A kind of pannage device of automatic control than chargingTechnical field
The present invention relates to pannage engineering device technique field, pannage device of specially a kind of automatic control than charging.
Background technique
Such as Chinese patent Authorization Notice No. are as follows: a kind of dispensing pannage device of CN26354169U, including rotation transmission dressIt sets, fixator, extension fixator, portable hopper device, launch hopper, rotation transmission device is connected with fixator, extensionFixator, portable hopper device, portable hopper device are connected with dispensing hopper, and rotation transmission device includes rotation framework, rotationDisk, one turn of band, two turns of bands, central turnplate, the movable brake device that rubs rotate framework and are connected with central turnplate and the movable brake that rubsDevice, fixator include fixed plate and internal fixators, and fixed plate is equipped with internal fixators, are thrown using rotation transmission designMaterial, feeding intake, it is high-efficient to facilitate, but launches pannage device and still need artificial manual control before charging than feeding, and for another example patent is awardedWeigh notification number are as follows: a kind of fodder thrower of CN28549600U, including weigh hopper, electric inserting door, first motor, photoelectricitySpeed probe, rotary drum and hopper funnel are equipped with weighing sensor in weigh hopper, are equipped with electricity at the discharging gate of weigh hopperDynamic slotting door, the accurate quantification for completing feed are launched, and weighing sensor are equipped in weigh hopper, by weighing sensor and groove volumeThe precision of feed dispensing can be greatly improved by measuring the mode combined, it is ensured that the normal feed of livestock and poultry reduces feed waste simultaneouslyReduce feeding cost, but fodder thrower to a variety of feeds mixing launch before, it is still desirable to manually carry out control than intoMaterial, it is time-consuming and laborious, the workload of people is increased, working efficiency is reduced.
Summary of the invention
Pannage device the purpose of the present invention is to provide a kind of automatic control than charging, to solve in above-mentioned background techniqueThe traditional pannage delivery device proposed is before being fed intake, it is still desirable to the problem of manually carrying out ingredient.
To achieve the above object, the invention provides the following technical scheme: a kind of pannage device of the automatic control than charging, packetFrame is included, the two sides on the frame top are all fixed with barrel, water cavity are fixed between two barrels, and in water cavityThe two sides in portion are all welded with strainer, and the water cavity is connected with barrel, and the back side of the water cavity offers discharge outlet, describedTop inside barrel offers immersion chamber, and the bottom end for impregnating chamber is provided with compartment, and the bottom end of compartment is provided withBlanking chamber, the blanking chamber extend to lower portion, and the two sides for separating cavity wall are all welded with sliding rail, between the sliding railBaffle is all installed, and baffle two sides be all welded with the mutually matched sliding block of sliding rail, the top of the baffle, which all offers, putsSlot is set, the bottom end of the baffle all offers kerve, and the inside uniform welding of kerve has from plectrum, the frame in front of the barrelFrame top is symmetrically welded with fixed arm, and is connected with first rotating shaft by bearing on fixed arm, and the first rotating shaft, which passes through, fixesOne end of arm is welded with outer spindle, is symmetrically arranged with gear in the first rotating shaft, and gear surface uniform welding have with from diallingThe mutually matched main plectrum of piece, is provided with the first driving wheel in the first rotating shaft between two main plectrums, and first activelyIt takes turns and the second shaft is connected with by bearing between the barrel of lower section, the first driven wheel, and first are provided in second shaftIt is connected between driven wheel and the first driving wheel by the first belt, is provided with second in the second shaft of first belt rightDriving wheel is connected with the first screw rod by bearing on the blanking chamber of the lower portion, and is welded on the right side of the first screw rod solidDetermine block, the second screw rod is welded on the right side of the fixed block, and the right side of the second screw rod is connected on blanking chamber by bearing, instituteState and be provided with the second driven wheel on the fixed block between the first screw rod and the second screw rod, and the second driven wheel and the second driving wheel itBetween connected by the second belt, be provided with first wire nut on first screw rod, and to be welded with first living for the bottom end of first wire nutMovable plate, first movable plate are welded with the first limited block through the bottom end of blanking chamber side, and the inside of the blanking chamber opens upHave left discharge port, offered on first movable plate with the mutually matched left through-hole of left discharge port, set on second screw rodIt is equipped with the second screw, and the bottom end of the second screw is welded with the second movable plate, the intracavitary portion of blanking offers right discharge port, instituteState offered inside the second movable plate with the mutually matched right through-hole of right discharge port, the front and back in the intracavitary portion of blanking is allIt is welded with another sliding rail, first movable plate and the second movable plate two sides are all welded with mutually matched another with another sliding railThe bottom end of sliding block, the blanking chamber is all threaded with discharge nozzle, and discharge nozzle is all threaded on feeding port.
