CN108554990A - Degradable garbage processing unit - Google Patents
Degradable garbage processing unit Download PDFInfo
- Publication number
- CN108554990A CN108554990A CN201711236774.4A CN201711236774A CN108554990A CN 108554990 A CN108554990 A CN 108554990A CN 201711236774 A CN201711236774 A CN 201711236774A CN 108554990 A CN108554990 A CN 108554990A
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- Prior art keywords
- driving
- processing unit
- rotating cylinder
- input gear
- rotary shaft
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Classifications
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- B—PERFORMING OPERATIONS; TRANSPORTING
- B09—DISPOSAL OF SOLID WASTE; RECLAMATION OF CONTAMINATED SOIL
- B09B—DISPOSAL OF SOLID WASTE
- B09B3/00—Destroying solid waste or transforming solid waste into something useful or harmless
-
- B—PERFORMING OPERATIONS; TRANSPORTING
- B09—DISPOSAL OF SOLID WASTE; RECLAMATION OF CONTAMINATED SOIL
- B09B—DISPOSAL OF SOLID WASTE
- B09B3/00—Destroying solid waste or transforming solid waste into something useful or harmless
- B09B3/40—Destroying solid waste or transforming solid waste into something useful or harmless involving thermal treatment, e.g. evaporation
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- Engineering & Computer Science (AREA)
- Environmental & Geological Engineering (AREA)
- Physics & Mathematics (AREA)
- Thermal Sciences (AREA)
- Transmission Devices (AREA)
Abstract
The invention discloses a kind of degradable garbage processing units.Degradable garbage processing unit includes trash processing unit, and trash processing unit is attached to for the bacterium solution that will degrade in pending rubbish；Trash processing unit includes garbage disposal cylinder, garbage disposal cylinder includes rotating cylinder, driving driving member, driving input gear, rotary shaft, rotating cylinder, driving driving member, driving input gear and rotary shaft are connected to the shell of degradable garbage processing unit, and garbage disposal cylinder includes shell；Rotating cylinder is supported by supporting part, the support portion detached in the longitudinal direction；Garbage disposal cylinder is installed on the shell, and the top end part of rotary shaft is inserted into the bearing hole of supporting part；One end end set of rotating cylinder has flange part, and helical spring is equipped between flange part and supporting part.The present invention can handle rubbish in a manner of more environmentally-friendly.
Description
Technical field
The present invention relates to degradable garbage processing technology field, more particularly to a kind of degradable garbage processing unit.
Background technology
The mode of traditional refuse treatment plant processing rubbish generally burns rubbish.
Rubbish burn and will produce a large amount of pernicious gas, these pernicious gases would seriously pollute the environment.
The purpose handled rubbish is in order to reduce the pollution to environment, however, due in the process burnt away the refuse
In will produce a large amount of pernicious gas, therefore, above-mentioned traditional technical solution is not environmentally friendly enough.
Therefore, it is necessary to propose a kind of new technical solution, to solve the above technical problems.
Invention content
The purpose of the present invention is to provide a kind of degradable garbage processing units, and rubbish can be handled in a manner of more environmentally-friendly
Rubbish.
To solve the above problems, technical scheme is as follows：
A kind of degradable garbage processing unit, the degradable garbage processing unit includes trash processing unit, the rubbish
Rubbish processing unit is attached to for the bacterium solution that will degrade in pending rubbish；The trash processing unit includes garbage disposal cylinder, institute
It includes rotating cylinder, driving driving member, driving input gear, rotary shaft to state garbage disposal cylinder, and the rotating cylinder, the driving pass
Dynamic component, the driving input gear and the rotary shaft are connected to the shell of the degradable garbage processing unit, the rubbish
Rubbish process cartridge includes shell；The rotating cylinder is supported by supporting part, the support portion detached in the longitudinal direction；At the rubbish
Manage cylinder installation on the shell, the top end part of the rotary shaft is inserted into the bearing hole of the supporting part；The rotating cylinder
One end end set has flange part, and helical spring is equipped between the flange part and the supporting part.
