CN207235505U - A kind of Special Automatic knot installation of biomass water rice straw processing pig feed technique - Google Patents

Abstract

It the utility model is related to a kind of Special Automatic knot installation of biomass water rice straw processing pig feed technique, including bottom plate, roll conveying device, two parcel molding machines, fixed frame and two winding shears, rolling conveying device plays the role of rice straw rolling conveying, it is molding that two parcel molding machines play the role of rice straw parcel, two winding shears play the role of rice straw winding shearing, rolling conveying device is installed on the bottom plate, two parcel molding machines and fixed frame, rolling conveying device is located at the rear end of bottom plate, molding machine is wrapped up positioned at the front of rolling conveying device, the lower end of fixed frame is provided with two winding shears, and winding shear is positioned at the surface of parcel molding machine.The utility model can realize the function of rice straw automatically binding, without human intervention, and have the advantages that easy to operate, labor intensity is small high with work efficiency.

Description

A kind of Special Automatic knot installation of biomass water rice straw processing pig feed technique

Technical field

Biomass straw technical field is the utility model is related to, more particularly to a kind of biomass water rice straw processing pig feed The Special Automatic knot installation of technique.

Background technology

Biomass energy is a kind of regenerative resource, and rice straw is one kind of biomass energy, and rice straw is abundant Made etc. using pannage, fertilizer, industrial materials, bioelectrogenesis material, biogas can be processed as afterwards.In the rural area in China In, many rice are substantially planted in every household farmland, but the recycling of annual rice straw is a great problem, due to China Landforms are different, and many rugged hill paths, place with a varied topography causes large-scale rice straw automatically binding equipment into not Go, tying up rice straw needs substantial amounts of manpower to complete, and the rice straw manually tied up is uneven and the water manually tied up Rice straw is unstable so that the problem of disintegration occurs in the rice straw after tying up, while it is complicated manually to tie up rice straw It is cumbersome, the waste of manpower is not only caused, but also the efficiency for manually tying up rice straw is not also high.

Utility model content

To solve the above-mentioned problems, it is special to provide a kind of biomass water rice straw processing pig feed technique for the utility model Automatic banding device, can solve it is existing during existing mountain area rice straw is tied up manually to tie up rice straw uneven, It is unstable manually to tie up rice straw, it is complicated cumbersome manually to tie up rice straw, while manually ties up needed for rice straw The spent time wanted is long, the big problem such as low with work efficiency of labor intensity, it is possible to achieve the function of rice straw automatically binding, Without human intervention, and have the advantages that easy to operate, labor intensity is small high with work efficiency.

To achieve these goals, the utility model uses following technical scheme, and a kind of biomass water rice straw processes pig The Special Automatic knot installation of feed process, including bottom plate, rolling conveying device, two parcel molding machines, fixed frame and two Shear is wound, rolling conveying device plays the role of rice straw rolling conveying, and two parcel molding machines are to rice Stalk play the role of parcel it is molding, two winding shears to rice straw play the role of winding shearing, the bottom Rolling conveying device, two parcel molding machines and fixed frame are installed, rolling conveying device is located at the rear end of bottom plate, bag on plate Molding machine is wrapped up in positioned at the front of rolling conveying device, the lower end of fixed frame is provided with two winding shears, and winding is cut Cutting apparatus is positioned at the surface of parcel molding machine, rolling conveying device, two parcel molding machines and two winding shearing dresses Put the automatically binding technique for being used in combination and completing rice straw.

It is solid that the winding shear includes winding mechanism, adjustable mechanism, cutting mechanism, No.1 fixed rack and No. two Determine slide, No.1 fixed rack is installed on the inside of fixed frame upper end, No.1 fixed rack the inner is installed by sliding matching mode There is winding mechanism, No.1 fixed rack outer end is provided with adjustable mechanism by sliding matching mode, is installed on the inside of fixed frame upper end There are No. two fixed racks, No. two fixed racks are located at No.1 fixed rack front end, and No. two fixed racks and No.1 fixed rack Parallel to be arranged side by side, No. two fixed racks are provided with cutting mechanism by sliding matching mode, and winding motor drives winding gear Moved, wind T-shaped sliding block and drive drum frame to be moved to suitable position in No.1 fixed rack so that winding line just exists Two parcel molding machine inside fronts, rotation No.1 motor drive swing roller to be rotated, are wrapped in twining for swing roller Coiling is wrapped on No. two rollers of spacing adjusting No.1 roller and spacing adjusting, and spacing adjusting hydraulic cylinder drive is spacing to adjust connection Plate is moved the fastening of playing the role of to winding line, and adjustable motor drives adjustable gear to be moved, and adjustable skid drives No.1 U-shaped board is moved to suitable position, and No.1 hydraulic cylinder drives the first fixed plate to carry out height and adjusts the first fixed plate liter Drop to suitable position so that four fixed pins can touch the winding line in work, and fine setting hydraulic cylinder drives second to fix Plate is connected by axis pin with the first fixed plate carries out angular adjustment so that four fixed pins adjust angle in can working, adjustable Hydraulic cylinder drives small-sized fixed plate to be moved to suitable position so that four fixed pins drive winding line to be pushed out at a certain angle Go, electronic sliding block drives circular slab to be moved to suitable position so that adjustable mechanism and cutting mechanism can think cooperating, cut Cutting hydraulic cylinder drives No.1 T-shaped fixed plate progress height adjusting that the T-shaped fixed plate of No.1 is elevated to suitable position, pushes hydraulic pressure Cylinder promotes push to hook so that and push hooks and can tick the winding line that four fixed pins push out, and shearing cylinder promotes cutter head, So that cutter head ticks push on the winding line after coming and carries out left and right shearing, without manual adjustment, and, work small with labor intensity Make the advantages that efficient.

The rolling conveying device includes rolling mechanism, conveying mechanism, adjustably moving mechanism, rolling mechanism, conveying Mechanism is installed on bottom plate, and rolling mechanism is located above the rear end of conveying mechanism, and adjustably moving mechanism rear end is installed on rolling Press mechanism upper end both sides, adjustably moving mechanism front end are installed on fixed frame, and adjustably moving mechanism is located at conveying mechanism Above front end, when work starts, four lifting hydraulic cylinders drive lifting support plate on conveying mechanism carries out height and adjusts drive Lifting support plate is elevated to suitable position so that the rice straw to come from rolling mechanism conveying is not scattered away, defeated afterwards Power transmission machine drive active conveying roller rotated, active conveying roller under the auxiliary of driven conveying roller driving conveying belt into Row transmission, drives the rice straw conveyed synchronously to travel forward when conveyer belt moves, and two spacing mobile side chains drive solid Determine support plate and be moved to suitable position so that the rice straw that conveying mechanism conveying comes can be from adjustably moving mechanism Transfer out, by existing automatic charging device, rice straw is transported to rolling mechanism, two rolling motors drive two Roller is rotated in position-limited box, and two rollers mutual cooperations rotate the rice straw that top is come in and extruded, and extrude Rice straw afterwards is transported on conveying mechanism, is adjusted hydraulic cylinder and is driven adjustable plate by axis pin in adjustable limit Adjustment angle degree is carried out on plate so that the rice straw conveyed can be uniformly transported in parcel molding machine, without people The advantages that work is adjusted, and small with labor intensity, and work efficiency is high.

As a kind of optimal technical scheme of the utility model, the parcel molding machine include rotation fastening mechanism, Hinge open/close mechanism and two flexible retention mechanisms, rotation fastening mechanism lower end is installed on fixed frame side wall, and rotates fastening Mechanism is located at the right of hinge open/close mechanism, and hinge open/close mechanism is installed on bottom plate, and two flexible retention mechanisms are installed on hinge The both sides up and down of chain open/close mechanism left end, mobile motor drive carrier wheel to be rotated on mobile rack, and mobile motor leads to The kind of drive for crossing carrier wheel and mobile rack is moved, and mobile motor drives U-shaped seat in mobile sliding block and mobile chute It is synchronized with the movement under the auxiliary of mutual cooperation, U-shaped seat, which drives opening and closing motor to be moved to suitable position, to be made to be installed on opening and closing motor electricity Driving gear on machine is in engagement with driven gear, and opening and closing motor drives driving gear to be rotated, driving gear band Dynamic driven gear rotates, and driven gear drives opening and closing shaft to be rotated, and opening and closing shaft drives upper rotating mould to be opened, rice Stalk comes from rolling conveying device conveying, and after uniformly filling, opening and closing shaft drives upper rotating mould to be closed, mobile electricity Machine drives carrier wheel to be rotated, and mobile sliding block drives U-shaped seat to slide into mobile chute does not influence two parcel shapings In the case that device mutually moves so that when electric rotating machine drives rotation installing plate rotation, avoid driven gear from being sent out with driving gear Raw collision, electric rotating machine drive rotation installing plate to be rotated so that two fastening blocks are immediately ahead of two fastening grooves, then Rotating hydraulic cylinder drives circular mounting plate to carry out left and right adjusting so that two fastening blocks in two fastening grooves, latter two Electric rotating machine drives two rotation installing plates to be rotated, and adjusts hydraulic cylinder and drives extension module mutually to be repeatedly kicked into by hinge and mobile mould Row extensional motion, telescopic hydraulic cylinder drive active support plate to be moved left and right, and the convenient line that winds wraps up molding machine at two It is middle to be wound to both sides, without manual adjustment, and there is the advantages that labor intensity is small, and work efficiency is high.

As a kind of optimal technical scheme of the utility model, the winding mechanism include straight rack, winding gear, Wind motor, drum frame, the T-shaped sliding block of winding, fixed plate, rotation No.1 motor, the circular fixed plate of rotation, swing roller, rotation Fixed plate, triangle base, No.1 fixed frame, spacing adjusting No.1 roller, spacing adjusting hydraulic cylinder, spacing adjusting connecting plate, limit Position adjusts No. two rollers and winding line, and fixed frame lower end is provided with straight rack, and straight rack and winding gear are meshed, winding Gear is connected with the output shaft of winding motor, and winding motor is installed on drum frame side wall, and drum frame lower end is provided with fixation Plate, is provided with rotation No.1 motor on drum frame lateral wall by motor cabinet, rotates and is provided with rotation on the output shaft of No.1 motor Turn circular fixed plate, rotation fixed plate is installed on drum frame, and it is solid in the rear of rotation No.1 motor, rotation to rotate fixed plate Swing roller is provided with by bearing between fixed board and the circular fixed plate inner wall of rotation, triangle base is installed on drum frame, three Angle base plays the fixed effect of auxiliary, and triangle base is located between rotation fixed plate and the circular fixed plate of rotation, triangle bottom Seat upper end is provided with No.1 fixed frame, is connected in No.1 fixed frame between spacing adjusting No.1 roller by axis pin, fixed Spacing adjusting hydraulic cylinder is installed on plate lateral wall, passes through flange between spacing adjusting hydraulic cylinder and spacing adjusting connecting plate right end It is connected, is connected between No. two rollers of spacing adjusting connecting plate and spacing adjusting by axis pin, winding motor drives winding tooth Wheel is rotated in straight rack, and winding motor is rotated by the kind of drive of winding gear and straight rack, winding electricity Machine drives drum frame synchronously to move to suitable position under the auxiliary that No.1 fixed rack cooperates in the T-shaped sliding block of winding, So that winding line just wraps up molding machine inside front at two, rotation No.1 motor drives swing roller to be rotated, twines The winding line for being wound on swing roller is wrapped on No. two rollers of spacing adjusting No.1 roller and spacing adjusting, spacing adjusting hydraulic cylinder Drive spacing adjusting connecting plate to be moved and play the role of fastening to winding line, without manual adjustment, and it is strong with work Spend small, the advantages that work efficiency is high.

