Summary of the invention
In view of the above-mentioned problems, the present invention provides a kind of environment-friendly garbage processing system.
The purpose of the present invention is realized using following technical scheme:
A kind of environment-friendly garbage processing system including cylinder, multiple Flushing nozzles that cylinder side is arranged in, is installed on
Hydraulic motor at the top of cylinder, the main shaft by hydraulic motor driving rotation, multiple shear knives for being fixed on main shaft, the top of cylinder
Portion is communicated with garbage inlet, and bottom is communicated with garbage outlet, is provided with electric gate valve on garbage outlet;In the cylinder and rush
It washes on the opposite another side wall of spray head and is additionally provided with multiple ultraviolet antivirus lamps.
The utility model has the advantages that the refuse disposal system is simple and practical in structure, the shearing-crushing to rubbish, antivirus, punching can be realized
The functions such as wash, dry.
Specific embodiment
The invention will be further described with the following Examples.
A kind of environment-friendly garbage processing system shown in -2 referring to Figure 1, including cylinder 100, multiple settings are in cylinder 100
The Flushing nozzle 101 of side is installed in the hydraulic motor 102 at 100 top of cylinder, by the master of the driving rotation of hydraulic motor 102
Axis 104, the multiple shear knives 105 being fixed on main shaft 104, the top of cylinder 100 are communicated with garbage inlet 106, and bottom connects
It is connected with garbage outlet 107, electric gate valve 108 is provided on garbage outlet 107;It is opposite with Flushing nozzle 101 in the cylinder 100
Another side wall on be additionally provided with multiple ultraviolet antivirus lamps 109.The rubbish of the garbage outlet discharge enters solar energy rubbish
It is dried in drying unit 112.
Scheme as a further preference, solar energy rubbish drying unit include the rubbish drying shell of hollow rectangular-shape
A, solar heater 2, belt-type waste conveyor 1, the first hollow rubbish drying tray B and hollow the second rubbish drying
Disk C is provided with side sliding rail 3 and 4 that 4 are arranged vertically sliding rail D in arrangement vertically, middle cunning on the inner wall of rubbish drying shell A
Rail D is between side sliding rail 3;It is sliding that the left side of first rubbish drying tray B is connected with 2 the first stainless steels transversely and horizontally arranged
Bar 8, each first stainless steel slide bar 8 are sticked in the track of side sliding rail 3, the leading flank of the first rubbish drying tray B and trailing flank
It is respectively and fixedly connected with the second stainless steel slide bar 9 of 1 vertical equity arrangement, each second stainless steel slide bar 9 is sticked in middle sliding rail D's
In track;It is connected with for engaging in the side sliding rail 3 of the first rubbish drying tray B and the track of middle sliding rail D positioned at same level
Detent body 30 on face, the first rubbish drying tray B limit its floor level position by detent body 30;
The shear knife 105 is stainless steel shear knife, is provided with 2 pairs totally 4 altogether.The quality of second rubbish drying tray C is small
In the quality of the first rubbish drying tray B, the right side of the second rubbish drying tray C is connected with 2 and is sticked in 3 track of side sliding rail
The third stainless steel slide bar 8A transversely and horizontally arranged, the leading flank of the second rubbish drying tray C and trailing flank have been respectively and fixedly connected with 2 cards
Together in the 4th stainless steel slide bar 8B of the vertical equity arrangement in middle sliding rail D track.
Scheme as a further preference, the Flushing nozzle 101 are from top to bottom provided with 3.First rubbish drying tray B
Upper surface be connected with 2 compressed springs 31, the upper end of compressed spring 31 compresses the lower end for being contacted with disk 14, each disk 14
It being integrally formed with the end of the shaft 16 by the driving rotation of rotating electric machine 32, rotating electric machine 32 is arranged in outside rubbish drying shell A,
It is connected with screw shell 18 by 2 stabilizer blades 17 on the roof of rubbish drying shell A, the shaft 16 is screwed into and through thread bush
Cylinder 18;It is also connected with carbon wheeled steel 34 on the roof of rubbish drying shell A, carbon steel band 33 is around on carbon wheeled steel 34,
And one end is fixed at the upper surface center of the first rubbish drying tray B across the roof of rubbish drying shell A, the other end passes through
The roof of rubbish drying shell A is fixed at the upper surface center of the second rubbish drying tray C.
Scheme as a further preference, the ultraviolet lamp antivirus lamp 109 are from top to bottom provided with 2.When the first rubbish
When the first stainless steel slide bar 8 and the second stainless steel slide bar 9 of drying tray B are contacted with the upper surface of detent body 30, the first rubbish dries
Dry pan B and the second rubbish drying tray C is located in same level and the two is closely adjacent.First rubbish drying tray B and the second rubbish
Basin air inlet 29 is offered on the rear wall of rubbish drying tray C, the first rubbish drying tray B's and the second rubbish drying tray C
Drying tray exhaust outlet 40 is offered on antetheca;It is communicated with drying unit garbage feeding pipe 22 in the left wall of rubbish drying shell A,
Discharge port 23 is formed in its right wall, belt-type waste conveyor 1 is fixed on the bottom that rubbish dries shell A by bracket 24.
