CN109465049B - Corn processing enzyme liquid sprinkler - Google Patents
Corn processing enzyme liquid sprinkler Download PDFInfo
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- CN109465049B CN109465049B CN201910029500.0A CN201910029500A CN109465049B CN 109465049 B CN109465049 B CN 109465049B CN 201910029500 A CN201910029500 A CN 201910029500A CN 109465049 B CN109465049 B CN 109465049B
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- B—PERFORMING OPERATIONS; TRANSPORTING
- B02—CRUSHING, PULVERISING, OR DISINTEGRATING; PREPARATORY TREATMENT OF GRAIN FOR MILLING
- B02B—PREPARING GRAIN FOR MILLING; REFINING GRANULAR FRUIT TO COMMERCIAL PRODUCTS BY WORKING THE SURFACE
- B02B1/00—Preparing grain for milling or like processes
Abstract
The invention relates to the brown rice processing field, in particular to a paddy processing enzyme liquid sprayer which comprises a constant temperature bin, a temperature detector, a jumping type material delivery mechanism and a spraying mechanism, wherein the upper part in the constant temperature bin is provided with three small spiral feeders which are sequentially distributed at intervals along a straight line, the jumping type material delivery mechanism comprises a jumping power device and three material delivery plates, each material delivery plate is respectively arranged below the discharge end of one small spiral feeder, the jumping power device is arranged below all the material delivery plates and is in transmission connection with the bottoms of all the material delivery plates, the temperature detector is arranged in the constant temperature bin and is used for detecting the internal temperature value in real time, a heater is arranged in the constant temperature bin, the outside of the constant temperature bin is provided with a controller, the temperature detector is electrically connected with the controller, the spraying mechanism is arranged above all the material delivery plates, the paddy processing enzyme liquid sprayer can automatically spray enzyme liquid to a large, and ensures that each grain of brown rice can be fully sprayed.
Description
Technical Field
The invention relates to the field of brown rice processing, in particular to a rice processing enzyme liquid sprayer.
Background
The brown rice is caryopsis obtained by removing rice hulls with outer protective sheaths from the rice grains, the brown rice sheaths mainly comprise compact coarse fibers, the strength is high, and the direct rice milling needs high grinding force, so that high broken rice rate and energy consumption are generated, and therefore the research on improving the rice milling performance of the brown rice and reducing the hardness of the sheaths of the brown rice is significant for the rice processing industry, the whole polished rice rate is improved, and the rice milling energy consumption is reduced.
Domestic and foreign researches on enzymatic degradation of brown rice husks mainly focus on improvement of the cooking quality of brown rice after soaking in an enzyme solution. However, the method of enzyme solution soaking cannot be applied to improving the rice milling quality, because the enzyme solution soaking environment enables the brown rice to absorb water rapidly and moisture absorption cracks are generated, and the cracks are accumulated in the drying stage before soaking and rice milling to easily cause broken rice; according to the Chinese patent number: CN201110268371.4, the technical proposal simply explains that the enzyme solution is sprayed on the brown rice by a spraying method, but the method is only a set of flow and does not specifically describe how to spray, mainly because the brown rice has a large quantity and thick accumulation, how to ensure that the preprocessed brown rice can obtain one hundred percent of spraying quality in the spraying process, which is a non-negligible important part in the enzymatic pretreatment process of the brown rice.
Disclosure of Invention
The invention aims to provide a rice processing enzyme liquid sprayer aiming at the defects of the prior art.
In order to solve the above problems, the present invention provides the following technical solutions: a paddy processing enzyme liquid sprayer comprises a constant temperature bin, a temperature detector, a jumping type material delivering mechanism and a spraying mechanism, wherein the upper part in the constant temperature bin is provided with at least three small spiral feeders which are sequentially distributed at equal intervals along a straight line, the jumping type material delivering mechanism comprises a jumping power device and three material delivering plates, each material delivering plate is horizontal and is respectively arranged below the discharge end of one small spiral feeder, the jumping power device is arranged below all the material delivering plates, and be connected with all passing flitch bottoms transmission, the jump power ware is used for driving all passing flitchs can take place the elevating movement in step, and thermodetector installs in the constant temperature storehouse and is used for real-time detection its inside temperature value, is equipped with the heater in the constant temperature storehouse, and the outside in constant temperature storehouse is provided with the controller, and thermodetector and controller electric connection, spraying mechanism set up directly over all passing flitchs.
