CN106315085B - A kind of vertical garbage recycling compression cylinder - Google Patents
A kind of vertical garbage recycling compression cylinder Download PDFInfo
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- CN106315085B CN106315085B CN201610976115.3A CN201610976115A CN106315085B CN 106315085 B CN106315085 B CN 106315085B CN 201610976115 A CN201610976115 A CN 201610976115A CN 106315085 B CN106315085 B CN 106315085B
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- groove
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- cylinder
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Classifications
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- B—PERFORMING OPERATIONS; TRANSPORTING
- B65—CONVEYING; PACKING; STORING; HANDLING THIN OR FILAMENTARY MATERIAL
- B65F—GATHERING OR REMOVAL OF DOMESTIC OR LIKE REFUSE
- B65F1/00—Refuse receptacles; Accessories therefor
- B65F1/14—Other constructional features; Accessories
- B65F1/1405—Compressing means incorporated in, or specially adapted for, refuse receptacles
-
- B—PERFORMING OPERATIONS; TRANSPORTING
- B65—CONVEYING; PACKING; STORING; HANDLING THIN OR FILAMENTARY MATERIAL
- B65F—GATHERING OR REMOVAL OF DOMESTIC OR LIKE REFUSE
- B65F1/00—Refuse receptacles; Accessories therefor
-
- B—PERFORMING OPERATIONS; TRANSPORTING
- B65—CONVEYING; PACKING; STORING; HANDLING THIN OR FILAMENTARY MATERIAL
- B65F—GATHERING OR REMOVAL OF DOMESTIC OR LIKE REFUSE
- B65F2210/00—Equipment of refuse receptacles
- B65F2210/162—Pressing means
-
- Y—GENERAL TAGGING OF NEW TECHNOLOGICAL DEVELOPMENTS; GENERAL TAGGING OF CROSS-SECTIONAL TECHNOLOGIES SPANNING OVER SEVERAL SECTIONS OF THE IPC; TECHNICAL SUBJECTS COVERED BY FORMER USPC CROSS-REFERENCE ART COLLECTIONS [XRACs] AND DIGESTS
- Y02—TECHNOLOGIES OR APPLICATIONS FOR MITIGATION OR ADAPTATION AGAINST CLIMATE CHANGE
- Y02W—CLIMATE CHANGE MITIGATION TECHNOLOGIES RELATED TO WASTEWATER TREATMENT OR WASTE MANAGEMENT
- Y02W30/00—Technologies for solid waste management
- Y02W30/10—Waste collection, transportation, transfer or storage, e.g. segregated refuse collecting, electric or hybrid propulsion
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- Engineering & Computer Science (AREA)
- Mechanical Engineering (AREA)
- Processing Of Solid Wastes (AREA)
- Transmission Devices (AREA)
Abstract
The invention discloses a kind of vertical garbages to recycle compression cylinder, the power pedestal of a sliding is equipped in the barrel chamber, it is also connected with one on the power pedestal and comes the sliding compression pedestal slided in the barrel chamber, one first groove and one second groove are respectively equipped on the sliding compression pedestal, an electromagnet is equipped in second groove, the 4th groove corresponding with first groove and second groove and third groove are respectively equipped in the cylinder, the second sliding block and the first sliding block of a sliding are respectively equipped in 4th groove and the third groove, the second magnetic head of a repulsion corresponding with the electromagnet is respectively equipped on first sliding block, first sliding block drives the second sliding block movement, so as to utilize second sliding block clamping corresponding with the sliding compression pedestal, so as to by compressed rubbish Be fixed in the barrel chamber, further increase the storage capacity of rubbish, so as to avoid leaking outside because of rubbish caused by environmental pollution.
Description
Technical field
The present invention relates to a kind of garbage cans, and in particular to a kind of vertical garbage recycling compression cylinder more particularly to one kind can
Compressed storage can be carried out to rubbish, the vertical garbage recycling compression cylinder of garbage reclamation ability can be further increased.
Background technique
Also raising of the people for environmental consciousness is further promoted while continuous improvement with living standard, wherein
Due to also further increasing the generation of rubbish while people's living standard is continuously improved in present life, wherein present
Life in both sides of the road can see dustbin arranged side by side, so as to people generate rubbish after can be by rubbish
It is put into garbage can, then rubbish is further processed by sanitationman, wherein in present garbage can mostly
It is all simple shell structure, so as to carry out of short duration storage to rubbish using garbage can, although this garbage can
Rubbish is recycled, but there is problems: 1, due to garbage can limited amount street on, and present
City dweller's density of population is larger so just further produce a large amount of rubbish, and fewer in number due to sanitationman
To have led to the limitation to the processing capacity of rubbish, so the storage ability for just further causing garbage can is limited, when
The leakage that rubbish has just been further resulted in after largely waste deposit is in garbage can, over time will be further to city
Air cause pollution, seriously affect the health of resident.
It is therefore necessary to design a kind of vertical garbage recycling compression cylinder, to solve the above technical problems.
Summary of the invention
The object of the present invention is to overcome the problems of the prior art, provides a kind of vertical garbage recycling compression cylinder, this
Inventive structure is simple, and the power pedestal of a sliding can be arranged in the barrel chamber, be provided with sliding on the power pedestal
Pedestal is compressed, is slided in the barrel chamber so as to be further driven to the sliding compression pedestal using the power pedestal,
So as to further be compressed using the sliding compression pedestal to rubbish, and it can be controlled and be filled by the pressure
It sets and further controls the sliding compression pedestal to the compressing force of rubbish, and can be by set on the sliding compression pedestal
Electromagnet the second magnetic head set on first sliding block is repelled, so as to further using first sliding block
The movement of second sliding block is driven, so as to utilize second sliding block clamping corresponding with the sliding compression pedestal,
So as to which compressed rubbish to be fixed in the barrel chamber, and a row is equipped on the power pedestal, thus into one
Step the storage capacity for increasing rubbish, so as to avoid leaking outside because of rubbish caused by environmental pollution.
The invention is realized by the following technical scheme:
A kind of vertical garbage recycling compression cylinder includes a cylinder, a barrel chamber is equipped in the cylinder, is set in the barrel chamber
There is the power pedestal of a sliding, includes the driving gear there are two corresponding rotation on the power pedestal, set on the cylinder
There are two the 8th groove corresponding with the driving gear, two sliding tooths of a driving are additionally provided on the power pedestal
The motor for taking turns rotation further includes also setting two and institute on the cylinder there are two the support gear rotated on the power pedestal
Corresponding tenth groove of support gear is stated, one is also connected on the power pedestal and comes the sliding pressure slided in the barrel chamber
Contracting pedestal is respectively equipped with one first groove and one second groove on the sliding compression pedestal, is equipped with one in second groove
Electromagnet is respectively equipped with the 4th groove corresponding with first groove and second groove and third in the cylinder
Groove, is respectively equipped with the second sliding block and the first sliding block of a sliding in the 4th groove and the third groove, and described first
Sliding block is equipped with the second magnetic head of a repulsion corresponding with the electromagnet, and first sliding block drives second sliding block dynamic
Make, and second sliding block connection corresponding with first groove, is additionally provided with described in a control on the sliding compression pedestal
The infrared inductor that electromagnet is powered, the power pedestal is interior to be equipped with a pressure control corresponding with the sliding compression pedestal
Device, the pressure control device is interior to be equipped with a travel switch for controlling the direction of motor rotation, is additionally provided on the cylinder
The garbage mouth of one connection corresponding with the barrel chamber is additionally provided with the baffles of a sliding, the baffles and institute in the cylinder
State that garbage mouth is corresponding, the power pedestal controls the sliding of the baffles.