The shell is fixed on the predetermined installation site in the shell, and the supporting part is by the helical spring towards axis
Press to the flange part to direction to compress the helical spring, the helical spring with compressive state between the flange part with
Between the supporting part, the helical spring for generating elastic force in the direction of extension.
Preferably, the elastic force of the helical spring is less than the transverse component received from driving driving member.
Preferably, the driving driving member and the driving input gear are attached to the end of the other side of the rotary shaft
Portion.
Preferably, the driving driving member and the driving input gear are pivotably supported by the rotary shaft.
Preferably, the driving input gear is used to receive the rotary driving force of driving source transmission.
Preferably, the driving source is motor.
Preferably, the rotary driving force is as the power for making the rotating cylinder be rotated along direction of rotation, the rotation
Turn driving force and is transmitted to driving driving member.
Preferably, the driving input gear has transfer part and driving section；The driving driving member includes connector, institute
The base portion that connector includes discoid is stated, the transfer part is to form commutating tooth with teeth on the peripheral surface of the discoid base portion
Wheel；The transfer part is formed by a side surface of driving input gear.
Preferably, the institute close to the rotating cylinder side in the relatively described driving input gear is arranged in the driving driving member
It states in rotary shaft.
Preferably, the center portion of the driving input gear is formed with axis hole, and the rotary shaft is inserted across the axis hole
Enter, the driving input gear is pivotably supported by the rotary shaft.
Compared with the prior art, the present invention can handle rubbish in a manner of more environmentally-friendly.
Description of the drawings
Fig. 1 is the schematic diagram of the degradable garbage processing unit of the present invention.
Fig. 2 is the schematic diagram of the heating roller of the present invention and the position relationship of heater.
Specific implementation mode
With reference to figure 1, Fig. 1 is the schematic diagram of the degradable garbage processing unit of the present invention.
The degradable garbage processing unit of the present invention includes trash processing unit 102, heat-pressure unit 103, pending rubbish
Feed unit 101, processed rubbish deliverying unit 104.Trash processing unit, heat-pressure unit, pending rubbish feed unit,
Processing rubbish deliverying unit is arranged in the shell of degradable garbage processing unit.
The pending rubbish feed unit is set to the side of the trash processing unit, the processed rubbish discharge
Unit is set to the side of the trash processing unit.Pending rubbish feed unit includes pending rubbish feed tray, pickup
Roller and pending rubbish supply roller.
Trash processing unit is attached to for the bacterium solution that will degrade in pending rubbish.
Trash processing unit includes rotating cylinder and coating unit.
Rotating cylinder is integrated with aftermentioned driving driving member, constitutes garbage disposal cylinder.
Coating unit is attached to pending rubbish for the bacterium solution that will degrade.Degradation bacterium solution, which is culture, the organic of degradation bacteria
Solution.
Pending rubbish feed unit further includes transmission motor, and transmission motor is for driving pick-up roller and pending rubbish to supply
It is rotated to roller.Pending rubbish feed tray is for supplying pending rubbish.
Coating unit is the rotary body of roll, is arranged in the lower section of rotating cylinder.Coating unit is contacted with rotating cylinder and shape
As clamping components, which conveys pending rubbish while pending rubbish is clamped.
Pass through clamping components when pending rubbish reaches clamping components and pending rubbish from pending rubbish feed tray
When, degradation bacterium solution is transmitted to from rotating cylinder in pending rubbish by coating unit.
The pending rubbish that trash processing unit is additionally operable to be coated with degradation bacterium solution is transmitted to heat-pressure unit.
Degradable garbage processing unit further includes separate blade, and separate blade is arranged near rotating cylinder.Separate blade
The downstream side of clamping components along pending rubbish direction of transfer is set between coating unit and rotating cylinder.Separate blade
Tip is formed as taper.The tip portion of separate blade is contacted with the peripheral surface of rotating cylinder.Separate blade is for preventing from waiting locating
Reason rubbish is wrapped in around rotating cylinder.Separate blade is used to enter through between the pending rubbish of clamping components and rotating cylinder,
And for pending rubbish to be detached from rotating cylinder by removing pending rubbish.
