The one unified feeding device for cultivating peanut skinning machine
Technical field
Remove the peel field the present invention relates to peanut, more particularly to one cultivate peanut skinning machine unified feeding device.
Background technique
Shelled peanut is China's abundance, a kind of edible extensive nut.Shelled peanut is often added into various food
In, such as production moon cake, dessert, biscuit snack food, it needs when shelled peanut to be added in snack food first to shelled peanut
Peeling processing is done, the scarlet removal that will be wrapped on shelled peanut is removed the peel, usually when doing peeling processing to shelled peanut
Shelled peanut can be impregnated, reuse peanut skinning machine then as shelled peanut peeling.
Authorization Notice No. discloses a kind of quick skinning machine of shelled peanut for the Chinese patent of CN203446478U, including organic
Seat, the base top are equipped with feed hopper, multiple rubber taper transfer rollers being rotatably parallel to each other, base are provided in base
Seat upper cover is equipped with mesh screen, is respectively arranged with multiple protrusions on each transfer roller, shaft is driven by motor, and base bottom side is provided with
Discharge bucket, the other side are equipped with discharge opening, are equipped with blower at discharge opening.It the use of the quick skinning machine of this shelled peanut is in the factory flower
It is guaranteed efficiency when raw rice is peeled, will use many quick skinning machines of platform shelled peanut, thus need worker ceaselessly to these
Shelled peanut is added in the quick skinning machine of shelled peanut, causes working efficiency low, labor intensity of workers is big.
Summary of the invention
The object of the present invention is to provide the unified feeding devices that one cultivates peanut skinning machine, its advantage is that by mechanical equipment to
More peanut skinning machines carry out unified charging, mitigate labor intensity of workers, increase working efficiency.
Above-mentioned technical purpose of the invention has the technical scheme that
The one unified feeding device for cultivating peanut skinning machine, for adding shelled peanut into several peanut skinning machines, including
For store shelled peanut material storing box, several storaging bucket above peanut skinning machine is set, by the shelled peanut in material storing box
Whether the shelled peanut in transmission mechanism and control storaging bucket being transported in storaging bucket falls into the material controlling machine in peanut skinning machine
Structure.
Through the above technical solutions, can be added to what shelled peanut was unified in material storing box, it then will by transmission mechanism
Shelled peanut is transmitted in each storaging bucket and temporarily stores, the effect of storaging bucket be it is quantitative shelled peanut is stored therein in, with
It avoids that excessive shelled peanut is disposably added into peanut skinning machine, peanut skinning machine is caused to drop the peeling rate of shelled peanut
Low, the effect of material controlling mechanism is whether the shelled peanut controlled in storaging bucket falls into peanut skinning machine.
The present invention is further arranged to: the material storing box include cabinet, the feed inlet that cabinet upper surface is set, setting exist
The discharge port of cabinet lower end surface, the transmission mechanism include transfer tube closed at both ends, the biography for being rotatably connected on transfer tube both ends
Defeated shaft, the transmission electrical machine of driving transmission shaft rotation and the helical blade being welded in transmission shaft, the transfer tube one
The upside at end is connected to discharge port, and the storaging bucket is fixedly connected under transfer tube along the equal spacing in length direction of transfer tube
It is connected to inside side, the storaging bucket and transfer tube.
Through the above technical solutions, shelled peanut can be added in cabinet by feed inlet, shelled peanut is in self gravity
Under the action of fallen into transfer tube by feed inlet, as transmission electrical machine drives transmission shaft rotation, turn to make to be welded to transmission
Helical blade on axis drives shelled peanut to move along the length direction of transfer tube, so that shelled peanut is transported to each storaging bucket
In.
The present invention is further arranged to: the material controlling mechanism includes the slot for being opened in storaging bucket bottom side, sliding connection
Baffle in slot is fixedly connected on baffle away from the vertical pole of storaging bucket one end, the cross bar that vertical pole is connected together, fixation
Cross bar is connected to away from the support component of the air pressure push rod of vertical pole side and support vertical pole.
