CN210017375U

CN210017375U - Zero seepage plant of assembled

Info

Publication number: CN210017375U
Application number: CN201920862592.6U
Authority: CN
Inventors: 卢金生; 鄢烈虓
Original assignee: Individual
Current assignee: Individual
Priority date: 2019-06-10
Filing date: 2019-06-10
Publication date: 2020-02-07
Anticipated expiration: 2029-06-10

Abstract

The utility model discloses a zero seepage plant of assembled, including excrement ditch, excrement ditch board, passageway board, cement mound, the passageway, the escape canal, the roof boarding, the furred ceiling, steelframe and outer wall, a plurality of excrement ditches head and the tail connect gradually into excrement discharging ditch, arrange the stereoplasm subaerial in, excrement ditch top is equipped with excrement ditch board, a plurality of excrement ditch boards head and the tail connect gradually, adjacent excrement ditch lateral part is connected through a plurality of road boards, a plurality of passageway board head and the tail connect gradually, be located the passageway board on leftmost side and the rightmost side and be fixed in ground through a plurality of cement mounds, the cement mound outside is equipped with the outer wall, the steelframe runs through road board and extends to road board downside, and cement mound fixed connection, the steelframe top covers has a plurality of roof boards, internally mounted has the furred ceiling, be provided with the escape canal between the. The utility model has the advantages that: the product is convenient for industrial production, and the installation is simple and easy; has the advantages of corrosion resistance, easy cleaning, strong acid resistance, strong alkali resistance, high seepage resistance and the like.

Description

Zero seepage plant of assembled

Technical Field

The utility model relates to a cultured equipment technical field especially relates to a zero seepage plant of assembled.

Background

Cultivation refers to the cultivation and propagation of animals and plants. The cultivation includes livestock cultivation, poultry cultivation, aquaculture, special cultivation and the like. In the cultivation of poultry and livestock, poultry and livestock such as chicken, duck, cattle, sheep and the like are generally required to be kept in a livestock farm, and the livestock farm (such as a pigsty) in use at present is generally built in a form of a brick-concrete structure and a steel structure, so that the defects are more.

From the construction cost, the manual use amount of the existing pigsty is large, along with the accelerating aging of population, the skilled workers for constructing the farm are less and less, and the industrial production of the farm construction tends to become great trend. The breeding industry is more and more competitive, the construction cost is effectively reduced, the operation energy consumption is reduced, and the method is the key for improving the competitiveness.

From the environmental protection standard, in recent years, the environmental protection law enforcement intensity is gradually increased, and the environment protection law enforcement method has a negative power for the construction of farms if the environmental protection does not reach the standard. Under the high pressure situation of the environmental protection policy, the constructed farm will also face the problem of removal, replacement and reconstruction if the environmental protection does not meet the requirements of the national regulations. The existing farm adopts a concrete excrement ditch, which is easy to crack and leak and pollutes underground water sources. Because the brick-concrete member has certain water absorption, excrement is easy to permeate into the brick-concrete member, and even if the brick-concrete member is cleaned, odor is difficult to remove, and air is polluted. New materials are needed to replace and reduce air pollution.

From the perspective of poultry and livestock breeding epidemic prevention, the concrete surface and the brick wall surface of the traditional farm are easy to store dirt and breed germs, and once the germs enter the concrete or the brick wall, great difficulty is brought to epidemic prevention.

From the aspect of the culture period, the period of a farm is about 25 years generally, the farm after 25 years of use is forcibly dismantled and ploughed, and the traditional farm cannot continue to plant crops due to soil pollution.

To above problem, the utility model provides a zero seepage, corrosion-resistant, structural strength is high, the plant of the batch production of being convenient for uses the new material, increases the leakproofness of plant, strengthens the thermal-insulated thermal insulation performance of outer wall simultaneously, reduces the operation energy consumption, except that ground basis part, because of region and soil property difference and site operation, other components all adopt batch production, on-the-spot assembly, and the time limit for a project is short. In a farm, the manure ditch and the passage plate, the passage plate and the wall inner plate, the wall inner plate and the ceiling plate, and the manure discharge port and the manure discharge pipe are all welded by plastics, so that the integral sealing property and the impermeability are good. In the farm requiring the ceiling, the roof plate is changed into a single-layer color steel plate, the light steel keel ceiling is adopted, the ceiling plate adopts a double-sided plastic plate (the plastic plate is a modified hard polyvinyl chloride plate, a modified polypropylene plate or other plastic materials with strength meeting the requirement and flame retardant), the sandwich is an extruded sheet, the thickness of the sandwich is changed according to different pig farm regions, and the requirement of heat preservation is ensured.