Heat-pressure unit is used to be pressed into the degradation bacteria liquid on the surface coated in pending rubbish by being heated and pressurizeed
On pending rubbish.Heat-pressure unit includes heating roller, pressure roller and heater.Heater 202 is set in heating roller 201, such as
Shown in Fig. 2.During push operation, the pending rubbish that heater is coated with degradation bacterium solution by heating roller is heated to make a reservation for
Temperature.When pending rubbish passes through heat-pressure unit, the heating roller of heat-pressure unit is in contact with pending rubbish, and heating roller is used for
Apply heat to pending rubbish.Degradation bacterium solution on pending rubbish is heated, and pressurized roller pressurization.Therefore, degradation bacteria
Liquid is pressed on pending rubbish.The pending rubbish for being pressed into degradation bacterium solution via heat-pressure unit is downward from heat-pressure unit
Conveying, is then discharged to processed rubbish deliverying unit by rubbish discharge roller pair from garbage discharge outlet.
Trash processing unit further includes garbage disposal cylinder.Garbage disposal cylinder includes rotating cylinder, drives driving member, driving defeated
Enter gear, rotary shaft.Garbage disposal cylinder is pivotably supported rotating cylinder, rotating cylinder, driving driving member, driving input gear and
Rotary shaft is integrally connected to the shell of degradable garbage processing unit.Garbage disposal cylinder be have in one direction compared with
The tubular device of long box-shaped.Garbage disposal cylinder is consistent with the length direction of degradable garbage processing unit with its long side direction
Mode is arranged inside the shell.
Garbage disposal cylinder includes shell.Shell is installed on shell etc. in the state that length direction is consistent with length direction
Inner frame.Shell supports rotary shaft and is pivotably supported rotating cylinder around rotary shaft.Shell accommodates driving driving member.
Rotating cylinder is used under the driving of the rotary driving force transmitted from driving driving member rotate.Rotating cylinder is formed as round
Tubular.When bacterium solution of degrading is pressed into, rotating cylinder carries degradation bacterium solution by coating unit.While rotating, rotating cylinder is held
Carry degradation bacterium solution.On the surface of rotating cylinder, it is provided with the coherent film with roughness, coherent film is for adhering to degradation bacteria
Liquid.
There is flange part in one end end set of rotating cylinder.Flange part is assemblied in the endoporus of side part of rotating cylinder,
And it is integrally fixed.The end set of the other side of rotating cylinder has flange.Flange is the part for constituting driving driving member
Component.Flange is assemblied in the endoporus of the side end of rotating cylinder, and by integrally fixed (connection).Flange part central portion and
The central portion of flange is each formed with axis hole.Rotary shaft is inserted into the axis hole of flange part and the axis hole of flange.Axis hole and rotary shaft
Between be equipped with gap.Rotating cylinder is pivotably supported by rotary shaft, and rotating cylinder is supported by rotary shaft.That is, rotary shaft can revolve
Turn ground support rotating cylinder, and supports rotating cylinder to move in the axial direction.
Rotating cylinder is supported by supporting part, the support portion detached in the longitudinal direction.Supporting part setting is constituting shell
Inner frame in, supporting part is the plate-shaped member vertically extended from inner frame.Bearing is formed on supporting part
The top end part in hole, the side of rotary shaft is supported by bearing hole.Support portion is arranged in the housing.The length in shell is arranged in support portion
Near the end of the other side in direction.Support portion is the component from the inner wall plate outstanding of shell.
Supporting part positioned at the side of length direction supports rotary shaft.Support portion branch positioned at the other side of length direction
The pulley of support driving driving member.Pulley is the component for the part for constituting driving driving member.Pulley is used for rotary shaft
Center rotates, and rotary shaft is additionally operable to support pulley.In addition, pulley is by the rotatable twelve Earthly Branches of the cylindrical part being arranged on flange
Support.Flange is fixed to rotating cylinder, and flange is supported by rotary shaft.Support portion is via the flange of rotating cylinder and by cylindrical portion
The pulley support rotary shaft of sub-support.