Preferably, the bottom end for impregnating chamber is parallel with the bottom end of strainer, and the centre of the compartment is in hollow shape.
Preferably, the inside of the placing groove is contained with 0.3% ferrous sulfate.
Preferably, the screw thread on first screw rod and the second screw rod on the contrary, and the first screw rod length be greater than secondThe length of bar.
Preferably, the first wire nut and the length of the second screw movement are respectively equal to the length of left through-hole and the movement of right through-holeDegree.
Preferably, the bottom end that first movable plate and the second movable plate run through blanking chamber side is respectively welded the first limitPosition block and the second limited block, the first movable plate bottom end on the right side of the blanking chamber and the second movable plate bottom end point on the left of blanking chamberIt is not welded with another first limited block and another second limited block, another first limited block and blanking cavity outer wall, another second limitPosition block is all mutually attached with blanking cavity outer wall.
Preferably, the aperture of the left discharge port is directly proportional to the aperture of right discharge port.
Compared with prior art, the beneficial effects of the present invention are: the automatic control passes through setting than the pannage device of chargingOuter spindle, first rotating shaft, gear, main plectrum, from plectrum, sliding block, baffle, placing groove and sliding rail, allow device easilyRealize holding for 0.3% ferrous sulfate, and at the same time the design of chamber, water cavity, strainer and discharge outlet is impregnated in cooperation, it is easily realThe soaking process of existing feed, then by the first driving wheel of setting, the first driven wheel and the second shaft, so that the second shaft is with firstShaft rotates together, and then cooperates the second driving wheel, the second driven wheel and the second belt, drives the first screw rod and the second screw rod onePlay rotation, finally using first wire nut, the first movable plate, left discharge port, left through-hole and the first limited block and the second screw,Second movable plate, right discharge port, right through-hole and the second limited block realize that the control of feed than fill process, improves the reality of deviceIt is time saving and energy saving with property, the workload of people is alleviated, it is biggish convenient to bring for people, also improves work efficiency.
Detailed description of the invention
Fig. 1 is structure schematic elevation view of the invention；
Fig. 2 is structure enlargement diagram at the A of Fig. 1 in the present invention；
Fig. 3 is that structure of the invention faces diagrammatic cross-section；
Fig. 4 is the status diagram that left through-hole is aligned with left discharge port, right through-hole with right discharge port in the present invention；
Fig. 5 is structure enlargement diagram at the B of Fig. 4 in the present invention；
Fig. 6 is compartment in the present invention, placing groove, kerve, the part knot from plectrum, first rotating shaft, gear and main plectrumDiagrammatic cross-section is regarded on the left of structure；
Fig. 7 is the status diagram that baffle is stretched out from compartment in the present invention；
Fig. 8 is to regard diagrammatic cross-section in the present invention on the right side of the partial structurtes of blanking chamber.
In figure: 1, frame；2, barrel；3, chamber is impregnated；4, compartment；5, blanking chamber；6, water cavity；7, strainer；8, it drainsMouthful；9, sliding rail；10, baffle；11, sliding block；12, placing groove；13, kerve；14, from plectrum；15, fixed arm；16, first rotating shaft；17, gear；18, main plectrum；19, the first driving wheel；20, the second shaft；21, the first driven wheel；22, the first belt；23, secondDriving wheel；24, the first screw rod；25, the second screw rod；26, the second driven wheel；27, the second belt；28, first wire nut；29, secondScrew；30, the first movable plate；31, left discharge port；32, Zuo Tongkong；33, the first limited block；34, the second movable plate；35, the right side goes outMaterial mouth；36, right through-hole；37, the second limited block；38, discharge nozzle；39, feeding port；40, outer spindle.
Specific embodiment
Following will be combined with the drawings in the embodiments of the present invention, and technical solution in the embodiment of the present invention carries out clear, completeSite preparation description, it is clear that described embodiments are only a part of the embodiments of the present invention, instead of all the embodiments.It is based onEmbodiment in the present invention, it is obtained by those of ordinary skill in the art without making creative efforts every otherEmbodiment shall fall within the protection scope of the present invention.