It is equipped with a barrel chamber in the cylinder, the power pedestal of a sliding is equipped in the barrel chamber, it can be in the electricity
The rotation of the driving gear is further driven under the rotation of machine, so as to further drive the power pedestal described
Sliding in barrel chamber can be further using described so as to further drive the sliding of the sliding compression pedestal
Sliding compression pedestal compresses the rubbish in barrel chamber, and one first groove and the are equipped on the sliding compression pedestal
Two grooves are provided with electromagnet in second groove, are provided on the cylinder recessed with first groove and second
The corresponding third groove of slot and the 4th groove are respectively arranged with a sliding in the 4th groove and the third groove
Second sliding block and the first sliding block are provided with the second magnetic head corresponding with the electromagnet on first sliding block, so as to
It is enough after electromagnet energization can further repulsion corresponding with the first sliding block progress, so as to further
The sliding of first sliding block is driven, so as to be further driven to the movement of second sliding block using first sliding block,
So as to using corresponding with first groove clamping of second sliding block, so as to by the sliding compression pedestal
It is positioned, so as to be segmented storage after further being compressed rubbish, to further improve the storage of rubbish
Ability, and sliding compression pedestal can be further adjusted to the compressing force of the rubbish, to mention using pressure control device
High compression effect, and garbage mouth can be set on the cylinder, so as to further facilitate the investment of rubbish, and energy
Enough garbage mouth is sealed by the baffles, so as to band further during power pedestal sliding
The sliding of the baffles is moved, so as to further prevent from putting into after rubbish in power pedestal sliding process to power bottom
It is damaged caused by seat, to guarantee the normal sliding to power pedestal.
Further, power pedestal two sides are respectively equipped with a 6th concave groove, power pedestal two sides
Further respectively have the 7th groove corresponding with the 6th groove, the 6th groove two sides respectively include that there are two be located at
Turn hole on the power pedestal, turn hole described in two sides is respectively equipped with a third shaft rotated in the 6th groove, described
Driving gear is connected respectively in the third shaft, and the end of the third shaft has been connected respectively one described
The first bevel gear rotated in 7th groove, the motor both ends are connected separately with one the 6th shaft, divide in the 6th shaft
It is not connected with one the 5th shaft, the 5th shaft is connected separately with the 4th shaft rotated in the 7th groove, institute
State the second bevel gear that an engagement connection corresponding with the first bevel gear is connected separately in the 4th shaft, the power bottom
A post-receiving chamber, the 4th shaft and the 5th shaft and the 6th shaft is additionally provided in seat to turn in the post-receiving chamber respectively
It is dynamic, it is corresponding with the 5th shaft and the 6th shaft with the 4th shaft that one is respectively equipped in the post-receiving chamber
Rolling bearing is correspondingly connected with by a universal joint respectively between the 4th shaft and the 5th shaft, the 5th shaft
It is correspondingly connected with respectively by a universal joint between the 6th shaft, the 6th shaft described in the motor driven can be passed through
Rotation, so as to be rotated while driving the 5th shaft and four shaft simultaneously, and can be described the
Between six shafts and the 5th shaft, and pass through a universal joint respectively between the 5th shaft and the 4th shaft
Corresponding connection is carried out, so as to be further ensured that the normal rotation of the 4th shaft, described in utilizing
4th shaft further drives the rotation of the second bevel gear, so as to utilize the second bevel gear and described first
The rotation of the third shaft is further driven to after the corresponding engagement connection of bevel gear, so as to further drive the driving
The rotation of gear.
Further, the universal joint includes a first connecting rod and one second connecting rod, the first connecting rod with
It is concave and intersect the groove that is correspondingly arranged, the first connecting rod and described second that one is respectively equipped in second connecting rod
Connecting rod is in the cross corresponding rotation connection of cross shaft by one, can be connected in the first connecting rod and described second
A concave groove, and two cross-shaped settings of groove are respectively set on extension bar, it is described cross so as to pass through
Cross shaft the first connecting rod and second connecting rod are subjected to corresponding connection, so as to make the cross
Shaft rotates in two grooves, so as in the case where the first connecting rod and second connecting rod bend
It can similarly rotate.
Further, power pedestal two sides are additionally provided with two corresponding 9th grooves, divide in the 9th groove
It does not include the 7th shaft being connected on the power pedestal, the support gear turns in the 7th shaft respectively
It is dynamic, the tenth groove corresponding with the 9th groove, the tenth groove and the described 8th are respectively equipped on the cylinder
Be respectively equipped with a rack gear in groove, the support gear with the driving gear is corresponding with the rack gear respectively engages connection,
Two corresponding 9th grooves can be set in the two sides of the power pedestal, be respectively arranged with one in the 9th groove
7th shaft, the support gear rotate in the 7th shaft respectively, thus using the support gear the described tenth
The corresponding engagement connection of set rack gear in groove, so as to be propped up using power pedestal described in the support gear mesh
Support, to be further ensured that the power pedestal normally slides in the barrel chamber.
Further, it is respectively equipped with a corresponding connected slot on the power pedestal and the sliding compression pedestal,
The connection plug of a connection corresponding with the connected slot is respectively equipped on the sliding compression pedestal, the connection plug is logical
Cross conducting wire connection corresponding with the infrared inductor respectively, the third groove and the 4th groove be respectively equipped with a row and
It is corresponding with the sliding compression pedestal respectively, one and the third groove and the 4th groove are respectively equipped in the cylinder
One is connected separately in the first inner chamber on the first inner chamber of corresponding connection, first sliding block and second sliding block
The first slide-bar and the second slide-bar of sliding are additionally provided with a first rotating shaft being connected on the cylinder, institute in the first inner chamber
The third slide-bar that first rotating shaft is equipped with a rotation is stated, the both ends of the third slide-bar are respectively equipped with one second shaft, and described the
One slide-bar rotates in second shaft respectively with second slide-bar, can be in the power pedestal and the sliding compression
It is respectively arranged on the base with corresponding connected slot, so as to pass through connection plug set on the sliding compression pedestal
Link slot corresponding with the connected slot, so as to further by the connection plug to the electromagnet and red
Outer inductor power supply, and the dynamic of second slide-bar can be further driven in the sliding process of first sliding block
Make, so as to drive the movement of the third slide-bar by second slide-bar, so as to further utilize described the
Three slide-bars are further driven to the movement of second slide-bar, so as to achieve the purpose that push the second sliding block movement.
Further, the third groove is arranged in the shape of a spiral with the 4th groove, can by the third groove with
4th groove is arranged in the shape of a spiral, can during the power pedestal slides in barrel chamber, can simultaneously band
The sliding for moving the sliding compression pedestal, since electromagnet can be powered sliding compression pedestal during sliding, so as to
Enough the third groove and the 4th groove are arranged in the shape of a spiral, so as to further avoid sliding compression bottom
Set electromagnet discharge corresponding with the second magnetic head progress on seat, so as to further avoid the dynamic of the second sliding block
Make, so as to guarantee the normal sliding to sliding compression pedestal, it is fixed in correct position to sliding compression pedestal to guarantee
Position.