Helical spring is equipped between flange part and supporting part.Helical spring is used for along the direction far from supporting part
Rotating cylinder is pushed in the axial direction with scheduled elastic force.Helical spring is maintained as being inserted into rotary shaft as compressed spring
The state of top end part side.When garbage disposal cylinder is mounted on the shell, the top end part of rotary shaft is inserted into the axis of supporting part
In bearing bore.In this state, shell is fixed predetermined installation site inside the shell.It is mounted to shell in garbage disposal cylinder
Predetermined installation site in the state of, helical spring is pressed to flange part with compression helical spring by supporting part towards axial direction.
Therefore, helical spring with compressive state between flange part and supporting part.At this point, helical spring generates in the direction of extension
Elastic force.Compression helical spring flexibly pushes rotating cylinder together with flange part to the axial other side.The elastic force quilt of helical spring
It is set as the power smaller than the transverse component received from driving driving member.Therefore, in the absence of transverse component, rotating cylinder passes through
The elastic force of helical spring is flexibly pushed in the opposite direction.
Driving driving member and driving input gear are attached to the end of the other side of rotary shaft.Drive input gear setting
In end.Driving driving member is arranged in opposite driving input gear in the rotary shaft of rotating cylinder side.Drive driving member
It is pivotably supported by rotary shaft with driving input gear.
Driving input gear is for receiving the rotary driving force transmitted from the driving source of such as motor.The rotary driving force
As for making rotating cylinder be passed to driving driving member along the power that direction of rotation rotates.It drives input gear to have to transmit
Portion and driving section.Transfer part is that spur gear with teeth is formed on the peripheral surface of discoid base portion.Tubulose transfer part is by driving
One side surface of input gear is formed.The center portion of driving input gear is formed with axis hole.Rotary shaft is inserted into across axis hole,
Driving input gear is pivotably supported by rotary shaft.
Transfer part and driving input gear are integrally formed.Transfer part is formed as hollow cylindrical shape.The inside of transfer part
It is the hollow space that internal diameter is bigger than the internal diameter of axis hole and is connected to axis hole.Being formed in the axial forward end portion of transfer part can be with
The engagement pawl of the claw type of the engaging groove engaging of aftermentioned connector.Engagement pawl is formed as partly dashing forward from the distal portions of transfer part
Go out.Engagement pawl is protruded in the side perpendicular to rotary shaft upwardly toward rotary shaft.Engagement pawl does not reach rotary shaft, engagement pawl and rotation
Gap is equipped between axis.Engagement pawl in the circumferential direction of rotary shaft with the engaging groove of connector for engaging.
Drive driving member setting on the rotary shaft.Drive driving member by connector (the first gear unit), flange (second
Gear unit), pulley (adjust unit) these three components constitute.Rotary driving force is passed to rotating cylinder, so that rotating cylinder exists
It is rotated on direction of rotation.
Connector is pivotably supported by rotary shaft.Connector is input to driving input gear in a rotational direction for receiving
Rotary driving force, and for rotary driving force to be transmitted to flange.Connector is used for opposite with the force direction of helical spring
Direction on generate rotary driving force at least part.
Connector includes discoid base portion, multiple protrusions (the first protrusion) and the first cylindrical portion.
First cylindrical portion is arranged in the first side of the base portion of driving input gear side.In the pulley side of base portion
Two side faces are equipped with the second cylindrical portion.Band axis hole is formed in the center portion of connector.Rotary shaft passes through band axis hole.Therefore, connector
It is pivotably supported by rotary shaft.
First cylindrical portion extends from first side to axial side.Three are formed in the peripheral surface of the first cylindrical portion
The engaging groove axially extended.First cylindrical portion has the shape in the endoporus for the driving section for being inserted into driving input gear
Shape.First cylindrical portion is inserted into driving section, and jointing and driving input gear.Drive the drive shaft of input gear
It is inserted into engaging groove in the state that the first cylindrical portion is inserted into driving section.Therefore, engaging groove and engagement pawl be in a rotational direction
It is engaged with each other.