Further, passing the flitch and being rectangular form structure, the long limit direction who passes the flitch parallels with small-size screw feeder's pay-off direction, and the upper surface of passing the flitch has seted up drainage inclined plane, and the horizontal height on this drainage inclined plane, by pass the flitch and correspond small-size screw feeder's one end to pass the other end direction of flitch and set up by the height gradually changing.
Furthermore, a soft layer is attached to the upper surface of the material delivery plate.
Furthermore, a plurality of isolating bars are arranged in the constant temperature bin, all the isolating bars are respectively arranged at the side of one material delivery plate, and two adjacent isolating bars are matched with the material delivery plate between the two isolating bars to form a jumping advancing cavity with an opening facing to the top wall of the constant temperature bin.
Further, the downstream end of the material delivery plate far away from the small-sized screw feeder is integrally provided with a transition plate which inclines downwards.
Furthermore, each material passing plate corresponds to one end of each small-sized screw feeder and is fixedly provided with a flow guide platform, each flow guide platform is provided with a flow guide inclined plane inclined towards the other end of each material passing plate, the flow guide inclined plane is always positioned above the material passing plate, and each flow guide platform is respectively positioned under the discharge end of each small-sized screw feeder.
Furthermore, the jumping power device comprises a gas rod and two groups of linkage parts which are symmetrically arranged, the two groups of linkage parts are respectively arranged corresponding to the upstream end and the downstream end of the material delivering plate, each group of linkage parts comprises a main shaft and three lifting arms sleeved on the main shaft at intervals, all the lifting arms in each group of linkage parts respectively correspond to one material delivering plate, the movable end of each lifting arm is provided with a ball head, each lifting arm is always clung to the bottom of the material delivering plate at each position through the ball head at each position, each main shaft in the two linkage parts is connected in the constant temperature bin in a shaft mode and is also respectively sleeved with a gear, a rack meshed with each gear is respectively arranged on the side of each gear, a frame is arranged below the gears and is connected with the bottom ends of the two racks, the gas rod is arranged in the constant temperature bin in an inverted mode, and the output rod of the gas rod is connected with the outer side of the, through two rack up-and-down motion of gas pole drive, can make two synchronous positive and negative rotations of gear, the below symmetry of passing the flitch is equipped with two elastic components, and every elastic component all includes passive form telescopic link, and the bottom of passive form telescopic link is vertical and is connected with the diapire in constant temperature storehouse to its piston end is connected with the bottom of passing the flitch, all overlaps on every passive form telescopic link to be equipped with a spring, the spring both ends respectively with pass the diapire elastic connection in flitch and constant temperature storehouse.
Further, spraying mechanism includes servo electric jar, crossbeam board and three atomising head, and all atomising heads are the top of invering the flitch of locating through the crossbeam board, and all atomising heads correspond a jump respectively and advance the chamber, and servo electric jar is installed at the inner wall in constant temperature storehouse to its output is connected with crossbeam board one end transmission, can make its length direction reciprocating motion along the flitch of delivering through servo electric jar drive crossbeam board.
Further, erect in the constant temperature storehouse and tremble driving disk and vibrating motor, be equipped with a plurality of feed slides on the tremble dish, every feed slide corresponds a small-size screw feed ware respectively, the low reaches end of feed slide passes through the feed end intercommunication of hopper with small-size screw feed ware, vibrating motor installs in tremble driving disk below to be connected with its transmission, the top in constant temperature storehouse is equipped with the bin gate that can open, the bin gate is in and trembles the driving disk directly over.
