CN108327339A - A kind of pop can compression set - Google Patents
A kind of pop can compression set Download PDFInfo
- Publication number
- CN108327339A CN108327339A CN201810451959.5A CN201810451959A CN108327339A CN 108327339 A CN108327339 A CN 108327339A CN 201810451959 A CN201810451959 A CN 201810451959A CN 108327339 A CN108327339 A CN 108327339A
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- China
- Prior art keywords
- chamber
- equipment body
- face
- wall
- compression
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Classifications
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- B—PERFORMING OPERATIONS; TRANSPORTING
- B30—PRESSES
- B30B—PRESSES IN GENERAL
- B30B9/00—Presses specially adapted for particular purposes
- B30B9/32—Presses specially adapted for particular purposes for consolidating scrap metal or for compacting used cars
- B30B9/321—Presses specially adapted for particular purposes for consolidating scrap metal or for compacting used cars for consolidating empty containers, e.g. cans
-
- B—PERFORMING OPERATIONS; TRANSPORTING
- B30—PRESSES
- B30B—PRESSES IN GENERAL
- B30B15/00—Details of, or accessories for, presses; Auxiliary measures in connection with pressing
-
- B—PERFORMING OPERATIONS; TRANSPORTING
- B30—PRESSES
- B30B—PRESSES IN GENERAL
- B30B15/00—Details of, or accessories for, presses; Auxiliary measures in connection with pressing
- B30B15/30—Feeding material to presses
-
- B—PERFORMING OPERATIONS; TRANSPORTING
- B30—PRESSES
- B30B—PRESSES IN GENERAL
- B30B15/00—Details of, or accessories for, presses; Auxiliary measures in connection with pressing
- B30B15/32—Discharging presses
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- Engineering & Computer Science (AREA)
- Mechanical Engineering (AREA)
- Compressors, Vaccum Pumps And Other Relevant Systems (AREA)
Abstract
The invention discloses a kind of pop can compression sets,Including the first equipment body,The discharging device being set on first equipment body and the pressurizing unit being set on the end face of the first equipment body downside,The pressurizing unit includes the second equipment body being set on the downside of the equipment body on end face,It is provided with the first compression chamber in second equipment body,It is provided in inner wall on the right side of first compression chamber and the first compression chamber intercommunication and the first movement chamber of opening to the right,First pressure cylinder is fixedly connected with by the first stabilizing bracket in first compression chamber,It is provided with the first sliding shoe that can be horizontally slipped on the right side of the first pressure cylinder and positioned at the first movement intracavitary,It is connected with first pressure column between the first sliding shoe left end face and the first pressure cylinder,It is fixedly installed third equipment body in the right end face of second equipment body.
Description
Technical field
The present invention relates to waste reclamation technical field, specifically a kind of pop can compression set.
Background technology
It is essential in our daily lifes to will produce various house refuses, and have in these house refuses
A part can be reused, and pop can therein is fabricated from iron with higher recovery value, in order to reduce these institutes
The storage space of the pop can of recycling can all select to compress these pop cans, all be by manually carrying out recycling pressure in the past
Flat, so not only working efficiency is low, but also effect also cannot be guaranteed, therefore designing a kind of can replace manpower that will be recycled
A kind of pop can pop can compression set for being recycled again of compacting it is really necessary to.
Invention content
Technical problem to be solved by the invention is to provide a kind of pop can compression sets, can solve above-mentioned present skill
The problems in art.
