivered to biogas combustion system after being processed by desulfurization etc., the biomass raw material that can not carry out alcoholic of gained handled by biomaterial processing system burns in being also input to biogas combustion system, the energy that burning is discharged will utilize methane power generating system carry out marsh gas power generation and produce electric energy.
Embodiment 3:
The present embodiment is to optimize further on the basis of any of the above-described embodiment, further for preferably realizing this utility model, feces and the biogas residue that can be produced in cultivation place are used for carrying out vermiculture, and be used for carrying out organic feed production by the Lumbricus cultivated, thus utilize the interpolation of organic feed to feed organic pig, enable a user to enjoy green non-pollution Organic food, as shown in Figure 1, use following set-up mode especially: be additionally provided with biogas residue collection system, vermiculture system and organic feed production system, described video monitoring system by bus respectively with biogas residue collection system, vermiculture system is connected with organic feed production system；Described biofermentation pond connects biogas residue collection system, and described biogas residue collection system connects vermiculture system, and described vermiculture system connects organic feed production system, and described feces recovery pond connects vermiculture system.
When design uses, the biogas residue that biofermentation pond is generated will be by collected by biogas residue collection system, the biogas residue collected carries out the cultivation of Lumbricus in being transported to vermiculture system, in feces recovery pond, the portioned product of primary fermentation carries out the cultivation of Lumbricus in being also transported to vermiculture system, the Lumbricus of cultivation gained carries out the production of organic feed in being transported to organic feed production system, the organic feed producing gained can carry out again the nursing of live pig；Described video monitoring system can carry out video surveillance management to biogas residue collection system, vermiculture system and organic feed production system.
Embodiment 4:
The present embodiment is to optimize further on the basis of any of the above-described embodiment, further for preferably realizing this utility model, the feces that can be discharged by Lumbricus is as the nutrition supply source of organic crops, thus plant out green organic agronomic crop, make eater can eat the organic crops of green, as shown in Figure 1, use following set-up mode especially: be additionally provided with wormcast recovery system and organic crops plantation, described vermiculture system connects wormcast recovery system, described wormcast recovery system connects organic crops plantation, described video monitoring system is connected with wormcast recovery system and organic crops plantation respectively by bus.
When design uses, in described vermiculture system, feces produced by Lumbricus will be carried out organic crops plantation nutrition supply by collected by wormcast recovery system in being then delivered to organic crops plantation；Described video monitoring system can carry out video surveillance management to wormcast recovery system and organic crops plantation.
Embodiment 5:
The present embodiment is to optimize further on the basis of any of the above-described embodiment, further for preferably realizing this utility model, alcohol fuel can be produced, the facilities and equipment using alcohol fuel to carry out combustion function is needed to use for supply, as shown in Figure 1, using following set-up mode especially: be additionally provided with alcohol fuel combustion system, described video monitoring system connects alcohol fuel combustion system by bus, and described alcoholic system is connected with alcohol fuel combustion system.
Embodiment 6:
The present embodiment is to optimize further on the basis of any of the above-described embodiment, further for preferably realizing this utility model, can carry out storing by electric energy produced by marsh gas power generation without commercial power supply or to be in emergency circumstances powered, as shown in Figure 1, use following set-up mode especially: be additionally provided with power-switching circuit and for carrying out the accumulator battery of electric energy storage, described methane power generating system connects power-switching circuit, and described power-switching circuit is connected with accumulator battery；Produced electric energy will supply the electrical equipments such as such as video monitoring system by power-switching circuit after being changed.
Embodiment 7:
The present embodiment is to optimize further on the basis of any of the above-described embodiment, further for preferably realizing this utility model, can be while reducing wiring cost, reduce the complexity of circuit, maintenance for the later stage provides convenient, as shown in Figure 1, use following set-up mode especially: described video monitoring system is by same bus and alcohol fuel combustion system, alcoholic system, biomaterial processing system, methane power generating system, biogas combustion system, pig-breeding base, methane recovery system, biofermentation pond, biogas residue collection system, feces recovery pond, vermiculture system, organic feed production system, wormcast recovery system and organic crops plantation are connected.