Further, a 5th concave groove is respectively equipped on the sliding compression pedestal, in the power pedestal
It is respectively equipped with the sliding cavity of a connection corresponding with the 5th groove, the pressure control device includes one in the sliding
Intracavitary sliding presses axis, and described press is connected with a pressing plate corresponding with the 5th groove, the pressure control on axis
Device processed further includes having one to be connected to the top pressing board pressed on axis, and the top pressing board slides in the sliding cavity, described
Pressure control device further includes having one to be sleeved on the spring pressed on axis, top pressing board described in the spring suppression, the row
Cheng Kaiguan is located in the sliding cavity, and the axis that presses is corresponding with the travel switch, and described press is also connected on axis
It is corresponding that a circle is respectively equipped on one platen corresponding with the 5th groove, the power pedestal and sliding pressure pedestal
Fixing groove, be connected separately with a fixing axle corresponding with the fixing groove on the sliding compression pedestal, can be described
Sliding compression pedestal is correspondingly connected on the power pedestal, described so as to be pressed in the sliding compression pedestal further
It, can be by the spring further to the pressure so as to further be compressed to the axis that presses on platen
Moving axis is supported, so as to can further pass through the sliding compression pedestal in the power pedestal sliding process
Rubbish is compressed, described presses axis so as to further push in the case where reaching the elastic force pressure of spring
Movement, so as to further touch the closure of the travel switch, so as to realize the reversion of the motor, thus into
The sliding of the drive power pedestal of one step.
Further, the press chamber of a connection corresponding with the sliding cavity is additionally provided in the cylinder, in the cylinder
It is additionally provided with the adjustment bar turn hole of a connection corresponding with the press chamber, the first of a rotation is equipped in the adjustment bar turn hole and adjusts
Whole bar, be connected on the first adjustment bar one the intracavitary rotation of press press disk, the trapezoidal setting of the press disk,
Described press is additionally provided with a second concave slide opening on axis, the travel switch slides in second slide opening, the top
It is also connected with a magnetic outer cover on platen, the first of a connection corresponding with the magnetism outer cover is connected on the travel switch
Magnetic head is additionally provided with the threaded hole of a connection corresponding with the press chamber in the cylinder, be connected on the press disk one and
The corresponding connection screw thread axis of the threaded hole, the first adjustment bar are equipped with first slide opening being square, and described first
The second adjustment bar of a sliding is equipped in slide opening, the cylinder is equipped with a through-hole corresponding with the second adjustment bar, energy
Enough can be further that the connection screw thread axis rotates in the threaded hole in the case where rotating the first adjustment bar,
So as to drive the sliding of the first adjustment bar, so as to further drive the press disk intracavitary in the press
Sliding, so as to further adjust height of the travel switch in the sliding cavity, so as to further
Achieve the purpose that adjustment presses axis and presses the size of dynamics to travel switch, thus reach the adjustment adjusted to garbage-compressing power,
And magnetic outer cover can be set on the press disk, so as to the setting on the travel switch and the magnetic outer cover
First magnetic head of corresponding magnetic, so as to make the drive travel switch in the press disk rotation process simultaneously in institute
State the intracavitary purpose slided up and down of press.
Further, it is oblique and corresponding contact to be respectively equipped with one for first groove and second sliding block
Face is connected separately with the first press piece corresponding with the second sliding shoe on the power pedestal, can be in the cunning
Dynamic pressure contracting pedestal can be when the sliding compression pedestal reach certain pressure during sliding, the sliding compression
What pedestal can continue to carries out press to rubbish, but under the action of electromagnet second sliding block can at this time slided, from
And can using the first press piece to second sliding block carry out it is corresponding suppress, so as to by second sliding block
It rebounds, to be further ensured that the normal sliding of sliding compression pedestal.
Further, the garbage mouth two sides respectively include the 11st groove being located on the cylinder, it is described every
Baffle slides in the 11st groove, and a support plate is also connected on the baffles, is connected with one in the support plate
First press column annular in shape, is additionally provided with the 12nd groove corresponding with the baffles on the cylinder, and described the
It is set in 12 grooves there are two corresponding second spring clip, one annular in shape the is connected separately on second spring clip
Two press columns, two described second press columns connection corresponding with the first press column, are also connected with one on the baffles
Second slided in the barrel chamber presses piece, and it is corresponding with the second press piece that one is also connected on the power pedestal
First spring clip can be able to drive the sliding of first spring clip during power pedestal slides, so as to
Enough using first spring clip further drive it is described second press piece sliding, so as to simultaneously drive described in every
The sliding of baffle can pass through the first press column card corresponding with two press column progress set by the baffles
It connects, so as to be sealed the baffles to the garbage mouth, so as to prevent the past garbage mouth continued from launching rubbish
Rubbish, to guarantee the normal sliding to the power pedestal.
Compared with prior art, the beneficial effects of the present invention are: the power bottom of a sliding can be arranged in the barrel chamber
Seat, is provided with sliding compression pedestal on the power pedestal, described so as to be further driven to using the power pedestal
Sliding compression pedestal slides in the barrel chamber, so as to further be pressed using the sliding compression pedestal rubbish
Contracting, and the sliding compression pedestal can be further controlled by the pressure control device to the compressing force of rubbish, and
The second magnetic head set on first sliding block can be repelled by electromagnet set on the sliding compression pedestal,
So as to be further driven to the movement of second sliding block using first sliding block, so as to using second sliding block with
The corresponding clamping of the sliding compression pedestal, so as to which compressed rubbish to be fixed in the barrel chamber, and in institute
Power pedestal is stated equipped with a row, so as to achieve the purpose that sectional compression collects rubbish, further increasing in barrel chamber
Added the storage capacity of rubbish, so as to avoid leaking outside because of rubbish caused by environmental pollution, thus further guarantee arrive human body
Health.
Detailed description of the invention
The present invention will be further described with reference to the accompanying drawing.
Fig. 1 is that a kind of vertical garbage of the embodiment of the present invention recycles compression cylinder overall structure diagram.
Fig. 2 is that a kind of vertical garbage of the embodiment of the present invention recycles compression cylinder overall structure top view.
Fig. 3 is third groove and the 4th groove overall structure diagram set by cylinder of the embodiment of the present invention.
Fig. 4 is that schematic diagram is arranged in third of embodiment of the present invention groove and the 4th groove location.
Fig. 5 is pressure control device of embodiment of the present invention overall structure diagram.
Fig. 6 is pressure control device of embodiment of the present invention overall structure side view.
Fig. 7 is baffles of embodiment of the present invention overall structure diagram.
Fig. 8 is universal joint of embodiment of the present invention overall structure diagram.
In figure: 1 cylinder, 2 barrel chambers, 3 power pedestals, 4 sliding compression pedestals, 5 driving gears, 6 first grooves, 7 second recessed
Slot, 8 third grooves, 9 the 4th grooves, 10 first inner chambers, 11 electromagnet, 12 first sliding blocks, 13 second sliding blocks, 14 first slide-bars,
15 second slide-bars, 16 third slide-bars, 17 first rotating shafts, 18 second shafts, 19 first press pieces, 20 fixing grooves, 21 fixing axles, 22
Connected slot, 23 connection plugs, 24 the 5th grooves, 25 platens, 26 travel switches, 27 infrared sensors, 28 pressure control devices,
29 the 6th grooves, 30 the 7th grooves, 31 third shafts, 32 the 8th grooves, 33 post-receiving chambers, 34 first bevel gears, 35 second cone teeth
Wheel, 36 the 4th shafts, 37 the 5th shafts, 38 the 6th shafts, 39 universal joints, 40 motors, 41 the 9th grooves, 42 the tenth grooves, 43
7th shaft, 44 support gears, 45 garbage mouths, 46 the 11st grooves, 47 baffles, 48 second press pieces, 49 first spring clips,
50 support plates, 51 first press columns, 52 the 12nd grooves, 53 second spring clips, 54 second press columns, 55 sliding cavities, 56 press
Chamber, 57 adjustment bar turn holes, 58 threaded holes, 59 the first adjustment bars, 60 second adjustment bars, 61 press disks, 62 connection screw thread axis, 63 the
One slide opening, 64 first magnetic heads, 65 magnetic outer covers, 66 second slide openings, 67 top pressing boards, 68 springs, 69 press axis, 70 second magnetic heads,
71 first connecting rods, 72 second connecting rods, 73 cross shafts.