Fig. 1-8 is please referred to, the present invention provides a kind of technical solution: a kind of automatic pannage device controlled than charging, includingFrame 1, the two sides on 1 top of frame are all fixed with barrel 2, and the top of barrel 2 is set as hollow shape, and instant feedstuff is put into, and twoWater cavity 6 is fixed between a barrel 2, and the two sides inside water cavity 6 are all welded with strainer 7, water cavity 6 is connected with barrel 2Logical, the back side of water cavity 6 offers discharge outlet 8, and the top inside barrel 2, which offers, impregnates chamber 3, impregnates bottom end and the filter of chamber 3The bottom end of net 7 is parallel, and the centre of compartment 4 is in hollow shape, the design parallel with the bottom end of strainer 7 of the bottom end by impregnating chamber 3,The water impregnated inside chamber 3 is entered inside water cavity 6 through strainer 7 completely, is then discharged through discharge outlet 8, in addition leads toThe design among compartment 4 in hollow shape is crossed, the ferrous sulfate of 12 inside 0.3% of placing groove of 10 upper surface of baffle is facilitated, it canPreferably to contact with feed and water, soaking process is realized；
The bottom end for impregnating chamber 3 is provided with compartment 4, and the bottom end of compartment 4 is provided with blanking chamber 5, and blanking chamber 5 extends toInside frame 1, the two sides of 4 inner wall of compartment are all welded with sliding rail 9, and baffle 10, and 10 two sides of baffle are all equipped between sliding rail 9It is all welded with and all offers placing groove 12 with the mutually matched sliding block 11 of sliding rail 9, the top of baffle 10, the inside of placing groove 12 is containedIt is placed with 0.3% ferrous sulfate, iron needed for supplement pig growth can promote the growth and development of live pig, enhance disease resistance, gearThe bottom end of plate 10 all offers kerve 13, and the inside uniform welding of kerve 13 has from plectrum 14, and the frame 1 in 2 front of barrel pushes upEnd is symmetrically welded with fixed arm 15, and is connected with first rotating shaft 16 by bearing on fixed arm 15, and first rotating shaft 16, which passes through, fixesOne end of arm 15 is welded with outer spindle 40, can pass through the fixed external crank of external fastening bolt or external electricity in outer spindle 40Machine allows the power resources of device to be manual, can also be electronic automatic.
Gear 17 is symmetrically arranged in first rotating shaft 16, and 17 surface uniform welding of gear has and cooperates from plectrum 14Main plectrum 18, be provided with the first driving wheel 19 in the first rotating shaft 16 between two main plectrums 18, and under the first driving wheel 19The second shaft 20 is connected with by bearing between the barrel 2 of side, is provided with the first driven wheel 21 in the second shaft 20, and first fromIt is connected between driving wheel 21 and the first driving wheel 19 by the first belt 22, is provided in the second shaft 20 of 22 right of the first beltSecond driving wheel 23 is connected with the first screw rod 24, and the right side of the first screw rod 24 by bearing on the blanking chamber 5 inside frame 1It is welded with fixed block, the second screw rod 25 is welded on the right side of fixed block, and the right side of the second screw rod 25 is connected to down by bearingExpect on chamber 5, screw thread on the first screw rod 24 and the second screw rod 25 on the contrary, and the length of the first screw rod 24 be greater than the second screw rod 25Length, by the opposite design of screw thread on the first screw rod 24 and the second screw rod 25, so that the first screw rod 24 and the second screw rod 25 1When playing rotation, direction is opposite or opposite synchronizing moving, and passes through the design of 25 length of the first screw rod 24 and the second screw rod, so that theOne screw rod 24 and first wire nut 28 on the second screw rod 25 and the second screw 29 when moving, can guarantee left through-hole 32 and left dischargingMouth 31, right discharge port 35 are aligned simultaneously completely with right through-hole 36, guarantee the synchronism of device, the first screw rod 24 and the second screw rod 25Between fixed block on be provided with the second driven wheel 26, and between the second driven wheel 26 and the second driving wheel 23 pass through the second belt27 connections.