Two in engaging groove one of the slot sides being oppositely arranged are set as skewed.Inclined slot side is for making
Engaging groove is obtained divergently to broaden from the side of first side axially.Therefore, in the state that engagement pawl is inserted into engaging groove,
When the rotary driving force of direction of rotation is transmitted to driving input gear, engagement pawl engages with the slot side of engaging groove.Therefore,
Rotary driving force is transmitted to connector via the first cylindrical portion, and connector is rotated along direction of rotation.At this point, slot side is used as tilting
Cam.Slot side is pushed by engagement pawl, generates the first component corresponding with the angle of inclination of slot side.First component acts on
In axial side.The angle of inclination of slot side and rotary driving force are set as so that the first component has than helical spring
Elastic force bigger power.Therefore, when rotary driving force is input to driving input gear, connector rotates same in a rotational direction
When overcome the pushing force of helical spring, moved to axial side by the first component.Engagement pawl is used to be inserted into engaging groove,
For rotary shaft for being engaged in the circumferential with engaging groove, the shape of engaging groove is groove shapes.
Second cylindrical portion extends from the side of second side (first surface) in an axial direction.In the outer circle weekly form of the second cylindrical portion
Axially disposed elongated slot there are three being formed on face.The long rib of flange is inserted into elongated slot.Elongated slot is adapted with long rib.
Three protrusions are arranged in the second side of base portion.Second in the second cylindrical portion and second side is arranged in protrusion
Between the neighboring of side, and arranged in a circumferential direction with uniform angle.All three protrusions shape having the same
Shape and identical size so that three protrusions are identical from second side height outstanding.Protrusion is formed in pulley for being inserted into
In multiple otch groove portions (the first notch).Protrusion is formed as shape corresponding with otch groove portion, and specifically, the shape of protrusion is
Using second side as the right angled triangle of substrate.
Flange is attached to one end of rotating cylinder.Flange is connected to the second cylindrical portion of connector to be axially moveable, and edge
Direction of rotation is engaged with connector.Flange is used to receive the rotary driving force of direction of rotation from connector.
Flange has discoid matrix, multiple protrusions, press-fitting portion, long rib.
It is provided with tube on the third side (second surface of the invention) of the joint side of matrix.In the rotation of matrix
The side of cylinder is equipped with press-fitting portion.Axis hole is formed in the center portion of flange, more specifically, axis hole is formed in the center of press-fitting portion
In part.Rotary shaft is inserted into across axis hole.Therefore, flange is pivotably supported by rotary shaft.
Press-fitting portion is the side cylindrical portion outstanding from matrix to axial direction.Press-fitting portion is assembled in the endoporus of rotating cylinder.Pressure
It is fixed on rotating cylinder with portion.The inside of press-fitting portion is formed with bearing column shape part.Axis hole is formed in bearing column shape part
In.
Tube extends from third side to axial side.Tube is formed as cylindrical, inside be hollow.Pipe
The internal diameter in shape portion is more than the outer diameter of the second cylindrical portion of connector.Therefore, the second cylindrical portion is inserted into the endoporus of tube.Second
Cylindrical portion is inserted into tube, and flange and connector are connected.In driving driving member, tube is from third side
It axially extends, to cover the second cylindrical portion of connector.
When the second cylindrical portion is inserted into tube, long rib is inserted into elongated slot.Second cylindrical portion is inserted into tube
In so that long rib is inserted into elongated slot.The rotary driving force for being transmitted to the direction of rotation of connector is transmitted from the elongated slot of the second cylindrical portion
To the long rib of tube, and it is transmitted to flange.In addition, rotary driving force is transmitted to rotating cylinder via flange, and make rotating cylinder
It is rotated along direction of rotation.Long rib is inserted into engaging groove.
Three protrusions are set on third side.Protrusion is arranged between the neighboring on tube and third side,
And it is arranged in a circumferential direction with uniform angle.All three protrusions are all of similar shape and are formed as identical
Size so that height outstanding is identical from third side.Protrusion is for being inserted into multiple groovings (the second notch for being formed in pulley
Portion).In the present embodiment, it convexes to form as shape corresponding with grooving, specifically, the shape of protrusion is with third side
For the right angled triangle of substrate.
Pulley is between connector and flange.Pulley is used in the case where rotating the axial confined state of movement revolve
The week of shaft rotates up.When the rotary driving force along direction of rotation is input to driving input gear, pulley is by the position of flange
Set the predeterminated position (first position and the second position) for being moved to rotating cylinder.