The present invention is achieved through the following technical solutions：A kind of pop can compression set of the present invention, including first
Equipment body, the discharging device being set on first equipment body and it is set to end face on the downside of first equipment body
On pressurizing unit, the pressurizing unit includes the second equipment body being set on the downside of the equipment body on end face, described
It is provided with the first compression chamber in second equipment body, is provided in the right side inner wall of first compression chamber and first compression
Chamber intercommunication and the first movement chamber of opening to the right, first compression chamber is interior to be fixedly connected with first pressure by the first stabilizing bracket
Cylinder is provided with the first sliding shoe that can be horizontally slipped on the right side of the first pressure cylinder and positioned at the first movement intracavitary, described
First pressure column, second equipment body are connected between the left end face of first sliding shoe and the first pressure cylinder
Right end face on be fixedly installed third equipment body, opening is provided in the third equipment body to the left and with described the
Second compression chamber of one mobile cavity intercommunication is provided in the front and back side inner wall of second compression chamber mutual with second compression chamber
The first logical groove, the left end of first groove and positioned at second compression chamber upper and lower sides inner wall on be provided with it is described
Second groove of the first groove intercommunication is provided with and the second compression chamber intercommunication in the upper inside walls of second compression chamber
Second mobile cavity is provided with the first guide groove with the second mobile cavity intercommunication in the upper inside walls of second mobile cavity,
The first power plant is fixedly installed in the right side inner wall of second mobile cavity, the left end power of first power plant connects
It is connected to the first threaded rod, the left end of first threaded rod is rotatably assorted by bearing is connected to the left side of second mobile cavity
On inner wall, be provided in second mobile cavity can horizontally slip and lower end put in second compression chamber second slide
Motion block, the second sliding shoe connect with the first threaded rod screw-thread fit and by being fixedly connected on upper surface and extending into
The first slide guide motion block in first guide groove carries out leading position, and the lower end of the second sliding shoe is fixedly connected with the second power
Device locating piece, be fixedly connected on the downside end face of the second power plant locating piece on the downside of second compression chamber in
Second slide guide motion block of wall sliding connection, is fixedly connected with the second power plant in the second power plant locating piece,
The left end of second power plant has the first locating piece, the side end face up and down of first locating piece by shaft be connected by power
It is upper to be fixedly installed the second locating piece put in second groove respectively, in the left end face of first locating piece
The third sliding shoe that fixed setting compresses cavity wall sliding connection with described second, the interior fixed setting of the third sliding shoe
There is the first shaking device, the 4th equipment body is fixedly connected on the downside end face of the third equipment body, the described 4th sets
It is provided with the first accommodating chamber of opening to the left in standby main body, connection described the is provided in the upper inside walls of first accommodating chamber
First delivery outlet of one accommodating chamber and second compression chamber is provided with the first of sliding connection in first accommodating chamber
Block is stored, the second accommodating chamber is provided in the first storage block, connection is provided in the upper inside walls of second accommodating chamber
Second delivery outlet of first delivery outlet and second accommodating chamber, it is described first storage block left end face on be fixedly installed
There is the first pull rod.
The discharging device includes the first feeding being set in first equipment body as a preferred technical solution,
The right end of chamber, the first feeding chamber downside inner wall is provided with connection the first feeding chamber and the first of second compression chamber
Channel is fixedly installed second pressure cylinder, the upside and position of the second pressure cylinder in the inner left wall of the first feeding chamber
In being provided with the third groove with the first feeding chamber intercommunication in first equipment body, the first feeding intracavitary is arranged
There is the 4th sliding shoe that can be horizontally slipped, is connected between the left end face and the second pressure cylinder of the 4th sliding shoe
Have second pressure column, the upper end of the 4th sliding shoe left end face is fixedly connected with put in the third groove between
Spacer block, is provided through second channel in the 4th sliding shoe up and down, through setting in the upper inside walls of the first feeding chamber
It is equipped with third channel, storing block is provided on the upside of first equipment body, material stock chamber is provided in the storing block, it is described
The fourth lane for being connected to the third channel and the material stock chamber is provided in the downside inner wall of material stock chamber, under the fourth lane
Side and positioned at the first feeding chamber downside inner wall in be fixedly installed with first shake apparatus structure it is identical second shake
Device is fixedly installed the first feedblock, institute on the right side of the storing block and on the upside end face of first equipment body
It states and is provided with the second feeding chamber in the first feedblock, connection described second is provided in the downside inner wall of the second feeding chamber and is sent
Expect Five-channel of the chamber with the first feeding chamber and right over the first passage, the left and right sides of the second feeding chamber
It is respectively arranged with loose slot in inner wall, third power plant, the third are fixedly installed in the downside inner wall of the loose slot
The upper end be connected by power of power plant has the second threaded rod, and the upper end of second threaded rod is rotatably assorted by bearing to be connected to
In the upper inside walls of the loose slot, be provided in the loose slot can slide up and down and with the second threaded rod screw-thread fit
The movable block of connection, the loose slot are provided with connection the second feeding chamber close on the side inner wall of the second feeding chamber
With the 4th groove of the loose slot, the second feeding intracavitary is provided with the third that can be slided up and down in the 4th groove
The lower end of slide guide motion block, the third slide guide motion block is connected with drive link, and the lower end of the drive link is fixedly connected with pushing block.
