CN208783455U - A kind of energy-saving and environment-friendly hoggery for raising pig - Google Patents

Abstract

The utility model discloses a kind of energy-saving and environment-friendly hoggery for raising pig, including outline border, culture zone, septic tank, tank and crib, outline border is made of bend glass, metope and clump, and metope is fixedly connected with clump, and metope and clump are installed around culture zone；Tank and septic tank are set in turn in culture zone bottom part down, and the two sides of tank are equipped with symmetrical barricade, and barricade is fixedly connected with clump and tank respectively；Flushing tank is formed between barricade and clump, flushing tank bottom wall side is equipped with sewage draining exit, rainwater is subjected to reasonable utilization with water with other, it is successfully realized resource-conserving, environmentally friendly environmental protection concept touches drainage mechanism using pig eating time and is rinsed, manpower is greatly saved, cost is lower compared to concrete and other brick and tile greenhouses, easy to disassemble, is widely used in the cultivation such as rural area, villages and small towns, Peasants Joy.

Description

A kind of energy-saving and environment-friendly hoggery for raising pig

Technical field

The utility model relates to hoggery for raising pig technical fields, are especially a kind of energy-saving and environment-friendly hoggery for raising pig.

Background technique

Cultivation greenhouse can be directed to many animals, such as many animals of broiler chicken, meat duck, beef cattle, domestic pig, and greenhouse cultivates most Big benefit is can to overcome environmental factor influence caused by animal feeding, so that animal is grown up within the shorter time, together When guarantee certain quality, greenhouse cultivation from economic benefit for, be double raising；

China is significantly national as a monsoon climate, south from April to September be rainy season, it is northern then from April to September For rainy season, until 2016, China's annual average precipitation be 730 millimeters, the especially ground such as south China East China precipitation especially It is prominent, if it is possible to rainwater is collected to and is carried out reasonable utilization, then energy-saving and emission-reduction may be implemented, it is environmentally protective, it reduces The purpose of discharge amount of rainwater saves tap water, reduces the cost of water process.

It is found by retrieval, patent No. CN206413548U discloses a kind of no foreign odor ecological, environmental protective pig farm, including supports Pig farm ontology, the pig farm ontology includes exterior wall, and vent window is offered on the outside of the exterior wall, and the inside of the vent window is solid Surely it is connected with fan, front and the back side of the fan are provided with protective net, and company is fixed in the protective net and vent window It connects, the outer coping is fixedly connected with support column, can be improved pig farm body interior different smell row by the way that fan is arranged Rate out facilitates the air circulation of pig farm body interior by the gap between support column and top beam；

Patent No. CN107549019A discloses a kind of environmental protection pig raising house, is related to technical field of agricultural breeding, including mistake Road and several pigsties that passageway side is arranged in, pigsty are interior equipped with feeding trough and the spray being arranged in below feeding trough dress It sets, pigsty ground is equipped with sewage draining exit, and sewage draining exit is connected to sewage pipe, and sewage pipe is connected to a sewage-treatment plant by outlet, The sewage-treatment plant includes being sequentially connected every slag bath, pretreatment pool and fermentation vat, and outlet connection is described every slag bath, institute It states every the grid for intercepting solid pollutant is arranged in slag bath below the outlet, the grid deviates from the outlet Side offers the first water outlet of connection the pretreatment tank；Be equipped in pretreatment pool agitating device be connected to the fermentation vat The second water outlet；Biogas hulling machine and slag-drip opening are equipped in the fermentation vat, to solve the problems, such as the swine manure treatment of farm.

However, the analysis found that, domestic cultivation is still based on the decentralized household of rural area at present, and not only cultural technique is old Old, limited to the ability to accept of new management technology, especially regional health situation is substantially at a space state, such as greenhouse The excrement of interior animal cannot be removed in time, cause transmission speed to be accelerated, while not accomplishing to take a breath for greenhouse, cause big It stinks to high heaven in canopy, while it is more to compare tap water required for the swine manure treatment mode in open source literature 2, to a certain extent Still it will increase with water cost, and compare the layout of ventilating system and design in open source literature 1 and also need using a large amount of electricity Can, it is higher to the consumption of resource.

Utility model content

Therefore, in order to solve above-mentioned deficiency, the utility model provides a kind of energy-saving and environment-friendly hoggery for raising pig herein, has energy It is enough by rainwater and other with water carry out reasonable utilization, be successfully realized resource-conserving, environmentally friendly environmental protection concept, together When do not need staff and be rinsed pollution discharge pond, it is only necessary to touch drainage mechanism using pig eating time and be rinsed, significantly Manpower is saved, and the cost of greenhouse is lower compared to concrete and other brick and tile greenhouses, it is easy to disassemble, it is suitable for rural area and promotes The advantages that.