Pulley has the cylindrical portion, otch groove portion (the first notch), grooving of cylindric (third cylindrical portion).
The endoporus of cylindrical portion is formed as can be inserted into the tube of flange.In driving driving member, tube is inserted into
Into the endoporus of cylindrical portion.In the state that tube is inserted into the endoporus of cylindrical portion, cylindrical portion is rotatable by the tube of flange
Ground supports, and pulley is used for rotating in a circumferential direction along rotary shaft.
Circumferentially extending circumferential rib is formed at the axial centre of cylindrical portion.Circumferential rib is being revolved for adjustable pulley
Movement in the axial direction of shaft.Circumferential rib is the part engaged with the groove of support portion.By the way that circumferential rib is inserted into groove,
Circumferential rib is axially fixed, so that the axial movement of pulley is restricted.
Otch groove portion there are six being formed in the first end (first end of the invention) of the joint side of cylindrical portion.Six are cut
Mouth groove portion is in a circumferential direction to be equally angularly spaced arrangement.Protrusion is inserted into otch groove portion.Otch groove portion is formed as
The shape being recessed from first end to axial side, so that protrusion is inserted into otch groove portion.
Each in six otch groove portions has the first inclined surface and the first vertical plane.First inclined surface is from notch
The depth direction of groove portion is towards direction of rotation from the inclined surface of first end.First vertical plane is provided in otch groove portion
Surface on the side of direction of rotation, and it is perpendicular to the surface of first end.When the side of connector in an axial direction is moved, protrusion
It is inserted into an otch groove portion.In this state, connector is used to rotate to direction of rotation, and protrusion is used to press the first vertical plane,
The pulley of depressed power rotates together with connector to identical direction.
The depth of the adjacent otch groove portion of any two is different in six otch groove portions.Six otch groove portions include three the
A kerf groove portion and three the second otch groove portions.The depth of any one of three the first otch groove portions is less than three the second notch
The depth of any one of groove portion.Three the first otch groove portions are along the circumferential direction arranged with equal angle at first end,
Second otch groove portion is arranged between two adjacent the first otch groove portions.
Grooving is formed on the second end of flange side of cylindrical portion.Six groovings are formed in the second end.Protrusion is inserted
Enter into grooving.Grooving is set as the shape being recessed from the second end to axial side, and protrusion is inserted into grooving.Six
Each in a grooving has the second inclined surface and the second vertical plane.Second inclined surface be from the second end of direction of rotation to
The inclined face of depth direction of grooving.Second vertical plane is provided in the surface on the direction of rotation side in grooving, and is vertical
Directly in the surface of the second end.When rotating cylinder in the state of not inputting rotary driving force by the elastic force of helical spring and along axis
To side push when, flange to joint side move.At this point, protrusion is mobile to identical direction and is inserted into grooving.When convex
When playing insertion grooving, protrusion presses the second inclined surface in an axial direction.Second inclined surface is used as tilting cam.Protrusion pressing second is inclined
Thus inclined-plane generates the second component corresponding with the angle of inclination of the second inclined surface.Second component acts on and direction of rotation
Rotation opposite direction.When receiving second component, pulley is moved along the opposite direction of rotation.
When rotary driving force is not input to driving input gear, the elastic force of only helical spring acts on rotating cylinder
On.Therefore, rotating cylinder is pressed in an axial direction, and flange is also pressed to identical direction.Therefore, the protrusion of flange, which is inserted into, cuts
In slot.At this point, protrusion is tilted second towards axially pressing.Therefore, the of the angle of inclination corresponding to the second inclined surface is generated
Two component.Due to second component, pulley is moved along the opposite direction of rotation.Due to movement in the opposite direction of rotation,
First otch groove portion and the second otch groove portion also move in the opposite direction of rotation.Second inclined surface, the first otch groove portion,
The circumferential relative position of two incisions groove portion and protrusion changes.In the state of before movement, even if protrusion, which is in, is inserted into first
Position relationship in otch groove portion, protrusion become the position being inserted into in the second otch groove portion also by moving for pulley
It sets.In this state, it in the case where the rotary driving force of direction of rotation is input to driving input gear, is driven by the rotation
Power makes connector be rotated to direction of rotation, to be moved to axial side.By the axial movement of connector, protrusion is inserted into
In two incisions groove portion.Since the second otch groove portion is deeper relative to the first otch groove portion, so entire protrusion is embedded to the second notch
In groove portion.When connector moves in the axial direction, the second cylindrical portion of connector overcomes the elastic force of helical spring and crush ribs.Rotation
Side movement of the cylinder together with flange also in an axial direction.The position of rotating cylinder at this time is set to first position.Rotating cylinder is first
Position is driven in rotation.
