CN107583720B - A kind of building removal portable type rubbish mashing device - Google Patents
A kind of building removal portable type rubbish mashing device Download PDFInfo
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- CN107583720B CN107583720B CN201710931194.0A CN201710931194A CN107583720B CN 107583720 B CN107583720 B CN 107583720B CN 201710931194 A CN201710931194 A CN 201710931194A CN 107583720 B CN107583720 B CN 107583720B
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Abstract
The present invention relates to a kind of mashing device more particularly to a kind of building removal portable type rubbish mashing devices.The technical problem to be solved in the present invention is to provide a kind of time saving and energy saving building removal portable type rubbish mashing devices.In order to solve the above-mentioned technical problem, the present invention provides such a building removal portable type rubbish mashing devices, include bottom plate, the first side plate, driving mechanism, smash mechanism to pieces, the first linkage mechanism, the second linkage mechanism, left/right movement device, retaining mechanism, top plate, L shape strut, sliding sleeve, smash frame to pieces, shield, the 4th sliding rail, the 5th sliding block, smash block, the first flat belt and the second flat belt to pieces；First side plate is fixed in bottom plate one end along the vertical direction, and top plate is fixed in the horizontal direction at the top of the first side plate, and driving mechanism smashs mechanism, L shape strut to pieces and is successively fixed in top plate bottom along top plate length direction.Invention achieves energy saving, full and uniform to smash to pieces, time saving and energy saving effects.
Description
Technical field
The present invention relates to a kind of mashing device more particularly to a kind of building removal portable type rubbish mashing devices.
Background technique
In recent years, with the continuous propulsion of urbanization process, the whole nation from the leadership to the masses is immersed in everywhere in construction like a raging fire, old
City transformation tears open and faces the engineering constructions paces such as demolish squatter buildings and constantly accelerate, and while city is more and more U.S., building waste is also all with day
Increase, how to be treated as problem；Investigation display China creates every year because removing 200,000,000 tons of solid waste or more building and generating
About 100,000,000 tons of solid waste of building generation, two about 300,000,000 tons total.Many wastes in building waste are sorted, pick
It is that can be used as regenerated resources re-using mostly after removing or smashing to pieces, existing is mostly manually to smash to building removal rubbish processing
Broken, building removal rubbish are mostly the mixing such as concrete, reinforcing bar, cement, are manually smashed to pieces time-consuming and laborious.
Existing is mostly manually to smash to pieces to have the shortcomings that time-consuming and laborious to building removal rubbish processing, therefore needs to research and develop
A kind of time saving and energy saving building removal portable type rubbish mashing device.
Summary of the invention
(1) technical problems to be solved
The present invention is mostly manually to smash to pieces to lack there are time-consuming and laborious to building removal rubbish processing to overcome existing
Point, the technical problem to be solved in the present invention is to provide a kind of time saving and energy saving building removal portable type rubbish mashing devices.
(2) technical solution
In order to solve the above-mentioned technical problems, the present invention provides such a building removals to smash dress to pieces with portable type rubbish
It sets, includes bottom plate, the first side plate, driving mechanism, smash mechanism to pieces, the first linkage mechanism, the second linkage mechanism, move left and right machine
Structure, top plate, L shape strut, sliding sleeve, smashs frame to pieces, shield, the 4th sliding rail, the 5th sliding block, smashs block, the first flat belt to pieces retaining mechanism
With the second flat belt；First side plate is fixed in bottom plate one end along the vertical direction, and top plate is fixed in the first side plate top in the horizontal direction
Portion, driving mechanism smash mechanism, L shape strut to pieces and are successively fixed in top plate bottom along top plate length direction, driving mechanism output end with
Smash mechanism transmission connection to pieces, the 4th sliding rail is fixed in bottom plate, smashs frame to pieces and be slidably connected by the 5th sliding block with the 4th sliding rail, shield
One side of frame is hinged with smashing to pieces, and retaining mechanism is fixed in one side of shield, and the first linkage mechanism, the second linkage mechanism are along the first side
Plate short transverse is successively fixed in the first side plate, and the first linkage mechanism is driven by the first flat belt and the output end of driving mechanism
Connection, the first linkage mechanism are sequentially connected by the second flat belt and the second linkage mechanism, and left/right movement device, which is fixed in, to be smashed to pieces
Side of the frame far from retaining mechanism, the second linkage mechanism and left/right movement device are sequentially connected, and sliding sleeve is fixed in L shape strut, smashes
Broken mechanism is slidably connected with sliding sleeve, smashs block to pieces and is sequentially connected with the output end for smashing mechanism to pieces；
Driving mechanism includes the first strut, the second strut, cam, first rotating shaft, circle wheel, the second side plate, the first elasticity
Part, first connecting rod, rack gear, the first sliding rail, the first sliding block, motor and the first belt pulley；First strut, the second strut are along top plate
Length direction is successively fixed in top plate bottom, and motor is fixed in the second strut bottom；The output end of first rotating shaft one end and motor
Transmission connection, cam are fixed in the first rotating shaft other end；First rotating shaft is connected by the first belt pulley and the transmission of the first linkage mechanism
It connects, the first sliding rail is fixed in the first strut side；Second side plate is slidably connected by the first sliding block and the first sliding rail, the first connection
Bar is fixed in the second side plate；First elastic component is set in first connecting rod, and first elastic component one end is fixed in the second side plate, another