As a kind of optimal technical scheme of the utility model, the adjustable mechanism include adjustable gear, adjustable motor, It is No.1 U-shaped board, No.1 hydraulic cylinder, the first fixed plate, the second fixed plate, adjustable skid, fine setting hydraulic cylinder, adjustable pressurized cylinder, small Type fixed plate and four fixed pins, adjustable gear are meshed with straight rack, between adjustable gear and the output shaft of adjustable motor It is connected, adjustable motor is installed on the inside of No.1 U-shaped board, and No.1 hydraulic cylinder, No.1 hydraulic cylinder are provided with No.1 U-shaped board lower end Top and the first fixed plate between be connected by flange, be connected between the first fixed plate and the second fixed plate by hinge Connect, be connected on the inner wall of the first fixed plate by axis pin with finely tuning the bottom of hydraulic cylinder, pass through pin on the inner wall of the second fixed plate Axis is connected with finely tuning the top of hydraulic cylinder, and adjustable pressurized cylinder, adjustable pressurized cylinder and small-sized fixed plate are provided with the second fixed plate Between be connected by flange, small-sized fixed plate is evenly arranged with four fixed pins along central axis, and adjustable motor drives adjustable Gear is moved on straight rack, adjustable motor by adjustable gear with being moved in the kind of drive of straight rack, It is suitable that adjustable motor drives No.1 U-shaped board synchronously to be moved under the auxiliary that adjustable skid and No.1 fixed rack cooperate Position, No.1 hydraulic cylinder drive the first fixed plate to adjust to suitable position so that four fixed pins can be touched in work Winding line, fine setting hydraulic cylinder drive the second fixed plate be connected by axis pin with the first fixed plate progress angular adjustment so that four A fixed pin adjusts angle in can working, adjustable pressurized cylinder drives small-sized fixed plate to be moved to suitable position so that four Fixed pin drives winding line to work, and without manual adjustment, and has the advantages that labor intensity is small, and work efficiency is high.

As a kind of optimal technical scheme of the utility model, the cutting mechanism include electronic sliding block, pillar motor, Circular slab, shearing hydraulic cylinder, the T-shaped fixed plate of No.1, No. two T-shaped fixed plates, shear support plate, shearing cylinder, cutter head, push liquid Cylinder pressure, push support plate, push hook, and electronic sliding block is provided with the inside of fixed frame upper end, and electronic sliding block is connected with pillar motor, The output shaft of pillar motor is provided with circular slab, and the lower end of circular slab is connected with shearing the bottom of hydraulic cylinder, shears hydraulic cylinder Top is connected with the upper center of the T-shaped fixed plate of No.1, and the T-shaped fixed plate lower end of No.1 is connected with No. two T-shaped dead plate upper ends, and two Push hydraulic cylinder is installed below number T-shaped fixed plate, pushes and is connected between the top of hydraulic cylinder and push support plate by flange Connect, being provided with push below push support plate hooks, and No. two T-shaped fixed plate lower ends are provided with shearing cylinder, shear the top of cylinder It is connected between shear support plate by flange, shear support plate is provided with cutter head, and electronic sliding block drives circular slab to be moved to Suitable position so that adjustable mechanism and cutting mechanism can cooperate with each other, and shearing hydraulic cylinder drives the T-shaped fixed plate of No.1 Carry out height adjusting and the T-shaped fixed plate of No.1 is elevated to suitable position, push Hydraulic Cylinder push hooks so that push hook energy Enough to complete the winding line after work and tick, shearing cylinder promotes cutter head so that cutter head push is ticked it is next after winding Line carries out left and right shearing, without manual adjustment, and has the advantages that labor intensity is small, and work efficiency is high.

As a kind of optimal technical scheme of the utility model, the rolling mechanism include two rolling motors, two Roller, position-limited box and upside-down mounting U-shaped board, two rolling motors are installed on by motor cabinet on the outside of the left end of position-limited box, and two rollings Medium-voltage Motor is parallel to be arranged side by side, and each output shaft for rolling motor is connected by shaft coupling with a roller, and roller leads to The inner side that bearing is installed on position-limited box is crossed, position-limited box be the slotted rectangular frame structure in upper end uncovered lower end, position-limited box lower end and Connect by being weldingly connected between the upper center of dress U-shaped board, connect between upside-down mounting U-shaped board lower end and bottom plate by being weldingly connected, limited Position box plays the role of auxiliary stopper, and two rolling motors drive two rollers to be rotated in position-limited box, two roller phases Mutually coordinate to rotate and the rice straw that top is come in is extruded, automatic business processing rice straw, without manual adjustment, and has The advantages that labor intensity is small, and work efficiency is high.

As a kind of optimal technical scheme of the utility model, the conveying mechanism includes four lifting hydraulic cylinders, rises Descending branch fagging, active conveying roller, driven conveying roller, feeder motor, two pairs of adjustable end stops, limitting casing and conveyer belt, four It is connected between lifting hydraulic cylinder bottom and bottom plate upper end by welding manner, four lifting hydraulic cylinder tops and lifting support plate It is connected by flange, four lifting hydraulic cylinders drive lifting support plate progress height adjusting to drive lifting support plate to be elevated to conjunction Suitable position, lifting support plate front and rear sides are symmetrically installed with two pairs of adjustable end stops, and adjustable end stop plays the role of support, position Active conveying roller is provided with by bearing between a pair of of adjustable end stop inner wall on rear side of support plate is lifted, is supported positioned at lifting Driven conveying roller, active conveying roller and driven conveying are provided with by bearing between a pair of of adjustable end stop inner wall on front side of plate It is connected between roller by conveyer belt, feeder motor is mounted on the adjustable end stop on rear side of lifting support plate, feeder motor It is connected between output shaft and active conveying roller by shaft coupling, feeder motor drives active conveying roller to be rotated, main Dynamic conveying roller driving conveying belt under the auxiliary of driven conveying roller is driven, and the water after extruding is driven when conveyer belt moves Rice straw is synchronized with the movement, and limitting casing is installed on the upper end of two pairs of adjustable end stops, and limitting casing is U-shaped structure, and limitting casing plays auxiliary Spacing effect is helped, prevents rice straw from dropping, four lifting hydraulic cylinders drive lifting support plate to carry out highly adjusting to drive rising Descending branch fagging is elevated to suitable position, it is ensured that the rice straw that conveying mechanism is transported to from rolling mechanism is not scattered, defeated afterwards Power transmission machine drive active conveying roller rotated, active conveying roller under the auxiliary of driven conveying roller driving conveying belt into Row transmission, the rice straw for driving conveying to come when conveyer belt moves synchronously travel forward, and without manual adjustment, reduce work The labor intensity of personnel, improves work efficiency.

As a kind of optimal technical scheme of the utility model, the adjustably moving mechanism includes two spacing movements Side chain, fixed support plate, two supporting cylinders, limit support board, two support columns, adjustable limit plate, adjustable fixation Block, adjustable plate, adjustable hydraulic cylinder, the rear end of two spacing mobile side chains are installed on position-limited box both sides, and two spacing The front end of mobile side chain is installed on the inside of fixed frame upper end, and two spacing mobile side chain lower ends are provided with fixed support plate, fixed Support plate plays the role of Auxiliary support, and fixed support plate lower end is symmetrically installed with two supporting cylinders, each support hydraulic pressure Cylinder top is connected between limit support board by flange, and two supporting cylinders drive limit support board to carry out height tune Limit support board is elevated to suitable position by section, and limit support board lower end is provided with two support columns, the bottom of two support columns End is provided with adjustable limit plate, and adjustable limit plate is connected with adjustable plate by hinge, adjustable limit plate Lower end is provided with adjustable fixed block, and adjustable plate lower end between axis pin and the top of adjustable hydraulic cylinder by being connected Connect, adjust fixed block by being connected between axis pin and the bottom of adjustable hydraulic cylinder, two spacing mobile side chains drive solid Determine support plate to be moved forward and backward, the limit electric machine on two spacing mobile side chains drives leading screw to be rotated, spacing shifting Motion block is moved back and forth by way of engagement on leading screw, and spacing movable block is in spacing mobile sliding block and spacing mobile chute Under the auxiliary of mutual cooperation, spacing movable block drives fixed support plate to be moved to suitable position, and two supporting cylinders drive Limit support board is adjusted to suitable position so that the rice straw that conveying mechanism conveying comes can be from adjustably moving mechanism Transfer out, adjustable hydraulic cylinder drives adjustable plate to carry out adjustment angle degree on adjustable limit plate by axis pin, makes The rice straw that must be conveyed can be uniformly transported in parcel molding machine, without artificial, and it is small with labor intensity, The advantages that work efficiency is high.

As a kind of optimal technical scheme of the utility model, the spacing mobile side chain include limit electric machine, leading screw, Spacing movable block, spacing mobile sliding block, spacing mobile chute, spacing U-shaped board, spacing U-shaped board rear end are installed on position-limited box side On, spacing U-shaped board front end is installed on the inside of fixed frame upper end, and spacing U-shaped board rear inside is provided with limit electric machine, limit electric machine Output shaft and leading screw between be connected by shaft coupling, leading screw is provided with spacing movable block, pacifies on the end face of spacing movable block Spacing mobile sliding block equipped with T-shaped structure, spacing mobile sliding block are connected in spacing mobile chute by sliding matching mode, Spacing mobile chute is installed on the inner side of spacing U-shaped board, and limit electric machine drives leading screw to rotate, and spacing movable block drives lower section Fixed support plate moves forward and backward, and spacing mobile sliding block and spacing mobile chute matching resultant motion are spacing to the progress of spacing movable block, By it is spacing can the work stablized of spacing movable block.

As a kind of optimal technical scheme of the utility model, the rotation fastening mechanism includes electric rotating machine, rotation Installing plate, rotating hydraulic cylinder, circular mounting plate, two fastening grooves and two fastening blocks, electric rotating machine are installed on by motor cabinet On the side wall of fixed frame, electric rotating machine output shaft is installed on rotation installing plate middle part, and rotating hydraulic cylinder bottom is installed on rotation On installing plate, rotating hydraulic cylinder top is installed on circular mounting plate by flange, and two are symmetrically installed with circular mounting plate Groove is fastened, and it is in the T-type structure to stand upside down to fasten groove, fastening block is positioned at fastening groove front-left, and two fasten blocks and two fastenings Groove is used in combination one by one, and electric rotating machine drives rotation installing plate to be rotated so that two fastening blocks are positioned at two fastening grooves Front, then rotating hydraulic cylinder drive circular mounting plate to carry out left and right adjusting so that two fastening blocks are positioned at two fastening grooves It is interior, latter two electric rotating machine drive two rotation installing plates rotated, without manual adjustment roll die, and with work The advantages that intensity is small, and work efficiency is high.