SUMMERY OF THE UTILITY MODEL

The utility model aims to provide an assembled zero-leakage farm, which is a product convenient for industrial production and is simple and easy to install; has the advantages of corrosion resistance, easy cleaning, strong acid resistance, strong alkali resistance, high seepage resistance and the like.

In order to achieve the above purpose, the utility model adopts the following technical scheme: an assembled zero-leakage farm comprises excrement ditches, excrement ditch plates, passageway plates, cement piers, channels, drainage ditches, roof plates, a ceiling, steel frames and an outer wall, wherein a plurality of excrement ditches are sequentially connected end to form the excrement draining ditches and are arranged on the hard ground, the excrement ditch plates are arranged above the excrement ditches and are sequentially connected end to end, the side parts of adjacent excrement ditches are connected through a plurality of passage plates, the plurality of passage plates are sequentially connected end to end, the passageway plates positioned at the leftmost side and the rightmost side are fixed on the ground through a plurality of cement piers, the outer walls are arranged on the outer sides of the cement piers, the steel frames penetrate through the passage plates and extend to the lower sides of the passage plates to be fixedly connected with the cement piers, the top of the steel frame is covered with a plurality of roof plates, the ceiling is internally mounted with the; the excrement ditch, the excrement ditch plate, the channel passing plate, the inner wall, the suspended ceiling, the steel frame and the outer wall are all connected by plastic welding.

Further, the excrement ditch includes excrement ditch skeleton, bottom plate and curb plate, excrement ditch skeleton outsourcing is moulded, the outward appearance is the U-shaped groove structure, and the bottom plate that the level was placed and the curb plate of vertical placing are installed to the excrement ditch skeleton inboard of U-shaped groove structure, and the package is moulded, adopts the plastics welding between two liang of bottom plate and curb plate, excrement ditch skeleton bottom inboard is a symmetrical U-shaped curve.

Further, the excrement ditch board includes excrement ditch board skeleton, excrement ditch panel and excrement leakage hole, the outer package of excrement ditch board skeleton is moulded, and the package is moulded and excrement ditch panel plastic welding, has evenly seted up a plurality of excrement leakage holes on the excrement ditch panel, the excrement ditch panel is kept away from excrement ditch board skeleton one side and is equipped with anti-skidding line.

Furthermore, the passageway board comprises a passageway board framework and a passageway panel, the passageway board framework is coated with plastic, the coating plastic is welded with the passageway panel plastic, and anti-skid grains are arranged on one side, away from the passageway board framework, of the passageway panel.

Further, the steelframe includes steel member, stand, crossbeam, purlin and cable wire, stand lower extreme and steel member welded fastening, upper end and crossbeam welded fastening, and the crossbeam welds into "eight" font structure end to end, and the welding has a plurality of purlins that are parallel to each other on a plurality of crossbeams, and a plurality of purlins fasten through the cable wire, steel member, stand, crossbeam, purlin and cable wire outsourcing are moulded or are spouted and are moulded.

Further, the outer wall includes inner panel, magnesium sulfate magnesium oxide foaming heated board, fossil fragments and planking, magnesium sulfate magnesium oxide foaming heated board when pouring the preparation, it has fossil fragments to embed, and magnesium sulfate magnesium oxide foaming heated board both ends are crisscross to be equipped with the public female groove of being convenient for to connect, and a plurality of magnesium sulfate magnesium oxide foaming heated boards that are inlayed the keel overlap into the outer wall body through the public female groove of crisscross setting, and the outer wall body inboard is pasted and is had the inner panel, the planking has been pasted in the outside.