Furthermore, a discharge plate which is horizontally arranged is arranged in the constant temperature bin, the outer side wall of the discharge plate is matched with the inner wall of the constant temperature bin in a horizontally movable mode, and the discharge plate is located below all the transition plates.
Has the advantages that: according to the rice processing enzyme liquid sprayer, the material door is manually opened, brown rice is poured onto the shaking disc, then the material door is closed, the shaking disc is made to shake violently by the action force of the vibrating motor, the brown rice moves into each feeding slide way, and finally batch brown rice is injected into a small spiral feeder one by one; meanwhile, the temperature detector monitors the temperature value in the constant temperature bin in real time to ensure that the temperature value is kept within the range of 30-40 degrees, if the temperature value is not reached, the detected result is fed back to the controller, and the controller instructs the heater to heat to the set temperature, so that the brown rice is processed under a specific constant temperature value; the arrangement of the flow guide table enables the brown rice in each small spiral feeder to leave the small spiral feeder and then to directly reach the material transfer plate through the flow guide inclined plane, meanwhile, a piston rod of the air rod stretches rapidly and reciprocally, then two gears are enabled to synchronously rotate positively and negatively through the frame and the two racks, the main shaft is driven to rotate due to the rotation of the gears, the lifting arm is driven to rotate during the rotation of the main shaft, the free end of the lifting arm is abutted against the material transfer plate by the ball head to move, and therefore the material transfer plate is enabled to rapidly and reciprocally move up and down, and the brown rice on the material transfer plate is enabled to be thrown up due to the rapid lifting mode, and therefore transient jumping occurs; meanwhile, due to the jumping property, the brown rice generates forward moving force, and the brown rice can move towards the direction of the downstream end of the downward transfer plate more stably by means of the arrangement of the drainage inclined plane, at the moment, the spray head can start to spray specific enzyme liquid to the surface of the brown rice, and accumulation can not occur due to the jumping property of the brown rice, so that each brown rice can be well sprayed with the enzyme liquid mist by the spray head; and servo electric cylinder can drive the crossbeam board to take place quick translation, impel the atomising head to link thereupon, and along the length direction who passes the flitch, then constitute the brown rice in the jump of the intracavity of marcing of jump and spray enzyme liquid fog, pass the brown rice on the flitch through the jump, after being sprayed enzyme liquid fog, reach and pass flitch downstream end, and rely on the cab apron of crossing of downstream end and fine the inward-remittance to the play flitch, take out the play flitch by the manual work at last, unload, the invention can spray enzyme liquid to the brown rice in batches automatically, and guarantee that every brown rice can obtain fully spraying.
Drawings
FIG. 1 is a first perspective view of the present invention;
FIG. 2 is a plan sectional view of the present invention;
FIG. 3 is a perspective cross-sectional view of the present invention;
FIG. 4 is a first schematic plan view of the present invention;
FIG. 5 is a schematic perspective view of the present invention;
FIG. 6 is a second schematic plan view of the present invention;
description of reference numerals: a constant temperature chamber 1, a temperature detector 1a, a small screw feeder 1b, a controller 1c and a heater 1 t.
The device comprises a material delivery plate 2, a drainage inclined plane 2a, an isolation bar 2b, a transition plate 2c, a flow guide table 2d and a flow guide inclined plane 2 e.
The pneumatic rod 3, main shaft 3a, lifting arm 3b, bulb 3c, gear 3d, rack 3e, frame 3t, passive telescopic link 3m, spring 3 r.
Servo electric cylinder 4, beam plate 4a, spray head 4 b.
Tremble driving disk 5, vibrating motor 5a, feed slide 5b, hopper 5c, bin gate 5 d.
And a discharge plate 6.