Specific embodiment
As shown in Figures 1 to 8, a kind of vertical garbage recycles compression cylinder, includes a cylinder 1, is equipped with one in the cylinder 1
Barrel chamber 2, it includes that there are two corresponding rotations on the power pedestal 3 that the barrel chamber 2 is interior, which to be equipped with a power pedestal 3 slided,
Gear 5 is driven, sets that there are two the 8th groove 32 corresponding with the driving gear 5, the power pedestals 3 on the cylinder 1
On be additionally provided with the motor 40 that the driving gear 5 of a driving two rotates, further include that there are two rotate on the power pedestal 3
Gear 44 is supported, also sets two the tenth grooves 42 corresponding with the support gear 44, the power pedestal on the cylinder 1
It is also connected with one on 3 and comes the sliding compression pedestal 4 slided in the barrel chamber 2, is respectively equipped with one on the sliding compression pedestal 4
First groove 6 and one second groove 7 are equipped with an electromagnet 11 in second groove 7, be respectively equipped in the cylinder 1 one with
First groove 6 and corresponding 4th groove 9 of second groove 7 and third groove 8, the 4th groove 9 with it is described
The second sliding block 13 and the first sliding block 12 of a sliding are respectively equipped in third groove 8, first sliding block 12 is equipped with one and institute
The second magnetic head 70 of the corresponding repulsion of electromagnet 11 is stated, first sliding block 12 drives second sliding block 13 to act, and described
The connection corresponding with first groove 6 of second sliding block 13 is additionally provided with the control electromagnet on the sliding compression pedestal 4
11 infrared inductors 27 being powered, the power pedestal 3 is interior to be equipped with a pressure control corresponding with the sliding compression pedestal 4
Device 28, the interior travel switch 26 for being equipped with control 40 rotation direction of motor of the pressure control device 28, the cylinder 1
On be additionally provided with the garbage mouth 45 of a connection corresponding with the barrel chamber 2, the baffles 47 of a sliding are additionally provided in the cylinder 1,
The baffles are corresponding with the garbage mouth, and the power pedestal 3 controls the sliding of the baffles.
It is provided with a barrel chamber 2 in the cylinder 1, the power pedestal 3 of a sliding is equipped in the barrel chamber 2, it is described dynamic
The driving gear 5 there are two corresponding rotation is set on power pedestal 3, and is respectively equipped with two and the drive on the cylinder 1
Corresponding 8th groove 32 of moving gear 5, the driving gear 5 rotate in the 8th groove 32, and in the power
It is additionally provided with the support gear 44 of two rotations on pedestal 3, and is additionally provided with two and the support gear 44 on the cylinder 1
Corresponding tenth groove 42, the support gear 44 rotate in the tenth groove 42, and in the power pedestal 3
Equipped with a motor 40, so as to drive the rotation of two driving gears 5 simultaneously using the motor 40, so as to benefit
It is rotated in the 8th groove 32 with two driving gears 5, to further drive the power pedestal 3 described
Sliding in barrel chamber 2, and can be rotated in the tenth groove 42 by two support gears 44, thus further
The power pedestal 3 is supported, to be further ensured that the normal sliding of the power pedestal 3, and described
Row's sliding compression pedestal 4 is connected on power pedestal 3, the sliding compression pedestal 4 can slide in the barrel chamber 2,
It is respectively equipped with one first groove 6 and one second groove 7 on the sliding compression pedestal 4, is equipped on the cylinder 1 and described the
One groove 6 and corresponding 4th groove 9 of second groove 7 and third groove 8, are respectively equipped in second groove 7
One electromagnet 11 is respectively equipped with the second sliding block 13 and one first of a sliding in the 4th groove 9 and the third groove 8
Sliding block 12, and first sliding block 12 is capable of the sliding of drive second sliding block 13 simultaneously during sliding,
It is connected separately with second magnetic head 70 corresponding with the electromagnet 11 on first sliding block 12, and is pressed in the sliding
The case where further respectively having an infrared inductor 27 on contracting pedestal 4, incuding rubbish so as to utilization infrared inductor 27, thus
The further energization that the electromagnet 11 is controlled using infrared inductor 27, can be after the electromagnet 11 energization to produce
Magnetisation power can carry out corresponding repulsion with second magnetic head 70 using the electromagnet 11, to further drive
The sliding of first sliding block 12 can be sliding described second so as to the sliding of drive second sliding block 13 simultaneously
Second sliding block 13 described in further formula carries out corresponding connection with first groove 6 during the sliding of block 13, thus
After capable of being connected in first groove 6 by second sliding block 13, the sliding compression pedestal 4 can be made to be connected to
On second sliding block 13, so as to make the rubbish storage after compression in the barrel chamber 2, to further improve
Barrel chamber 2 stores the ability of rubbish, so that further avoiding dustbin caused by after a large amount of rubbish are thrown into dustbin can not deposit
The purpose of storage further improves the protection to environment, and is provided with a pressure control device in the power pedestal 3
28, so as to which the pressure can be passed through during driving the sliding compression pedestal 4 sliding in the power pedestal 3
Control device 28 further makes the sliding compression pedestal 4 carry out the compression of certain pressure to rubbish, and can be so as to
It is enough that the pressure for compressing rubbish is controlled by the pressure control device 28, and be provided in the pressure control device 28
One stroke switch 26, so as to can further touch travel switch 26 after to garbage-compressing to certain pressure, from
And the motor 40 can be controlled using travel switch 26, so as to further control the rotation of the motor 40
Direction, so as to drive the sliding compression pedestal 4 sliding up and down repeatedly in the barrel chamber 2, to realize to rubbish
The purpose that rubbish is compressed, and the infrared inductor can be further touched while compressing to rubbish
27, so as to make the electromagnet 11 be powered, can slide into sliding compression pedestal 4 after certain height can make institute
It states the second sliding shoe 13 and carries out corresponding connection with the first groove 6 set by the sliding compression pedestal 4, so as into one
Step is pressed on the rubbish in the barrel chamber 2 by sliding compression pedestal 4, and one and institute are equipped on the cylinder 1
The garbage mouth 45 of the corresponding connection of barrel chamber 2 is stated, the baffles 47 of a sliding, and the baffles are additionally provided in the cylinder 1
47 is corresponding with the garbage mouth 45, so as to which the garbage mouth 45 is sealed using the baffles 47, and energy
Enough slidings that the baffles 47 are further driven to during the power pedestal 3 sliding, so as in the power
Pedestal 3 drives the sliding of the baffles 47 to be further sealed to the garbage mouth 45 during sliding, thus anti-
On influence caused by power pedestal 3 after only being thrown away in sliding to rubbish because of power pedestal 3, to be further ensured that dynamic
The normal sliding of power pedestal 3, so as to which a row is arranged in the sliding compression pedestal 4, so as to be pressed using the sliding
Rubbish is compressed respectively of contracting pedestal 4, so as to the pressure for being segmented rubbish to rubbish by sliding compression pedestal 4
Contracting, so that the recovery efficiency of rubbish is further improved, to further increase the protection of environment.