Described first device is shaken including shaking main body, be provided in the shaking main body as a preferred technical solution,
Chamber is shaken, shaking power plant is fixedly installed in the downside inner wall for shaking chamber, the upper end for shaking power plant is dynamic
Power is connected with shaking shaft, and the upper end for shaking shaft is rotatably assorted by bearing is connected to the upper inside walls for shaking chamber
On, shaking locating piece is fixedly connected in the shaking shaft, the right end for shaking locating piece is fixedly connected with pouring weight.
It is provided through drain hole up and down in the upper inside walls of the material stock chamber as a preferred technical solution, initial
When state, the drain hole sealed set closes lid, and the upside end face for closing lid is fixedly installed the second pull rod.
The second stabilizing bracket that the third equipment body passes through end face on the upside of being fixedly connected on as a preferred technical solution,
It is fixedly connected in the right end face of first equipment body.
As a preferred technical solution, third is provided between end face and the storing block on the upside of first equipment body
Stabilizing bracket.
The beneficial effects of the invention are as follows：The configuration of the present invention is simple, it is easy to operate, pop can compression is carried out by the present apparatus
When, staff, which opens, to close lid and is added into the required pop can compressed to material stock intracavitary by drain hole, at this time pop can
It is dropped into second channel by fourth lane and third channel, while second shakes device startup, shakes power dress at this time
Rotation is set, and then shaking locating piece rotation is driven by shaking shaft, and then drives pouring weight rotation, and then by rotating bias peace
The pouring weight of dress drives second to shake device and shakes, and then is beneficial to drop into the pop can in second channel and implements so that being pressed
The pop can of contracting is identical in quality, and second pressure cylinder starts at this time, and then drives the 4th sliding shoe first by second pressure column
Feeding intracavitary moves right to second channel and Five-channel and first passage intercommunication state, in the process, the 4th sliding shoe
It drives spacer block to move right, and then is opened third channel and the partition of the first feeding chamber by spacer block, third power fills at this time
Set rotation, and then drive movable block to be moved down in loose slot by the second threaded rod, so drive third slide guide motion block to
Lower movement, and then pushing block is driven to move down, the pop can in second channel is being pushed away into backwardness, the 4th sliding shoe and pushing block return
Original state is arrived again, while first pressure cylinder starts, and then drive the first sliding shoe to move right by first pressure column, in turn
The pop can for falling into the second compression chamber is elapsed to the right, and is pressed pop can by the extruding between third sliding shoe
Contracting, after being compressed, rotation, and then the rotation of the first locating piece is driven by shaft, and then the second locating piece is driven to be transferred to the
In one groove, the first power plant starts at this time, and then drives the second sliding shoe in the second mobile cavity by the first threaded rod
It moves right, and then the second power plant locating piece is driven to move right, and then third sliding shoe is driven to move right, and then band
The dynamic compression pop being built-up in third sliding shoe left end face moves right on the upside of the first delivery outlet, first shakes at this time
Device starts, and then the compression pop can on third sliding shoe is shaken off to the second accommodating chamber, the pressure in the second accommodating chamber
When contracting pop can storage capacity reaches certain amount, staff can be by pulling the first pull rod to store block from first by first to the left
Accommodating chamber left end opening pulls out and then takes out compression pop can, and compression work can be not only completed to pop can by the present apparatus
Make, while device self structure is simple, maintenance cost is relatively low, is worth of widely use.
Description of the drawings
The present invention is described in detail by following specific embodiment and attached drawing for ease of explanation,.
Fig. 1 is a kind of internal structure schematic diagram of pop can compression set of the present invention；
Fig. 2 is the enlarged diagram of " A " in Fig. 1；
Fig. 3 is the enlarged diagram of " B " in Fig. 1；
Fig. 4 is the structural schematic diagram of the second shaking device in the present invention.