Further, the manure ditch plate is divided into a plurality of culture areas through inner walls; the interior wall comprises fossil fragments, magnesium sulfate magnesium oxide foaming heated board and two-layer plastic slab, and magnesium sulfate magnesium oxide foaming heated board when pouring the preparation, the embedded fossil fragments that have, the crisscross public mother groove that is equipped with the connection of being convenient for in magnesium sulfate magnesium oxide foaming heated board both ends, and a plurality of magnesium sulfate magnesium oxide foaming heated boards overlap into interior wall body through the public mother groove of crisscross setting, and interior wall body both sides are pasted and are had the plastic slab.

Furthermore, the bottom plate, the side plates, the excrement ditch panel, the aisle panel and the inner plate are all made of modified rigid polyvinyl chloride plates or modified polypropylene plates.

Further, the furred ceiling includes steel joist and plastic slab, and the steel joist outsourcing is moulded and both sides are equipped with the plastic slab, and the package is moulded and both sides plastic slab plastics welding.

Compared with the prior art, the utility model discloses following beneficial effect has:

one is as follows: the plant can be used for newly-built plant, also can be used for the transformation of current plant, has zero seepage, does not have the advantage of polluting soil and groundwater, and the country is the first initiative. Improves the environmental protection performance and reaches the environmental protection standard under the new trend.

The second step is as follows: the novel material (modified hard polyvinyl chloride plate or modified polypropylene plate) is applied to the inner surface of the outer wall, the wall surface of the inner wall, the passageway panel and the dung ditch panel in the farm, has the advantages of corrosion resistance, easiness in cleaning, strong acid and alkali resistance and high seepage resistance, reduces the breeding of bacteria and germs, and facilitates the epidemic prevention of livestock. The framework coated with plastic solves the problems of stability and bearing of the dung ditch, the dung leaking plate, the crossing plate and the like.

And thirdly: the livestock farm adopts the factory production of the excrement ditches, the excrement ditch plates, the crossing plates, the inner wall, the outer wall, the steel frame, the suspended ceiling and the roof plate, thereby greatly saving the manpower, being simple and easy to install, reducing the use of clinker workers and effectively reducing the building cost and the operation energy consumption.

Drawings

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

FIG. 2 is a schematic view of a fecal ditch of the present invention;

FIG. 3 is a schematic view of the framework of the septic tank of the present invention;

FIG. 4 is a schematic view of a manure channel plate according to the present invention;

FIG. 5 is a schematic view of the framework of the dropping board of the present invention;

FIG. 6 is a schematic view of an aisle panel of the present invention;

FIG. 7 is a schematic view of the aisle panel skeleton of the present invention;

FIG. 8 is a schematic view of an exterior wall of the present invention;

FIG. 9 is a cross-sectional view of an exterior wall of the present invention;

FIG. 10 is a schematic view of a steel frame according to the present invention;

in the figure: 1. a manure pit; 1-1, an excrement ditch framework; 1-2, a bottom plate; 1-3, side plates; 2. a manure pit plate; 2-1, an excrement channel plate framework; 2-2, a dung ditch panel; 2-3, dropping leaking holes; 3. a track passing plate; 3-1, a passageway plate framework; 3-2, aisle panels; 4. cement pier; 5. an inner wall; 6. a channel; 7. a drainage ditch; 8. a roof panel; 9. a suspended ceiling; 10. a steel frame; 10-1, steel members; 10-2, upright columns; 10-3, a cross beam; 10-4, purlin; 10-5, steel cable; 11. an outer wall; 11-1, an inner plate; 11-2, magnesium sulfate and magnesium oxide foaming insulation boards; 11-3, keel; 11-4 and an outer plate.

Detailed Description

Reference will now be made in detail to embodiments of the present invention, examples of which are illustrated in the accompanying drawings, wherein like reference numerals refer to the same or similar elements or elements having the same or similar function throughout. The embodiments described below with reference to the drawings are exemplary and intended to be used for explaining the present invention, and should not be construed as limiting the present invention.