The utility model is realized in this way constructing a kind of energy-saving and environment-friendly hoggery for raising pig, including outline border, culture zone, change Manure pit, tank and crib, outline border is made of bend glass, metope and clump, and metope is fixedly connected with clump, metope It is installed with clump around culture zone；Tank and septic tank are set in turn in culture zone bottom part down, and the two sides of tank are set There is symmetrical barricade, and barricade is fixedly connected with clump and tank respectively；Flushing tank is formed between barricade and clump, Flushing tank bottom wall side is equipped with sewage draining exit, and sewage draining exit is connected to septic tank by being set to the sewage pipe of sewage draining exit bottom；It supports It grows area bottom and is respectively equipped with symmetrical movable floor and static floor, the side of movable floor is recessed inwardly equipped with embedded groove, and The side insertion on static floor is set in embedded groove；Region between static floor and movable floor is equipped with symmetrical first bullet Spring, the end of the first spring are connect with static floor and movable floor respectively；The bottom of movable floor is equipped with support plate, support plate Bottom is equipped with support column, and the end of support column is fixedly connected with tank bottom wall and support plate respectively；Support plate with actively Region between plate is equipped with second spring, and the end of second spring is connect with support plate and movable floor respectively；Movable floor The center on surface is equipped with upright middle siphunculus, and middle siphunculus bottom end is communicated with middle siphunculus taper end, and middle siphunculus taper end is passed through respectively It wears movable floor and support plate and extends in tank, and reserve and have the gap between movable floor；The one side wall of tank Equipped with dewatering outlet；It keeps off coping and is equipped with several supporting blocks being equally spaced, and supporting block respectively applies barricade and static floor Plus-pressure；Make to be equipped with gap between barricade and static floor between supporting block；The middle position of barricade is equipped with drainage arrangement；Activity Floor bottoms are connected with lever, and the surface side of lever is connected with shell, and the inside of shell is equipped with fixed pulley, sets at the top of shell There is mounting plate, and mounting plate is bolted with static floor edge, lever one end and movable floor are by being set to lever The clips on surface connect；The top of middle siphunculus has been respectively communicated with ball bumps sum aggregate water polo, and the inside of ball bumps is equipped with Blade wheel structure；The bottom of collection water polo, which tilts down, extends to form drip nozzle；The two sides for collecting water polo are equipped with symmetrical clamping pipe, and are clamped Pipe and integrate between water polo and be connected to, clamping pipe is connected to collecting pipe, and the two sides of collecting pipe are parallel to each other point equipped with multiple The header of cloth, and one end of header is connected to collecting pipe, the other end is connected with catch basin, and catch basin passes through with bend glass Glass glue bond；The surface of collecting pipe is also nested several cuffs being placed equidistant with.

As an improvement of the above technical solution, drainage arrangement includes limited block, limiting slot, U-tube, floating ball tension spring, rubber Floating ball, restrict water supply circle and stop collar, U-tube are disposed through in barricade, and circle of restricting water supply is bonded in U-tube both ends by marine glue Portion, limiting slot insertion are set in barricade, and limited block stands on limiting slot, rubber floating ball fit in limited block and limiting slot it Between, and vertical sliding motion is realized between limiting slot, the bottom of rubber floating ball is connected with the floating ball tension spring of stainless steel, and lever one end connects It is connected at the top of floating ball tension spring, stop collar surround and is set to lever surface and is fixedly connected with limited block.

As an improvement of the above technical solution, catch basin is made of water chamber and baffler, and water chamber is closed at both ends, It is in the equally distributed through-hole of " one " word that the inside of water chamber, which is equipped with multiple, and through-hole is corresponded with confluence tube end and mutually interconnected It is logical.

As an improvement of the above technical solution, impeller mechanism is made of impeller page, bearing, collision mat and worm screw, impeller page With bearing it is equal it is nested be set to worm screw face, and worm screw and ball bumps are by bearing-transmission, and pass through collision mat filled bearing Gap between ball bumps, worm screw extends on the inside of metope, and is connected with exhaust fan.

As an improvement of the above technical solution, the bottom of bend glass is equipped with ceiling support component, and ceiling support component It is made of upright upright bar and one group of symmetrical brace, upright bar and brace bottom extremity are simultaneously connected with clip, and clip and cuff Between be adapted, upright bar and brace top are fixedly connected to rubber pad, and rubber pad bend glass is bolted by removable.

As an improvement of the above technical solution, the static floor edge in embedded groove is equipped with rubber skin cloth, and rubber Skin cloth is fixedly connected with embedded groove and static floor by drawing pin respectively.

As an improvement of the above technical solution, the edge on static floor is equipped with multiple installation bolt buckles, and installs bolt buckle It is vertical setting and is fixedly connected with static floor, the equivalent width on static floor and movable floor, and the surface on static floor Equipped with multiple equally distributed matrix holes.

As an improvement of the above technical solution, the first spring and second spring are all made of 50CrVA spring steel and are made.

As an improvement of the above technical solution, crib is symmetrical set in middle siphunculus two sides.

As an improvement of the above technical solution, the material of impeller mechanism and exhaust fan is polypropylene.