When the input of the rotary driving force to driving input gear disappears, the elastic force of only helical spring again acts upon
On rotating cylinder.At this point, the protrusion of flange is re-inserted into grooving, and protrusion presses the second inclined surface in the axial direction.Cause
This, generates second component at the angle of inclination corresponding to the second inclined surface again.Due to second component, pulley is again along rotation
Opposite direction movement.Due to movement in the opposite direction of rotation, the first otch groove portion and the second otch groove portion are also being revolved
It is moved in the opposite direction turned.Therefore, before pulley movement, protrusion is in the position that can be inserted into the second otch groove portion and closes
System.However, after pulley movement, protrusion change can be inserted into the position in the first otch groove portion to it.In this state, when
Rotary driving force on direction of rotation be again inputted into driving input gear when, connector by rotary driving force in a rotational direction
Rotation, and move in the axial direction.By the axial movement of connector, protrusion is inserted into the first otch groove portion.Due to first
Otch groove portion is shallower relative to the second otch groove portion, therefore entire protrusion will not be embedded in the first otch groove portion, only protrusion
End section is embedded in the first otch groove portion.When connector is axially moveable, the second cylindrical portion of connector overcomes helical spring
Elastic force crush ribs so that rotating cylinder together with flange to axial movement.However, the amount of movement of rotating cylinder is less than when prominent at this time
Act amount of movement when being inserted into the second otch groove portion.Therefore, rotating cylinder does not move to first position, and is only moved from first position
Move the axial second position.At this point, rotating cylinder is driven in rotation in the second position.
Due to being provided with driving driving member, so whenever the rotational input force on direction of rotation is input into driving input
When gear, the position of separate blade contact rotating cylinder all changes.
When separate blade is contacted with the peripheral surface of heating roller to prevent pending rubbish wound on the heating of heat-pressure unit
When on roller, driving driving member is moved to heating roller.
Through the above technical solutions, the present invention can handle rubbish in a manner of more environmentally-friendly.
In conclusion although the present invention is disclosed above with preferred embodiment, above preferred embodiment is not to limit
The system present invention, those skilled in the art can make various changes and profit without departing from the spirit and scope of the present invention
Decorations, therefore protection scope of the present invention is subject to the range that claim defines.
Claims (10)
1. a kind of degradable garbage processing unit, which is characterized in that the degradable garbage processing unit includes garbage disposal list
Member, the trash processing unit are attached to for the bacterium solution that will degrade in pending rubbish；
The trash processing unit includes garbage disposal cylinder, and the garbage disposal cylinder includes rotating cylinder, driving driving member, driving
Input gear, rotary shaft, the rotating cylinder, the driving driving member, the driving input gear and the rotation axis connection
To the shell of the degradable garbage processing unit, the garbage disposal cylinder includes shell；
The rotating cylinder is supported by supporting part, the support portion detached in the longitudinal direction；
On the shell, the top end part of the rotary shaft is inserted into the bearing hole of the supporting part for the garbage disposal cylinder installation
In；
One end end set of the rotating cylinder has flange part, and spiral bullet is equipped between the flange part and the supporting part
Spring.
The shell is fixed on the predetermined installation site in the shell, and the supporting part is by the helical spring towards axial side
To pressing to the flange part to compress the helical spring, the helical spring with compressive state between the flange part with it is described
Between supporting part, the helical spring for generating elastic force in the direction of extension.
2. degradable garbage processing unit according to claim 1, which is characterized in that the elastic force of the helical spring is less than
The transverse component received from driving driving member.