Detailed Description
The following detailed description of specific embodiments of the present invention is made with reference to the accompanying drawings and examples:
referring to fig. 1 to 6, a rice processing enzyme liquid sprayer comprises a constant temperature chamber 1, a temperature detector 1a, a skip type delivery mechanism and a spraying mechanism, wherein the upper part in the constant temperature chamber 1 is provided with at least three small spiral feeders 1b which are distributed at equal intervals along a straight line, the skip type delivery mechanism comprises a skip power device and three delivery plates 2, each delivery plate 2 is horizontal and is respectively arranged below the discharge end of one small spiral feeder 1b, the skip power device is arranged below all the delivery plates 2 and is in transmission connection with the bottoms of all the delivery plates 2, the skip power device is used for driving all the delivery plates 2 to synchronously generate lifting motion, the temperature detector 1a is arranged in the constant temperature chamber 1 and is used for detecting the internal temperature value in real time, a heater 1t is arranged in the constant temperature chamber 1, a controller 1c is arranged outside the constant temperature chamber 1, the temperature detector 1a is electrically connected with the controller 1c, and the spraying mechanism is arranged right above all the material delivery plates 2.
The material delivery plate 2 is of a strip-shaped structure, the long side direction of the material delivery plate 2 is parallel to the feeding direction of the small screw feeder 1b, the upper surface of the material delivery plate 2 is provided with a drainage inclined plane 2a, and the height of the horizontal plane of the drainage inclined plane 2a is gradually changed from the height to the height from one end of the material delivery plate 2 corresponding to the small screw feeder 1b to the other end of the material delivery plate 2; every small-size screw feeder 1b will be respectively inside brown rice carry to corresponding pass on the flitch 2 after, pass flitch 2 can rely on the jump power ware to take place quick, reciprocal lift activity, in this activity, the brown rice relies on the short period journey that this effort took place to jump from top to bottom, simultaneously because this jump nature, the power of antedisplacement takes place for brown rice to rely on drainage inclined plane 2 a's setting, make the more stable downstream end direction motion that can pass flitch 2 downwards of brown rice.
A soft layer is adhered to the upper surface of the material delivery plate 2; the arrangement of the soft layer enables the brown rice to be subjected to an impact force which is too small in jumping, and damage to the brown rice is prevented.
A plurality of isolating bars 2b are arranged in the constant temperature bin 1, all the isolating bars 2b are respectively arranged at the side of one material delivery plate 2, and two adjacent isolating bars 2b are matched with the material delivery plate 2 between the two isolating bars to form a jumping advancing cavity with an opening facing to the top wall of the constant temperature bin 1; the jumping advancing cavity is used for stable jumping and advancing movement of the brown rice on the material delivering plate 2, and in a more popular way, the isolating bars 2b limit the movement of the brown rice and prevent the brown rice from separating from the material delivering plate 2.
The downstream end of the material delivery plate 2 far away from the small screw feeder 1b is integrally provided with a transition plate 2c which inclines downwards; after the brown rice moves to the downstream end of the transfer plate 2, the brown rice can be inclined by the transition plate 2c, so that the brown rice smoothly leaves the transfer plate 2 along the inclined direction.
One end of each material delivery plate 2, corresponding to the respective small-sized screw feeder 1b, is fixedly provided with a flow guide table 2d, each flow guide table 2d is provided with a flow guide inclined surface 2e inclined towards the direction of the other end of the respective material delivery plate 2, the flow guide inclined surface 2e is always positioned above the material delivery plate 2, and each flow guide table 2d is respectively positioned under the discharge end of the respective small-sized screw feeder 1 b; the arrangement of the flow guide table 2d enables the brown rice in each small-sized screw feeder 1b to leave the small-sized screw feeder 1b, the brown rice can directly reach the material delivery plate 2 through the flow guide inclined surface 2e, the flow guide inclined surface 2e is always higher than the material delivery plate 2, so that the brown rice can be in a feeding auxiliary state constantly, and meanwhile, each isolation strip 2b is also used for limiting the two sides of the flow guide table 2 d.
