A kind of herding milk cattle cultivating fodder mixing machine
Technical field
The present invention relates to a kind of fodder mixing machine, be specifically related to a kind of livestock-raising milk cow forage blender, especially relate to
And a kind of fodder mixing machine that private chat mixing drum can be utilized to carry out continuous feed stirring.
Background technology
While improving constantly along with living standard, the demand for milk is also increasing, thus further
Promoting the development of animal husbandry, wherein in present milk cattle cultivating, fodder mixing machine is requisite equipment
One of such that it is able to utilize fodder mixing machine that feedstuff is stirred, but at the fodder mixing machine used now
In mostly all can only carry out simple feedstuff stirring, is mostly all by feedstuff during needs are stirred feedstuff
Be stirred in putting into mixing drum, be accomplished by after having stirred by feedstuff take out after the most again put into new
Feedstuff, thus be again stirred, during stirring feedstuff is repeated, changes feedstuff will result on the time
Waste, thus further reduce the stirring efficiency of feedstuff.
It is therefore necessary to a kind of herding milk cattle cultivating fodder mixing machine of design, to solve above-mentioned technical problem.
Summary of the invention
The problem that it is an object of the invention to overcome prior art to exist, it is provided that a kind of herding milk cattle cultivating feedstuff stirring
Machine, present configuration is simple, easy to use, it is possible to from feed pipe, feedstuff is transported to after charging aperture stir chamber
In, thus under the driving of motor, drive the rotation of barrel rotating shaft such that it is able to drive the rotation of feedstuff mixing drum,
It is thus possible to the feedstuff in stir chamber is stirred, and can under the rotation of propeller by feedstuff gradually
Be transported at discharge gate such that it is able to be flowed into drainage conduit from discharge gate, it is achieved thereby that continuous print stirring,
Thus further improve feedstuff stirring efficiency.
The present invention is achieved through the following technical solutions:
A kind of herding milk cattle cultivating fodder mixing machine, includes a body, it is characterised in that: described body both sides are divided
Not being provided with side plate, include a feedstuff mixing drum described in both sides between side plate, described feedstuff mixing drum two ends are respectively
Connecting and have a barrel rotating shaft, barrel rotating shaft described in both sides rotates respectively in the rolling bearing set by described side plate, institute
Being additionally provided with a stir chamber in stating feedstuff mixing drum, be provided with propeller in described stir chamber, described body two ends are also
Being respectively equipped with first baffle ring corresponding with described feedstuff mixing drum and second baffle ring, described feedstuff mixing drum is in institute
Rotate in stating the first baffle ring and described second baffle ring, described feedstuff mixing drum further respectively has a charging aperture and discharge
Mouthful, described charging aperture is corresponding with described first baffle ring and described second baffle ring with described discharge gate, described first gear
Ring be respectively equipped with the feed pipe corresponding with described charging aperture and described discharge gate and a discharge on described second baffle ring
Pipe.
Further, described charging aperture and described discharge gate are respectively equipped with a circle, described charging aperture and described discharge gate
Be respectively provided on two sides with a concave chute, described first baffle ring and described second baffle ring be respectively equipped with one with described cunning
The projection that groove is corresponding, described chute slides in described projection.
Further, a barrel rotating shaft being connected on described feedstuff mixing drum, institute are included in described stir chamber
State propeller to be connected in described barrel rotating shaft, described propeller and described charging aperture and described discharge gate
Corresponding.
Further, side plate described in side being also associated with a motor, described motor drives described barrel axis of rotation.
Further, side plate described in both sides is connected to one first bracing frame and the second bracing frame, described first
Baffle ring and described second baffle ring are connected on described first bracing frame and described second bracing frame.
Further, described feed pipe is located at the top of described first baffle ring, and described drainage conduit is located at described second gear
The bottom of ring.
Compared with prior art, the invention has the beneficial effects as follows: present configuration is simple, easy to use, it is possible to will
Feedstuff is transported in stir chamber after charging aperture from feed pipe, thus drives barrel rotating shaft under the driving of motor
Rotate such that it is able to drive the rotation of feedstuff mixing drum such that it is able to the feedstuff in stir chamber is stirred, and
And under the rotation of propeller, feedstuff gradually can be transported at discharge gate such that it is able to from discharge gate stream
Enter in drainage conduit, it is achieved thereby that continuous print stirring, thus further improve feedstuff stirring efficiency.
Accompanying drawing explanation
The present invention will be further described below in conjunction with the accompanying drawings.
Fig. 1 is embodiment of the present invention herding milk cattle cultivating fodder mixing machine overall structure schematic diagram.
Fig. 2 is embodiment of the present invention feedstuff mixing drum and described first baffle ring overall structure schematic diagram.
In figure: 1 body, 2 side plates, 3 feedstuff mixing drums, 4 rotating shafts, 5 motors, 6 rolling bearings, 7 charging apertures,
8 discharge gates, 9 barrel rotating shafts, 10 propellers, 11 first baffle rings, 12 feed pipes, 13 chutes, 14 stir
Mix chamber, 15 drainage conduit, 16 first bracing frames, 17 second bracing frames, 18 second baffle rings.