Specific implementation mode
As Figure 1-Figure 4, a kind of pop can compression set of the invention, including the first equipment body 11, it is set to institute
The pressurizing unit stated the discharging device on the first equipment body 11 and be set on first equipment body, 11 downside end face,
The pressurizing unit includes the second equipment body 62 being set on 11 downside end face of the equipment body, the second equipment master
It is provided with the first compression chamber 64 in body 62, is provided in the right side inner wall of first compression chamber 64 and first compression chamber 64
Intercommunication and the first movement chamber 68 of opening to the right, first compression chamber 64 is interior to be fixedly connected with first by the first stabilizing bracket 63
Pressure cylinder 65, the right side of the first pressure cylinder 65 and is provided with can horizontally slip first in the first movement chamber 68 and slides
Motion block 67 is connected with first pressure column between the left end face of first sliding shoe 67 and the first pressure cylinder 65
66, third equipment body 71, the third equipment body 71 are fixedly installed in the right end face of second equipment body 62
Inside be provided with opening to the left and with the second compression chamber 73 of 68 intercommunication of first movement chamber, second compression chamber 73 it is front and back
It is provided with the first groove 75 with 73 intercommunication of the second compression chamber in the inner wall of side, the left end of first groove 75 and is located at institute
State the second groove 85 being provided on the upper and lower sides inner wall of the second compression chamber 73 with 75 intercommunication of the first groove, second pressure
The second mobile cavity 81 with 73 intercommunication of the second compression chamber, second mobile cavity 81 are provided in the upper inside walls of contracting chamber 73
Upper inside walls in be provided with the first guide groove 79 with 81 intercommunication of the second mobile cavity, the right side of second mobile cavity 81
The first power plant 78 is fixedly installed in inner wall, the left end be connected by power of first power plant 78 has the first threaded rod
82, the left end of first threaded rod 82 is rotatably assorted by bearing in the inner left wall for being connected to second mobile cavity 81,
Be provided in second mobile cavity 81 can horizontally slip and lower end put in second compression chamber 73 second sliding
Block 77, the second sliding shoe 77 connect with 82 screw-thread fit of the first threaded rod and by being fixedly connected on upper surface and prolonging
The the first slide guide motion block 83 stretched into first guide groove 79 carries out leading position, and the lower end of the second sliding shoe 77 is fixedly connected
There is the second power plant locating piece 74, is fixedly connected on the downside end face of the second power plant locating piece 74 and described
Second slide guide motion block 72 of two compression chambers, 73 downside inner wall sliding connection, it is fixed in the second power plant locating piece 74
It is connected with the second power plant 76, the left end of second power plant 76 has the first locating piece 87 by shaft be connected by power,
Second put in second groove 85 is fixedly installed on the side end face up and down of first locating piece 87 respectively to determine
Position block 84, in the left end face of first locating piece 87 fixed setting be slidably connected with 73 inner wall of the second compression chamber
Third sliding shoe 86, be fixedly installed the first shaking device 110, the third equipment body 71 in the third sliding shoe 86
Downside end face on be fixedly connected with the 4th equipment body 95, be provided in the 4th equipment body 95 opening to the left first
Accommodating chamber 92 is provided with connection first accommodating chamber 92 in the upper inside walls of first accommodating chamber 92 and is compressed with described second
First delivery outlet 88 of chamber 73, is provided with the first storage block 89 of sliding connection in first accommodating chamber 92, and described the
It is provided with the second accommodating chamber 93 in one storage block 89, connection described first is provided in the upper inside walls of second accommodating chamber 93
Second delivery outlet 91 of delivery outlet 88 and second accommodating chamber 93, it is described first storage block 89 left end face on be fixedly installed
There is the first pull rod 94.