3. degradable garbage processing unit according to claim 1, which is characterized in that the driving driving member and described
Driving input gear is attached to the end of the other side of the rotary shaft.
4. degradable garbage processing unit according to claim 3, which is characterized in that the driving driving member and described
Driving input gear is pivotably supported by the rotary shaft.
5. degradable garbage processing unit according to claim 1, which is characterized in that the driving input gear is for connecing
Receive the rotary driving force that driving source is transmitted.
6. degradable garbage processing unit according to claim 5, which is characterized in that the driving source is motor.
7. degradable garbage processing unit according to claim 5, which is characterized in that the rotary driving force is used as and is used for
The power for making the rotating cylinder be rotated along direction of rotation, the rotary driving force are transmitted to driving driving member.
8. degradable garbage processing unit according to claim 1, which is characterized in that the driving input gear, which has, to be passed
Pass portion and driving section；
The driving driving member includes connector, and the connector includes discoid base portion, and the transfer part is discoid
Spur gear with teeth is formed on the peripheral surface of the base portion；
The transfer part is formed by a side surface of the driving input gear.
9. degradable garbage processing unit according to claim 1, which is characterized in that the driving driving member setting exists
The relatively described driving input gear is in the rotary shaft of the rotating cylinder side.
10. degradable garbage processing unit according to claim 1, which is characterized in that in the driving input gear
Centre part is formed with axis hole, and the rotary shaft is inserted into across the axis hole, and the driving input gear can be revolved by the rotary shaft
Turn ground support.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201711236774.4A CN108554990A (en) | 2017-11-29 | 2017-11-29 | Degradable garbage processing unit |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201711236774.4A CN108554990A (en) | 2017-11-29 | 2017-11-29 | Degradable garbage processing unit |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN108554990A true CN108554990A (en) | 2018-09-21 |
Family
ID=63529332
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201711236774.4A Withdrawn CN108554990A (en) | 2017-11-29 | 2017-11-29 | Degradable garbage processing unit |
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| Country | Link |
|---|---|
| CN (1) | CN108554990A (en) |
Citations (6)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| KR101133418B1 (en) * | 2011-09-08 | 2012-04-09 | 주식회사 그린탑 | Recycling method of recovery soil from landfilled waste |
| CN202683586U (en) * | 2012-01-05 | 2013-01-23 | 沈阳陆港实业有限公司 | Organic garbage processor |
| CN206122316U (en) * | 2016-09-22 | 2017-04-26 | 姜红成 | Kitchen garbage handles all -in -one |
| CN106747742A (en) * | 2016-11-22 | 2017-05-31 | 安徽聚力机械制造有限公司 | Using the high-valued exploitation multifunctional fertilizers fermenting device of stalk |
| CN206352123U (en) * | 2016-12-22 | 2017-07-25 | 隋新悦 | A kind of aerobic compost batch mixing car |
| CN206385042U (en) * | 2016-12-22 | 2017-08-08 | 隋新悦 | A kind of aerobic compost batch mixing car with culture propagation case |
-
2017
- 2017-11-29 CN CN201711236774.4A patent/CN108554990A/en not_active Withdrawn
Patent Citations (6)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| KR101133418B1 (en) * | 2011-09-08 | 2012-04-09 | 주식회사 그린탑 | Recycling method of recovery soil from landfilled waste |
| CN202683586U (en) * | 2012-01-05 | 2013-01-23 | 沈阳陆港实业有限公司 | Organic garbage processor |
| CN206122316U (en) * | 2016-09-22 | 2017-04-26 | 姜红成 | Kitchen garbage handles all -in -one |
| CN106747742A (en) * | 2016-11-22 | 2017-05-31 | 安徽聚力机械制造有限公司 | Using the high-valued exploitation multifunctional fertilizers fermenting device of stalk |
| CN206352123U (en) * | 2016-12-22 | 2017-07-25 | 隋新悦 | A kind of aerobic compost batch mixing car |
| CN206385042U (en) * | 2016-12-22 | 2017-08-08 | 隋新悦 | A kind of aerobic compost batch mixing car with culture propagation case |
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