As shown in Fig. 2, 3 two sides of power pedestal are respectively equipped with a 6th concave groove 29, the power pedestal 3
Two sides further respectively have the 7th groove 30 corresponding with the 6th groove 29, and 29 two sides of the 6th groove respectively include
There are two being located at turn hole on the power pedestal 3, turn hole described in two sides is respectively equipped with one and rotates in the 6th groove 29
Third shaft 31, the driving gear 5 are connected respectively in the third shaft 31, the end part of the third shaft 31
It is not correspondingly connected with a first bevel gear 34 rotated in the 7th groove 30,40 both ends of motor are connected separately with one
6th shaft 38 is connected separately with one the 5th shaft 37 in the 6th shaft 38, and the 5th shaft 37 is connected separately with one
The 4th shaft 36 rotated in the 7th groove 30 is connected separately with one and the first cone tooth in the 4th shaft 36
The second bevel gear 35 of 34 corresponding engagement connections is taken turns, is additionally provided with a post-receiving chamber 33, the 4th shaft in the power pedestal 3
36 rotate in the post-receiving chamber 33 respectively with the 5th shaft 37 and the 6th shaft 38, set respectively in the post-receiving chamber 33
There is a rolling bearing corresponding with the 5th shaft 37 and the 6th shaft 38 with the 4th shaft 36, described
It is correspondingly connected with respectively by a universal joint 39 between four shafts 36 and the 5th shaft 37, the 5th shaft 37 and described the
It is correspondingly connected with respectively by a universal joint 39 between six shafts 38, it is concave to be respectively equipped with one in the two sides of the power pedestal 3
The 6th groove 29, further respectively have one the 7th groove 30 in the two sides of the power pedestal 3, the 7th groove 30 respectively with
6th groove 29 is corresponding, is respectively equipped with a turn hole in the two sides of the 6th groove 26, sets respectively in the turn hole
There is a third shaft 31 rotated in the 6th groove 26, the driving gear 5 is connected respectively to be turned in the third
On axis 31, a first bevel gear 34 rotated in the 7th groove 30 is also respectively connected in the third shaft 31,
And two first bevel gears 34 are corresponding arranged in a crossed manner, thus the rotation direction of the first bevel gear 34 on the contrary,
And it is connected separately with one the 6th shaft 38 at the both ends of the motor 40, so as to the mistake rotated in the 6th shaft 38
It is further driven to the rotation of the 5th shaft 37 in journey, and is capable of the rotation of drive the 4th shaft 36 simultaneously, and
And it is connected separately with a second bevel gear 35 in the 4th shaft 36, so as to utilize the second bevel gear 35 into one
Step drives the rotation of the first bevel gear 34, so as to further drive the rotation of the driving gear 5, so as to
Sliding of the power pedestal 3 in the barrel chamber 2 is further driven, and can be using universal joint 39 to the 4th shaft 36
And the 5th shaft 37 and corresponding connection is carried out between the 6th shaft 38, so as to further guarantee
To the normal rotation for being further ensured that the 4th shaft 36 during the 6th shaft 38 rotation.
As shown in figure 8, the universal joint 39 includes a first connecting rod 71 and one second connecting rod 72, described first connects
Concave and intersect the groove being correspondingly arranged a, first connecting rod is respectively equipped on extension bar 71 and second connecting rod 72
71 with second connecting rod 72 by one in the corresponding rotation connection of cross cross shaft 73, in the first connecting rod
71 and second connecting rod 72 on be respectively equipped with a concave groove, and two cross-shaped settings of groove, and
And corresponding connection is carried out in criss-cross cross shaft 73 by one in the groove of two cross-likes, so as to
It is further protected using cross shaft 73 during the first connecting rod 71 bends with second connecting rod 72
Demonstrate,prove the normal rotation of the first connecting rod 71 and second connecting rod 72.
As shown in Fig. 2, 3 two sides of power pedestal are additionally provided with two corresponding 9th grooves 41, the 9th groove
The 7th shaft 43 being connected on the power pedestal 3 is respectively included in 41, the support gear 44 is respectively described
It is rotated in seven shafts 43, is respectively equipped with the tenth groove 42 corresponding with the 9th groove 41 on the cylinder 1, described
Be respectively equipped with a rack gear in ten grooves 42 and the 8th groove 32, the support gear 44 and the driving gear 5 respectively with
The corresponding engagement connection of rack gear, is respectively equipped with two corresponding 9th grooves 41, described on the power pedestal 5
One the 7th shaft 43 is respectively equipped in 9th groove 41, and the support gear 44 turns in the 7th shaft 43 respectively
It is dynamic, the tenth groove 42 corresponding with the 9th groove 41 is respectively equipped on the cylinder 1, in the tenth groove 42
Be respectively equipped with a rack gear in the 8th groove 32, so as to using the support gear 44 and the driving gear 5 and
The rack gear carries out corresponding engagement connection, to be further ensured that the power pedestal 3 can be in the barrel chamber 2
Normal sliding.
As shown in figures 1 and 3, a corresponding company is respectively equipped on the power pedestal 3 and the sliding compression pedestal 4
Slot 22 is patched, the connection plug 23 of a connection corresponding with the connected slot 22 is respectively equipped on the sliding compression pedestal 4,
The connection plug 23 is by conducting wire connection corresponding with the infrared inductor 27 respectively, the third groove 8 and described the
Four grooves 9 are respectively equipped with a row and corresponding with the sliding compression pedestal 4 respectively, are respectively equipped with one and institute in the cylinder 1
State third groove 8 and the corresponding first inner chamber 10 being connected to of the 4th groove 9, first sliding block 12 and second sliding block
The first slide-bar 14 and the second slide-bar 15 that one slides in the first inner chamber 10, the first inner chamber 10 are connected separately on 13
It is inside additionally provided with a first rotating shaft 17 being connected on the cylinder 1, the first rotating shaft 17 is equipped with the third slide-bar of a rotation
16, the both ends of the third slide-bar 16 are respectively equipped with one second shaft 18, and first slide-bar 14 divides with second slide-bar 15
Do not rotated in second shaft 18, on the power pedestal 3 with that one is respectively equipped on the sliding compression pedestal 4 is opposite
The connected slot 22 answered is respectively equipped with a connection corresponding with the connected slot 22 on the sliding compression pedestal 4 and inserts
First 23, it is described so as to make so as to be connected respectively in the connected slot 22 using the connection plug 22
Sliding compression pedestal 4 is powered, so as to further make the infrared inductor 27 and the electromagnet 11 be powered, and institute
It states third groove 8 and the 4th groove 9 is respectively equipped with a row, it can be according to the different to which setting one arranges the of 1 height of cylinder
Three grooves 8 and the 4th groove 9, and can be by the quantity of the sliding compression pedestal 4 and the third groove 8 and the described 4th
The quantity of groove 9 is identical, a first inner chamber 10 is additionally provided in the cylinder 1, and set respectively in the first inner chamber 10
There is a first rotating shaft 17, the third slide-bar 16 of a rotation is respectively equipped in the first rotating shaft 17, in first sliding block 12
With the first slide-bar 14 and the second slide-bar 15 that one slides in the first inner chamber 10 are connected separately on second sliding block 13,
And one second shaft 18, first slide-bar 14 and second slide-bar are connected separately at the both ends of the third slide-bar 16
15 rotate in second shaft 18 respectively, so as to further push during first sliding block 12 sliding
The sliding of first slide-bar 14, so as to further push the movement of the third slide-bar 16, so as to utilize institute
The sliding that third slide-bar 16 further pushes second slide-bar 13 is stated, pushes second sliding block 13 to slide so as to reach
Purpose, so as to further limit the sliding of the sliding compression pedestal 4 using the second sliding block 13, so as to by rubbish
The storage being segmented after rubbish compression.