Valuably, the discharging device includes the first feeding chamber 37 being set in first equipment body 11, described
The right end of first feeding chamber, 37 downside inner wall is provided with connection the first feeding chamber 37 and the first of second compression chamber 73
Channel 61 is fixedly installed second pressure cylinder 21 in the inner left wall of the first feeding chamber 37, the second pressure cylinder 21
Upside and third groove 23 with 37 intercommunication of the first feeding chamber is provided in first equipment body 11, described the
It is provided with the 4th sliding shoe 35 that can be horizontally slipped in one feeding chamber 37, the left end face of the 4th sliding shoe 35 and described the
Second pressure column 24 is connected between two pressure cylinders 21, the upper end of 35 left end face of the 4th sliding shoe is fixedly connected with
The spacer block 22 in the third groove 23 is put in, second channel is provided through up and down in the 4th sliding shoe 35
36, third channel 34, the upside of first equipment body 11 are provided through in the upper inside walls of the first feeding chamber 37
It is provided with storing block 26, is provided with material stock chamber 27 in the storing block 26, the company of being provided in the downside inner wall of the material stock chamber 27
Lead to the fourth lane 32 of the third channel 34 and the material stock chamber 37,32 downside of the fourth lane and is sent positioned at described first
Expect to be fixedly installed in the downside inner wall of chamber 37 and shakes device 100, the storage with the first shaking 110 structure of device identical second
The right side of object block 26 and the first feedblock 46 is fixedly installed on the upside end face of first equipment body 11, described first
It is provided with the second feeding chamber 47 in feedblock 46, connection described second is provided in the downside inner wall of the second feeding chamber 47 and is sent
Expect Five-channel 38 of the chamber 47 with the first feeding chamber 37 and right over the first passage 61, the second feeding chamber
It is respectively arranged with loose slot 43 in 47 left and right sides inner wall, third power is fixedly installed in the downside inner wall of the loose slot 43
The upper end be connected by power of device 42, the third power plant 42 has the second threaded rod 44, the upper end of second threaded rod 44
It is rotatably assorted by bearing in the upper inside walls for being connected to the loose slot 43, being provided in the loose slot 43 can slide up and down
And the movable block 49 being connect with 44 screw-thread fit of the second threaded rod, the loose slot 43 is close to the second feeding chamber 47
The 4th groove 45 for being connected to the second feeding chamber 47 and the loose slot 43, the second feeding chamber are provided on the inner wall of side
The third slide guide motion block 51 that can be slided up and down in the 4th groove 45 is provided in 47, under the third slide guide motion block 51
End is fixedly connected with drive link 48, and the lower end of the drive link 48 is fixedly connected with pushing block 41.
Valuably, described second device 100 is shaken including shaking main body 101, shaking is provided in the shaking main body 101
Chamber 103, it is described shake chamber 103 downside inner wall in be fixedly installed shake power plant 102, the shaking power plant 102
Upper end be connected by power have and shake shaft 105, the upper end for shaking shaft 105 is rotatably assorted by bearing and is connected to the rolling
In the upper inside walls of dynamic chamber 103, it is fixedly connected in the shaking shaft 105 and shakes locating piece 104, the shaking locating piece
104 right end is fixedly connected with pouring weight 106.
Valuably, it is provided through drain hole 29 up and down in the upper inside walls of the material stock chamber 27, in the initial state, institute
It states drain hole sealed set and closes lid 28, the upside end face for closing lid 28 is fixedly installed the second pull rod 31.
Valuably, the third equipment body 71 is fixedly connected by being fixedly connected on the second stabilizing bracket 69 of upside end face
In in the right end face of first equipment body 11.
Valuably, it is provided with third stabilizing bracket between first equipment body, 11 upside end face and the storing block 26
25。
When original state, second pressure column 24 is to greatest extent in retraction second pressure cylinder 21, at this time the 4th sliding shoe 35
Left end face and the inner left wall of the first feeding chamber 37 abut against, and second channel 36 and third channel 34 are mutual to greatest extent at this time
It is logical, meanwhile, pushing block 41 is retracted into Five-channel 38 to greatest extent, meanwhile, first pressure column 66 is retracted to greatest extent first presses
In power cylinder 65, the left end face of the first sliding shoe 67 and the inner left wall of the second compression chamber 73 abut against at this time, the second sliding shoe
77 left end face and the inner left wall of the second mobile cavity 81 abut against, and the second power plant locating piece 74 is in the first feeding at this time
It moving to left to greatest extent in chamber 37, the right end face of the second locating piece 84 and the right end face of the second groove 85 abut against at this time, this
When the second slide guide motion block 72 left end face and the right side inner wall of the first delivery outlet 88 be in and flush state, the first storage block at this time
89 stretch into greatest extent in the first accommodating chamber 92, at this time the second delivery outlet 91 and the first intercommunication to greatest extent of delivery outlet 88.