First wire nut 28 is provided on first screw rod 24, and the bottom end of first wire nut 28 is welded with the first movable plate 30, theOne movable plate 30 is welded with the first limited block 33 through the bottom end of 5 side of blanking chamber, and the inside of blanking chamber 5 offers left discharge port31, offer on the first movable plate 30 with the mutually matched left through-hole 32 of left discharge port 31, be provided with second on the second screw rod 25Screw 29, and the bottom end of the second screw 29 is welded with the second movable plate 34, right discharge port 35 is offered inside blanking chamber 5, a left side goes outThe aperture of material mouth 31 is directly proportional to the aperture of right discharge port 35, by the design directly proportional to right discharge port 35 of left discharge port 31,When guaranteeing device charging, two kinds of feeds are directly proportional, convenient for control ratio charging, offer and right discharging inside the second movable plate 34The length of 35 mutually matched right through-holes 36 of mouth, first wire nut 28 and the movement of the second screw 29 is respectively equal to left through-hole 32 and the right side is logicalThe mobile length in hole 36, is further ensured that the synchronism of device, guarantees left through-hole 32 and left discharge port 31, right discharge port 35 and the right sideThrough-hole 36 is aligned simultaneously completely, and the front and back inside blanking chamber 5 is all welded with another sliding rail 9, the first movable plate 30 andTwo movable plates, 34 two sides are all welded with and the mutually matched another sliding block 11 of another sliding rail 9, the first movable plate 30 and the second activityPlate 34 is respectively welded the first limited block 33 and the second limited block 37 through the bottom end of 5 side of blanking chamber, and the of 5 right side of blanking chamberSecond movable plate, 34 bottom end in one movable plate, 30 bottom end and the left side of blanking chamber 5 is respectively welded another first limited block 33 and anotherSecond limited block 37, another first limited block 33 and 5 outer wall of blanking chamber, another second limited block 37 and 5 outer wall of blanking chamber all phasesIt mutually attaches, by the design of the first limited block 33 and the second limited block 37, the first movable plate 30 and the second movable plate 34 is carried outLimit is kept out, avoids being moved through more, the bottom end of blanking chamber 5 is all threaded with discharge nozzle 38, and discharge nozzle 38 is all threadedly coupledOn feeding port 39.
By be arranged outer spindle 40, first rotating shaft 16, gear 17, main plectrum 18, from plectrum 14, sliding block 11, baffle 10, putSlot 12 and sliding rail 9 are set, device is allowed easily to realize holding for 0.3% ferrous sulfate, and at the same time chamber is impregnated in cooperation3, the design of water cavity 6, strainer 7 and discharge outlet 8, easily realize feed soaking process, then by setting the first driving wheel 19,First driven wheel 21 and the second shaft 20 then cooperate the second active so that the second shaft 20 is rotated together with first rotating shaft 16The 23, second driven wheel 26 and the second belt 27 are taken turns, the first screw rod 24 and the second screw rod 25 is driven to rotate together, finally utilizes firstScrew 28, the first movable plate 30, left discharge port 31, Zuo Tongkong 32 and the first limited block 33 and second the 29, second activity of screwPlate 34, right discharge port 35, right through-hole 36 and the second limited block 37 realize that the control of feed than fill process, improves the reality of deviceIt is time saving and energy saving with property, the workload of people is alleviated, it is biggish convenient to bring for people, also improves work efficiency.
Working principle: in use, people are rotated together by rotating clockwise the outer drive of spindle 40 first rotating shaft 16 first,So that gear 17 is rotated clockwise with first rotating shaft 16 together with main plectrum 18, stir at this time in main plectrum 18 from plectrum 14Under the action of, and cooperate the sliding of sliding rail 9 and sliding block 11, stretching of the baffle 10 from 4 internal stability of compartment is driven, until placingSlot 12 exposes, and then the ferrous sulfate of preprepared 0.3% is put into inside placing groove 12, then slowly rotates backward outerSpindle 40 is then impregnated inside chamber 3 to launching corresponding feed inside barrel 2 and enter, is then infused so that baffle 10 returns to original positionEnter water, impregnated, after having impregnated, opens discharge outlet 8 and be completely exhausted out the water impregnated inside chamber 3 through strainer 7 and water cavity 6,It then continues to slowly rotate outer spindle 40 clockwise, while so that baffle 10 stretches out compartment 4, in the first driving wheel19, under the action of the first driven wheel 21 and the first belt 22, the second shaft 20 is driven to rotate with it, then in the second driving wheel23, under the action of the second driven wheel 26 and the second belt 27, the first screw rod 24 and the second screw rod 25 is driven to rotate together, due to theScrew thread on one screw rod 24 and the second screw rod 25 is on the contrary, so that first wire nut 28 and the second screw 29 opposite shifting inwardlyIt is dynamic, under the sliding effect of another sliding rail 9 and another sliding block 11, it will the first movable plate 30 and the second movable plate 34 is driven to stablizeMove towards inwardly, until the first limited block 33 and the second limited block 37 offset with blanking chamber 5, left discharge port 31 is complete at this timeIt is aligned entirely with left through-hole 32, right discharge port 35 is aligned with right through-hole 36 completely, and impregnating the feed impregnated inside chamber 3 will be underExpect chamber 5, left discharge port 31, Zuo Tongkong 32 and discharge nozzle 38 and blanking chamber 5, right discharge port 35, right through-hole 36 and discharge nozzle 38Into inside feeding port 39, realizes the immersion to feed and control automatically than fill process, operation leaves it at that.
It although an embodiment of the present invention has been shown and described, for the ordinary skill in the art, can be withA variety of variations, modification, replacement can be carried out to these embodiments without departing from the principles and spirit of the present invention by understandingAnd modification, the scope of the present invention is defined by the appended.