As a kind of optimal technical scheme of the utility model, the hinge open/close mechanism includes upper rotating mould, backspin Revolving die, rolling bearing units, opening and closing shaft, driven gear, driving gear, U-shaped seat, opening and closing motor, carrier wheel, mobile motor, shifting Carry-over bar, mobile sliding block and mobile chute, and opening and closing shaft, driven gear, driving gear, U-shaped seat, opening and closing motor, mobile tooth Wheel, mobile motor, mobile rack, the quantity of mobile sliding block and mobile chute are two, and upper rotating mould and lower rotating mould are hollow Semi-cylindrical structure, and upper rotating mould and lower rotating mould are symmetrically installed, and pass through opening and closing shaft between upper rotating mould and lower rotating mould It is connected, lower rotating mould lower end is installed on rolling bearing units, is connected between opening and closing shaft outer end and driven gear using key, main Moving gear is located at immediately below driven gear, and driving gear is meshed with driven gear, driving gear and opening and closing motor output shaft Between be connected, opening and closing motor is fixed on U-shaped seat upper end, and U-shaped seat plays the role of Auxiliary support, U-shaped seat lower end outside installation There is mobile sliding block, for mobile sliding block with being connected between mobile chute by way of being slidably matched, mobile chute is welded on bottom plate On, mobile motor is installed on U-shaped seat lower end inside, and carrier wheel, carrier wheel and movement are provided with mobile motor output shaft Rack is meshed, and it is parallel between mobile rack and mobile chute be arranged side by side, mobile motor drives carrier wheel in mobile tooth Rotated on bar, mobile motor is moved by the kind of drive of carrier wheel and mobile rack, and mobile motor drives U-shaped Seat is synchronized with the movement under the auxiliary that mobile sliding block cooperates with mobile chute, and U-shaped seat drives opening and closing motor to be moved to suitably The driving gear that position makes to be installed on opening and closing motor is in engagement with driven gear, and opening and closing motor drives driving tooth Wheel is rotated, and driving gear drives driven gear to rotate, and driven gear drives opening and closing shaft to be rotated, and opening and closing shaft drives Upper rotating mould is rotated, and after the completion of rice straw conveying, mobile motor drives carrier wheel to be rotated, and mobile sliding block is moving Driving U-shaped seat to slide on dynamic sliding slot does not influence in the case that two parcel molding machines mutually move so that electric rotating machine drives Rotate installing plate rotate when, avoid driven gear from colliding with driving gear, without manual adjustment parcel mould, automate into Row rotation is adjusted, it is ensured that comprehensively the rice straw after extruding can be wrapped up, without human intervention, be reduced work people The labor intensity of member, improves work efficiency.

As a kind of optimal technical scheme of the utility model, the flexible retention mechanism include telescopic hydraulic cylinder, from Dynamic support plate, active support plate, telescopic rod, mobile mould, extension module, adjusting hydraulic cylinder, it is flexible on the upside of hinge open/close mechanism Driven support plate on retention mechanism is installed on upper rotating mould lateral wall, the flexible retention mechanism on the downside of hinge open/close mechanism On driven support plate be installed on lower rotating mould lateral wall, the bottom of telescopic hydraulic cylinder is installed on the left end of driven support plate Face, is connected between the top and active support plate end face of telescopic hydraulic cylinder by flange, is stretched on the upside of hinge open/close mechanism Telescopic rod on contracting retention mechanism is installed between upper rotating mould and mobile mould, the flexible fastening machine on the downside of hinge open/close mechanism Telescopic rod on structure is installed between lower rotating mould and mobile mould, and telescopic rod plays the role of Auxiliary support, active support plate peace On mobile mould side wall, mobile mould is hollow semi-cylinders body structure, passes through axis pin and adjusting hydraulic cylinder on extension module outer wall Top is connected, and is connected on the side wall of active support plate by axis pin with adjusting the bottom of hydraulic cylinder, extension module and mobile mould Between be connected by hinge, extension module is hollow half round platform shell structure, adjust hydraulic cylinder drive extension module existed by hinge Extensional motion is carried out on mobile mould, the winding line in winding shear, which drops to, afterwards can smoothly be close to two parcels On rice straw in molding machine, adjust hydraulic cylinder and drive extension module to be closed by hinge on mobile mould, it is ensured that winding line It is clamped in two parcel molding machines, rotates the electric rotating machine on fastening mechanism and drive rotation installing plate to be rotated, wait rotation After rotating motor drives rotation installing plate to rotate five to ten circles, winding line is wrapped on the smooth outer wall of extension module, on winding mechanism Spacing adjusting Hydraulic Cylinder it is spacing adjust No. two roller motions, play the role of fastening, stretch flexible on retention mechanism Hydraulic Cylinder active support plate moves laterally, and at this time, the winding line tightened departs from the smooth outer wall of extension module to being rolled into Wound on rice straw in type device, telescopic hydraulic cylinder drives active support plate to be moved left and right, and the convenient line that winds is two Being wound in a parcel molding machine to both sides, telescopic rod plays the role of Auxiliary support, without manual adjustment, and it is strong with work Spend small, the advantages that work efficiency is high.

During work, two hinge open/close mechanisms are started to work on two first parcel molding machines, on hinge open/close mechanism Mobile motor drive carrier wheel rotated on mobile rack, the biography that mobile motor passes through carrier wheel and mobile rack Flowing mode is moved, and mobile motor drives U-shaped seat to be synchronized with the movement under the auxiliary that mobile sliding block cooperates with mobile chute, U-shaped seat drives opening and closing motor to be moved at driving gear and driven gear that suitable position makes on opening and closing motor In engagement, opening and closing motor drives driving gear to be rotated, and driving gear drives driven gear to rotate, and driven gear drives Opening and closing shaft is rotated, and opening and closing shaft drives upper rotating mould to be rotated, and the conveying mechanism rolled in conveying device starts work Make, four lifting hydraulic cylinders drive lifting support plate progress height on conveying mechanism adjusts drive lifting support plate and is elevated to conjunction Suitable position so that the rice straw to come from rolling mechanism conveying is not scattered away, and feeder motor, which drives, afterwards actively conveys Roller is rotated, and active conveying roller driving conveying belt under the auxiliary of driven conveying roller is driven, conveyer belt movement When drive the rice straw that convey synchronously to travel forward, two spacing mobile side chains drive fixed support plates are moved to properly Position so that the rice straw that comes of conveying mechanism conveying can be transferred out from adjustably moving mechanism, by existing Automatic charging device, rice straw is transported to rolling mechanism, two rolling motors drive two rollers in position-limited box into Row rotates, and two rollers mutual cooperations rotate the rice straw that top is come in and extruded, the rice straw conveying after extruding Onto conveying mechanism, adjustable hydraulic cylinder drives adjustable plate to carry out adjustment angle on adjustable limit plate by axis pin Degree so that the rice straw conveyed can be uniformly transported in parcel molding machine, then two parcel molding machines Upper two hinge open/close mechanisms are started to work, and the opening and closing shaft on hinge open/close mechanism drives upper rotating mould to be closed, mobile Motor drives carrier wheel to be rotated on mobile rack, the kind of drive that mobile motor passes through carrier wheel and mobile rack Moved, mobile motor drives U-shaped seat synchronously to move to not shadow under the auxiliary that mobile sliding block cooperates with mobile chute Two parcel molding machines are rung, the adjusting hydraulic cylinder on retention mechanism that stretches drives extension module to be carried out by hinge on mobile mould Extensional motion, extension module are opened, and the winding line on winding shear, which drops to, afterwards can smoothly be close to two parcels On rice straw in molding machine, two extension modules are squeezed in line is wound on the rice straw wrapped up in molding machine, rotation Turning hydraulic cylinder drives circular mounting plate to move inward so that two fastening blocks are sticked into two fastening grooves, on rotation fastening mechanism Electric rotating machine drive rotation installing plate rotated, wait electric rotating machine drive rotation installing plate rotate five to ten circle after, winding Winding mechanism works on shear, and the winding line on winding mechanism is wrapped on the smooth outer wall of extension module, on winding mechanism Spacing adjusting Hydraulic Cylinder it is spacing adjust No. two roller motions, play the role of fastening, stretch flexible on retention mechanism Hydraulic Cylinder active support plate moves laterally, and at this time, the winding line tightened departs from the smooth outer wall of extension module to being rolled into Wound on rice straw in type device, so two rotation fastening mechanism setting in motions on latter two parcel molding machine, rotation Turning the electric rotating machine on fastening mechanism drives rotation installing plate to start to be rotated further, and telescopic hydraulic cylinder drives active support plate to carry out Both sides are moved, and are wound two winding mechanisms on shear and are started to move to both sides, winding line starts winding water rice straw to both sides Stalk, plays the role of binding, and until telescopic hydraulic cylinder drives active support plate to be moved to most both sides, electric rotating machine drives rotation Installing plate stops, and winds two adjustable mechanisms on shear and starts to work, the adjustable motor on adjustable mechanism drives adjustable tooth Wheel moved on straight rack, adjustable motor by adjustable gear with being moved in the kind of drive of straight rack, can Motor is adjusted to drive No.1 U-shaped board synchronously to move to suitable position under the auxiliary that adjustable skid and No.1 fixed rack cooperate Put, No.1 hydraulic cylinder drives the first fixed plate to adjust to suitable position, finely tunes hydraulic cylinder and drives the second fixed plate to pass through axis pin Angular adjustment is carried out in the first fixed plate, adjustable pressurized cylinder drives small-sized fixed plate to work so that four fixed pins drive winding Line is wound in line motion process to promoting inside the rice straw of binding, and tensioned state is under winding shear effect, Pushing hydraulic cylinder drives push to hook movement, it is ensured that push hook, which can be caught on, tightens winding line, and push, which hooks, drives winding line to transport upwards The dynamic coil for causing winding line through winding, electronic sliding block drives circular slab movement so that the suitable position of adjustable mechanism, shearing Hydraulic cylinder drives the T-shaped fixed plate of No.1 to adjust to suitable position, push hydraulic cylinder to drive push to hook, it is ensured that push hook can will Complete the winding line after work and tick, the winding line that shearing cylinder promotes cutter head to tick after coming push is sheared, can To realize the function of rice straw automatically binding.

The beneficial effects of the utility model are：

1st, the utility model can solve existing during existing mountain area rice straw is tied up manually to tie up rice straw Uneven, it is unstable manually to tie up rice straw, and it is complicated cumbersome manually to tie up rice straw, while manually ties up rice straw The required spent time of stalk is long, the big problem such as low with work efficiency of labor intensity, it is possible to achieve rice straw automatically binding Function, without human intervention, and have the advantages that easy to operate, labor intensity is small high with work efficiency.