When carrying out pop can compression by the present apparatus, staff, which opens, closes lid 28 and by drain hole 29 to material stock chamber
The required pop can compressed is added into 27, pop can drops into second by fourth lane 32 and third channel 34 and leads at this time
In road 36, while second shakes the startup of device 100, shakes power plant 102 at this time and rotates, and then passes through and shake 105 band of shaft
The dynamic locating piece 104 that shakes rotates, and then pouring weight 106 is driven to rotate, and then drives second by rotating eccentrically mounted pouring weight 106
It shakes device 100 to shake, and then is beneficial to the pop can dropped into second channel 36 and implements so that the pop can compressed
Identical, second pressure cylinder 21 starts at this time, and then drives the 4th sliding shoe 35 in the first feeding chamber 37 by second pressure column 24
It inside moves right to 61 intercommunication state of second channel 36 and Five-channel 38 and first passage, in the process, the 4th sliding shoe
35 drive spacer blocks 22 move right, and then are opened third channel 34 and the partition of the first feeding chamber 37 by spacer block 22, at this time
Third power plant 42 rotates, and then drives movable block 49 to be moved down in loose slot 43 by the second threaded rod 44, in turn
It drives third slide guide motion block 51 to move down, and then pushing block 41 is driven to move down, the 4th sliding shoe 35 and third slide guide are dynamic
Block 51 is returned to original state, while first pressure cylinder 65 starts, and then drives the first sliding shoe 67 by first pressure column 66
It moves right, and then the pop can for falling into the second compression chamber 68 is elapsed to the right, and pass through squeezing between third sliding shoe 86
Pressure compresses pop can, after being compressed, rotation, and then the rotation of the first locating piece 87, and then band are driven by shaft
Dynamic second locating piece 84 is transferred in the first groove 75, and the first power plant 78 starts at this time, and then passes through 82 band of the first threaded rod
Dynamic the second sliding shoe 77 moves right in the second mobile cavity 81, and then the second power plant locating piece 74 is driven to move right,
And then third sliding shoe 86 is driven to move right, and then drive the compression pop being built-up in 86 left end face of third sliding shoe
It moves right to the upside of the first delivery outlet 88, first shakes device 110 at this time and start, and then by the compression on third sliding shoe 86
Pop can shakes off to the second accommodating chamber 93, when the compression pop can storage capacity in the second accommodating chamber 93 reaches certain amount,
Staff can by pull to the left the first pull rod 94 by first storage block 89 from 92 left end opening of the first accommodating chamber pull out into
And compression pop can is taken out.
The beneficial effects of the invention are as follows：The configuration of the present invention is simple, it is easy to operate, pop can compression is carried out by the present apparatus
When, staff, which opens, to close lid and is added into the required pop can compressed to material stock intracavitary by drain hole, at this time pop can
It is dropped into second channel by fourth lane and third channel, while second shakes device startup, shakes power dress at this time
Rotation is set, and then shaking locating piece rotation is driven by shaking shaft, and then drives pouring weight rotation, and then by rotating bias peace
The pouring weight of dress drives second to shake device and shakes, and then is beneficial to drop into the pop can in second channel and implements so that being pressed
The pop can of contracting is identical in quality, and second pressure cylinder starts at this time, and then drives the 4th sliding shoe first by second pressure column
Feeding intracavitary moves right to second channel and Five-channel and first passage intercommunication state, in the process, the 4th sliding shoe
It drives spacer block to move right, and then is opened third channel and the partition of the first feeding chamber by spacer block, third power fills at this time
Set rotation, and then drive movable block to be moved down in loose slot by the second threaded rod, so drive third slide guide motion block to
Lower movement, and then drive link is driven to move down, and then pushing block is driven to move down, it is fallen pushing away the pop can in second channel
Afterwards, the 4th sliding shoe and pushing block are returned to original state, while first pressure cylinder starts, and then are driven by first pressure column
First sliding shoe moves right, and then the compression pop can for falling into the second compression chamber is elapsed to the right, and by being slided with third
Pop can is compressed in extruding between block, after being compressed, rotation, and then drive the first locating piece to turn by shaft
It is dynamic, and then the second locating piece is driven to be transferred in the first groove, the first power plant starts at this time, and then passes through the first threaded rod band
Dynamic the second sliding shoe moves right in the second mobile cavity, and then the second power plant locating piece is driven to move right, and then band
Dynamic third sliding shoe moves right, so drive the compression pop being built-up in third sliding shoe left end face move right to
On the upside of first delivery outlet, first device startup is shaken at this time, and then the compression pop can on third sliding shoe is shaken off to second
In accommodating chamber, when the compression pop can storage capacity in the second accommodating chamber reaches certain amount, staff can be by Zola
First storage block is pulled out from the first accommodating chamber left end opening and then takes out compression pop can by dynamic first pull rod, by this dress
Set not only can complete compression work to pop can, while device self structure is simple, and maintenance cost is relatively low, and being worthy to be popularized makes
With.