As shown in figure 1, an assembled zero-leakage farm comprises manure ditches 1, manure ditch plates 2, passageway plates 3, cement piers 4, a channel 6, a drainage ditch 7, a roof plate 8, a ceiling 9, a steel frame 10 and an outer wall 11, wherein the manure ditches 1 are sequentially connected end to end and arranged on the hard ground, a plurality of manure ditches are sequentially connected end to end on the hard cement ground, the manure ditches are slightly inclined towards one end, the lower position is communicated with a septic tank through a pipeline, and a flushing pipe is arranged at the higher position to form a flushing toilet. Manure ditch 1 top is equipped with

manure ditch board

2, and 2 end to end of a plurality of manure ditch boards connect gradually, and a plurality of manure leaking boards provide poultry domestic animal's life place, and poultry domestic animal's excrement and urine is passed through the manure leaking hole and is leaked to the manure ditch in for poultry domestic animal's life place is clean and tidy. Adjacent 1 lateral part of excrement ditch is connected through a plurality of ramp plates 3 of crossing, and a plurality of 3 end to end of crossing the ramp plates connect gradually, and when feeding poultry domestic animal, the small handcart is walked the transportation in the passageway board top, makes things convenient for the staff to feed poultry domestic animal. Lie in and be fixed in ground through a plurality of cement mounds 4 with crossing guidance tape 3 on the leftmost side, the 4 outsides of cement mound are equipped with outer wall 11, steelframe 10 runs through guidance tape 3 and extends to 3 downside of crossing guidance tape and 4 fixed connection of cement mound, and the cement mound is the reinforced concrete structure, is fixed in the steelframe on the cement mound with the steelframe, makes it more firm, crosses the stand of guidance tape and steelframe and wraps plastics between moulding outward and weld, avoids the pollutant to get into in the plant and crosses guidance tape below soil. The steel frame 10 top covers has a plurality of roof boarding 8, internally mounted has furred ceiling 9, requires to set up the plant of furred ceiling, changes the roof boarding into the various steel sheet of individual layer, light gauge steel furred ceiling, and the furred ceiling board adopts two-sided plastic slab (the plastic slab material is modified stereoplasm polyvinyl chloride board, modified polypropylene board or other intensity and reaches requirement and fire-retardant plastic material), presss from both sides the core and is the extruded sheet, and its thickness changes according to the pig farm region difference, ensures to guarantee the heat preservation requirement. A drainage ditch 7 is arranged between the adjacent steel frames 10, and the drainage ditch 7 is positioned on the lower side of the roof panel 8. The excrement ditch 1, the excrement ditch plate 2, the passageway plate 3, the inner wall 5, the suspended ceiling 9, the steel frame 10 and the outer wall 11 are all connected by plastic welding.

As shown in fig. 1, the manure pit plate 2 is divided into a plurality of cultivation areas by an inner wall 5; interior wall 5 comprises fossil fragments, magnesium sulfate magnesium oxide foaming heated board and two-layer plastic slab, and when magnesium sulfate magnesium oxide foaming heated board pour the preparation, the embedded fossil fragments that have, the crisscross public female groove that is equipped with the connection of being convenient for in magnesium sulfate magnesium oxide foaming heated board both ends, a plurality of magnesium sulfate magnesium oxide foaming heated boards overlap into interior wall body through the public female groove of crisscross setting, and interior wall body both sides are pasted and are had the plastic slab. Interior wall thickness is 75mm, through the grout connection that mixes 108 glue between the public mother groove of adjacent magnesium sulfate magnesium oxide foaming heated board, magnesium sulfate magnesium oxide foaming heated board outward flange and fossil fragments outward flange parallel and level, and fossil fragments length 2.5m, wide 1m adopts 30mm x 30 mm's square pipe material preparation. The bottom plate 1-2, the side plate 1-3, the dung ditch panel 2-2, the aisle panel 3-2 and the inner plate 11-1 are all made of modified hard polyvinyl chloride plates or modified polypropylene plates. The suspended ceiling 9 comprises a steel keel and plastic plates, the steel keel is wrapped with plastic plates, the plastic plates are arranged on two sides of the steel keel, and the plastic plates are wrapped with plastic plates on two sides and welded. The sandwich in the suspended ceiling 9 is an extruded sheet, the thickness of which changes according to different pig farm regions, so that the heat preservation requirement is ensured. The roof panel 8 is a single-layer color steel plate. The plastic plates are all modified rigid polyvinyl chloride plates or modified polypropylene plates.