The utility model provides a kind of energy-saving and environment-friendly hoggery for raising pig by improving herein, with existing energy-saving and environment-friendly pig raising Greenhouse is compared, and reasonable utilization can be carried out with water with other for rainwater by having the following beneficial effects:, is successfully realized resource section About type, environmentally friendly environmental protection concept, while not needing staff and being rinsed pollution discharge pond, it is only necessary to when being fed using pig Between touch drainage mechanism and be rinsed, be greatly saved manpower, and the cost of greenhouse is compared to concrete and other brick and tile greenhouses It is lower, it is easy to disassemble, it is widely used in the cultivation such as rural area, villages and small towns, Peasants Joy.

Detailed description of the invention

Fig. 1 is a kind of energy-saving and environment-friendly hoggery for raising pig structural schematic diagram of the utility model；

Fig. 2 is the tank partial vertical sectional schematic diagram of the utility model；

Fig. 3 is the culture zone partial vertical sectional schematic diagram of the utility model；

Fig. 4 is the A-A cross-sectional view of Fig. 3 in the utility model；

Fig. 5 is the ceiling support component and bend glass partial structural diagram of the utility model；

Fig. 6 is the ceiling support component longitudinal profile of Fig. 5 in the utility model；

Fig. 7 is the partial structural diagram of the collection water polo and ball bumps of the utility model；

Fig. 8 is the blade wheel structure partial structural diagram in the utility model Fig. 7；

Fig. 9 is the utility model collecting pipe and collecting pipe structure schematic diagram；

Figure 10 is the portion A0 enlarged diagram in Fig. 1 in the utility model；

Figure 11 is the portion A1 enlarged diagram in Fig. 2 in the utility model；

Figure 12 is the portion A2 enlarged diagram in Fig. 2 in the utility model；

Figure 13 is the portion A3 enlarged diagram in Fig. 5 in the utility model；

Figure 14 is the portion A4 enlarged diagram in Fig. 3 in the utility model.

Serial number as shown in the figure: outline border 1, bend glass 101, metope 102, clump 103, culture zone 2, septic tank 3, water storage Pond 4, dewatering outlet 401, crib 5, flushing tank 6, outlet 601, sewage pipe 602, barricade 7, supporting block 701, ceiling support component 8, brace 801, rubber pad 802, upright bar 803, clip 804, catch basin 9, baffler 901, water chamber 902, through-hole 903, draining Device 10, limited block 1001, limiting slot 1002, U-tube 1003, floating ball tension spring 1004, rubber floating ball 1005, circle 1006 of restricting water supply, Stop collar 1007, lever 11, clips 1101, middle siphunculus 12, collecting pipe 13, cuff 1301, header 1302, collection water polo 14, It is clamped pipe 1401, drip nozzle 15, ball bumps 16, impeller mechanism 17, impeller page 1701, bearing 1702, collision mat 1703, worm screw 1704, exhaust fan 18, stabilizer bar 19, movable floor 20, embedded groove 2001, static floor 21, installation bolt buckle 2101, branch Fagging 22, support column 2201, the first spring 23, second spring 24, middle siphunculus taper end 25, rubber skin cloth 26, fixed pulley 27, shell 28 and mounting plate 29.

Specific embodiment

The utility model is described in detail below in conjunction with attached drawing 1- Figure 14, to the skill in the utility model embodiment Art scheme is clearly and completely described, it is clear that and the described embodiments are only a part of the embodiments of the utility model, and The embodiment being not all of.Based on the embodiments of the present invention, those of ordinary skill in the art are not making creativeness Every other embodiment obtained, fall within the protection scope of the utility model under the premise of labour；In addition, term " first ", " second ", " third " etc. are used for descriptive purposes only and cannot be understood as indicating or suggesting relative importance.Meanwhile it is practical at this In novel description unless specifically defined or limited otherwise, term " connected ", " connection " shall be understood in a broad sense, for example, can be with It is to be fixedly connected, may be a detachable connection, or is integrally connected；It can be mechanical connection, be also possible to be electrically connected；It can It, can also be indirectly connected through an intermediary to be to be connected directly.It for the ordinary skill in the art, can be specific Situation understands the concrete meaning of above-mentioned term in the present invention.

[embodiment 1]

Fig. 1-14 is please referred to, the utility model provides a kind of technical solution:

A kind of energy-saving and environment-friendly hoggery for raising pig includes outline border 1, culture zone 2, septic tank 3, tank 4 and crib 5, outline border 1 It is made of bend glass 101, metope 102 and clump 103, and metope 102 is fixedly connected with clump 103, metope 102 and water Mud pier 103 around culture zone 2 install, as shown in Figure 1, metope 102 use steel bar framework structure, bottom using pouring by the way of and Clump 103 connects, and the catch basin 9 of top and aluminum alloy material is fixed in such a way that iron wire is bound, and can not only prevent pig Arch, and facilitate later maintenance and disassembly；Tank 4 and septic tank 3 are set in turn in 2 bottom part down of culture zone, septic tank 3 Collection and fermentation for fecal sewage are set and farmyard manure is made and realizes resource reutilization, the two sides of tank 4 are equipped with symmetrical Barricade 7, and barricade 7 is fixedly connected with clump 103 and tank 4 respectively；Punching is formed between barricade 7 and clump 103 Wash pool 6,6 bottom wall side of flushing tank is equipped with sewage draining exit 601, and sewage draining exit 601 and septic tank 3 are by being set to 601 bottom of sewage draining exit The sewage pipe 602 in portion is connected to, and the position of sewage draining exit 601 is located at the lower position in one end in 6 slot of flushing tank, to facilitate excrement Sewage discharge.