The jumping power device comprises an air rod 3 and two groups of linkage parts which are symmetrically arranged, wherein the two groups of linkage parts are respectively arranged corresponding to the upstream end and the downstream end of a material delivering plate 2, each group of linkage parts comprises a main shaft 3a and three lifting arms 3b which are sleeved on the main shaft 3a at intervals, all the lifting arms 3b in each group of linkage parts respectively correspond to one material delivering plate 2, the movable end of each lifting arm 3b is provided with a ball head 3c, each lifting arm 3b is always tightly attached to the bottom of the material delivering plate 2 at each position through the ball head 3c at each position, each main shaft 3a in the two linkage parts is connected in a constant temperature bin 1 in a shaft mode, a gear 3d is further sleeved on each main shaft 3d, a rack 3e meshed with the gear 3d is respectively arranged at the side of each gear 3d, a frame 3t is arranged below the gear 3d, and the frame 3t is connected with the bottom ends of the two racks 3e, the gas rod 3 is arranged in the constant temperature bin 1 in an inverted mode, an output rod of the gas rod is connected with the outer side of the frame 3t, two racks 3e are driven by the gas rod 3 to move up and down, two gears 3d can be driven to rotate synchronously and positively, two elastic pieces are symmetrically arranged below the material delivery plate 2, each elastic piece comprises a passive telescopic rod 3m, the bottom end of each passive telescopic rod 3m is vertically connected with the bottom wall of the constant temperature bin 1, the piston end of each passive telescopic rod is connected with the bottom of the material delivery plate 2, a spring 3r is sleeved on each passive telescopic rod 3m, and two ends of each spring 3r are respectively and elastically connected with the material delivery plate 2 and the bottom wall of the constant temperature bin 1; when the device works, a piston rod of the air rod 3 stretches rapidly and reciprocally, then two gears 3d are enabled to rotate synchronously in a forward and reverse direction through a frame 3t and two racks 3e, the gears 3d rotate to further drive the main shaft 3a to rotate, the main shaft 3a drives the lifting arm 3b to rotate during rotation, the free end of the lifting arm 3b abuts against the material transferring plate 2 through the ball head 3c to move, and then the material transferring plate 2 is enabled to perform rapid and reciprocating lifting movement, and brown rice on the material transferring plate 2 is enabled to be thrown up due to the rapid lifting mode, so that transient jumping occurs; when the delivery plate 2 is lifted, the delivery plate descends and resets by means of the spring 3r, and the passive telescopic rod 3m serves as a guiding force for the movement of the delivery plate 2.
The spraying mechanism comprises a servo electric cylinder 4, a cross beam plate 4a and three spraying heads 4b, all the spraying heads 4b are arranged above the material delivery plate 2 in an inverted mode through the cross beam plate 4a, all the spraying heads 4b correspond to a jumping advancing cavity respectively, the servo electric cylinder 4 is installed on the inner wall of the constant-temperature cabin 1, the output end of the servo electric cylinder is in transmission connection with one end of the cross beam plate 4a, and the cross beam plate 4a is driven by the servo electric cylinder 4 to enable the servo electric cylinder to reciprocate along the length direction of the material delivery plate 2; when the brown rice on the material delivery plate 2 jumps, the spray head 4b starts to spray specific enzyme liquid to the surface of the brown rice, and accumulation of the brown rice cannot occur due to the jumping property of the brown rice, so that each brown rice can be well sprayed with the enzyme liquid mist sprayed by the spray head 4 b; and servo electric cylinder 4 can drive crossbeam board 4a and take place quick translation, impel atomizer 4b to link along with, and along the length direction of passing flitch 2, namely move along the chamber of marcing of jumping, constitute the brown rice in the leaping of leaping in the chamber and spray enzyme liquid fog then, the moving mode of atomizer 4b has impeld atomizer 4b can not be at certain point fixed spraying, lead to the brown rice of this point because the marching instability in the leaping, lead to the uncontrollable, namely rectilinear motion of injection volume, make all brown rice can be circulated and sprayed, absorb, react for a certain time after spraying.