Through the above technical solutions, beam movement is driven by air pressure push rod, to drive cross bar by baffle from slot
Baffle is inserted into slot by extraction, and the effect of support component is to play a supporting role to vertical pole, and anti-baffle plate is from slot
After middle extraction, material controlling mechanism turns on one's side.
The present invention is further arranged to: the support component include cover on vertical pole and with the sleeve of vertical pole sliding connection and
It is fixedly connected on the support rod of sleeve lower end, the support rod is fixedly attached on ground away from one end of sleeve.
Through the above technical solutions, sleeve is connect with ground by support rod, so that sleeve be made to play support to vertical pole
Effect.
The present invention is further arranged to: drying mechanism is provided on the cabinet, the drying mechanism includes being fixedly connected
Cabinet lower end and be connected to box house blower, be arranged in blower away from cabinet one end air blower and setting exist
Heating wire in blower.
Through the above technical solutions, the heat that heating wire generates can be blown into cabinet by air blower, thus to flower
Raw meter Jin Hang drying, makes the scarlet on shelled peanut become fragile, to make scarlet be easier to remove from shelled peanut, to improve peanut
Peeling rate of the skinning machine to shelled peanut.
The present invention is further arranged to: one end that the blower is connect with cabinet is provided with barrier net.
Through the above technical solutions, the shelled peanut in cabinet can be stopped to enter in blower.
The present invention is further arranged to: turbulence blades is fixedly connected with inside the blower, the turbulence blades are in spiral shell
Revolve shape.
It is revolved through the above technical solutions, spiral helicine turbulence blades can make air blower be blown into the air-flow in blower
Turn, to make the wider of the diffusion of the hot wind entered in cabinet by blower, is imitated with improving drying mechanism to the drying of shelled peanut
Rate.
The present invention is further arranged to: rabbling mechanism is provided on the material storing box, the rabbling mechanism includes fixed connects
Connect the stirring motor in cabinet upper end, stirring shaft and several stirring rods being fixedly connected on stirring shaft, the stirring
The main shaft of motor penetrates box house and is fixedly connected with stirring shaft.
Through the above technical solutions, in rabbling mechanism work, transmission electrical machine drives stirring shaft rotation, to drive solid
Surely the stirring rod being connected on stirring shaft is stirred shelled peanut, so that the shelled peanut in cabinet be made adequately to be oven-dried machine
Structure drying, to improve the peeling rate of peanut skinning machine.
The present invention is further arranged to: outlet air filter screen is provided on the feed inlet, the outlet air filter screen includes frame
Body and the non-woven fabrics being fixedly connected in framework, the side of the outlet air filter screen are fixedly connected with rocking bar, the rocking bar middle part
It is connect by pin shaft with body pivot, the rocking bar is provided with the cunning of the two sides above and below rocking bar away from one end of outlet air filter screen
Hole, sliding is connected with cylindrical piece in the slide opening, and the cylindrical piece lower end is abutted with cabinet upper surface, and upper end is fixedly connected with electricity
Dynamic push rod, the electric pushrod are fixedly connected away from one end of cylindrical piece with cabinet.
Through the above technical solutions, the setting of outlet air filter screen can be prevented when drying mechanism carries out drying work, one
The scarlets that fall off from shelled peanut blow out cabinet by hot wind after being stirred bar stirring a bit, to pollute working environment, and electronic push away
The setting of bar and rocking bar can control the position of outlet air filter screen, can when needing to add shelled peanut into cabinet from feed inlet
To remove outlet air filter screen from feed inlet, after into cabinet, addition shelled peanut is finished, outlet air filter screen can be moved back to
Above feed inlet.
In conclusion the invention has the following advantages:
One, it can be added to what shelled peanut was unified in material storing box, be then transmitted to shelled peanut respectively by transmission mechanism
Temporarily stored in a storaging bucket, the effect of storaging bucket be it is quantitative shelled peanut is stored therein in, to avoid disposably to
Excessive shelled peanut is added in peanut skinning machine, causes peanut skinning machine to reduce the peeling rate of shelled peanut, the work of material controlling mechanism
Be control storaging bucket in shelled peanut whether fall into peanut skinning machine;
Two, the heat that heating wire generates can be blown into cabinet by air blower, to be dried to shelled peanut, is made
Scarlet on shelled peanut becomes fragile, to make scarlet be easier to remove from shelled peanut, to improve peanut skinning machine to shelled peanut
Peeling rate.