As shown in Fig. 3, Figure 10 and Figure 14,2 bottom of culture zone is respectively equipped with symmetrical movable floor 20 and static floor 21, The side of movable floor 20 is recessed inwardly equipped with embedded groove 2001, and the side insertion on static floor 21 is set to embedded groove 2001 It is interior, due to the limit of embedded groove 2001, enables and keep relatively movable between static floor 21 and movable floor 20；Still Region between plate 21 and movable floor 20 is equipped with symmetrical first spring 23, the end of the first spring 23 respectively with static floor 21 and movable floor 20 connect, even if being compressed and being divided between the static floor 21 of the effect of the first spring 23 and movable floor 20 It opens, when feeding, staff adds foodstuff into crib 5, it will be clear that the narrower width of movable floor 20, addition Pig sets foot on movable floor 20 after foodstuff, pushes movable floor 20 using the gravity of pig and the elastic potential energy of the first spring 23, After pig goes down movable floor 20, movable floor 20 automatically springs open recovery；The bottom of movable floor 20 is equipped with support plate 22, support 22 bottom of plate is equipped with support column 2201, and the end of support column 2201 is fixedly connected with 4 bottom wall of tank and support plate 22 respectively, Keep support plate 22 more stable by support column 2201；Region between support plate 22 and movable floor 20 is equipped with second spring 24, and the end of second spring 24 is connect with support plate 22 and movable floor 20 respectively, the first spring 23 and second spring 24 End is fixed and is connected by the spring compressor of alloy, and support plate 22 plays support movable floor 20 together with second spring 24 Effect, prevent 20 side of movable floor sink, while second spring 24 by compression shape restore after equally can be by 20 bullet of movable floor It rises and resets, what needs to be explained here is that, embedded groove is arrived on the distance between support plate 22 and movable floor 20 and static floor 21 The distance at 2001 tops is consistent, and so ensure that movable floor 20 is able to carry out stable lifting；Movable floor 20 The center on surface is equipped with upright middle siphunculus 12, and middle 12 bottom end of siphunculus is communicated with middle siphunculus taper end 25, and middle siphunculus taper end 25 extend through movable floor 20 and support plate 22 and extend in tank 4, and reserve and have the gap between movable floor 20, The gap be have in order to make the without hindrance lifting of movable floor 20, while between middle siphunculus 12 and middle siphunculus taper end 25 one it is apparent Diameter change plays position-limiting action when the caliber of siphunculus 12 in arrival when movable floor 20 being made to move up reset；The side of tank 4 Wall is equipped with dewatering outlet 401.

As shown in figure 11, the top of barricade 7 is equipped with several supporting blocks 701 being equally spaced, and supporting block 701 is respectively to gear Wall 7 and static floor 21 apply pressure；Make to be equipped with gap between barricade 7 and static floor 21 between supporting block 701；Setting support The purpose of block 701, which can either play to be flexible coupling between barricade 7 and static floor 21, offsets static floor 21 for a long time irregularly The purpose of extruding, and the gap formed between these supporting blocks 701 can make the water filled in tank 4 enter flushing tank 6 In, it prevents the moisture storage capacity in flood season tank 4 from increasing, leads to 4 spill-over of tank, the middle position of barricade 7 is equipped with drainage arrangement 10；As shown in Fig. 2 and Figure 12,20 bottom of movable floor is connected with lever 11, and the surface side of lever 11 is connected with shell 28, outside The inside of shell 28 is equipped with fixed pulley 27, and the top of shell 28 is equipped with mounting plate 29, and mounting plate 29 and static 21 edge of floor are logical It crosses and is bolted, 11 one end of lever is connect with movable floor 20 by being set to the clips 1101 on 11 surface of lever, the lever 11 shape is folding shape, and one end is installed on 20 bottom wall of movable floor as force, and fixed pulley 27, shell 28 and mounting plate 29 Between as fulcrum be installed on static 21 bottom wall of floor, the other end of lever is installed in drainage arrangement 10 as sled point, thus Constitute a complete lever construction.