A shaking disc 5 and a vibrating motor 5a are erected in the constant temperature bin 1, a plurality of feeding slideways 5b are arranged on the shaking disc 5, each feeding slideway 5b corresponds to one small-sized screw feeder 1b, the downstream end of each feeding slideway 5b is communicated with the feeding end of each small-sized screw feeder 1b through a hopper 5c, the vibrating motor 5a is arranged below the shaking disc 5 and is in transmission connection with the shaking disc 5, a material door 5d capable of being opened is arranged at the top of the constant temperature bin 1, and the material door 5d is positioned right above the shaking disc 5; the material door 5d is manually opened, the brown rice is poured on the shaking disc 5, then the material door 5d is closed, the shaking disc 5 is driven to shake violently by the acting force of the vibration motor 5a, then the brown rice moves into each feeding slide way 5b, and finally, the batch of brown rice is injected into one small-sized screw feeder 1b one by one. The small screw feeders 1b are used for controlling the feeding amount of each small screw feeder 1b, that is, making the amount small, so that the brown rice is not overcrowded while moving on the transfer plate 2.
A horizontally arranged discharging plate 6 is arranged in the constant temperature bin 1, the outer side wall of the discharging plate 6 is horizontally and movably matched with the inner wall of the constant temperature bin 1, and the discharging plate 6 is positioned below all transition plates 2 c; the brown rice on the delivering plate 2 jumps and is sprayed with enzyme liquid mist to reach the downstream end of the delivering plate 2, and the brown rice is well converged onto the discharging plate 6 by the transition plate 2c at the downstream end, and finally the discharging plate 6 is manually taken out for discharging.
The working principle is as follows: manually opening the material door 5d, pouring the brown rice onto the shaking disc 5, then closing the material door 5d, and at the moment, depending on the acting force of the vibration motor 5a, promoting the shaking disc 5 to shake violently, so that the brown rice moves into each feeding slide way 5b, and finally, the batch of brown rice is injected into one small-sized screw feeder 1b batch by batch; meanwhile, the temperature detector 1a monitors the temperature value in the constant temperature bin 1 in real time to ensure that the temperature value is kept within the range of 30-40 degrees, if the temperature value is not reached, the detected result is fed back to the controller 1c, and the controller 1c instructs the heater 1t to heat to the set temperature, so that the brown rice is processed at a specific constant temperature value; the arrangement of the flow guide table 2d enables the brown rice in each small-sized screw feeder 1b to leave the small-sized screw feeders 1b, the brown rice can directly reach the material delivery plate 2 through the flow guide inclined plane 2e, meanwhile, a piston rod of the air rod 3 stretches out and draws back quickly and reciprocally, then two gears 3d are enabled to rotate synchronously and reversely through the frame 3t and the two racks 3e, the main shaft 3a is driven to rotate due to the rotation of the gears 3d, the main shaft 3a drives the lifting arm 3b to rotate in the rotation process, the free end of the lifting arm 3b pushes against the material delivery plate 2 to move by virtue of the ball head 3c, and then the material delivery plate 2 is enabled to move quickly and reciprocally, and the brown rice on the material delivery plate 2 is enabled to be thrown up due to the quick lifting mode, and then the brown rice jumps transiently; meanwhile, due to the jumping property, the brown rice generates forward moving force, and the brown rice can move towards the direction of the downstream end of the downward transfer plate 2 more stably by virtue of the arrangement of the drainage inclined plane 2a, at the moment, the spray head 4b can start to spray specific enzyme liquid to the surface of the brown rice, and accumulation can not occur due to the jumping property of the brown rice, so that each brown rice can be well sprayed with the enzyme liquid mist sprayed by the spray head 4 b; and servo electric cylinder 4 can drive crossbeam board 4a to take place quick translation, make atomising head 4b link thereupon, and along passing the length direction of flitch 2, then to the jump brown rice in advancing the intracavity constitute and spray enzyme liquid fog, pass the brown rice on the flitch 2 through the jump, after being sprayed enzyme liquid fog, reach and pass 2 downstream ends of flitch, and rely on the cab apron 2c of crossing of downstream end and fine the joining in to ejection of compact board 6 on, take out ejection of compact board 6 by the manual work at last, unload.
The above description is only a preferred embodiment of the present invention, and is not intended to limit the technical scope of the present invention, so that any minor modifications, equivalent changes and modifications made to the above embodiment according to the technical spirit of the present invention are within the technical scope of the present invention.