As shown in figure 4, the third groove 8 is arranged in the shape of a spiral with the 4th groove 9, it can be by the third groove
8 and the 4th groove 9 be arranged in the shape of a spiral, so as to the mistake slided in the barrel chamber 2 in the sliding compression pedestal 4
Cheng Zhong avoids distinguishing corresponding repulsion to second magnetic head 70 side by side in the case where the electromagnet 11 is powered, thus
The random sliding of the second sliding block 13 is further avoided, to be further ensured that the normal sliding of the sliding compression pedestal 4.
As shown in figure 5, being respectively equipped with a 5th concave groove 24, the power bottom on the sliding compression pedestal 4
The sliding cavity 55 of a connection corresponding with the 5th groove 24 is respectively equipped in seat 3, the pressure control device 28 includes
One slided in the sliding cavity 55 press axis 69, it is described to press that one is connected on axis 69 is corresponding with the 5th groove 24
Pressing plate 25, the pressure control device 28 further includes having one to be connected to the top pressing board 67 pressed on axis 69, the top
Pressing plate 67 slides in the sliding cavity 55, and the pressure control device 28 further includes having one to be sleeved on described press on axis 69
Spring 68, the spring 8 suppress the top pressing board, and the travel switch 26 is located in the sliding cavity 55, and described press axis
69 is corresponding with the travel switch 26, and described press is also connected with a platen corresponding with the 5th groove 24 on axis 69
25, the corresponding fixing groove 20 of a circle, the sliding pressure are respectively equipped on the power pedestal 3 and the sliding compression pedestal 4
A fixing axle 21 corresponding with the fixing groove 20 is connected separately on contracting pedestal 4, on the sliding compression pedestal 4 respectively
Equipped with a 5th concave groove 24, a sliding corresponding with the 5th groove 24 is equipped in the power pedestal 3
Chamber 55, the pressure control device 28 include one to press axis 69, and the axis 69 that presses can slide in the sliding cavity 55,
And a top pressing board 67 is connected on axis 69 in described press, the top pressing board 67 slides in the sliding cavity 55, described
Axis 69 is pressed equipped with a spring 68, so as to suppress using spring 68 top pressing board 67, so as into one
Step suppresses the axis 69 that presses, so as to further suppress the platen 25, so as in institute
It states after sliding compression pedestal 4 is pressed on the power pedestal 3, the pressure can be pressed on by the sliding compression pedestal 4
On disk 25, so as to further press it is described press axis 69, so as to the elastic force pressure using the spring 28 to described
It presses axis 69 to be supported, the travel switch 26 can be located in the sliding cavity 55, it can be after reaching certain pressure
The travel switch 26 is touched using the axis 69 that presses, is slided in the barrel chamber 2 automatically so as to reach power pedestal 3
Purpose, and the concave fixing groove of a circle can be respectively set on the power pedestal 3 and the sliding compression pedestal 4
20, so as to be connected in the fixing groove 20 using fixing axle 21 set on sliding compression pedestal 4, so as in institute
Stating after sliding compression pedestal 4 is superimposed prevents the sliding compression pedestal 4 from arbitrarily sliding, to guarantee to arrive the sliding compression bottom
The normal compression function of seat 4.
As shown in fig. 6, the press chamber 56 of a connection corresponding with the sliding cavity 55 is additionally provided in the cylinder 1, it is described
It is additionally provided with the adjustment bar turn hole 57 of a connection corresponding with the press chamber 56 in cylinder 1, is equipped in the adjustment bar turn hole 57
The first adjustment bar 59 of one rotation is connected with a press disk rotated in the press chamber 56 on the first adjustment bar 59
61, the trapezoidal setting of the press disk 61, described press is additionally provided with a second concave slide opening 66 on axis 69, the stroke is opened
It closes 26 to slide in second slide opening 66, a magnetic outer cover 65, the travel switch 26 is also connected on the press disk 61
On be connected with the first magnetic head 64 of a connection corresponding with the magnetic outer cover 65, be additionally provided with one and the top in the cylinder 1
The threaded hole 58 of the corresponding connection of chamber 50 is pressed, is connected with a connection spiral shell corresponding with the threaded hole 58 on the press disk 61
Line axis 62, the first adjustment bar 59 are equipped with first slide opening 63 being square, a sliding are equipped in first slide opening 63
Second adjustment bar 60, the cylinder 1 be equipped with a through-hole corresponding with the second adjustment bar 60, in the cylinder 1
Press chamber 56 equipped with a connection corresponding with the sliding cavity 55, is additionally provided with one and the press chamber 56 in the cylinder 1
The adjustment bar turn hole 57 of corresponding connection is equipped with the first adjustment bar 59 of a rotation, described in the adjustment bar turn hole 57
A press disk 61 is connected on the first adjustment bar 59, the press disk 61 rotates in the press chamber 56, and the press
The trapezoidal setting of disk 61 is additionally provided with a second concave slide opening 66 in described press on axis 69, the travel switch 26 is in institute
Sliding in the second slide opening 66 is stated, the magnetic magnetic outer cover 65 of a tool is connected on the press disk 61, is opened in the stroke
It closes and is connected with magnetic first magnetic head 64 of a tool on 26, first magnetic head 64 magnetic corresponding with the magnetism outer cover 65,
And it is connected with a connection screw thread axis 62 on the press disk 61, one and 50 phase of press chamber are equipped on the cylinder 1
The threaded hole 58 of corresponding connection, so as to make the connection screw thread axis 62 engagement connection corresponding with the threaded hole 58, from
And the connection screw thread axis 62 and the spiral shell can be further driven during rotating the first adjustment bar 59
The corresponding engagement of pit 58 connects, so as to further drive cunning of the press disk 61 in the press chamber 56
It is dynamic, so as to further drive the travel switch 26 sliding up and down in second slide opening 66, so as into
The adjustment of one step presses axis 69 to the pressure power of the travel switch, so as to further adjust sliding compression pedestal 4 to rubbish
The pressing force of rubbish, and first slide opening 63 being square is equipped on the first adjustment bar 59, it is set on the cylinder 1
There is a through-hole, so as to slide the second adjustment bar 60 in the through-hole, so as to by the second adjustment bar
60 carry out corresponding connection with first slide opening 63, described so as to be further driven to using the second adjustment bar 60
The rotation of the first adjustment bar 59, so as to further facilitate adjustment sliding compression pedestal 4 to the purpose of garbage-compressing power size.
As shown in Figure 1, to be respectively equipped with one oblique and corresponding connect for first groove 6 and second sliding block 13
Contacting surface is connected separately with a first press piece 19 corresponding with the second sliding shoe 13 on the power pedestal 3, described
It is respectively equipped with an oblique contact surface on first groove 6 and second sliding block 13, so as in first groove 6
Due to not reaching corresponding pressing force in sliding compression pedestal 4 after carrying out corresponding contact with second sliding block 13
In the case of the sliding compression pedestal 4 can be made to continue movement, so as to using can after two corresponding contact of incline plane
Second sliding block 13 is set to detach first groove 6, so as to guarantee to sliding compression pedestal 4 to continue to slide, and
And second sliding block 13 can be suppressed using the first press piece 19, so as to be retracted to second sliding block 13
In 4th groove 9, to be further ensured that the normal sliding of the sliding compression pedestal 4.