As shown in fig. 2-3, the excrement trench comprises an excrement trench framework, a plastic-coated part, a bottom plate and side plates, wherein the excrement trench framework is of a U-shaped groove structure, the excrement trench framework is embedded in the plastic-coated part, the horizontally placed bottom plate and the vertically placed side plates are installed in the excrement trench framework of the U-shaped groove structure, and the plastic-coated part, the bottom plate and the side plates are welded in pairs.

The excrement ditch skeleton is by the U type groove structure that first side pipe, second side pipe, third side pipe, fourth side pipe and the combination concatenation of fifth side pipe formed, second side pipe both ends are equipped with the bayonet socket, and second side pipe is through both ends bayonet socket card on first side pipe, and a plurality of second side pipe both ends bayonet socket reduce to both sides in proper order from the centre, and the top of a plurality of second side pipes is connected into the U-shaped curve of a symmetry.

The plastic packaging part comprises a first square pipe plastic packaging part, a second square pipe plastic packaging part, a third square pipe plastic packaging part, a fourth square pipe plastic packaging part and a fifth square pipe plastic packaging part, the first square pipe plastic packaging part is arranged outside the first square pipe in a sleeved mode, the second square pipe plastic packaging part is arranged outside the second square pipe in a sleeved mode, the third square pipe plastic packaging part is arranged outside the third square pipe in a sleeved mode, the fourth square pipe plastic packaging part is arranged outside the fourth square pipe in a sleeved mode, and the fifth square pipe plastic packaging part is arranged outside the fifth square pipe in a sleeved mode.

The cross sections of the first square pipe plastic-coated part, the second square pipe plastic-coated part, the third square pipe plastic-coated part, the fourth square pipe plastic-coated part and the fifth square pipe plastic-coated part are U-shaped, and plastic welding is adopted between the opening edge of the first square pipe plastic-coated part and the bottom plate and between the opening edge of the second square pipe plastic-coated part and the bottom plate; and plastic welding is adopted between the opening edge of the third square pipe plastic part and the side plate, between the opening edge of the fourth square pipe plastic part and the side plate, and between the opening edge of the fifth square pipe plastic part and the side plate.

A plurality of second square tube openings are formed in one side of the first square tube plastic-coated part, third square tube openings are formed in two ends of the first square tube plastic-coated part, the first square tube plastic-coated part is clamped outside different second square tubes through the second square tube openings, and the first square tube plastic-coated part is clamped outside a third square tube through the third square tube opening.

Adopt plastic welding between the open-ended edge is managed in second side and the second side package of pipe is moulded, adopt plastic welding between open-ended edge of third party pipe and the third party pipe package of pipe.

The third side pipe plastic-coated piece one side is equipped with a plurality of fifth side pipe openings, both ends are equipped with fourth pipe opening, and third side pipe plastic-coated piece blocks in fifth side outside of tubes through a plurality of fifth side pipe openings, and third side pipe plastic-coated piece blocks in fourth side outside of tubes through fourth side of tubes opening.

Adopt plastic welding between the open-ended edge of fifth side pipe and the fifth side pipe package plastic part, adopt plastic welding between open-ended of fourth side pipe and the fourth pipe package plastic part.

The width of the dung ditch framework is 2.4.m or 3 m.

The plastic-coated piece, the bottom plate and the side plates are all made of modified rigid polyvinyl chloride plates or modified polypropylene plates.

As shown in fig. 4-5, the dropping board comprises a dropping board framework, a plastic-coated piece and a dropping board panel, and is characterized in that: leak dropping board skeleton one side and set up near leaking dropping board panel, the opposite side inlays and moulds the inside setting of piece in the package, and through plastics welded connection between piece and the leaking dropping board panel is moulded to the package, evenly seted up a plurality of excrement leaking holes on the leaking dropping board panel, it is equipped with anti-skidding line to keep away from dropping board skeleton one side to leak dropping board panel.

The excrement leaking plate framework comprises a first square pipe and a second square pipe, and the first square pipes arranged in parallel are welded and fixed together through the second square pipes.

The plastic packaging piece comprises a first square pipe plastic packaging piece and a second square pipe plastic packaging piece, the first square pipe plastic packaging piece is sleeved outside the first square pipe, and the second square pipe plastic packaging piece is sleeved outside the second square pipe.