2nd, the utility model is provided with rolling conveying device, the rice straw that rolling conveying device can come conveying Extruding is carried out so that becoming compact between rice straw, to tying up the stabilisation of rice straw after convenience, while rolls conveying Device transfers out the rice straw after extruding, realizes automation, without human intervention, easy to operate, reduces work Intensity, improves work efficiency；

3rd, the utility model is provided with parcel molding machine, and rotation fastening mechanism, hinge open/close mechanism and two are flexible tight Gu mechanism cooperates the rice straw in rotating mould and lower rotating mould is wrapped rapidly, while uniformly wraps up water Rice straw, without manually tying up, can automate the problem of wrapping up rice straw, being not in disintegration, without artificial Operation, reduces labor intensity, improves work efficiency；

4th, the utility model is provided with winding shear, and winding has winding line on shear, winding line is by winding Shear and parcel molding machine cooperate and the rice straw after parcel are bundled, and cutting mechanism is to rice after binding Unnecessary winding line on stalk is sheared, and the whole shear history that winds automates, easy to operate, reduces labor intensity, carries High work efficiency.

Brief description of the drawings

The utility model is further illustrated with reference to the accompanying drawings and examples.

Fig. 1 is the structure diagram of the utility model；

Fig. 2 is the structure diagram between the utility model bottom plate and rolling conveying device；

Fig. 3 is the sectional view of the utility model Fig. 2；

Fig. 4 is the structure diagram between the utility model bottom plate, fixed frame and parcel molding machine；

Fig. 5 is the structure diagram between the utility model fixed frame and winding shear；

Fig. 6 is the Y-direction partial enlarged view of the utility model Fig. 5；

Fig. 7 is No. two T-shaped fixed plates of the utility model, shear support plate, shearing cylinder, cutter head, push hydraulic cylinder, push Structure diagram between support plate and push hook；

Fig. 8 is the M of the utility model Fig. 3 to partial enlarged view；

Fig. 9 is the structure diagram of the spacing mobile side chain of the utility model；

Figure 10 is the structure diagram between the utility model fixed pin, adjustable pressurized cylinder and small-sized fixed plate.

Embodiment

In order to make the technical means, creative features, achievable purpose and effectiveness that the utility model is realized easy to understand, under Face combines and is specifically illustrating, and the utility model is expanded on further.It should be noted that in the case where there is no conflict, in the application Feature in embodiment and embodiment can be combined with each other.

As shown in Figures 1 to 10, the Special Automatic knot installation of a kind of biomass water rice straw processing pig feed technique, including Bottom plate 1,2, two parcel molding machines 3 of rolling conveying device, fixed frame 4 and two winding shears 5, roll conveying device 2 pairs of rice straws play the role of rolling conveying, two parcel molding machines 3 to rice straw play the role of parcel it is molding, Two winding shears 5 play the role of rice straw winding shearing, and rolling conveying device is provided with the bottom plate 1 2nd, two parcel molding machines 3 and fixed frame 4, rolling conveying device 2 are located at the rear end of bottom plate 1, and parcel molding machine 3 is positioned at rolling The front of conveying device 2 is pressed, the lower end of fixed frame 4 is provided with two winding shears 5, and winds shear 5 positioned at bag The surface of molding machine 3 is wrapped up in, 2, two parcel molding machines 3 of rolling conveying device are engaged with two winding shears 5 Use the automatically binding technique for completing rice straw.

The winding shear 5 includes winding mechanism 51, adjustable mechanism 52, cutting mechanism 53, No.1 fixed rack 54 and No. two fixed racks 55, No.1 fixed rack 54 is installed on the inside of 4 upper end of fixed frame, 54 the inner of No.1 fixed rack passes through Sliding matching mode is provided with winding mechanism 51, and 54 outer end of No.1 fixed rack is provided with adjustable mechanism by sliding matching mode 52,4 upper end of fixed frame inner side is provided with No. two fixed racks 55, and No. two fixed racks 55 are located at 54 front end of No.1 fixed rack, And No. two fixed racks 55 are parallel with No.1 fixed rack 54 is arranged side by side, No. two fixed racks 55 are pacified by sliding matching mode Equipped with cutting mechanism 53, winding motor 513 drives winding gear 512 to be moved, and winds T-shaped sliding block 515 and fixes cunning in No.1 Rail 54 drives drum frame 514 to be moved to suitable position so that winding line 51108 just wraps up the inner side of molding machine 3 at two Top, rotation No.1 motor 517 drive swing roller 519 to be rotated, and the winding line 51108 for being wrapped in swing roller 519 twines It is wound on spacing adjusting No.1 roller 51103 and on No. two rollers 51107 of spacing adjusting, spacing adjusting hydraulic cylinder 51104 drives limit Position adjusting connecting plate 51105 is moved the fastening of playing the role of to winding line 51108, and adjustable motor 523 drives adjustable tooth Wheel 522 is moved, and adjustable skid 528 drives No.1 U-shaped board 524 to be moved to suitable position, and No.1 hydraulic cylinder 525 drives the One fixed plate 526 carries out height adjusting and the first fixed plate 526 is elevated to suitable position so that four fixed pins 52104 can To touch the winding line 51108 in work, fine setting hydraulic cylinder 52101 drives the second fixed plate 527 solid by axis pin and first Fixed board 526, which is connected, carries out angular adjustment so that four fixed pins 52104 adjust angle, adjustable pressurized cylinder 52102 in can working Small-sized fixed plate 52103 is driven to be moved to suitable position so that four fixed pins 52104 drive winding line 51108 with certain Angle pushes out, and electronic sliding block 531 drives circular slab 533 to be moved to suitable position so that adjustable mechanism 52 and cutter Structure 53 can think cooperating, and shearing hydraulic cylinder 534 drives the T-shaped fixed plate 535 of No.1 to carry out height and adjusts the T-shaped fixation of No.1 Plate 535 is elevated to suitable position, and push hydraulic cylinder 53102 promotes push to hook 53104 so that push hooks 53104 can be by four The winding line 51108 that a fixed pin 52104 pushes out is ticked, and shearing cylinder 539 promotes cutter head 53101 so that cutter head 53101 53104 are hooked to push and ticks the progress left and right shearing of winding line 51108 after coming, without manual adjustment, and it is small with labor intensity, The advantages that work efficiency is high.

The rolling conveying device 2 includes rolling mechanism 21, conveying mechanism 22, adjustably moving mechanism 23, roller press Structure 21, conveying mechanism 22 are installed on bottom plate 1, and rolling mechanism 21 is located above the rear end of conveying mechanism 22, adjust movement 23 rear end of mechanism is installed on 21 upper end both sides of rolling mechanism, and 23 front end of adjustably moving mechanism is installed on fixed frame 4, is adjusted Moving mechanism 23 is located above the front end of conveying mechanism 22, when work starts, four lifting hydraulic cylinders 221 on conveying mechanism 22 Driving lifting support plate 222 to carry out height adjusting drives lifting support plate 222 to be elevated to suitable position so that from rolling mechanism The rice straw that 21 conveyings come is not scattered away, and feeder motor 225 drives active conveying roller 223 to be rotated afterwards, main The dynamic driving conveying belt 228 under the auxiliary of driven conveying roller 224 of conveying roller 223 is driven, band when conveyer belt 228 moves The dynamic rice straw conveyed synchronously travels forward, and two spacing mobile side chains 231 drive fixed support plate 232 to be moved to conjunction Suitable position so that the rice straw that defeated 22 conveying of conveying mechanism comes can be transferred out from adjustably moving mechanism 23, be led to Existing automatic charging device is crossed, rice straw is transported to rolling mechanism 21, two rolling motors 211 drive two rollers 212 are rotated in position-limited box 213, and two mutual cooperations of rollers 212 rotate the rice straw that top is come in and extruded, Rice straw after extruding is transported on conveying mechanism 22, and adjustable hydraulic cylinder 2310 drives adjustable plate 239 to pass through pin Axis carries out adjustment angle degree on adjustable limit plate 236 so that the rice straw conveyed can uniformly be transported to parcel In molding machine 3, without manual adjustment, and there is the advantages that labor intensity is small, and work efficiency is high.

The parcel molding machine 3 includes rotation fastening mechanism 31, hinge open/close mechanism 32 and two flexible fastening machines Structure 33,31 lower end of rotation fastening mechanism are installed on 4 side wall of fixed frame, and are rotated fastening mechanism 31 and be located at hinge open/close mechanism 32 Right, hinge open/close mechanism 32 be installed on bottom plate 1 on, two flexible retention mechanisms 33 are installed on 32 left end of hinge open/close mechanism Both sides up and down, mobile motor 32101 drive carrier wheel 3210 rotated on mobile rack 32102, mobile motor 32101 are moved by carrier wheel 3210 and the kind of drive of mobile rack 32102, and mobile motor 32101 drives U-shaped seat 328 are synchronized with the movement under the auxiliary that mobile sliding block 32103 cooperates with mobile chute 32104, and U-shaped seat 328 drives opening and closing electricity The driving gear 327 that machine 329 is moved to suitable position and makes to be installed on 329 motor of opening and closing motor is in driven gear 326 Engagement, opening and closing motor 329 drive driving gear 327 to be rotated, and driving gear 327 drives driven gear 326 to rotate, from Moving gear 326 drives opening and closing shaft 325 to be rotated, and opening and closing shaft 325 drives upper rotating mould 321 to be opened, rice straw Come from the rolling conveying of conveying device 2, after uniformly filling, opening and closing shaft 325 drives upper rotating mould 321 to be closed, and moves Dynamic motor 32101 drives carrier wheel 3210 to be rotated, and mobile sliding block 32103 drives U-shaped seat in mobile chute 32104 In the case that 328 slide into and do not influence two parcel molding machine 3 phases movements so that electric rotating machine 311 drives rotation installing plate 312 rotate when, avoid driven gear 326 from colliding with driving gear 327, electric rotating machine 311 drive rotate installing plate 312 into Row rotates so that two fastening blocks 316 drive circular mounting positioned at two 315 fronts of fastening groove, then rotating hydraulic cylinder 313 Plate 314 carry out left and right adjusting so that two fastening blocks 316 positioned at two fastening grooves 315 in, latter two 311 band of electric rotating machine Dynamic two rotations installing plate 312 is rotated, and is adjusted hydraulic cylinder 33101 and is driven extension module 337 to pass through hinge and mobile 336 phase of mould Row extensional motion is repeatedly kicked into, telescopic hydraulic cylinder 331 drives active support plate 334 to be moved left and right, and the convenient line 51108 that winds is two Wound in a parcel molding machine 3 to both sides, without manual adjustment, and there is the advantages that labor intensity is small, and work efficiency is high.