Detailed description of the invention
Fig. 1 is axonometric drawing of the invention;
Fig. 2 is enlarged diagram at the A of Fig. 1;
Fig. 3 is to embody the cross-sectional view that the structure of drying mechanism and rabbling mechanism is done;
Fig. 4 is to embody the cross-sectional view that the structure of transmission mechanism is done;
Fig. 5 is to embody the schematic diagram that outlet air filter screen is done.
In figure, 1, peanut skinning machine;2, material storing box;21, cabinet;22, feed inlet;23, discharge port;24, support column;3, it deposits
Hopper;4, transmission mechanism;41, transfer tube;42, shaft is transmitted;43, transmission electrical machine;44, helical blade;45, support frame;5, it controls
Expect mechanism;51, slot;52, baffle;53, vertical pole;54, cross bar;55, air pressure push rod;56, support component;561, sleeve;562,
Support rod;57, the second support platform;6, drying mechanism;61, blower;62, air blower;63, heating wire;64, net is obstructed;65,
Turbulence blades;66, the first support platform;7, outlet air filter screen;71, framework;72, non-woven fabrics;73, rocking bar;74, pin shaft;75, sliding
Hole;76, cylindrical piece;77, electric pushrod;8, rabbling mechanism;81, stirring motor;82, stirring shaft;83, stirring rod.
Specific embodiment
Embodiment:
The one unified feeding device for cultivating peanut skinning machine, referring to Figure 1 and Figure 3 shown in, for several (the present embodiment with
For six) shelled peanut is added in peanut skinning machine 1, including material storing box 2, several (the present embodiment for storing shelled peanut
For six) storaging bucket 3 of 1 top of peanut skinning machine is set, the shelled peanut in material storing box 2 is transported in storaging bucket 3
Transmission mechanism 4 and control storaging bucket 3 in shelled peanut whether fall into the material controlling mechanism 5 in peanut skinning machine 1.
Shown in referring to Figure 1 and Figure 3, material storing box 2 includes cabinet 21, the charging being arranged at 21 upper surface deviation center of cabinet
Mouthfuls 22, the discharge port 23 of 21 lower end surface of cabinet is set and support column 24 that four roots support cabinet 21.In storing
Drying mechanism 6 is provided on case 2, drying mechanism 6 includes being fixedly connected on 21 lower end of cabinet and blowing with what is be connected to inside cabinet 21
Air hose 61 is fixedly connected on blower 61 away from the air blower 62 of one end of cabinet 21 and the electricity being arranged in inside blower 61
Heated filament 63 is fixedly connected with barrier net 64 in one end that blower 61 is connect with air blower 62, to prevent the peanut in cabinet 21
It flows into blower 61.Spiral turbulence blades 65 are fixedly connected in the inside of blower 61, to make by blower
The wind flowed in cabinet 21 in 61 rotates, thus be conducive to be spread from the hot wind that blower 61 flows out into cabinet 21, from
And the drying efficiency of drying mechanism 6 is improved, the lower end of air blower 62 is provided with the first support platform 66.
Referring to Fig.1 and shown in Fig. 5, outlet air filter screen 7 is provided on discharge port 23, outlet air filter screen 7 includes metal
Framework 71 and the non-woven fabrics 72 being fixedly connected in framework 71.It is fixedly connected with rocking bar 73 in the side of framework 71, in rocking bar 73
Middle part be rotatablely connected by pin shaft 74 and cabinet 21, be provided with away from one end of outlet air filter screen 7 through rocking bar 73 in rocking bar 73
The slide opening 75 of upper and lower two sides, is equipped with the cylindrical piece 76 that connection is slid with it, the lower end of cylindrical piece 76 and cabinet in slide opening 75
21 upper surface abuts, and the upper end of cylindrical piece 76 is fixedly connected with electric pushrod 77, and electric pushrod 77 deviates from the one of cylindrical piece 76
End is fixedly connected on the upper surface of cabinet 21.