As shown in Figure 1 and Figure 7, the top of middle siphunculus 12 has been respectively communicated with 16 sum aggregate water polo 14 of ball bumps, middle siphunculus 12 It is made as main water-supply-pipe of PPR pipe, while tube wall diameter is thicker, being able to bear more extruding forces prevents deformation, For 16 sum aggregate water polo 14 of ball bumps by middle 12 extrusion molding of siphunculus, the inside of ball bumps 16 is equipped with blade wheel structure 17；It catchments The bottom of ball 14, which tilts down, extends to form drip nozzle 15, and the drip nozzle 15 ramp-like and 15 mouthfuls of drip nozzle the diameters that are designed to dip down are smaller It is to be capable of forming water column when water is entered and flowed out from drip nozzle 15 by collection water polo 14 for convenience, is unlikely to drop and spreads, and water column Drop point is in 17 side of impeller mechanism；As shown in figure 9, the two sides of collection water polo 14 are equipped with symmetrical clamping pipe 1401, and it is clamped pipe 1401 with integrate between water polo 14 and be connected to, clamping pipe 1401 is connected to collecting pipe 13, and the two sides of collecting pipe 13 are equipped with more The header 1302 of a distribution that is parallel to each other, and one end of header 1302 is connected to collecting pipe 13, the other end, which is connected with, to catchment By glass glue bond, the effect of catch basin 9 is by the rainwater on 101 surface of bend glass for slot 9, catch basin 9 and bend glass 101 It is collected；The surface of collecting pipe 13 is also nested several cuffs 1301 being placed equidistant with, here it is explained that converging Main body of the flow tube 13 as carrying header 1302 and 8 weight of ceiling support component, the stainless steel material for selecting tube wall thicker, no Only light weight, and can corrosion resistant, while tube wall is smooth, and the mobility of water can be made higher, and collecting pipe 13 is using being nested in It is clamped 1401 surface of pipe, and imports water in collection water polo 14 after being handled by sealant.

In the utility model, as shown in figure 11, drainage arrangement 10 includes limited block 1001, limiting slot 1002, U-tube 1003, floating ball tension spring 1004, rubber floating ball 1005, restrict water supply circle 1006 and stop collar 1007, U-tube 1003 be disposed through barricade In 7, and circle 1006 of restricting water supply is bonded in 1003 both ends of U-tube by marine glue, and the insertion of limiting slot 1002 is set in barricade 7, Limited block 1001 stands on limiting slot 1002, and rubber floating ball 1005 fits between limited block 1001 and limiting slot 1002, and with Vertical sliding motion is realized between limiting slot 1002, the bottom of rubber floating ball 1005 is connected with the floating ball tension spring 1004 of stainless steel, lever 11 one end are connected to 1004 top of floating ball tension spring, and stop collar 1007, which is surround, to be set to 11 surface of lever and fix with limited block 1001 Connection, drainage arrangement 10 is manipulated by lever 11, at lever 11 is in the normal state time limit hydrosphere 1006 and rubber floating ball 1005 In the state of actuation, after lever 11 agitates, i.e., movable floor 20 is moved downward, and is fixed fixed 11 one end of lever of hoop 1101 It moves downward, while the setting of pulley 27 can be such that lever 11 is rotated around fulcrum, 11 other end of lever is equipped with screw thread simultaneously It screws in rubber floating ball 1005 to be attached, and because the effect of pulling force pulls floating ball tension spring 1004 to move up and down, makes rubber floating ball It is separated between 1005 and circle 1006 of restricting water supply, limited block 1001 and limiting slot 1002 can be such that rubber floating ball 1005 effectively keeps Vertical lift in track, prevents position from deviateing, and at this time the water in tank 4 will pass through U-tube 1003 and flow into flushing tank 6 Achieve the purpose that rinse excrement, and the water outlet end position of U-tube 1003 is lower than water inlet end, so can prevent in flushing tank 6 Sewage backflow.

As shown in figure 9, catch basin 9 is made of water chamber 902 and baffler 901, and water chamber 902 is closed at both ends, contains It is in the equally distributed through-hole 903 of " one " word that the inside of water cavity 902, which is equipped with multiple, and through-hole 903 and 13 end of collecting pipe one are a pair of It should and be interconnected, the rainwater of collection branches in header 1302 after reaching water chamber 902 quickly through through-hole 903, afflux Pipe 1302 is arranged in obtuse angle with collecting pipe 1301, and subsequent header 1302 again imports rainwater in collecting pipe 13.

As shown in Figure 7 and Figure 8, impeller mechanism 17 is by impeller page 1701,1704 structure of bearing 1702, collision mat 1703 and worm screw At, impeller page 1701 and bearing 1702 it is equal it is nested be set to 1704 surface of worm screw, and worm screw 1704 and ball bumps 16 pass through axis 1702 transmissions are held, and by the gap between 1703 filled bearing 1702 of collision mat and ball bumps 16, worm screw 1704 is extended to 102 inside of metope, and it is connected with exhaust fan 18, when the rainwater in collecting pipe 13 forms water column from drip nozzle 15 after collecting water polo 14 It sprays, since the interval between collection water polo 14 and ball bumps 16 is big, water column drives after falling on the impeller page 1701 to keep to the side Worm screw 1704 and exhaust fan 18 rotate, and since exhaust fan 18 is arranged in metope 102, change so exhaust fan 18 can be realized effectively Gas effect.