The above description is merely a specific embodiment, but scope of protection of the present invention is not limited thereto, any
The change or replacement expected without creative work, should be covered by the protection scope of the present invention.Therefore, of the invention
Protection domain should be determined by the scope of protection defined in the claims.
Claims (6)
1. a kind of pop can compression set, including the first equipment body, the discharging device that is set on first equipment body
And it is set to the pressurizing unit on the downside of first equipment body on end face, the pressurizing unit includes being set to the equipment
The second equipment body on the downside of main body on end face is provided with the first compression chamber, first compression in second equipment body
It is provided in the right side inner wall of chamber and the first compression chamber intercommunication and the first movement chamber of opening to the right, first compression chamber
It is interior that first pressure cylinder is fixedly connected with by the first stabilizing bracket, on the right side of the first pressure cylinder and it is located at the first movement intracavitary
It is provided with the first sliding shoe that can be horizontally slipped, is coordinated between the left end face of first sliding shoe and the first pressure cylinder
It is connected with first pressure column, third equipment body, the third are fixedly installed in the right end face of second equipment body
Opening is provided in equipment body to the left and with the second compression chamber of the first movement chamber intercommunication, before second compression chamber
It is provided with the first groove with the second compression chamber intercommunication in rear side inner wall, the left end of first groove and positioned at described the
The second groove with the first groove intercommunication, the upside of second compression chamber are provided on the upper and lower sides inner wall of two compression chambers
It is provided with the second mobile cavity with the second compression chamber intercommunication in inner wall, is provided in the upper inside walls of second mobile cavity
With the first guide groove of the second mobile cavity intercommunication, the first power is fixedly installed in the right side inner wall of second mobile cavity
The left end be connected by power of device, first power plant has the first threaded rod, the left end of first threaded rod to pass through bearing
Be rotatably assorted in the inner left wall for being connected to second mobile cavity, be provided in second mobile cavity can horizontally slip and under
End puts in the second sliding shoe in second compression chamber, the second sliding shoe and the first threaded rod screw-thread fit
It connects and by being fixedly connected on upper surface and the first slide guide motion block extended into first guide groove carries out leading position, it is described
The lower end of the second sliding shoe is fixedly connected with the second power plant locating piece, the downside end face of the second power plant locating piece
On be fixedly connected with the second slide guide motion block with inner wall sliding connection on the downside of second compression chamber, second power dress
It sets and is fixedly connected with the second power plant in locating piece, the left end of second power plant has first by shaft be connected by power
Locating piece is fixedly installed second put in second groove on the side end face up and down of first locating piece respectively
Locating piece, in the left end face of first locating piece fixed setting compress the of cavity wall sliding connection with described second
Three sliding shoes, are fixedly installed the first shaking device in the third sliding shoe, on the downside end face of the third equipment body
It is fixedly connected with the 4th equipment body, is provided with opening the first accommodating chamber to the left in the 4th equipment body, described first
It is provided with the first delivery outlet for being connected to first accommodating chamber and second compression chamber in the upper inside walls of accommodating chamber, described
It is provided with the first storage block of sliding connection in one accommodating chamber, the second accommodating chamber, institute are provided in the first storage block
The second delivery outlet for being provided in the upper inside walls of the second accommodating chamber and being connected to first delivery outlet and second accommodating chamber is stated,
It is fixedly installed the first pull rod in the left end face of the first storage block.