Detailed description of the invention
Refering to shown in Fig. 1 and Fig. 2, a kind of herding milk cattle cultivating fodder mixing machine, include a body 1, described
Body 1 is respectively provided on two sides with side plate 2, includes a feedstuff mixing drum 3 described in both sides between side plate 2, described in raise
Material mixing drum 3 two ends are connected to a barrel rotating shaft 4, and barrel rotating shaft 4 described in both sides is respectively at described side plate 2
Rotate in set rolling bearing 6, in described feedstuff mixing drum 3, be additionally provided with a stir chamber 14, described stir chamber 14
Inside being provided with propeller 10, it is corresponding with described feedstuff mixing drum 3 that described body 1 two ends further respectively have one
First baffle ring 11 and the second baffle ring 18, described feedstuff mixing drum 3 is at described first baffle ring 11 and described second baffle ring
Rotate in 18, described feedstuff mixing drum 3 further respectively has a charging aperture 7 and discharge gate 8, described charging aperture 7
Corresponding with described first baffle ring 11 and described second baffle ring 18 with described discharge gate 8, described first baffle ring 11
Be respectively equipped with a feed pipe corresponding with described charging aperture 7 and described discharge gate 8 on described second baffle ring 18
12 and drainage conduit 15.
Described body 1 is respectively provided on two sides with side plate 2, includes a feedstuff mixing drum 3 described in both sides between side plate 2,
The two ends of described feedstuff mixing drum 3 are connected to a barrel rotating shaft 4, described side plate 2 are respectively equipped with one relative
The rolling bearing 6 answered, barrel rotating shaft 4 described in both sides rotates respectively in described rolling bearing 6, and described feedstuff stirs
It is additionally provided with a stir chamber 14 in mixing cylinder 3, in described stir chamber 14, is provided with propeller 10, it is thus possible to
Enough utilize propeller 10 that feedstuff is stirred during feedstuff mixing drum 3 rotates, described body 1
On be also respectively connected with one first baffle ring 11 and one second baffle ring 18, described first baffle ring 11 and the second baffle ring 18
Cylindrically, described feedstuff mixing drum 3 rotates in described first baffle ring 11 and the second baffle ring 18, described feedstuff
Charging aperture 17 and a discharge gate 8 it is respectively equipped with such that it is able to utilize charging aperture 17 to feed, profit on mixing drum 3
Carry out discharge with discharge gate 8, and propeller 10 can be utilized to carry out the stirring carrying out feedstuff of screw propulsion,
It is thus possible to achieve continuous print stirring charging and discharge, it is possible on described first baffle ring 11 and the second baffle ring 18
Be respectively provided with a feed pipe 12 and drainage conduit 15, described feed pipe 12 and described drainage conduit 15 respectively with described enter
Material mouth 17 and discharge gate 8 are corresponding such that it is able to utilize feed pipe 12 to feed, utilize drainage conduit 15 to carry out discharge,
Thus further improve feedstuff stirring efficiency.
Shown in participation Fig. 1, described charging aperture 7 and described discharge gate 8 are respectively equipped with a circle, described charging aperture 7 He
Described discharge gate 8 is respectively provided on two sides with a concave chute 13, described first baffle ring 11 and described second baffle ring
18 are respectively equipped with a projection corresponding with described chute 18, and described chute 13 slides in described projection, described
Charging aperture 7 and discharge gate 8 are respectively provided on described feedstuff mixing drum 3, and are respectively equipped with a circle, described charging aperture
7 and described discharge gate 8 be respectively provided on two sides with a concave chute 13, described first baffle ring 11 and described second
Baffle ring 18 is respectively equipped with a projection corresponding with described chute 18, and described chute 13 slides in described projection,
It is thus possible to utilize chute 13 to slide in projection during feedstuff mixing drum 3 rotates such that it is able to will charging
Mouth 7 and discharge gate 8 seal up such that it is able to prevent the feedstuff in feedstuff mixing drum 3 from leaking outside.
Shown in participation Fig. 1, in described stir chamber 14, include a barrel being connected on described feedstuff mixing drum 3
Rotating shaft 9, described propeller 10 is connected in described barrel rotating shaft 9, and described propeller 10 is with described
Charging aperture 7 and described discharge gate 8 are corresponding, are provided with a barrel rotating shaft 9, described spiral in described stir chamber 14
Stirring paddle 10 is located in described barrel rotating shaft 9, it is possible to can distinguish during propeller 10 rotates
Discharge from charging aperture 7 and discharge gate 8 and enter, it is achieved thereby that the process of continuous feed discharge.
Shown in participation Fig. 1, side plate 2 described in side being also associated with a motor 5, described motor 5 drives described material
Cylinder rotating shaft 9 rotates, it is possible to utilize motor to drive the rotation of described barrel rotating shaft 9 such that it is able to drive feedstuff stirring
The rotation of cylinder 3.
Shown in participation Fig. 1, side plate 2 described in both sides is connected to one first bracing frame 16 and the second bracing frame
17, described first baffle ring 11 and described second baffle ring 18 are connected to described first bracing frame 16 and described second
On bracing frame 17, described can connect one first bracing frame 16 and the second bracing frame 17, institute on side plate 2 respectively
State the first baffle ring 11 and the second baffle ring 18 is connected on described first bracing frame 16 and the second bracing frame 17.
Shown in participation Fig. 1, described feed pipe 12 is located at the top of described first baffle ring 11, described drainage conduit 15
It is located at the bottom of described second baffle ring 18, it is possible to feed pipe 12 is located at the top of described first baffle ring 11, will row
Material pipe 15 is located at the bottom of described second baffle ring 18 such that it is able to discharged from the bottom of the second baffle ring 18 by feedstuff.
Embodiment provided above is the better embodiment of the present invention, is only used for the convenient explanation present invention, not to this
Any pro forma restriction is made in invention, has usually intellectual, if without departing from this in any art
In the range of bright carried technical characteristic, utilize the done local of disclosed technology contents to change or modify etc.
Effect embodiment, and without departing from the technical characteristic content of the present invention, all still fall within the range of the technology of the present invention feature.