Claims (9)
1. A corn processing enzyme liquid sprayer is characterized in that: comprises a constant temperature bin (1), a temperature detector (1a), a skip type delivery mechanism and a spraying mechanism, wherein the upper part in the constant temperature bin (1) is provided with at least three small spiral feeders (1b) which are sequentially distributed at equal intervals along a straight line, the skip type delivery mechanism comprises a skip power device and three delivery plates (2), each delivery plate (2) is horizontal and is respectively arranged below the discharge end of one small spiral feeder (1b), the skip power device is arranged below all the delivery plates (2) and is in transmission connection with the bottoms of all the delivery plates (2), the skip power device is used for driving all the delivery plates (2) to synchronously generate lifting motion, the temperature detector (1a) is arranged in the constant temperature bin (1) and is used for detecting the internal temperature value in real time, a heater (1t) is arranged in the constant temperature bin (1), a controller (1c) is arranged outside the constant temperature bin (1), the temperature detector (1a) is electrically connected with the controller (1c), and the spraying mechanism is arranged right above all the material delivery plates (2);
the jumping power device comprises a gas rod (3) and two groups of linkage parts which are symmetrically arranged, the two groups of linkage parts are respectively arranged corresponding to the upstream end and the downstream end of a material delivering plate (2), each group of linkage parts comprises a main shaft (3a) and three lifting arms (3b) sleeved on the main shaft (3a) at intervals, all the lifting arms (3b) in each group of linkage parts respectively correspond to one material delivering plate (2), the movable end of each lifting arm (3b) is provided with a ball head (3c), each lifting arm (3b) is always kept close to the bottom of the material delivering plate (2) at each position through the ball head (3c) at each position, each main shaft (3a) in the two linkage parts is connected in a shaft way in a constant temperature bin (1) and is also respectively sleeved with a gear (3d), each gear (3d) is respectively provided with a rack (3e side) meshed with the gear, a frame (3t) is arranged below the gear (3d), the frame (3t) is connected with the bottom ends of the two racks (3e), the gas rod (3) is arranged in the constant temperature bin (1) in an inverted manner, and the output rod is connected with the outer side of the frame (3t), two racks (3e) are driven by the gas rod (3) to move up and down, two gears (3d) can be driven to rotate synchronously and positively, two elastic pieces are symmetrically arranged below the material delivery plate (2), each elastic piece comprises a passive telescopic rod (3m), the bottom end of the passive telescopic rod (3m) is vertically connected with the bottom wall of the constant temperature bin (1), and its piston end is connected with the bottom of passing flitch (2), all overlaps on every passive form telescopic link (3m) to be equipped with one spring (3r), spring (3r) both ends respectively with the diapire elastic connection who passes flitch (2) and constant temperature storehouse (1).
2. The rice processing enzyme fluid sprayer of claim 1, wherein: pass flitch (2) and be rectangular form structure, the long limit direction who passes flitch (2) parallels with the pay-off direction of small-size screw feed ware (1b), passes the upper surface of flitch (2) and has seted up drainage inclined plane (2a), the horizontal height of this drainage inclined plane (2a), by pass flitch (2) correspond the one end of small-size screw feed ware (1b) to pass the other end direction of flitch (2) and set up by the height change gradually.
3. The rice processing enzyme fluid sprayer of claim 1, wherein: the upper surface of the material delivering plate (2) is adhered with a soft layer.
4. The rice processing enzyme fluid sprayer of claim 1, wherein: be equipped with a plurality of isolation strip columns (2b) in constant temperature storehouse (1), all isolation strip columns (2b) are in the side of passing flitch (2) respectively, and two adjacent isolation strip columns (2b) cooperate one between the two to pass flitch (2), constitute a jump chamber of marcing of opening towards constant temperature storehouse (1) roof.
5. The rice processing enzyme fluid sprayer of claim 1, wherein: the downstream end of the material delivery plate (2) far away from the small-sized screw feeder (1b) is integrally provided with a transition plate (2c) which inclines downwards.