Scheme as a further preference, the top of the cylinder 100 are also communicated with discharge outlet 110, the discharge outlet 110
On be provided with draining strainer 111.Multiple drying wind spray heads 37 are provided on the rear wall of rubbish drying shell A, are provided on antetheca
Multiple shell air outlets 38 are disposed with the accurate strainer (not shown) for preventing rubbish from entering in shell air outlet 38.
The left side of scheme as a further preference, the first rubbish drying tray B and the second rubbish drying tray C are made into rounding
The cambered surface at angle facilitates rubbish by generating upward component when the end face.The lower surface of second rubbish drying tray C can be with affixed more
A metal cone tooth can generate certain broken and fluffing action to rubbish, while also increase when such second rubbish drying tray C falls
Strong heat transfer effect.Multiple shell air outlets 38 and drying tray exhaust outlet 40 meet at the entrance of circulating fan 27 by hose,
It is multiple drying wind spray heads 37 and basin air inlet 29 by hose meet at the bellows 28 heated by solar heater 2 out
Mouthful, the outlet of circulating fan 27 is connected to the entrance of bellows 28, wherein drying tray exhaust outlet 40 and basin air inlet 29 are distinguished
Across the antetheca and rear wall of rubbish drying shell A;The hose have enough surpluses, with guarantee the first rubbish drying tray B and
Second rubbish drying tray C cannot come off pipeline connection when moving.
The working principle of the solar energy rubbish drying unit are as follows: a large amount of rubbish is entered by drying unit garbage feeding pipe 22
It falls on belt-type waste conveyor 1 and is fed forward, the hot wind heated by solar heater 2 is on the one hand from drying wind
Spray head 37, which enters, is dried the rubbish on belt-type waste conveyor 1, is on the other hand entered by basin air inlet 29
As its heating source.
The initial position of first rubbish drying tray B and the second rubbish drying tray C are as shown in the figure, when rubbish advances to first
When the lower section of rubbish drying tray B and the second rubbish drying tray C, the rubbish on surface layer carries out reinforcing drying by the first rubbish drying tray B,
If being mixed with harder substance in height of the height of rubbish greater than the first rubbish drying tray B and rubbish, the drying of the first rubbish
Disk B can be overcome spring force uplink by jack-up, prevent rubbish transmission process stuck, and the second rubbish drying tray C is in carbon steel band at this time
It is moved down under the action of 33, further close to rubbish surface layer below, improves the heat transfer rate of the second rubbish drying tray C,
When rubbish height restores normal, the first rubbish drying tray B is restored to reset condition, the second rubbish drying tray under the effect of gravity
C also returns to reset condition under the action of carbon steel band 33, the technical solution relative to one integrated basin of setting
For, its entirety is extended in the time of reduced levels position, to improve the heat exchange efficiency of 3 surface layer rubbish of conveyor belt.
Scheme as a further preference is also respectively provided with inlet air flow on the inlet pipeline and outlet conduit of bellows 28
It counts and works off one's feeling vent one's spleen flowmeter, temperature sensor is provided on solar heater 2, controller is by comparing inlet air flow amount and outlet
The difference of throughput makes actuation of an alarm to the end computer PC and combined aural and visual alarm when being more than setting value, and bellows 28 is prompted to have leakage
The possibility of wind.When needing to be applied to the spring force on the first rubbish drying tray B according to different garbage property adjustings, can drive
Dynamic rotating electric machine rotation, then shaft 16 is moved upwardly or downwardly under the cooperation of screw shell 18, to change compressed spring 31
The spring force of application, to change the limit force value that the first rubbish drying tray B is jacked up.The solar energy rubbish drying unit in addition to
It is stuck outer to prevent from conveying that evacuation can be carried out to harder bulk rubbish, additionally it is possible to convert the energy generated during evacuation
For the lower action edge of the second rubbish drying tray, to improve overall heat exchange ability and capacity usage ratio, while driving can be passed through
Rotating electric machine rotation is come the spring force being applied on the first rubbish drying tray according to different garbage property adjustings, and adaptability is more
It is good.
Finally it should be noted that the above embodiments are merely illustrative of the technical solutions of the present invention, rather than the present invention is protected
The limitation of range is protected, although explaining in detail referring to preferred embodiment to the present invention, those skilled in the art are answered
Work as understanding, it can be with modification or equivalent replacement of the technical solution of the present invention are made, without departing from the reality of technical solution of the present invention
Matter and range.