2. a kind of pop can compression set according to claim 1, it is characterised in that：The discharging device includes being set to
The right end of the first feeding chamber in first equipment body, the first feeding chamber downside inner wall is provided with connection described first
The first passage of feeding chamber and second compression chamber is fixedly installed second pressure in the inner left wall of the first feeding chamber
Cylinder, the upside of the second pressure cylinder and be provided in first equipment body with the first feeding chamber intercommunication the
Three grooves, the first feeding intracavitary are provided with the 4th sliding shoe that can be horizontally slipped, the left end face of the 4th sliding shoe
Second pressure column is connected between the second pressure cylinder, the upper end of the 4th sliding shoe left end face is fixedly connected
There is extension to put in the spacer block in the third groove, second channel is provided through up and down in the 4th sliding shoe, it is described
It is provided through third channel in the upper inside walls of first feeding chamber, storing block is provided on the upside of first equipment body,
It is provided with material stock chamber in the storing block, the connection third channel is provided in the downside inner wall of the material stock chamber and is deposited with described
Expect the fourth lane of chamber, is fixedly installed on the downside of the fourth lane and in the downside inner wall of the first feeding chamber and the
One, which shakes apparatus structure identical second, shakes device, the storing block right side and the upside positioned at first equipment body
It is fixedly installed the first feedblock on face, is provided with the second feeding chamber in first feedblock, under the second feeding chamber
The of connection the second feeding chamber with the first feeding chamber and right over the first passage is provided in the inner wall of side
Five-channel, is respectively arranged with loose slot in the left and right sides inner wall of the second feeding chamber, solid in the downside inner wall of the loose slot
Surely it is provided with third power plant, the upper end be connected by power of the third power plant has the second threaded rod, second screw thread
The upper end of bar is rotatably assorted by bearing in the upper inside walls for being connected to the loose slot, and being provided in the loose slot can be upper and lower
Sliding and the movable block that is connect with the second threaded rod screw-thread fit, the loose slot is close to the side of the second feeding chamber
The 4th groove for being connected to the second feeding chamber and the loose slot is provided on inner wall, the second feeding intracavitary is provided with can
The 5th sliding shoe slided up and down, being fixedly connected between the 5th sliding shoe and the movable block can be in the 4th groove
The third slide guide motion block inside slided up and down is fixedly installed the 4th power plant, the 4th power in the 5th sliding shoe
The lower end be connected by power of device has drive link, the lower end of the drive link to be fixedly connected with pushing block.
3. a kind of pop can compression set according to claim 1, it is characterised in that：Described first shakes device including shaking
Main body is moved, shaking chamber is provided in the shaking main body, is fixedly installed in the downside inner wall for shaking chamber and shakes power dress
It sets, the upper end be connected by power for shaking power plant has shaking shaft, the upper end for shaking shaft to match by bearing rotation
It closes and is connected in the upper inside walls for shaking chamber, shaking locating piece is fixedly connected in the shaking shaft, described shake is determined
The right end of position block is fixedly connected with pouring weight.
4. a kind of pop can compression set according to claim 1, it is characterised in that：In the upper inside walls of the material stock chamber
It is provided through drain hole up and down, in the initial state, the drain hole sealed set closes lid, the upside for closing lid
End face is fixedly installed the second pull rod.
5. a kind of pop can compression set according to claim 1, it is characterised in that：The third equipment body passes through solid
Surely the second stabilizing bracket for being connected to upside end face is fixedly connected in the right end face of first equipment body.
6. a kind of pop can compression set according to claim 1, it is characterised in that：First equipment body upside
It is provided with third stabilizing bracket between face and the storing block.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201810451959.5A CN108327339A (en) | 2018-05-12 | 2018-05-12 | A kind of pop can compression set |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201810451959.5A CN108327339A (en) | 2018-05-12 | 2018-05-12 | A kind of pop can compression set |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN108327339A true CN108327339A (en) | 2018-07-27 |
Family
ID=62934695
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201810451959.5A Withdrawn CN108327339A (en) | 2018-05-12 | 2018-05-12 | A kind of pop can compression set |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN108327339A (en) |
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| CN112829368A (en) * | 2020-12-29 | 2021-05-25 | 赵林青 | Beverage can compressor arrangement |
| CN113276465A (en) * | 2021-06-28 | 2021-08-20 | 钟家良 | Pop-top can isometric volume-reducing compactor for solid waste treatment |
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Application publication date: 20180727 |
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