The above; it it is only preferred embodiment of the present utility model; not this utility model is done any pro forma restriction, every according to technical spirit of the present utility model, above example is made any simple modification, equivalent variations, within each falling within protection domain of the present utility model.
Claims (7)
1. the pig farm waste gas circulation controlled based on cloud computing utilizes system, it is characterized in that: be provided with Cloud Server, cloud storage, cloud manager, video monitoring system, pig-breeding base, alcoholic system, feces recovery pond, biogas production utilize system and biomaterial processing system, and described cloud manager is connected with Cloud Server, cloud storage and video monitoring system respectively；Described video monitoring system utilizes system and biomaterial processing system to be connected with pig-breeding base, alcoholic system, feces recovery pond, biogas production by bus respectively；Described pig-breeding base connects alcoholic system and feces recovery pond respectively；Described biomaterial processing system utilizes system to be connected with alcoholic system and biogas production respectively；Described biogas production utilizes system to be also connected with alcoholic system.
The pig farm waste gas circulation controlled based on cloud computing the most according to claim 1 utilizes system, it is characterized in that: described biogas production is provided with biogas combustion system, methane power generating system, methane recovery system, biofermentation pond in utilizing system, described biomaterial processing system is connected with biogas combustion system, and described biogas combustion system is connected with alcoholic system, methane recovery system and methane power generating system respectively；Described feces recovery pond connects biofermentation pond, and described biofermentation pond connects methane recovery system；Described video monitoring system is connected with biogas combustion system, methane power generating system, methane recovery system, biofermentation pond respectively by bus.
The pig farm waste gas circulation controlled based on cloud computing the most according to claim 2 utilizes system, it is characterized in that: be additionally provided with biogas residue collection system, vermiculture system and organic feed production system, described video monitoring system is connected with biogas residue collection system, vermiculture system and organic feed production system respectively by bus；Described biofermentation pond connects biogas residue collection system, and described biogas residue collection system connects vermiculture system, and described vermiculture system connects organic feed production system, and described feces recovery pond connects vermiculture system.
The pig farm waste gas circulation controlled based on cloud computing the most according to claim 3 utilizes system, it is characterized in that: be additionally provided with wormcast recovery system and organic crops plantation, described vermiculture system connects wormcast recovery system, described wormcast recovery system connects organic crops plantation, and described video monitoring system is connected with wormcast recovery system and organic crops plantation respectively by bus.
The pig farm waste gas circulation controlled based on cloud computing the most according to claim 4 utilizes system, it is characterized in that: be additionally provided with alcohol fuel combustion system, described video monitoring system connects alcohol fuel combustion system by bus, and described alcoholic system is connected with alcohol fuel combustion system.
The pig farm waste gas circulation controlled based on cloud computing the most according to claim 5 utilizes system, it is characterized in that: be additionally provided with power-switching circuit and for carrying out the accumulator battery of electric energy storage, described methane power generating system connects power-switching circuit, and described power-switching circuit is connected with accumulator battery.
7. utilize system according to the pig farm waste gas circulation based on cloud computing control described in claim 5 or 6, it is characterised in that: described video monitoring system is connected with alcohol fuel combustion system, alcoholic system, biomaterial processing system, methane power generating system, biogas combustion system, pig-breeding base, methane recovery system, biofermentation pond, biogas residue collection system, feces recovery pond, vermiculture system, organic feed production system, wormcast recovery system and organic crops plantation by same bus.
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| CN201620192869.5U CN205581986U (en) | 2016-03-14 | 2016-03-14 | Pig farm exhaust gas circulation utilizes system based on cloud computing control |
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| CN201620192869.5U CN205581986U (en) | 2016-03-14 | 2016-03-14 | Pig farm exhaust gas circulation utilizes system based on cloud computing control |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105701714A (en) * | 2016-03-14 | 2016-06-22 | 四川省地宸农业有限责任公司 | Pig farm waste gas recycling system based on cloud computing control |
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2016
- 2016-03-14 CN CN201620192869.5U patent/CN205581986U/en not_active Expired - Fee Related
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105701714A (en) * | 2016-03-14 | 2016-06-22 | 四川省地宸农业有限责任公司 | Pig farm waste gas recycling system based on cloud computing control |
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Granted publication date: 20160914 Termination date: 20170314 |