6. The rice processing enzyme fluid sprayer of claim 1, wherein: every one end of passing flitch (2) and corresponding respective small-size screw feed ware (1b) all is fixed and is equipped with a water conservancy diversion platform (2d), all sets up a water conservancy diversion inclined plane (2e) that the direction of passing flitch (2) other end slope separately on every water conservancy diversion platform (2d), and water conservancy diversion inclined plane (2e) are in the top of passing flitch (2) all the time, and every water conservancy diversion platform (2d) are in under the discharge end of small-size screw feed ware (1b) separately respectively.
7. The rice processing enzyme fluid sprayer of claim 4, wherein: spraying mechanism includes servo electric jar (4), crossbeam board (4a) and three atomising head (4b), all atomising head (4b) all are to invert through crossbeam board (4a) and locate the top of passing flitch (2), all atomising head (4b) correspond a jump respectively and advance the chamber, the inner wall in constant temperature storehouse (1) is installed in servo electric jar (4), and its output is connected with crossbeam board (4a) one end transmission, through servo electric jar (4) drive crossbeam board (4a) can make its along the reciprocal activity of length direction who passes flitch (2).
8. The rice processing enzyme fluid sprayer of claim 1, wherein: erect in constant temperature storehouse (1) and tremble driving disk (5) and vibrating motor (5a), it is equipped with a plurality of feed slides (5b) on driving disk (5) to tremble, every feed slide (5b) corresponds small-size screw feeder (1b) respectively, the feed end intercommunication of hopper (5c) and small-size screw feeder (1b) is passed through to the low reaches end of feed slide (5b), vibrating motor (5a) are installed and are trembled driving disk (5) below, and be connected with it transmission, the top in constant temperature storehouse (1) is equipped with bin gate (5d) that can open, bin gate (5d) are in and tremble driving disk (5) directly over.
9. The rice processing enzyme fluid sprayer of claim 5, wherein: be provided with in constant temperature storehouse (1) and be the play flitch (6) that the level set up, the lateral wall of this play flitch (6) cooperatees with the inner wall of constant temperature storehouse (1) can the horizontal activity, goes out flitch (6) and is in the below of all cab apron (2 c).
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| CN201910029500.0A CN109465049B (en) | 2019-01-13 | 2019-01-13 | Corn processing enzyme liquid sprinkler |
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| CN201910029500.0A CN109465049B (en) | 2019-01-13 | 2019-01-13 | Corn processing enzyme liquid sprinkler |
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| CN109465049B true CN109465049B (en) | 2020-10-16 |
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| CN112718039B (en) * | 2020-12-29 | 2022-01-18 | 三明河龙贡米米业股份有限公司 | Corn processing enzyme liquid sprays processing apparatus |
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| CN2114507U (en) * | 1991-09-04 | 1992-09-02 | 成都科技大学 | Particle grain raw anaterial dressing machine by washing |
| JPH11197520A (en) * | 1998-01-14 | 1999-07-27 | Nagata Jozo Kikai Kk | Washing cylinder of rotary water spraying type rice washing device |
| CN1589599A (en) * | 2003-09-02 | 2005-03-09 | 杨春华 | Multifunction tunnel type unpolished rice sprouting device |
| CN102430440B (en) * | 2011-09-13 | 2013-07-10 | 东北农业大学 | Enzymatic pretreatment process for improving milling characteristic of brown rice |
| CN102921491B (en) * | 2012-11-20 | 2014-05-07 | 湖南省天龙米业有限公司 | Conditioning device for rice polishing dampening |
| CN204350579U (en) * | 2014-11-29 | 2015-05-27 | 周广柱 | A kind of corn atomization seed dresser |
| CN105646022A (en) * | 2015-12-29 | 2016-06-08 | 江苏大学 | Rapid straw fermentation bioreactor |
| CN206587707U (en) * | 2017-03-28 | 2017-10-27 | 贺州市创伟冶金耐材有限公司 | A kind of spray gun mechanism of mist projection granulating tower |
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