Shown in referring to Figure 1 and Figure 3, rabbling mechanism 8 is provided on material storing box 2, to carry out to the shelled peanut in cabinet 21
Stirring improves the drying effect of drying mechanism 6 so that the shelled peanut in cabinet 21 be made uniformly to receive heat.Rabbling mechanism 8 includes fixing
The stirring motor 81 being connected at 21 upper surface center of cabinet, the output shaft of stirring motor 81, which penetrates cabinet 21 and is internally connected with, to be stirred
Shaft 82 is mixed, several stirring rods 83 are fixedly connected on stirring shaft 82, stirring rod 83 and stirring shaft 82 are orthogonal.
Referring to Fig.1 and shown in Fig. 4, transmission mechanism 4 includes transfer tube 41 closed at both ends, is rotatably connected on 41 liang of transfer tube
Transmission shaft 42, the transmission electrical machine 43 that driving transmission shaft 42 rotates and the helical blade being welded in transmission shaft 42 at end
44.It is fixedly connected with support frame 45 at the both ends of transfer tube 41, transmission electrical machine 43 is fixedly connected on one end of transfer tube 41, transmission
The main shaft of motor 43 is fixedly connected with transmission shaft 42.It is connected on the upside of one end of transfer tube 41 with discharge port 23.Six storaging buckets 3
Along 41 equal spacing in length direction of transfer tube the downside for being fixedly connected on transfer tube 41 and be connected to inside transfer tube 41, in this way,
When transmission electrical machine 43 drives transmission shaft 42 to rotate, the shelled peanut in cabinet 21 can be entered in transfer tube 41 by discharge port 23,
With the rotation of transmission shaft 42, shelled peanut is transported in each storaging bucket 3 by helical blade 44.
Shown in referring to Figures 1 and 2, material controlling mechanism 5 is connected to including being opened in the slot 51 of 3 bottom side of storaging bucket, sliding
Baffle 52 in slot 51, be fixedly connected on baffle 52 away from 3 one end of storaging bucket vertical pole 53, vertical pole 53 is connected together
Cross bar 54, the air pressure push rod 55 being fixedly connected with cross bar 54 and the support component 56 for supporting vertical pole 53.Above-mentioned cross bar 54 is fixed
It is connected to one end that vertical pole 53 deviates from storaging bucket 3, air pressure push rod 55 is fixedly connected with cross bar 54 away from the side of vertical pole 53, air pressure
The downside of push rod 55 is fixedly connected with the second support platform 57.
Shown in referring to Figures 1 and 2, support component 56 includes the sleeve covered on vertical pole 53 and with the sliding connection of vertical pole 53
561 and it is fixedly connected on the support rod 562 of 561 lower end of sleeve, support rod 562 is fixedly attached to ground away from one end of sleeve 561
On face.
The course of work: when adding shelled peanut into cabinet 21, starting electric pushrod 77 drives rocking bar 73 around 74 turns of pin shaft
It is dynamic, so that outlet air filter screen 7 be made to remove from feed inlet 22, then shelled peanut is added in cabinet 21 from feed inlet 22, then
It is moved back on feed inlet 22 by outlet air filter screen 7, rabbling mechanism 8 and drying mechanism 6 is then opened, to the peanut in cabinet 21
Meter Jin Hang drying after a period of time, opens transmission electrical machine 43, shelled peanut is successively by six material stocks under the action of transmission mechanism 4
Bucket 3 fills up, and then, extracts baffle 52 out slot 51 by air pressure push rod 55, the shelled peanut in storaging bucket 3 is made to fall into corresponding flower
In raw rice skinning machine, then turned back in slot 51 by baffle 52, it is again by transmission mechanism 4 that the shelled peanut in cabinet 21 is defeated
It is sent in storaging bucket 3, after the completion of the peeler of peanut skinning machine 1 makees, baffle 52 is extracted out from slot 51 again, makes material stock
Shelled peanut in bucket 3 is fallen into corresponding shelled peanut skinning machine.
This specific embodiment is only explanation of the invention, is not limitation of the present invention, those skilled in the art
Member can according to need the modification that not creative contribution is made to the present embodiment after reading this specification, but as long as at this
All by the protection of Patent Law in the scope of the claims of invention.