As shown in Fig. 1, Fig. 5 and Fig. 6, the bottom of bend glass 101 is equipped with ceiling support component 8, and ceiling support component 8 It is made of upright upright bar 803 and one group of symmetrical brace 801, upright bar 803 and 801 bottom extremity of brace are simultaneously connected with clip 804, and be adapted between clip 804 and cuff 1301, upright bar 803 and 801 top of brace are fixedly connected to rubber pad 802, And 802 bend glass 101 of rubber pad is bolted by removable, constitutes stable triangular by the upright bar 803 of setting and brace 801 Frame structure can effectively support bend glass 101, while clip 804 can be with 1301 clamping of cuff on return pipe 13.

As shown in Fig. 3 and Figure 14,21 edge of static floor in embedded groove 2001 is equipped with rubber skin cloth 26, and rubber Skin cloth 26 is fixedly connected with embedded groove 2001 and static floor 21 by drawing pin respectively, is had by the rubber skin cloth 26 of setting and is drawn Stretching property mainly prevents swine excrement from entering in embedded groove 2001 and causes movable floor 20 that can not move downward.

As shown in figure 3, the edge on static floor 21 be equipped with multiple installation bolt buckles 2101, and installation bolt buckle 2101 with it is quiet Only floor 21 is vertical setting and is fixedly connected, the equivalent width on static floor 21 and movable floor 20, and static floor 21 Surface is equipped with multiple equally distributed matrix holes, is convenient for static floor 21 being mounted on wall by the installation bolt buckle 2101 of setting On face 102, for discharging swine excrement and will not block pig's feet, these matrix holes are entirely located in the matrix hole on static 21 surface of floor The surface of flushing tank 6 and barricade 7, while barricade 7 designs for tilting, is conducive to the swine excrement fallen and slides into flushing tank 6.

As shown in Fig. 3 and Figure 14, the first spring 23 is all made of 50CrVA spring steel with second spring 24 and is made, and passes through setting 50CrVA spring steel have good mechanical property and processing performance, harden ability is higher, have high fatigue strength, yield ratio It is higher, the first spring 23 and the end of second spring 24 are connected to activity by the spring compressor of alloy material before the forming In floor 20, static floor 21 and support plate 22, it should be noted that the first spring 23 is the normal of expansion with second spring 24 State, the group number that can design spring as needed carrys out the gravity that its power size for generating deformation is equal to movable floor 20, so sufficient energy Obvious deformation can't be generated by enough supporting movable floor 20, however after being stepped down on movable floor 20 when pig feed, actively The weight of plate 20 increases, so will lead to 20 compressed spring of movable floor generates deformation.

As shown in figures 1 and 3, crib 5 is symmetrical set in middle 12 two sides of siphunculus, passes through the effect phase of the crib 5 of setting When in a time switch, after in crib 5 by feeding, pig will go at crib 5 feed, and open to set foot on movable floor 20 Dynamic drainage arrangement 10 so just eliminates the artificial mode for opening bath, it is only necessary to be rushed when feed using pig Water, it will be clear that the equivalent width on static floor 21 and movable floor 20, but for length, actively The length of plate 20 is less than the length on static floor 21, this means that pig just can carry upper limb actively in feed On plate 20, during the break between then on the static floor 21, so as to avoid swinery starting drainage arrangement 10 for a long time；

The material of impeller mechanism 17 and exhaust fan 18 is polypropylene, and polyacrylic material is lighter, can make the process of rotation Middle reduction resistance, drive exhaust fan 18 rotational frequency faster, thus make ventilation it is more efficient.

[embodiment 2]

The utility model provides a kind of technical solution: unlike the first embodiment: as shown in Figure 2 in the side of tank 4 Wall is equipped with dewatering outlet 401, the purpose of setting dewatering outlet 401 be in order in dry season, can be by external when rainwater-collecting efficiency is lower PVC water pipe and dewatering outlet 401 are sealed fixation, and the other end of water pipe is for connecting domestic water bottom of pond portion, due to tank 4 Volume it is larger, so as to carry out continual water supply for tank 4.

[embodiment 3]

The utility model provides a kind of technical solution: unlike the first embodiment: as shown in Figures 2 and 3, middle siphunculus 12 It can be replaced using cast copper pipe, can effectively bear the weight of bend glass 101 and ceiling support component 8, ceiling support group Part 8 can be autonomous that number is selected to be installed according to the weight of bend glass 101.