The winding mechanism 51 includes straight rack 511, winding gear 512, winds motor 513, drum frame 514, twines Fixed around T-shaped sliding block 515, fixed plate 516, rotation No.1 motor 517, the circular fixed plate 518 of rotation, swing roller 519, rotation Plate 5110, triangle base 51101, No.1 fixed frame 51102, spacing adjusting No.1 roller 51103, spacing adjusting hydraulic cylinder 51104th, spacing adjusting connecting plate 51105, No. two rollers 51107 of spacing adjusting and winding line 51108, the installation of 4 lower end of fixed frame There is straight rack 511, straight rack 511 and winding gear 512 are meshed, the output shaft of winding gear 512 and winding motor 513 It is connected, winding motor 513 is installed on 514 side wall of drum frame, and 514 lower end of drum frame is provided with fixed plate 516, drum frame Rotation No.1 motor 517 is provided with by motor cabinet on 514 lateral walls, rotation is installed on the output shaft of rotation No.1 motor 517 Turn circular fixed plate 518, rotation fixed plate 5110 is installed on drum frame 514, and rotate fixed plate 5110 in rotation No.1 electricity The rear of machine 517, rotates and is provided with swing roller by bearing between fixed plate 5110 and rotation 518 inner wall of circular fixed plate 519, triangle base 51101 is installed, triangle base 51101 plays the fixed effect of auxiliary, and triangle base on drum frame 514 51101 between rotation fixed plate 5110 and the circular fixed plate 518 of rotation, and 51101 upper end of triangle base is provided with No.1 and consolidates Determine frame 51102, be connected in No.1 fixed frame 51102 between spacing adjusting No.1 roller 51103 by axis pin, fixed plate Spacing adjusting hydraulic cylinder 51104, spacing adjusting hydraulic cylinder 51104 and spacing adjusting connecting plate 51105 are installed on 516 lateral walls It is connected between right end by flange, passes through axis pin between No. two rollers 51107 of spacing adjusting connecting plate 51105 and spacing adjusting It is connected, winding motor 513 drives winding gear 512 to be rotated in straight rack 511, and winding motor 513 is by winding tooth Wheel 512 and the kind of drive of straight rack 511 are rotated, and winding motor 513 drives drum frame 514 winding T-shaped sliding block 515 Suitable position is synchronously moved under the auxiliary that No.1 fixed rack 54 cooperates so that winding line 51108 is just two A parcel 3 inside front of molding machine, rotation No.1 motor 517 drive swing roller 519 to be rotated, are wrapped in swing roller 519 winding line 51108 is wrapped in spacing adjusting No.1 roller 51103 and is adjusted with spacing on No. two rollers 51107, spacing adjusting Hydraulic cylinder 51104 drives spacing adjusting connecting plate 51105 to be moved to play the role of fastening to winding line 51108, without Manual adjustment, and there is the advantages that labor intensity is small, and work efficiency is high.

The adjustable mechanism 52 includes adjustable gear 522, adjustable motor 523, No.1 U-shaped board 524, No.1 hydraulic cylinder 525th, the first fixed plate 526, the second fixed plate 527, adjustable skid 528, fine setting hydraulic cylinder 52101, adjustable pressurized cylinder 52102, Small-sized fixed plate 52103 and four fixed pins 52104, adjustable gear 522 are meshed with straight rack 511,522 He of adjustable gear It is connected between the output shaft of adjustable motor 523, adjustable motor 523 is installed on the inner side of No.1 U-shaped board 524, No.1 U-shaped board 524 No.1 hydraulic cylinder 525 is installed on lower end, is connected between the top of No.1 hydraulic cylinder 525 and the first fixed plate 526 by flange Connect, be connected between the first fixed plate 526 and the second fixed plate 527 by hinge, pass through pin on the inner wall of the first fixed plate 526 Axis is connected with finely tuning the bottom of hydraulic cylinder 52101, passes through axis pin and fine setting hydraulic cylinder 52101 on the inner wall of the second fixed plate 527 Top be connected, adjustable pressurized cylinder 52102, adjustable pressurized cylinder 52102 and small-sized fixed plate are installed in the second fixed plate 527 It is connected between 52103 by flange, small-sized fixed plate 52103 is evenly arranged with four fixed pins 52104 along central axis, can Adjust motor 523 drive adjustable gear 522 moved on straight rack 511, adjustable motor 523 by adjustable gear 522 with Moved in the kind of drive of straight rack 511, adjustable motor 523 drives No.1 U-shaped board 524 in adjustable skid 528 and one Suitable position is synchronously moved under the auxiliary that number fixed rack 54 cooperates, No.1 hydraulic cylinder 525 drives the first fixed plate Suitable position is arrived in 526 adjustings so that four fixed pins 52104 can touch the winding line 51108 in work, finely tune hydraulic pressure Cylinder 52101 drives the second fixed plate 527 to be connected by axis pin with the first fixed plate 526 and carries out angular adjustment so that four fixations Pin 52104 adjusts angle in can working, adjustable pressurized cylinder 52102 drives small-sized fixed plate 52103 to be moved to suitable position, So that four fixed pins 52104 drive winding line 51108 to work, without manual adjustment, and, work small with labor intensity The advantages that efficient.

The cutting mechanism 53 include electronic sliding block 531, pillar motor 532, circular slab 533, shearing hydraulic cylinder 534, 535, No. two T-shaped fixed plates 536 of the T-shaped fixed plate of No.1, shear support plate 538, shearing cylinder 539, cutter head 53101, push liquid Cylinder pressure 53102, push support plate 53103, push hook 53104, and electronic sliding block 531, electric sliding are provided with the inside of 4 upper end of fixed frame Block 531 is connected with pillar motor 532, and the output shaft of pillar motor 532 is provided with circular slab 533, the lower end of circular slab 533 with The bottom of shearing hydraulic cylinder 534 is connected, and the upper center for shearing the top fixed plate 535 T-shaped with No.1 of hydraulic cylinder 534 is connected, T-shaped 535 lower end of fixed plate of No.1 is connected with No. two T-shaped 536 upper ends of fixed plate, and No. two T-shaped lower sections of fixed plate 536 are provided with push Hydraulic cylinder 53102, pushes and is connected between the top of hydraulic cylinder 53102 and push support plate 53103 by flange, push support The lower section of plate 53103 is provided with push and hooks 53104, and No. two T-shaped 536 lower ends of fixed plate are provided with shearing cylinder 539, shear cylinder It is connected between 539 top and shear support plate 538 by flange, shear support plate 538 is provided with cutter head 53101, electronic Sliding block 531 drives circular slab 533 to be moved to suitable position so that adjustable mechanism 52 and cutting mechanism 53 can cooperate work Make, shearing hydraulic cylinder 534 drives the T-shaped progress of fixed plate 535 height of No.1 to adjust and is elevated to the T-shaped fixed plate 535 of No.1 properly Position, push hydraulic cylinder 53102 promote push hook 53104 so that push hook 53104 can by complete work after winding line 51108 tick, and shearing cylinder 539 promotes cutter head 53101 so that cutter head 53101 hooks push 53104 and ticks the winding after coming Line 51108 carries out left and right shearing, without manual adjustment, and has the advantages that labor intensity is small, and work efficiency is high.

The rolling mechanism 21 includes two rolling motors, 211, two rollers 212, position-limited box 213 and upside-down mounting U-shaped board 214, two rolling motors 211 are installed on by motor cabinet on the outside of the left end of position-limited box 213, and two rolling motors 211 are parallel It is arranged side by side, each output shaft for rolling motor 211 is connected by shaft coupling with a roller 212, and roller 212 passes through Bearing is installed on the inner side of position-limited box 213, and position-limited box 213 is the slotted rectangular frame structure in upper end uncovered lower end, under position-limited box 213 Connect by being weldingly connected between end and the upper center of upside-down mounting U-shaped board 214, passed through between 214 lower end of upside-down mounting U-shaped board and bottom plate 1 It is weldingly connected and connects, position-limited box plays the role of auxiliary stopper, and two rolling motors 211 drive two rollers 212 in position-limited box 213 Inside rotated, two rollers 212 cooperate to rotate and the rice straw that top is come in is extruded, automatic business processing rice Stalk, without manual adjustment, and has the advantages that labor intensity is small, and work efficiency is high.

The conveying mechanism 22 include four lifting hydraulic cylinders 221, lifting support plate 222, active conveying roller 223, Driven conveying roller 224,225, two pairs of adjustable end stops 226 of feeder motor, limitting casing 227 and conveyer belt 228, four raise-lower hydraulics It is connected between 221 bottom of cylinder and 1 upper end of bottom plate by welding manner, four 221 tops of lifting hydraulic cylinder and lifting support plate 222 are connected by flange, and four lifting hydraulic cylinders 221 drive lifting support plate 222 to carry out height adjusting and drive lifting support Plate 222 is elevated to suitable position, and 222 front and rear sides of lifting support plate are symmetrically installed with two pairs of adjustable end stops 226, adjustable end stop 226 play the role of support, are pacified between 226 inner wall of a pair of of adjustable end stop of 222 rear side of lifting support plate by bearing Equipped with active conveying roller 223, pacified between 226 inner wall of a pair of of adjustable end stop of 222 front side of lifting support plate by bearing Equipped with driven conveying roller 224, it is connected between active conveying roller 223 and driven conveying roller 224 by conveyer belt 228, it is defeated Power transmission machine 225 is mounted on the adjustable end stop 226 of 222 rear side of lifting support plate, and 225 output shaft of feeder motor and active are defeated Send and be connected by shaft coupling between roller 223, feeder motor 225 drives active conveying roller 223 to be rotated, and actively conveys The driving conveying belt 228 under the auxiliary of driven conveying roller 224 of roller 223 is driven, and extruding is driven when conveyer belt 228 moves Rice straw afterwards is synchronized with the movement, and limitting casing 227 is installed on the upper end of two pairs of adjustable end stops 226, and limitting casing 227 is U-shaped knot Structure, limitting casing 227 play the role of auxiliary stopper, prevent rice straw from dropping, and four lifting hydraulic cylinders 221 drive lifting support Plate 222 carries out height adjusting and drives lifting support plate 222 to be elevated to suitable position, it is ensured that is transported to conveying from rolling mechanism 21 The rice straw of mechanism 22 is not scattered, and feeder motor 225 drives active conveying roller 223 to be rotated afterwards, actively conveying rolling The driving conveying belt 228 under the auxiliary of driven conveying roller 224 of wheel 223 is driven, and is driven and was conveyed when conveyer belt 228 moves The rice straw come synchronously travels forward, and without manual adjustment, reduces the labor intensity of staff, improves work effect Rate.