As shown in fig. 7,45 two sides of garbage mouth respectively include the 11st groove 46 being located on the cylinder 1,
The baffles 47 slide in the 11st groove 46, and a support plate 50, the branch are also connected on the baffles 47
A first press column 51 annular in shape is connected on fagging 50, it is opposite with the baffles 47 to be additionally provided with one on the cylinder 1
The 12nd groove 52 answered, sets that there are two corresponding second spring clips 53 in the 12nd groove 52, and described second suppresses
A second press column 54 annular in shape, two second press columns 54 and the first press column are connected separately on piece 53
51 corresponding connections are also connected with a second press piece 48 slided in the barrel chamber 2, the power on the baffles 47
First spring clip 49 corresponding with the second press piece 48 is also connected on pedestal 3, in the two sides of the garbage mouth 45
It is respectively equipped with 1 the 11st groove 46, the baffles 47 slide in the 11st groove 46, and in the baffles
It is also connected with a support plate 50 on 47, a first press column 51 annular in shape is connected in the support plate 50, described
It is additionally provided with the 12nd groove 52 of a connection corresponding with the garbage mouth 45 on cylinder 1, connects in the 12nd groove 52
It connects there are two corresponding second spring clip 53, one second press column 54 is connected separately on second spring clip 53, and
And a second press piece 48 slided in the barrel chamber 2 is connected on the baffles 47, connect on the power pedestal 3
It is connected to one first spring clip 49, so as to can be further during the upward sliding in barrel chamber 2 of power pedestal 3
Drive first spring clip 49 sliding, so as to using first spring clip 49 and the second press piece 48 into
The sliding of the baffles 47 can be driven after the corresponding contact of row, further so as to further make described first
Press column 51 carries out corresponding connection with two the second press columns 54, so as to make the baffles 47 by the rubbish
Rubbish mouth 45 seals, can be described dynamic so as to the garbage throwing that can prevent people from continuing during compressed garbage
Power pedestal 3 can be pushed up further using first spring clip 49 by described second during downslide in the barrel chamber 2
Tabletting 48 pulls, so as to can further drive the movement of the baffles 47, so as to by the garbage mouth 45
It opens, first spring clip 49 has elasticity, described that described the can be utilized during the power pedestal 3 slides up and down
After one spring clip 49 carries out corresponding connection with the second press piece 48, thus make that first spring clip 59 continues with
The power pedestal 3 slides.
Embodiment provided above is better embodiment of the invention, only is used to facilitate to illustrate the present invention, not to this hair
It is bright to make any form of restriction, any those of ordinary skill in the art, if not departing from the proposed skill of the present invention
In the range of art feature, using the equivalent embodiment for locally changing or modifying made by disclosed technology contents, and
Without departing from technical feature content of the invention, in the range of still falling within the technology of the present invention feature.
Claims (10)
1. a kind of vertical garbage recycles compression cylinder, includes a cylinder, be equipped with a barrel chamber in the cylinder, it is characterised in that: institute
The power pedestal for being equipped with a sliding in barrel chamber is stated, includes the driving gear there are two corresponding rotation, institute on the power pedestal
The 8th groove corresponding with the driving gear there are two setting on cylinder is stated, is additionally provided with a driving two on the power pedestal
The motor of sliding tooth wheel rotation further includes there are two the support gear rotated, on the cylinder also on the power pedestal
If two the tenth grooves corresponding with the support gear, it is also connected with one on the power pedestal and comes cunning in the barrel chamber
Dynamic sliding compression pedestal is respectively equipped with one first groove and one second groove on the sliding compression pedestal, and described second is recessed
It is equipped with an electromagnet in slot, is respectively equipped with one and first groove and second groove the corresponding 4th in the cylinder
The second sliding block and first that a sliding is respectively equipped in groove and third groove, the 4th groove and the third groove are slided
Block, first sliding block are equipped with the second magnetic head of a repulsion corresponding with the electromagnet, described in first sliding block drive
Second sliding block acts, and second sliding block connection corresponding with first groove, is additionally provided on the sliding compression pedestal
The infrared inductor that the one control electromagnet is powered, the power pedestal are interior corresponding with the sliding compression pedestal equipped with one
Pressure control device, the travel switch of a control direction of motor rotation, the cylinder are equipped in the pressure control device
It is additionally provided with the garbage mouth of a connection corresponding with the barrel chamber on body, the baffles of a sliding are additionally provided in the cylinder, it is described
Baffles are corresponding with the garbage mouth, and the power pedestal controls the sliding of the baffles.
2. a kind of vertical garbage recycles compression cylinder according to claim 1, it is characterised in that: power pedestal two sides difference
Equipped with a 6th concave groove, power pedestal two sides further respectively have one and the 6th groove the corresponding 7th
Groove, the 6th groove two sides are respectively included there are two turn hole on the power pedestal is located at, and turn hole described in two sides is set respectively
There is a third shaft rotated in the 6th groove, the driving gear is connected respectively in the third shaft,
The end of the third shaft is connected respectively a first bevel gear rotated in the 7th groove, the motor two
End is connected separately with one the 6th shaft, one the 5th shaft is connected separately in the 6th shaft, the 5th shaft connects respectively
It is connected to the 4th shaft rotated in the 7th groove, one and the first cone tooth are connected separately in the 4th shaft
The second bevel gear for taking turns corresponding engagement connection, is additionally provided with a post-receiving chamber in the power pedestal, the 4th shaft with it is described
5th shaft and the 6th shaft rotate in the post-receiving chamber respectively, and one and described 4th turn are respectively equipped in the post-receiving chamber
Axis rolling bearing corresponding with the 5th shaft and the 6th shaft divides between the 4th shaft and the 5th shaft
It is not correspondingly connected with by a universal joint, is connected respectively by the way that a universal joint is corresponding between the 5th shaft and the 6th shaft
It connects.
3. a kind of vertical garbage recycles compression cylinder according to claim 2, it is characterised in that: the universal joint includes one the
It is concave and intersect that one is respectively equipped in one connecting rod and one second connecting rod, the first connecting rod and second connecting rod
The groove being correspondingly arranged, the first connecting rod are in cross corresponding turn of cross shaft by one with second connecting rod
Dynamic connection.
4. a kind of vertical garbage according to claim 1 or claim 2 recycles compression cylinder, it is characterised in that: power pedestal two sides
Be additionally provided with two corresponding 9th grooves, respectively included in the 9th groove one be connected on the power pedestal
Seven shafts, the support gear rotate in the 7th shaft respectively, be respectively equipped on the cylinder one with it is the described 9th recessed
Corresponding tenth groove of slot, is respectively equipped with a rack gear in the tenth groove and the 8th groove, the support gear and
Driving gear engagement connection corresponding with the rack gear respectively.
5. a kind of vertical garbage recycles compression cylinder according to claim 1, it is characterised in that: the power pedestal and the cunning
It is respectively equipped with a corresponding connected slot on dynamic pressure contracting pedestal, is respectively equipped with one and the connection on the sliding compression pedestal
The connection plug of the corresponding connection of slot, the connection plug pass through conducting wire connection corresponding with the infrared inductor respectively,
The third groove is respectively equipped with a row and corresponding with the sliding compression pedestal respectively, the cylinder with the 4th groove
Inside it is respectively equipped with the first inner chamber of a connection corresponding with the third groove and the 4th groove, first sliding block and institute
State the first slide-bar and the second slide-bar for being connected separately with that one slides in the first inner chamber on the second sliding block, the first inner chamber
It is inside additionally provided with a first rotating shaft being connected on the cylinder, the first rotating shaft is equipped with the third slide-bar of a rotation, described
The both ends of third slide-bar are respectively equipped with one second shaft, and first slide-bar and second slide-bar are respectively in second shaft
Upper rotation.
6. a kind of vertical garbage recycles compression cylinder according to claim 1, it is characterised in that: the third groove and described the
Four grooves are arranged in the shape of a spiral.