Working principle: being installed bend glass 101 by ceiling support component 8 first, and when rainy day, rainwater is fallen in When on smooth bend glass 101, is collected by the water chamber 902 in catch basin 9, then branch to collection quickly through through-hole 903 In flow tube 1302, header 1302 and collecting pipe 1301 are arranged in slight obtuse angle, and subsequent header 1302, which again imports rainwater, to converge In flow tube 13, water is discharged the collection water polo 14 at 13 middle part of collecting pipe by drip nozzle 15, is sprayed water column by drip nozzle 15 and is fallen in impeller 17 side of mechanism, and impeller page 1701 is pushed to rotate, the drive worm screw 1704 of impeller page 1701 rotates, thus make exhaust fan 18 into Row ventilation, subsequent water flow are discharged into tank 4 by middle siphunculus taper end 25 and are collected, since the volume of tank 4 is larger, no Disconnected water inlet will not influence the capacity of tank 4, even storage also can be by the gap between supporting block 701 after having expired Discharge, when pig feed, forelimb is stepped down on movable floor 20, and the gravity of pig drives the compression of the first spring 23 to make under movable floor 20 Pressure, so that lever 11 agitates, subsequent movable floor 20 is moved downward, and is fixed fixed 11 one end of lever of hoop 1101 and is transported downwards It is dynamic, while the setting of pulley 27 can be such that lever 11 is rotated around fulcrum, make rubber floating ball 1005 and restrict water supply circle 1006 it Between separated, at this time the water in tank 4 will pass through U-tube 1003 flow into flushing tank 6 in achievees the purpose that rinse excrement, Pig excrement in defecation can be discharged into flushing tank 6 by the hole on static floor 21, and the design of hole is adjustable, be greater than and supported The diameter for growing pig's feet, not will cause card base, and the excrement after discharging is entered in septic tank 3 after fermentation conveniently by sewage pipe 602 It is continuous to prepare biogas.

In summary；Energy-saving and environment-friendly hoggery for raising pig described in the utility model, compared with existing hoggery for raising pig, having can By rainwater and other with water carry out reasonable utilization, be successfully realized resource-conserving, environmentally friendly environmental protection concept, simultaneously It does not need staff and is rinsed pollution discharge pond, it is only necessary to touch drainage mechanism using pig eating time and be rinsed, save significantly About manpower, and the cost of greenhouse is lower compared to concrete and other brick and tile greenhouses, it is easy to disassemble, it is suitable for rural area and promotes etc. Advantage.

The foregoing description of the disclosed embodiments can be realized professional and technical personnel in the field or using originally practical new Type.Various modifications to these embodiments will be readily apparent to those skilled in the art, and determine herein The General Principle of justice can be realized in other embodiments without departing from the spirit or scope of the present utility model.Cause This, the present invention will not be limited to the embodiments shown herein, and is to fit to and principles disclosed herein The widest scope consistent with features of novelty.

Claims (10)

1. a kind of energy-saving and environment-friendly hoggery for raising pig, including outline border (1), culture zone (2), septic tank (3), tank (4) and crib (5), it is characterised in that: the outline border (1) is made of bend glass (101), metope (102) and clump (103), and the wall Face (102) is fixedly connected with clump (103), and the metope (102) and clump (103) are installed around culture zone (2)；It is described Tank (4) and septic tank (3) are set in turn in culture zone (2) bottom part down, and the two sides of the tank (4) are equipped with symmetrical Barricade (7), and the barricade (7) is fixedly connected with clump (103) and tank (4) respectively；The barricade (7) and clump (103) it is formed between flushing tank (6), flushing tank (6) the bottom wall side is equipped with sewage draining exit (601), and the sewage draining exit (601) it is connected to septic tank (3) by being set to the sewage pipe (602) of sewage draining exit (601) bottom；

Culture zone (2) bottom is respectively equipped with symmetrical movable floor (20) and static floor (21), the movable floor (20) side is recessed inwardly equipped with embedded groove (2001), and the side insertion on the static floor (21) is set to embedded groove (2001) in；Region between the static floor (21) and movable floor (20) is equipped with symmetrical first spring (23), described The end of first spring (23) is connect with static floor (21) and movable floor (20) respectively；The bottom of the movable floor (20) Equipped with support plate (22), support plate (22) bottom is equipped with support column (2201), and the end part of the support column (2201) It is not fixedly connected with tank (4) bottom wall and support plate (22)；Region between the support plate (22) and movable floor (20) Equipped with second spring (24), and the end of the second spring (24) is connect with support plate (22) and movable floor (20) respectively； The center on movable floor (20) surface is equipped with upright middle siphunculus (12), during middle siphunculus (12) bottom end is communicated with Siphunculus taper end (25), and the middle siphunculus taper end (25) extends through movable floor (20) and support plate (22) and extends to water storage In pond (4), and reserves and have the gap between movable floor (20)；The one side wall of the tank (4) is equipped with dewatering outlet (401)；

The top of the barricade (7) is equipped with several supporting blocks (701) being equally spaced, and the supporting block (701) is respectively to gear Wall (7) and static floor (21) apply pressure；Make to set between barricade (7) and static floor (21) between the supporting block (701) There is gap；The middle position of the barricade (7) is equipped with drainage arrangement (10)；Movable floor (20) bottom is connected with lever (11), the surface side of the lever (11) is connected with shell (28), and the inside of the shell (28) is equipped with fixed pulley (27), institute The top for stating shell (28) is equipped with mounting plate (29), and the mounting plate (29) and static floor (21) edge are connected by bolt It connects, described lever (11) one end is connect with movable floor (20) by being set to the clips (1101) on lever (11) surface；