The adjustably moving mechanism 23 includes 232, two two spacing mobile side chains 231, fixed support plate supports It is hydraulic cylinder 233,234, two support columns 235 of limit support board, adjustable limit plate 236, adjustable fixed block 237, adjustable Movable plate 239, adjustable hydraulic cylinder 2310, the rear ends of two spacing mobile side chains 231 are installed on 213 both sides of position-limited box, two The front end of spacing mobile side chain 231 is installed on the inside of 4 upper end of fixed frame, and two spacing mobile 231 lower ends of side chain are provided with fixation Support plate 232, fixed support plate 232 play the role of Auxiliary support, and 232 lower end of fixed support plate is symmetrically installed with two supports Hydraulic cylinder 233, each 233 top of supporting cylinder are connected between limit support board 234 by flange, two support liquid Cylinder pressure 233 drives limit support board 234 to carry out height adjusting and limit support board 234 is elevated to suitable position, limited support 234 lower end of plate is provided with two support columns 235, and the bottom of two support columns 235 is provided with adjustable limit plate 236, adjusts Limiting plate 236 is connected with adjustable plate 239 by hinge, and the lower end of adjustable limit plate 236, which is provided with, to be adjusted admittedly Determine block 237,239 lower end of adjustable plate is adjusted by being connected between axis pin and the top of adjustable hydraulic cylinder 2310 By being connected between axis pin and the bottom of adjustable hydraulic cylinder 2310, two spacing mobile side chains 231 drive solid fixed block 237 Determine support plate 232 to be moved forward and backward, limit electric machine 2311 on two spacing mobile side chains 231 drive leading screw 2312 into Row rotates, and spacing movable block 2313 is moved back and forth by way of engagement on leading screw 2312, and spacing movable block 2313 exists Under the auxiliary that spacing mobile sliding block 2314 cooperates with spacing mobile chute 2315, spacing movable block 2313 drives fixed bearing Plate 232 is moved to suitable position, and two supporting cylinders 233 drive limit support board 234 to adjust and arrive suitable position so that The rice straw that conveying mechanism defeated 22 is brought can be transferred out from adjustably moving mechanism 23, adjust 2310 band of hydraulic cylinder Dynamic adjustable plate 239 carries out adjustment angle degree by axis pin on adjustable limit plate 236 so that the rice straw conveyed Stalk can be uniformly transported in parcel molding machine 3, without artificial, and have the advantages that labor intensity is small, and work efficiency is high.

The spacing mobile side chain 231 includes limit electric machine 2311, leading screw 2312, spacing movable block 2313, spacing shifting Movable slider 2314, spacing mobile chute 2315, spacing U-shaped board 2316, spacing 2316 rear end of U-shaped board are installed on position-limited box side On, spacing 2316 front end of U-shaped board is installed on the inside of 4 upper end of fixed frame, and spacing 2316 rear inside of U-shaped board is provided with limit electric machine 2311, it is connected between the output shaft and leading screw of limit electric machine 2311 by shaft coupling, leading screw 2312 is provided with spacing movable block 2313, the spacing mobile sliding block 2314 of T-shaped structure, spacing mobile sliding block 2314 are installed on the end face of spacing movable block 2313 It is connected to by sliding matching mode in spacing mobile chute 2315, spacing mobile chute is installed on the inner side of spacing U-shaped board, Limit electric machine 2311 drives leading screw 2312 to rotate, and spacing movable block 2313 drives the fixed support plate 232 of lower section to move forward and backward, and limits Displacement movable slider 2314 and the 2315 matching resultant motion of spacing mobile chute spacing movable block 2313 is carried out it is spacing, by it is spacing can So that the work that spacing movable block 2313 is stablized.

The rotation fastening mechanism 31 includes electric rotating machine 311, rotation installing plate 312, rotating hydraulic cylinder 313, circle 314, two fastening grooves 315 of installing plate and two fastening blocks 316, electric rotating machine 311 are installed on the side of fixed frame 4 by motor cabinet On wall, 311 output shaft of electric rotating machine is installed on 312 middle part of rotation installing plate, and 313 bottom of rotating hydraulic cylinder is installed on rotation and pacifies In loading board 312,313 top of rotating hydraulic cylinder is installed on circular mounting plate 314 by flange, symmetrical on circular mounting plate 314 It is provided with two and fastens grooves 315, and fastens groove 315 and be located at fastening 315 front-left of groove in the T-type structure to stand upside down, fastening block 316, And two fastening blocks 316 are used in combination one by one with two fastening grooves 315, electric rotating machine 311 drives rotation installing plate 312 to carry out Rotate so that two fastening blocks 316 drive circular mounting plate positioned at two 315 fronts of fastening groove, then rotating hydraulic cylinder 313 314 carry out left and right adjustings so that two fastening blocks 316 positioned at two fastening grooves 315 in, latter two electric rotating machine 311 drive Two rotation installing plates 312 are rotated, without manual adjustment roll die, and, work efficiency height etc. small with labor intensity Advantage.

The hinge open/close mechanism 32 includes upper rotating mould 321, lower rotating mould 322, rolling bearing units 323, opening and closing shaft 325th, driven gear 326, driving gear 327, U-shaped seat 328, opening and closing motor 329, carrier wheel 3210, mobile motor 32101, Mobile rack 32102, mobile sliding block 32103 and mobile chute 32104, and opening and closing shaft 325, driven gear 326, driving gear 327th, U-shaped seat 328, opening and closing motor 329, carrier wheel 3210, mobile motor 32101, mobile rack 32102, mobile sliding block 32103 and mobile chute 32104 quantity be two, upper rotating mould 321 and lower rotating mould 322 are hollow semi-cylinders body structure, And upper rotating mould 321 and lower rotating mould 322 are symmetrically installed, and pass through opening and closing shaft between upper rotating mould 321 and lower rotating mould 322 325 are connected, and lower 322 lower end of rotating mould is installed on rolling bearing units 323, between 325 outer end of opening and closing shaft and driven gear 326 It is connected using key, driving gear 327 is located at immediately below driven gear 326, and driving gear 327 is nibbled with 326 phase of driven gear Close, be connected between driving gear 327 and 329 output shaft of opening and closing motor, opening and closing motor 329 is fixed on U-shaped 328 upper end of seat, U-shaped Seat 328 plays the role of Auxiliary support, and U-shaped 328 lower end outside of seat is provided with mobile sliding block 32103, and mobile sliding block 32103 is with moving It is connected between dynamic sliding slot 32104 by way of being slidably matched, mobile chute 32104 is welded on bottom plate 1, mobile motor 32101 are installed on U-shaped 328 lower end inside of seat, and carrier wheel 3210, carrier wheel are provided with 32101 output shaft of mobile motor 3210 are meshed with mobile rack 32102, and it is parallel between mobile rack 32102 and mobile chute 32104 be arranged side by side, it is mobile Motor 32101 drives carrier wheel 3210 to be rotated on mobile rack 32102, and mobile motor 32101 passes through carrier wheel 3210 are moved with the kind of drive of mobile rack 32102, and mobile motor 32101 drives U-shaped seat 328 in mobile sliding block It is synchronized with the movement under 32103 auxiliary to cooperate with mobile chute 32104, U-shaped seat 328 drives opening and closing motor 329 to be moved to conjunction The driving gear 327 that suitable position makes to be installed on 329 motor of opening and closing motor is in engagement, opening and closing with driven gear 326 Motor 329 drives driving gear 327 to be rotated, and driving gear 327 drives driven gear 326 to rotate, and driven gear 326 drives Opening and closing shaft 325 is rotated, and opening and closing shaft 325 drives upper rotating mould 321 to be rotated, and after the completion of rice straw conveying, is moved Dynamic motor 32101 drives carrier wheel 3210 to be rotated, and mobile sliding block 32103 drives U-shaped seat in mobile chute 32104 In the case that 328 slide into and do not influence two parcel molding machine 3 phases movements so that electric rotating machine 311 drives rotation installing plate 312 rotate when, avoid driven gear 326 from colliding with driving gear 327, without manual adjustment parcel mould, automate into Row rotation is adjusted, it is ensured that comprehensively the rice straw after extruding can be wrapped up, without human intervention, be reduced work people The labor intensity of member, improves work efficiency.

The flexible retention mechanism 33 includes telescopic hydraulic cylinder 331, driven support plate 333, active support plate 334, stretches Contracting bar 335, mobile mould 336, extension module 337, adjusting hydraulic cylinder 33101, positioned at the flexible fastening machine in the upside of hinge open/close mechanism 32 Driven support plate 333 on structure 33 is installed on upper 321 lateral wall of rotating mould, positioned at the flexible fastening in the downside of hinge open/close mechanism 32 Driven support plate 333 in mechanism 33 is installed on lower 322 lateral wall of rotating mould, the bottom of telescopic hydraulic cylinder 331 be installed on from The left side of dynamic support plate 333, is connected between the top and 334 end face of active support plate of telescopic hydraulic cylinder 331 by flange, Telescopic rod 335 on the flexible retention mechanism 33 in the upside of hinge open/close mechanism 32 is installed on upper rotating mould 321 and mobile mould 336 Between, the telescopic rod 335 on the flexible retention mechanism 33 in the downside of hinge open/close mechanism 32 is installed on lower rotating mould 322 and movement Between mould 336, telescopic rod 335 plays the role of Auxiliary support, and active support plate 334 is installed on 336 side wall of mobile mould, mobile Mould 336 is hollow semi-cylinders body structure, is connected on 337 outer wall of extension module by axis pin with adjusting the top of hydraulic cylinder 33101, It is connected on the side wall of active support plate 334 by axis pin with adjusting the bottom of hydraulic cylinder 33101, extension module 337 and mobile mould It is connected between 336 by hinge, extension module 337 is hollow half round platform shell structure, adjusts hydraulic cylinder 33101 and drives extension module 337 carry out extensional motion by hinge on mobile mould 336, and the winding line 51108 wound afterwards in shear 5 drops to energy On enough rice straws being smoothly close in two parcel molding machines 3, adjust hydraulic cylinder 33101 and drive extension module 337 logical Cross hinge to close on mobile mould 336, it is ensured that winding line 51108 is clamped in two parcel molding machines 3, rotates fastening mechanism Electric rotating machine 311 on 31 drives rotation installing plate 312 to be rotated, and waits electric rotating machine 311 to drive rotation installing plate 312 to rotate After five to ten circles, winding line 51108 is wrapped on the smooth outer wall of extension module 337, the spacing adjusting hydraulic pressure on winding mechanism 51 Cylinder 51104 promotes No. two rollers 51107 of spacing adjusting to move, and plays the role of fastening, the flexible liquid to stretch on retention mechanism 33 Cylinder pressure 331 promotes active support plate 334 to move laterally, and at this time, it is smooth that the winding line 51108 tightened departs from extension module 337 Outer wall is wound on the rice straw into parcel molding machine 3, and telescopic hydraulic cylinder 331 drives active support plate 334 to carry out left and right Mobile, the convenient line 51108 that winds is wound in two parcel molding machines 3 to both sides, and telescopic rod 335 plays the work of Auxiliary support With, without manual adjustment, and, work efficiency high the advantages that small with labor intensity.