7. a kind of vertical garbage recycles compression cylinder according to claim 1, it is characterised in that: divide on the sliding compression pedestal
Not She You a 5th concave groove, the cunning of a connection corresponding with the 5th groove is respectively equipped in the power pedestal
Dynamic chamber, the pressure control device include one slided in the sliding cavity press axis, described press is connected with one on axis
Pressing plate corresponding with the 5th groove, the pressure control device further include having one to be connected to the top pressed on axis
Pressing plate, the top pressing board slide in the sliding cavity, and the pressure control device further includes having one to be sleeved on described to press axis
On spring, top pressing board described in the spring suppression, the travel switch is located in the sliding cavity, and described presses axis and institute
It is corresponding to state travel switch, described press is also connected with a platen corresponding with the 5th groove, the power bottom on axis
Seat is pressed with the sliding is respectively equipped with the corresponding fixing groove of a circle on pedestal, be connected separately with one on the sliding compression pedestal
Fixing axle corresponding with the fixing groove.
8. a kind of vertical garbage recycles compression cylinder according to claim 7, it is characterised in that: be additionally provided in the cylinder one with
The press chamber of the corresponding connection of sliding cavity is additionally provided with the adjustment bar of a connection corresponding with the press chamber in the cylinder
Turn hole, the adjustment bar turn hole is interior to be equipped with a first adjustment bar rotated, is connected with one on the top on the first adjustment bar
The press disk of intracavitary rotation, the trapezoidal setting of the press disk are pressed, described press is additionally provided with a second concave slide opening on axis,
The travel switch slides in second slide opening, and a magnetic outer cover, the travel switch are also connected on the press disk
On be connected with the first magnetic head of a connection corresponding with the magnetic outer cover, be additionally provided with one and the press chamber phase in the cylinder
The threaded hole of corresponding connection, is connected with a connection screw thread axis corresponding with the threaded hole on the press disk, and described first
It adjusts bar and is equipped with first slide opening being square, the second adjustment bar of a sliding, the cylinder are equipped in first slide opening
It is equipped with a through-hole corresponding with the second adjustment bar.
9. a kind of vertical garbage recycles compression cylinder according to claim 1, it is characterised in that: first groove and described the
Two sliding blocks are respectively equipped with an oblique and corresponding contact surface, are connected separately with one and described second on the power pedestal
The corresponding first press piece of sliding shoe.
10. a kind of vertical garbage recycles compression cylinder according to claim 1, it is characterised in that: the garbage mouth two sides difference
It include the 11st groove being located on the cylinder, the baffles slide in the 11st groove, the barrier
It is also connected with a support plate on plate, a first press column annular in shape is connected in the support plate, is also set on the cylinder
There is the 12nd groove corresponding with the baffles, sets in the 12nd groove and suppressed there are two corresponding second
Piece, is connected separately with a second press column annular in shape on second spring clip, two second press columns with it is described
First presses the corresponding connection of column, and a second press piece slided in the barrel chamber is also connected on the baffles, described
First spring clip corresponding with the second press piece is also connected on power pedestal.
Priority Applications (3)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201810375464.9A CN108516252A (en) | 2016-11-07 | 2016-11-07 | Compression cylinder is recycled in garbage disposal |
| CN201810375465.3A CN108357828A (en) | 2016-11-07 | 2016-11-07 | Vertical garbage processing recycling compression cylinder |
| CN201610976115.3A CN106315085B (en) | 2016-11-07 | 2016-11-07 | A kind of vertical garbage recycling compression cylinder |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201610976115.3A CN106315085B (en) | 2016-11-07 | 2016-11-07 | A kind of vertical garbage recycling compression cylinder |
Related Child Applications (2)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201810375465.3A Division CN108357828A (en) | 2016-11-07 | 2016-11-07 | Vertical garbage processing recycling compression cylinder |
| CN201810375464.9A Division CN108516252A (en) | 2016-11-07 | 2016-11-07 | Compression cylinder is recycled in garbage disposal |
Publications (2)
| Publication Number | Publication Date |
|---|---|
| CN106315085A CN106315085A (en) | 2017-01-11 |
| CN106315085B true CN106315085B (en) | 2018-12-21 |
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201810375465.3A Pending CN108357828A (en) | 2016-11-07 | 2016-11-07 | Vertical garbage processing recycling compression cylinder |
| CN201810375464.9A Pending CN108516252A (en) | 2016-11-07 | 2016-11-07 | Compression cylinder is recycled in garbage disposal |
| CN201610976115.3A Active CN106315085B (en) | 2016-11-07 | 2016-11-07 | A kind of vertical garbage recycling compression cylinder |
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| Application Number | Title | Priority Date | Filing Date |
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| CN201810375465.3A Pending CN108357828A (en) | 2016-11-07 | 2016-11-07 | Vertical garbage processing recycling compression cylinder |
| CN201810375464.9A Pending CN108516252A (en) | 2016-11-07 | 2016-11-07 | Compression cylinder is recycled in garbage disposal |
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| CN106742928B (en) * | 2017-03-17 | 2019-06-11 | 温岭市恒芃信博机械科技有限公司 | A kind of garbage recovering apparatus |
| CN109865580B (en) * | 2017-12-28 | 2020-09-08 | 福州偌晟科技有限公司 | Building cement mixer rubbish reducing mechanism |
| CN109292297B (en) * | 2018-10-23 | 2021-09-21 | 杭州中服科创研究院有限公司 | Categorised collecting box is used to weaving clothing recycling again |
| CN109573400B (en) * | 2018-11-28 | 2021-07-23 | 山东同其数字技术有限公司 | Base of intelligent solar automatic cleaning dustbin |
| CN111469476B (en) * | 2020-04-20 | 2021-12-07 | 山东上运激光科技有限公司 | Machine tool cutting recovery compression cylinder |
| CN112918957A (en) * | 2021-02-23 | 2021-06-08 | 周波 | Space-saving garbage can for smart city |
| CN113387081A (en) * | 2021-05-28 | 2021-09-14 | 刘福莲 | Municipal administration garbage bin is with automatic rubbish device that rolls |
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| JPH10181804A (en) * | 1996-12-24 | 1998-07-07 | Mitsuru Hagiwara | Telescopically compressible trash can |
| US8156863B1 (en) * | 2008-08-15 | 2012-04-17 | Wilson Gwendolyn M | Waste receptacle with integral manual waste compressor and associated method |
| CN201447192U (en) * | 2009-07-07 | 2010-05-05 | 米永振 | Sensing intelligent compression garbage can |
| CN201567006U (en) * | 2009-10-23 | 2010-09-01 | 上海大学附属中学 | Solar intelligent compression garbage can |
| CN203006232U (en) * | 2012-11-06 | 2013-06-19 | 梁刚 | Compressible trash can |
| KR20160014303A (en) * | 2014-07-29 | 2016-02-11 | 이순례 | Waste basket having press plate for compression |
| CN104495157A (en) * | 2014-12-19 | 2015-04-08 | 南京工业职业技术学院 | Compression dustbin |
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| CN105501759B (en) * | 2016-01-07 | 2017-11-28 | 新昌县伊格机械有限公司 | Solar energy intelligent compression dustbin |
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- 2016-11-07 CN CN201810375465.3A patent/CN108357828A/en active Pending
- 2016-11-07 CN CN201810375464.9A patent/CN108516252A/en active Pending
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| Publication number | Publication date |
|---|---|
| CN108357828A (en) | 2018-08-03 |
| CN108516252A (en) | 2018-09-11 |
| CN106315085A (en) | 2017-01-11 |
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