The dung leaking plate panel is a modified hard polyvinyl chloride plate or a modified polypropylene plate.

The excrement leaking hole is a waist-shaped through hole, the width of the excrement leaking hole is 1.8mm-2.2mm, and the length of the excrement leaking hole is 100mm-130 mm. The width of the excrement leaking hole 2-3 is preferably 1.8mm-2.2mm, and the length of the excrement leaking hole 2-3 is preferably 100mm-130 mm. In the batch production of factories, the excrement leakage holes can be directly punched by adopting a punch. In the live pig breeding process, the sizes of the excrement leaking holes 2-3 are determined according to the growth cycle of the live pigs, an excrement leaking plate with small-size excrement leaking holes is selected in a breeding piglet house, and the live pigs to be slaughtered adopt an excrement leaking plate with large-size excrement leaking holes.

The second square pipes are arranged in parallel in pairs.

A plurality of second square pipe openings are formed in one side of the first square pipe plastic-coated piece, and the first square pipe plastic-coated piece is nested outside the second square pipe through the second square pipe openings; the whole opening edge of second side's pipe opening and leak excrement face board pass through plastics welded connection, second side's pipe opening edge and second side's pipe package are moulded the piece and are passed through plastics welded connection.

The second square pipe plastic-coated part is in a U-shaped groove shape, and the edge of an opening of the U-shaped groove-shaped second square pipe plastic-coated part is connected with one side of the excrement leaking plate panel through plastic welding.

As shown in fig. 6-7, the aisle board comprises an aisle board framework, a plastic-coated piece and an aisle board panel, and is characterized in that: one side of the passageway plate framework is arranged close to the passageway plate panel, the other side of the passageway plate framework is embedded in the plastic package, the plastic package is connected with the passageway plate panel through plastic welding, and anti-skid grains are arranged on one side, far away from the passageway plate framework, of the passageway plate panel.

The aisle plate framework comprises a first square pipe and a second square pipe, and the two parallel first square pipes are welded together through a plurality of parallel second square pipes.

The crossing plate panel is a modified rigid polyvinyl chloride plate or a modified polypropylene plate.

The length and width dimensions of the aisle board framework are consistent with those of the aisle board panel.

Bayonets are arranged at two ends of the second square pipe, bayonets at two ends of the plurality of parallel second square pipes are sequentially increased from the middle to two sides, and the tops of the plurality of second square pipes are connected into a symmetrical inverted U-shaped curve.

The first square pipe and the second square pipe are perpendicular to each other.

A plurality of packages of plastic an opening have been seted up to first side pipe package plastic one side, and first side pipe package plastic through package plastic an opening nestification in the outside setting of second side pipe, the holistic opening edge of first side pipe package plastic and passageway face board pass through plastics welded connection, the package is moulded an open-ended edge and second side pipe package plastic and is passed through plastics welded connection.

The second square pipe plastic-coated part is in a U-shaped groove shape, and the edge of an opening of the second square pipe plastic-coated part is connected with one side of the pavement slab through plastic welding.

As shown in fig. 8-9, the wall body comprises a keel, a magnesium sulfate magnesium oxide foaming insulation board, an inner board and an outer board, and is characterized in that: when magnesium sulfate magnesium oxide foaming insulation board pour the preparation, it has fossil fragments to embed, and magnesium sulfate magnesium oxide foaming insulation board both ends are crisscross to be equipped with the public female groove of being convenient for to connect, and a plurality of magnesium sulfate magnesium oxide foaming insulation boards that are inlayed the keel overlap into the outer wall body through the public female groove of crisscross setting, and the outer panel is pasted in the outer wall body outside, inboard pasting has the inner panel.

The keel comprises first square steel and second square steel, the first square steel and the second square steel which are arranged in parallel are welded into a structure shaped like a Chinese character 'mu', the first square steel and the second square steel are mutually perpendicular, and the magnesium sulfate and magnesium oxide foaming insulation board is poured outside the welded keel, so that the magnesium sulfate and magnesium oxide foaming insulation board and the keel are integrated.

The inner panel adopts the plastic slab, and the plastic slab passes through glue and pastes in outer wall body inboard.