During work, two hinge open/close mechanisms 32 are started to work on two first parcel molding machines 3, hinge open/close mechanism Mobile motor 32101 on 32 drives carrier wheel 3210 to be rotated on mobile rack 32102, and mobile motor 32101 is logical Cross carrier wheel 3210 and the kind of drive of mobile rack 32102 is moved, mobile motor 32101 drives U-shaped seat 328 moving It is synchronized with the movement under the auxiliary that movable slider 32103 cooperates with mobile chute 32104, U-shaped seat 328 drives opening and closing motor 329 to move The driving gear 327 that moving suitable position makes to be installed on 329 motor of opening and closing motor is in driven gear 326 engages shape State, opening and closing motor 329 drive driving gear 327 to be rotated, and driving gear 327 drives driven gear 326 to rotate, driven gear 326 drive opening and closing shafts 325 are rotated, and opening and closing shaft 325 drives upper rotating mould 321 to be rotated, and rolls in conveying device 2 Conveying mechanism 22 start to work, four on conveying mechanism 22 lifting hydraulic cylinder 221 drive lifting support plate 222 carry out height Adjust and drive lifting support plate 222 to be elevated to suitable position so that the rice straw to come is conveyed from rolling mechanism 21 and is not dissipated Drop out, feeder motor 225 drives active conveying roller 223 to be rotated afterwards, and active conveying roller 223 is in driven conveying rolling Driving conveying belt 228 is driven under the auxiliary of wheel 224, drives the rice straw conveyed synchronous when conveyer belt 228 moves Travel forward, two spacing mobile side chains 231 drive fixed support plate 232 to be moved to suitable position so that conveying mechanism is defeated The rice straw that 22 conveyings come can be transferred out from adjustably moving mechanism 23, will by existing automatic charging device Rice straw is transported to rolling mechanism 21, and two rolling motors 211 drive two rollers 212 to be rotated in position-limited box 213, Two mutual cooperations of rollers 212 rotate the rice straw that top is come in and are extruded, and the rice straw after extruding is transported to defeated Send in mechanism 22, adjustable hydraulic cylinder 2310 drives adjustable plate 239 to be carried out by axis pin on adjustable limit plate 236 Adjust angle so that the rice straw conveyed can be uniformly transported in parcel molding machine 3, and then two are rolled into Two hinge open/close mechanisms 32 are started to work on type device 3, and the opening and closing shaft 325 on hinge open/close mechanism 32 drives upper rotating mould 321 are closed, and mobile motor 32101 drives carrier wheel 3210 to be rotated on mobile rack 32102, mobile motor 32101 are moved by carrier wheel 3210 and the kind of drive of mobile rack 32102, and mobile motor 32101 drives U-shaped seat 328 do not influence two parcel shapings in mobile sliding block 32103 with synchronously being moved under the auxiliary of the mutual cooperation of mobile chute 32104 Device 3, the adjusting hydraulic cylinder 33101 on retention mechanism 33 that stretches drive extension module 337 to be carried out by hinge on mobile mould 336 Extensional motion, extension module 337 are opened, and the winding line 51108 wound afterwards on shear 5 drops to and can smoothly be close to On rice straw in two parcel molding machines 3, two extension modules 337 will wind line 51108 and be squeezed in parcel molding machine 3 On interior rice straw, rotating hydraulic cylinder 313 drives circular mounting plate 314 to move inward so that two fastening blocks 316 stick into In two fastening grooves 315, rotate the electric rotating machine 311 on fastening mechanism 31 and drive rotation installing plate 312 to be rotated, wait rotation After motor 311 drives rotation installing plate 312 to rotate five to ten circles, wind winding mechanism 51 on shear 5 and work, winding mechanism Winding line 51108 on 51 is wrapped on the smooth outer wall of extension module 337, the spacing adjusting hydraulic cylinder on winding mechanism 51 51104 promote No. two rollers 51107 of spacing adjusting to move, and play the role of fastening, the telescopic hydraulic to stretch on retention mechanism 33 Cylinder 331 promotes active support plate 334 to move laterally, and at this time, the winding line 51108 tightened departs from smooth outer of extension module 337 Wall is wound on the rice straw into parcel molding machine 3, so two rotation fastening mechanisms on latter two parcel molding machine 3 31 setting in motions, rotate the electric rotating machine 311 on fastening mechanism 31 and drive rotation installing plate 312 to start to be rotated further, stretch liquid Cylinder pressure 331 drives active support plate 334 to carry out both sides movement, winds two winding mechanisms 51 on shear 5 and starts to both sides Mobile, winding line 51108 starts to wind rice straw to both sides, plays the role of binding, is led when telescopic hydraulic cylinder 331 drives When dynamic support plate 334 is moved to most both sides, electric rotating machine 311 drives rotation installing plate 312 to stop, and winds two on shear 5 A adjustable mechanism 52 is started to work, and the adjustable motor 523 on adjustable mechanism 52 drives adjustable gear 522 on straight rack 511 Moved, adjustable motor 523 by adjustable gear 522 with being moved in the kind of drive of straight rack 511, adjustable motor 523 drive No.1 U-shaped boards 524 synchronously move to conjunction under the auxiliary that adjustable skid 528 and No.1 fixed rack 54 cooperate Suitable position, No.1 hydraulic cylinder 525 drive the first fixed plate 526 to adjust and arrive suitable position, fine setting hydraulic cylinder 52101 drive the Two fixed plates 527 carry out angular adjustment by axis pin in the first fixed plate 526, and adjustable pressurized cylinder 52102 drives small-sized fixation Plate 52103 works so that four fixed pins 52104 drive winding lines 51108 to wind line to promoting inside the rice straw of binding In 51108 motion processes, tensioned state is in the case where winding shear 5 acts on, push hydraulic cylinder 53102 drives push to hook 53104 movement, it is ensured that push hook 53104 can catch on tightens winding line 51108, push hook 53104 drive winding lines 51108 to Upper movement is so that winding line 51108 drives circular slab 533 to move so that adjustable mechanism through the coil wound, electronic sliding block 531 52 suitable positions, shearing hydraulic cylinder 534 drive the T-shaped fixed plate 535 of No.1 to adjust and arrive suitable position, push hydraulic cylinder 53102 drive push hook 53104, it is ensured that push hooks 53104 and can tick by the winding line 51108 after completion work, shearing Cylinder 539 promotes cutter head 53101 to hook the 53104 winding lines 51108 ticked after coming to push and shears, and realizes rice straw The function of automatically binding, solve during existing mountain area rice straw is tied up it is existing manually tie up rice straw inequality Even, it is unstable manually to tie up rice straw, and it is complicated cumbersome manually to tie up rice straw, while manually ties up rice straw institute The spent time that needs is long, the big problem such as low with work efficiency of labor intensity, has achieveed the purpose that rice straw automatically binding.

The basic principle, main feature and advantage of the utility model has been shown and described above.The technical staff of the industry It should be appreciated that the present utility model is not limited to the above embodiments, the simply explanation of the description in above embodiments and description The principle of the utility model, on the premise of not departing from the spirit and scope of the utility model, the utility model also have various changes Change and improve, these various changes and improvements fall within the scope of the claimed invention.The requires of the utility model protects model Enclose and be defined by the appending claims and its equivalent thereof.

Claims (8)

1. a kind of Special Automatic knot installation of biomass water rice straw processing pig feed technique, including bottom plate (1), rolling conveying dress Put (2), two parcel molding machines (3), fixed frame (4) and two winding shears (5), it is characterised in that：The bottom Rolling conveying device (2), two parcel molding machines (3) and fixed frame (4) are installed on plate (1), roll conveying device (2) position In the rear end of bottom plate (1), parcel molding machine (3) is positioned at the front of rolling conveying device (2), the lower end installation of fixed frame (4) There are two winding shears (5), and wind shear (5) positioned at the surface of parcel molding machine (3), rolling conveying dress Put (2), two parcel molding machines (3) are used in combination the automation for completing rice straw with two winding shears (5) Tie up technique；

The winding shear (5), which includes winding mechanism (51), adjustable mechanism (52), cutting mechanism (53), No.1, to be fixed Slide (54) and No. two fixed racks (55), fixed frame (4) upper end inner side are provided with No.1 fixed rack (54), and No.1, which is fixed, to be slided Rail (54) the inner is provided with winding mechanism (51) by sliding matching mode, and No.1 fixed rack (54) outer end is by being slidably matched Mode is provided with adjustable mechanism (52), and No. two fixed racks (55), No. two fixed racks are provided with the inside of fixed frame (4) upper end (55) it is located at No.1 fixed rack (54) front end, and No. two fixed racks (55) are parallel with No.1 fixed rack (54) and arrange Put, No. two fixed racks (55) are provided with cutting mechanism (53) by sliding matching mode；

The rolling conveying device (2) includes rolling mechanism (21), conveying mechanism (22), adjustably moving mechanism (23), rolling Press mechanism (21), conveying mechanism (22) are installed on bottom plate (1), and rolling mechanism (21) is located on the rear end of conveying mechanism (22) Side, adjustably moving mechanism (23) rear end are installed on rolling mechanism (21) upper end both sides, adjustably moving mechanism (23) front end peace On fixed frame (4), adjustably moving mechanism (23) is located above the front end of conveying mechanism (22).

2. the Special Automatic knot installation of a kind of biomass water rice straw processing pig feed technique according to claim 1, it is special Sign is：It is flexible tight that the parcel molding machine (3) includes rotation fastening mechanism (31), hinge open/close mechanism (32) and two Gu mechanism (33), rotation fastening mechanism (31) lower end is installed on fixed frame (4) side wall, and rotates fastening mechanism (31) positioned at hinge The right of chain open/close mechanism (32), hinge open/close mechanism (32) are installed on bottom plate (1), two flexible retention mechanism (33) installations In the both sides up and down of hinge open/close mechanism (32) left end.

3. the Special Automatic knot installation of a kind of biomass water rice straw processing pig feed technique according to claim 1, it is special Sign is：The winding mechanism (51) includes straight rack (511), winding gear (512), winding motor (513), drum frame (514), T-shaped sliding block (515), fixed plate (516), rotation No.1 motor (517), the circular fixed plate (518) of rotation, rotation are wound Roller (519), rotation fixed plate (5110), triangle base (51101), No.1 fixed frame (51102), spacing adjusting No.1 roller (51103), No. two spacing adjusting hydraulic cylinder (51104), spacing adjusting connecting plate (51105), spacing adjusting rollers (51107), Fixed frame (4) lower end is provided with straight rack (511), and straight rack (511) and winding gear (512) are meshed, winding gear (512) output shaft with winding motor (513) is connected, and winding motor (513) is installed on drum frame (514) side wall, drum Frame (514) lower end is provided with fixed plate (516), is provided with drum frame (514) lateral wall by motor cabinet and rotates No.1 motor (517), rotate and rotation circular fixed plate (518) is installed on the output shaft of No.1 motor (517), drum frame is installed on (514) There is rotation fixed plate (5110), and rotate fixed plate (5110) in the rear of rotation No.1 motor (517), rotation fixed plate (5110) swing roller (519) is provided with by bearing between circular fixed plate (518) inner wall of rotation, on drum frame (514) Triangle base (51101) is installed, and triangle base (51101) is positioned at rotation fixed plate (5110) and the circular fixed plate of rotation (518) between, triangle base (51101) upper end is provided with No.1 fixed frame (51102), and No.1 fixed frame (51102) is interior and limits Position is connected between adjusting No.1 roller (51103) by axis pin, and spacing adjusting hydraulic pressure is provided with fixed plate (516) lateral wall Cylinder (51104), is connected between spacing adjusting hydraulic cylinder (51104) and spacing adjusting connecting plate (51105) right end by flange, It is connected between No. two rollers (51107) of spacing adjusting connecting plate (51105) and spacing adjusting by axis pin.