The top of the middle siphunculus (12) has been respectively communicated with ball bumps (16) sum aggregate water polo (14), the ball bumps (16) Inside is equipped with impeller mechanism (17)；The bottom of collection water polo (14), which tilts down, extends to form drip nozzle (15)；It is described to catchment The two sides of ball (14) are equipped with symmetrical clamping and manage (1401), and the clamping is managed (1401) and integrated between water polo (14) simultaneously Connection, clamping pipe (1401) are connected to collecting pipe (13), and the two sides of the collecting pipe (13) are parallel to each other point equipped with multiple The header (1302) of cloth, and one end of the header (1302) is connected to collecting pipe (13), the other end is connected with catch basin (9), the catch basin (9) and bend glass (101) pass through glass glue bond；The also nested setting in the surface of the collecting pipe (13) The cuff (1301) for thering are several to be placed equidistant with.

2. a kind of energy-saving and environment-friendly hoggery for raising pig according to claim 1, it is characterised in that: the drainage arrangement (10) includes Limited block (1001), limiting slot (1002), U-tube (1003), floating ball tension spring (1004), rubber floating ball (1005), circle of restricting water supply (1006) it is disposed through in barricade (7) with stop collar (1007), the U-tube (1003), and described restrict water supply circle (1006) are logical It crosses marine glue and is bonded in U-tube (1003) both ends, limiting slot (1002) insertion is set in barricade (7), the limit Block (1001) is stood on limiting slot (1002), and the rubber floating ball (1005) fits in limited block (1001) and limiting slot (1002) Between, and vertical sliding motion is realized between limiting slot (1002), the bottom of the rubber floating ball (1005) is connected with stainless steel Floating ball tension spring (1004), described lever (11) one end are connected at the top of floating ball tension spring (1004), and the stop collar (1007) surround It is set to lever (11) surface and is fixedly connected with limited block (1001).

3. a kind of energy-saving and environment-friendly hoggery for raising pig according to claim 1, it is characterised in that: the catch basin (9) is by being filled with water Chamber (902) and baffler (901) are constituted, and the water chamber (902) is closed at both ends, sets on the inside of the water chamber (902) Having multiple is in the equally distributed through-hole of " one " word (903), and the through-hole (903) and collecting pipe (13) end correspond simultaneously phase It is intercommunicated.

4. a kind of energy-saving and environment-friendly hoggery for raising pig according to claim 1, it is characterised in that: the impeller mechanism (17) is by leaf It takes turns page (1701), bearing (1702), collision mat (1703) and worm screw (1704) to constitute, the impeller page (1701) and bearing (1702) nesting is set to worm screw (1704) surface, and the worm screw (1704) and ball bumps (16) pass through bearing (1702) Transmission, and pass through the gap between collision mat (1703) filled bearing (1702) and ball bumps (16), the worm screw (1704) It extends on the inside of metope (102), and is connected with exhaust fan (18).

5. a kind of energy-saving and environment-friendly hoggery for raising pig according to claim 1, it is characterised in that: the bend glass (101) Bottom is equipped with ceiling support component (8), and the ceiling support component (8) is symmetrically oblique by upright upright bar (803) and one group Bar (801) composition, the upright bar (803) and brace (801) bottom extremity are simultaneously connected with clip (804), and the clip (804) It being adapted between cuff (1301), the upright bar (803) and brace (801) top are fixedly connected to rubber pad (802), and Rubber pad (802) bend glass (101) is bolted by removable.

6. a kind of energy-saving and environment-friendly hoggery for raising pig according to claim 1, it is characterised in that: described to be located at embedded groove (2001) Interior static floor (21) edge is equipped with rubber skin cloth (26), and the rubber skin cloth (26) respectively with embedded groove (2001) and quiet Only floor (21) are fixedly connected by drawing pin.

7. a kind of energy-saving and environment-friendly hoggery for raising pig according to claim 1, it is characterised in that: the side of the static floor (21) Edge is equipped with multiple installation bolt buckles (2101), and the installation bolt buckle (2101) and static floor (21) are vertical setting and consolidate Fixed connection, the equivalent width of the static floor (21) and movable floor (20), and the surface on the static floor (21) is equipped with Multiple equally distributed matrix holes.

8. a kind of energy-saving and environment-friendly hoggery for raising pig according to claim 1, it is characterised in that: first spring (23) and the Two springs (24) are all made of 50CrVA spring steel and are made.

9. a kind of energy-saving and environment-friendly hoggery for raising pig according to claim 4, it is characterised in that: the crib (5) is in symmetrically to set It is placed in middle siphunculus (12) two sides.

10. a kind of energy-saving and environment-friendly hoggery for raising pig according to claim 4, it is characterised in that: the impeller mechanism (17) and The material of exhaust fan (18) is polypropylene.