The outer plate is a cement fiberboard or an anti-cracking gridding cloth added anti-cracking mortar layer.

The adjacent magnesium sulfate and magnesium oxide foamed insulation boards are fixedly connected through cement paste.

The length of the keel is 2.5m, and the width of the keel is 1 m; the first square steel and the second square steel are square tubes of 30mm multiplied by 30 mm.

The outer edge of the magnesium sulfate and magnesium oxide foaming insulation board is flush with the outer edge of the keel.

The thickness of the outer wall body is 100 mm; the thickness of the inner plate is 3 mm; the thickness of the outer plate is 10 mm.

And adjacent plastic plates are welded by adopting plastic.

As shown in figure 10, the steel frame 10 comprises a steel member 10-1, an upright post 10-2, a cross beam 10-3, purlins 10-4 and steel cables 10-5, the lower end of the upright post 10-2 is welded and fixed with the steel member 10-1, the upper end of the upright post is welded and fixed with the cross beam 10-3, the cross beam 10-3 is welded end to form a splayed structure, a plurality of mutually parallel purlins 10-4 are welded on the cross beams 10-3, the purlins 10-4 are fastened through the steel cables 10-5, and the steel member 10-1, the upright post 10-2, the cross beam 10-3, the purlins 10-4 and the steel cables 10-5 are coated or sprayed with plastic.

It should be noted that, the utility model relates to a zero seepage of assembled plant at first according to actual size needs, processes out excrement ditch 1, excrement ditch board 2, passageway board 3, interior wall 5, roof boarding 8, furred ceiling 9, steelframe 10 and outer wall 11 by the mill to transport and assemble to plant. The assembly is carried out according to the following steps:

1. hardening the ground of the farm, and constructing a plurality of cement piers 4 at proper positions, wherein the cement piers 4 are in a straight line;

2. a plurality of dung ditches 1 are sequentially connected end to form a straight line, and the two straight lines are parallel to each other;

3. a plurality of dung ditch plates 2 are connected end to form a straight line (dung ditch), and one side of each dung ditch plate 2 is placed on a cement pier, and the other side of each dung ditch plate 2 is placed on the left side of the dung ditch 1;

4. a plurality of straight lines formed by overlapping the plurality of dung ditches 1 are continuously arranged on the right side of the straight line formed by the plurality of dung ditches 1, the side parts of the adjacent dung ditches 1 are respectively provided with a channel passing plate 3, one side of the channel passing plate 3 on the rightmost side is arranged on the right side of the dung ditch 1, and the other side is arranged on a cement pier;

5. the plurality of excrement discharge channels are communicated with the septic tank through pipelines;

6. an outer wall 11 is spliced to surround a plurality of excrement ditches 1 and excrement ditch plates 2, a gate is arranged in the outer wall 11, an inner wall 5 is spliced above the excrement ditches 1 and the excrement ditch plates 2, and a channel 6 is arranged in the inner wall 5;

7. installing steel frames 10, forming holes in the aisle panels 3-2 on the aisle plates 3, welding the upright columns 10-2 with steel members 10-1 after the upright columns pass through the holes, fixing the steel members 10-1 at the tops of the cement piers through expansion bolts, and fixedly installing drainage ditches 7 between the adjacent installing steel frames 10;

8. a roof panel 8 is arranged on the top of the steel frame 10;

9. after all the assemblies are assembled, seamless plastic welding is carried out, plastic wrapping is carried out on the outer part of the excrement ditch 1 and plastic wrapping is carried out on the outer part of the excrement ditch plate 2, and the channel passing plates 3 on the leftmost side and the rightmost side are respectively welded with the excrement ditch 1, the excrement ditch plate 2, the inner wall 5, the upright post 10-2 and the outer wall 11 in a plastic welding mode; excrement ditch 1, excrement ditch board 2, passageway board 3 and the interior wall 5 plastic welding each other of middle part, outer wall 11 and furred ceiling 9 plastic welding form airtight space, and pollutants such as pig manure and soil are isolated, form zero seepage plant of assembled.

While the invention has been described with reference to a preferred embodiment, it will be understood by those skilled in the art that various changes in form and details may be made therein without departing from the spirit and scope of the invention.