4. the Special Automatic knot installation of a kind of biomass water rice straw processing pig feed technique according to claim 1, it is special Sign is：The adjustable mechanism (52) includes adjustable gear (522), adjustable motor (523), No.1 U-shaped board (524), No.1 Hydraulic cylinder (525), the first fixed plate (526), the second fixed plate (527), adjustable skid (528), fine setting hydraulic cylinder (52101), Adjustable pressurized cylinder (52102), small-sized fixed plate (52103) and four fixed pins (52104), adjustable gear (522) and straight shape tooth Bar (511) is meshed, and is connected between the output shaft of adjustable gear (522) and adjustable motor (523), adjustable motor (523) peace On the inside of No.1 U-shaped board (524), No.1 hydraulic cylinder (525), No.1 hydraulic cylinder are installed on No.1 U-shaped board (524) lower end (525) it is connected between top and the first fixed plate (526) by flange, the first fixed plate (526) and the second fixed plate (527) it is connected between by hinge, passes through axis pin and fine setting hydraulic cylinder (52101) on the inner wall of the first fixed plate (526) Bottom is connected, and is connected on the inner wall of the second fixed plate (527) by axis pin with the top of fine setting hydraulic cylinder (52101), and second is solid Adjustable pressurized cylinder (52102) is installed on fixed board (527), is led between adjustable pressurized cylinder (52102) and small-sized fixed plate (52103) Cross flange to be connected, small-sized fixed plate (52103) is evenly arranged with four fixed pins (52104) along central axis；

The cutting mechanism (53) includes electronic sliding block (531), pillar motor (532), circular slab (533), shearing hydraulic cylinder (534), the T-shaped fixed plate of No.1 (535), No. two T-shaped fixed plates (536), shear support plate (538), shearing cylinder (539), knife Head (53101), push hydraulic cylinder (53102), push support plate (53103), push hook (53104), on the inside of fixed frame (4) upper end Electronic sliding block (531) is installed, electronic sliding block (531) is connected with pillar motor (532), the output shaft of pillar motor (532) Circular slab (533) is installed, the lower end of circular slab (533) is connected with the bottom of shearing hydraulic cylinder (534), shears hydraulic cylinder (534) top is connected with the upper center of the T-shaped fixed plate of No.1 (535), the T-shaped fixed plate of No.1 (535) lower end and No. two it is T-shaped Fixed plate (536) upper end is connected, and is provided with push hydraulic cylinder (53102) below No. two T-shaped fixed plates (536), pushes hydraulic cylinder (53102) it is connected between top and push support plate (53103) by flange, installation below push support plate (53103) There is push to hook (53104), No. two T-shaped fixed plate (536) lower ends are provided with shearing cylinder (539), the top of shearing cylinder (539) It is connected between shear support plate (538) by flange, shear support plate (538) is provided with cutter head (53101).

5. the Special Automatic knot installation of a kind of biomass water rice straw processing pig feed technique according to claim 1, it is special Sign is：It is U-shaped that the rolling mechanism (21) includes two rolling motors (211), roller (212), position-limited box (213) and upside-down mounting Plate (214), two rolling motors (211) are installed on by motor cabinet on the outside of the left end of position-limited box (213), and two rolling motors (211) parallel to be arranged side by side, the output shaft for each rolling motor (211) is connected by shaft coupling with a roller (212), And roller (212) is installed on the inner side of position-limited box (213) by bearing, position-limited box (213) is the slotted square in upper end uncovered lower end Connect between the upper center of shape mount structure, position-limited box (213) lower end and upside-down mounting U-shaped board (214) by being weldingly connected, upside-down mounting is U-shaped Connect between plate (214) lower end and bottom plate (1) by being weldingly connected；

The conveying mechanism (22) includes four lifting hydraulic cylinders (221), lifting support plate (222), active conveying roller (223), driven conveying roller (224), feeder motor (225), two pairs of adjustable end stops (226), limitting casing (227) and conveyer belt (228), it is connected between four lifting hydraulic cylinder (221) bottoms and bottom plate (1) upper end by welding manner, four raise-lower hydraulics Cylinder (221) top is connected with lifting support plate (222) by flange, and lifting support plate (222) front and rear sides are symmetrically installed with Two pairs of adjustable end stops (226), pass through bearing between a pair of of adjustable end stop (226) inner wall on rear side of lifting support plate (222) Active conveying roller (223) is installed, is led between a pair of of adjustable end stop (226) inner wall on front side of lifting support plate (222) Cross bearing and driven conveying roller (224) is installed, by defeated between active conveying roller (223) and driven conveying roller (224) Band (228) is sent to be connected, feeder motor (225) is mounted on the adjustable end stop (226) on rear side of lifting support plate (222), defeated It is connected between power transmission machine (225) output shaft and active conveying roller (223) by shaft coupling, limitting casing (227) is installed on two To the upper end of adjustable end stop (226), and limitting casing (227) is U-shaped structure.

6. the Special Automatic knot installation of a kind of biomass water rice straw processing pig feed technique according to claim 1, it is special Sign is：The adjustably moving mechanism (23) include two spacing mobile side chains (231), fixed support plate (232), two Supporting cylinder (233), limit support board (234), two support columns (235), adjustable limit plate (236), adjustable fixation Block (237), adjustable plate (239) and adjustable hydraulic cylinder (2310), the rear end installation of two spacing mobile side chains (231) In position-limited box (213) both sides, the front end of two spacing mobile side chains (231) is installed on the inside of fixed frame (4) upper end, and two spacing Mobile side chain (231) lower end is provided with fixed support plate (232), and fixed support plate (232) lower end is symmetrically installed with two supports Hydraulic cylinder (233), each supporting cylinder (233) top is connected between limit support board (234) by flange, spacing Support plate (234) lower end is provided with two support columns (235), and the bottom of two support columns (235) is provided with adjustable limit plate (236), adjustable limit plate (236) is connected with adjustable plate (239) by hinge, adjustable limit plate (236) Lower end is provided with adjustable fixed block (237), and adjustable plate (239) lower end passes through axis pin and adjustable hydraulic cylinder (2310) Top between be connected, adjust fixed block (237) by being connected between axis pin and the bottom of adjustable hydraulic cylinder (2310) Connect；

The spacing mobile side chain (231) includes limit electric machine (2311), leading screw (2312), spacing movable block (2313), limit Displacement movable slider (2314), spacing mobile chute (2315), spacing U-shaped board (2316), spacing U-shaped board (2316) rear end are installed on On position-limited box side, spacing U-shaped board (2316) front end is installed on the inside of fixed frame (4) upper end, in spacing U-shaped board (2316) rear end Side is provided with limit electric machine (2311), is connected between the output shaft and leading screw of limit electric machine (2311) by shaft coupling, leading screw Spacing movable block (2313) is provided with, the spacing mobile sliding block of T-shaped structure is installed on the end face of spacing movable block (2313) (2314), spacing mobile sliding block (2314) is connected in spacing mobile chute (2315) by sliding matching mode, spacing movement Sliding slot is installed on the inner side of spacing U-shaped board.

7. the Special Automatic knot installation of a kind of biomass water rice straw processing pig feed technique according to claim 2, it is special Sign is：The rotation fastening mechanism (31) includes electric rotating machine (311), rotation installing plate (312), rotating hydraulic cylinder (313), circular mounting plate (314), two fastening grooves (315) and two fastening blocks (316), electric rotating machine (311) pass through motor Seat is installed on the side wall of fixed frame (4), and electric rotating machine (311) output shaft is installed on rotation installing plate (312) middle part, rotation Hydraulic cylinder (313) bottom is installed on rotation installing plate (312), and rotating hydraulic cylinder (313) top is installed on circle by flange On installing plate (314), two fastening grooves (315) are symmetrically installed with circular mounting plate (314), and fasten groove (315) in handstand T-type structure, fastening block (316) positioned at fastening groove (315) front-left, and two fastening blocks (316) with two fastening grooves (315) It is used in combination one by one；

The hinge open/close mechanism (32) includes upper rotating mould (321), lower rotating mould (322), rolling bearing units (323), opening and closing Shaft (325), driven gear (326), driving gear (327), U-shaped motor cabinet (328), opening and closing motor (329), carrier wheel (3210), mobile motor (32101), mobile rack (32102), mobile sliding block (32103) and mobile chute (32104), and Close shaft (325), driven gear (326), driving gear (327), U-shaped motor cabinet (328), opening and closing motor (329), carrier wheel (3210), the quantity of mobile motor (32101), mobile rack (32102), mobile sliding block (32103) and mobile chute (32104) For two, upper rotating mould (321) and lower rotating mould (322) are hollow semi-cylinders body structure, and upper rotating mould (321) and lower rotation Mould (322) is symmetrically installed, and is connected between upper rotating mould (321) and lower rotating mould (322) by opening and closing shaft (325), backspin Revolving die (322) lower end is installed on rolling bearing units (323), and key is used between opening and closing shaft (325) outer end and driven gear (326) It is connected, driving gear (327) is located at immediately below driven gear (326), and driving gear (327) and driven gear (326) phase Engagement, is connected, opening and closing motor (329) is fixed on U-shaped motor between driving gear (327) and opening and closing motor (329) output shaft Seat (328) upper end, U-shaped motor cabinet (328) lower end outside are provided with mobile sliding block (32103), mobile sliding block (32103) and movement Sliding slot is connected between (32104) by way of being slidably matched, and mobile chute (32104) is welded on bottom plate (1), mobile electricity Machine (32101) is installed on U-shaped motor cabinet (328) lower end inside, and carrier wheel is provided with mobile motor (32101) output shaft (3210), carrier wheel (3210) is meshed with mobile rack (32102), and mobile rack (32102) and mobile chute (32104) it is parallel between to be arranged side by side.

8. the Special Automatic knot installation of a kind of biomass water rice straw processing pig feed technique according to claim 2, it is special Sign is：The flexible retention mechanism (33) includes telescopic hydraulic cylinder (331), driven support plate (333), active support plate (334), telescopic rod (335), mobile mould (336), extension module (337), adjusting hydraulic cylinder (33101), positioned at hinge open/close mechanism (32) the driven support plate (333) on the flexible retention mechanism (33) in upside is installed on upper rotating mould (321) lateral wall, positioned at hinge Driven support plate (333) on the downside of chain open/close mechanism (32) on flexible retention mechanism (33) is installed on the outside of lower rotating mould (322) On wall, the bottom of telescopic hydraulic cylinder (331) is installed on the left side of driven support plate (333), the top of telescopic hydraulic cylinder (331) It is connected between active support plate (334) end face by flange, the flexible retention mechanism on the upside of hinge open/close mechanism (32) (33) telescopic rod (335) on is installed between upper rotating mould (321) and mobile mould (336), positioned at hinge open/close mechanism (32) The telescopic rod (335) that downside is stretched on retention mechanism (33) is installed between lower rotating mould (322) and mobile mould (336), actively Support plate (334) is installed on mobile mould (336) side wall, and mobile mould (336) is hollow semi-cylinders body structure, extension module (337) It is connected on outer wall by axis pin with adjusting the top of hydraulic cylinder (33101), passes through axis pin on the side wall of active support plate (334) It is connected with the bottom for adjusting hydraulic cylinder (33101), is connected between extension module (337) and mobile mould (336) by hinge, expanded Zhang Mo (337) is hollow half round platform shell structure.