Claims

1. An assembled zero-leakage farm comprises excrement ditches, excrement ditch plates, passageway plates, cement piers, channels, drainage ditches, roof plates, a ceiling, steel frames and an outer wall, wherein a plurality of excrement ditches are sequentially connected end to form the excrement draining ditches and are arranged on the hard ground, the excrement ditch plates are arranged above the excrement ditches and are sequentially connected end to end, the side parts of adjacent excrement ditches are connected through a plurality of passage plates, the plurality of passage plates are sequentially connected end to end, the passageway plates positioned at the leftmost side and the rightmost side are fixed on the ground through a plurality of cement piers, the outer walls are arranged on the outer sides of the cement piers, the steel frames penetrate through the passage plates and extend to the lower sides of the passage plates to be fixedly connected with the cement piers, the top of the steel frame is covered with a plurality of roof plates, the ceiling is internally mounted with the; the method is characterized in that: the excrement ditch, the excrement ditch plate, the channel passing plate, the inner wall, the suspended ceiling, the steel frame and the outer wall are all connected by plastic welding.

2. The fabricated zero-leakage farm of claim 1, wherein: the excrement ditch comprises an excrement ditch framework, a bottom plate and side plates, the excrement ditch framework is externally coated with plastic and is in a U-shaped groove structure in appearance, the bottom plate placed horizontally and the side plates placed vertically are mounted on the inner side of the excrement ditch framework of the U-shaped groove structure, the plastic welding is adopted between every two plastic coated bottom plates and the side plates, and the inner side of the bottom of the excrement ditch framework is a symmetrical U-shaped curve.

3. The fabricated zero-leakage farm of claim 1, wherein: the excrement ditch plate comprises an excrement ditch plate framework, an excrement ditch panel and excrement leakage holes, wherein the excrement ditch plate framework is coated with plastic, the plastic is coated with the excrement ditch panel and is welded with the excrement ditch panel through plastic, a plurality of excrement leakage holes are uniformly formed in the excrement ditch panel, and anti-skidding lines are arranged on one side, away from the excrement ditch plate framework, of the excrement ditch panel.

4. The fabricated zero-leakage farm of claim 1, wherein: the aisle board comprises an aisle board framework and an aisle panel, the outer surface of the aisle board framework is coated with plastic, the plastic is coated with plastic and the aisle panel is welded with plastic, and anti-skid grains are arranged on one side, away from the aisle board framework, of the aisle panel.

5. The fabricated zero-leakage farm of claim 1, wherein: the steelframe includes steel member, stand, crossbeam, purlin and cable wire, and stand lower extreme and steel member welded fastening, upper end and crossbeam welded fastening, the crossbeam welds into "eight" font structure end to end, and the welding has a plurality of purlins that are parallel to each other on a plurality of crossbeams, and a plurality of purlins fasten through the cable wire, steel member, stand, crossbeam, purlin and cable wire outsourcing are moulded or are spouted and are moulded.

6. The fabricated zero-leakage farm of claim 1, wherein: the outer wall includes inner panel, magnesium sulfate magnesium oxide foaming heated board, fossil fragments and planking, when magnesium sulfate magnesium oxide foaming heated board pour the preparation, the embedded fossil fragments that have, the crisscross public female groove that is equipped with the connection of being convenient for in magnesium sulfate magnesium oxide foaming heated board both ends, a plurality of magnesium sulfate magnesium oxide foaming heated board that inlay the keel overlap into the outer wall body through the crisscross public female groove that sets up, and the outer wall body inboard is pasted the inner panel, the outside is pasted and is had the planking.

7. The fabricated zero-leakage farm of claim 1, wherein: the manure ditch plate is divided into a plurality of culture areas through inner walls; the interior wall comprises fossil fragments, magnesium sulfate magnesium oxide foaming heated board and two-layer plastic slab, and magnesium sulfate magnesium oxide foaming heated board when pouring the preparation, the embedded fossil fragments that have, the crisscross public mother groove that is equipped with the connection of being convenient for in magnesium sulfate magnesium oxide foaming heated board both ends, and a plurality of magnesium sulfate magnesium oxide foaming heated boards overlap into interior wall body through the public mother groove of crisscross setting, and interior wall body both sides are pasted and are had the plastic slab.