End is fixed in the first strut；Circle wheel is pivotally connect with first connecting rod end, and first connecting rod runs through first
Bar is affixed with rack gear, and rack gear is sequentially connected with mechanism is smashed to pieces；
Smashing mechanism to pieces includes reel, the second shaft, first gear, first bearing seat, third strut, fixed pulley, drawing
Line and slide bar；Third strut, fixed pulley are successively fixed in top plate bottom along top plate length direction, and first bearing seat is fixed in third
Strut bottom；Second shaft and first bearing seat are pivotally connected, and first gear, reel are fixed in the second shaft；Bracing wire one end around
In reel, the other end is fixed at the top of slide bar around fixed pulley；Slide bar is slidably connected with sliding sleeve, smashs block to pieces and is fixed in slide bar bottom
Portion, first gear are engaged with rack；
First linkage mechanism includes the 4th strut, the second belt pulley, third shaft, third belt pulley and second bearing
Seat；4th strut one end is fixed in the first side plate side, and second bearing seat is fixed in the 4th strut other end；Third shaft and the
Two bearing bracket pivot joint, the second belt pulley, third belt pulley are fixed in the second shaft, third belt pulley by the second flat belt with
The transmission connection of second linkage mechanism, the second belt pulley are connect by the first flat belt with the first pulley drive；
Second linkage mechanism include the 5th strut, the second connecting rod, the 6th strut, third connecting rod, 3rd bearing seat,
Sheave, the 4th shaft, the 4th belt pulley, driver plate, fourth bearing seat and the 5th shaft；5th strut, the 6th strut are along the first side
Plate short transverse is fixed in the first side plate side；Fourth bearing seat is fixed in the 5th strut ends；5th shaft one end and the 4th
Bearing block pivot joint, driver plate are fixed in the 5th shaft other end；4th belt pulley is fixed in the 5th shaft, and 3rd bearing seat is fixed in
6th strut ends, the 4th shaft and 3rd bearing seat are pivotally connected, and sheave is fixed in the 4th shaft, sheave by third connecting rod with
Left/right movement device transmission connection, driver plate are connect by the second connecting rod with sheave drive；
Left/right movement device includes the 4th connecting rod, the first block, the second sliding block, the second sliding rail, third sliding block, second
Block, the 5th connecting rod and connecting plate；Second sliding rail, which is fixed in, smashs frame side to pieces, and the first block is fixed in second sliding rail one end,
Second block is fixed in the second sliding rail other end, and the 4th connecting rod one end is slidably connected by the second sliding block and the second sliding rail, the
Five connecting rods are slidably connected by third sliding block and the second sliding rail, and it is separate that connecting plate is fixed in the 4th connecting rod, the 5th connecting rod
The end of second sliding rail, a word hole is offered on connecting plate, and third connecting rod passes through a word hole；
Retaining mechanism includes baffle, the second elastic component, Four-slider, third sliding rail, third block and kelly；Third is sliding
Rail is fixed in shield side, and baffle is fixed in third sliding rail one end, and third block is fixed in third sliding rail the other end；Kelly
It is affixed by the second elastic component and baffle；Kelly is slidably connected by Four-slider and third sliding rail, is smashed to pieces and is provided on frame for card
The card slot of bar insertion.
Preferably, which further includes having handle；Handle is fixed in shield side, and is located above baffle.
Preferably, which further includes having sawtooth；Sawtooth, which is installed on, smashs block bottom to pieces.
Working principle: when needing to carry out rubbish using the device to smash to pieces, rubbish is poured into and is smashed to pieces in frame by staff, is led to
It crosses retaining mechanism to lock shield, starting driving mechanism work, it is same with this that driving mechanism drives the first linkage mechanism to carry out rotation
When drive and smash mechanism to pieces and work, smash mechanism to pieces and enable to smash block to pieces and move up and down triturated waste, the rotation of the first linkage mechanism
The second linkage mechanism is driven to operate, thus drive left/right movement device to be moved, and then drive is smashed frame to pieces and moved left and right, so that
Smash to pieces mechanism can more sufficiently, more evenly smash building waste to pieces, after smashing to pieces, control driving mechanism shut down, in turn
It smashs mechanism, the first linkage mechanism, the second linkage mechanism and left/right movement device to pieces to shut down, finally controls retaining mechanism fortune
Turn, shield is enable to be opened, and then the building waste smashed to pieces is transported from frame taking-up is smashed to pieces.
Because driving mechanism includes the first strut, the second strut, cam, first rotating shaft, circle wheel, the second side plate, first
Elastic component, first connecting rod, rack gear, the first sliding rail, the first sliding block, motor and the first belt pulley；First strut, the second strut edge
Top plate length direction is successively fixed in top plate bottom, and motor is fixed in the second strut bottom；First rotating shaft one end and motor it is defeated
Outlet transmission connection, cam are fixed in the first rotating shaft other end；First rotating shaft is passed by the first belt pulley and the first linkage mechanism
Dynamic connection, the first sliding rail are fixed in the first strut side；Second side plate is slidably connected by the first sliding block and the first sliding rail, and first
Connecting rod is fixed in the second side plate；First elastic component is set in first connecting rod, and first elastic component one end is fixed in the second side plate,
The other end is fixed in the first strut；Circle wheel pivotally connect with first connecting rod end, and first connecting rod runs through the
One strut and rack gear are affixed, and rack gear is sequentially connected with mechanism is smashed to pieces；When needing that the device is driven to be worked, start motor,
Motor work drives first rotating shaft rotation and the first belt pulley in first rotating shaft, cam rotation, the first pulley rotation to drive
First linkage mechanism is rotated, and cam rotation drives circle wheel to move left and right, to drive first connecting rod and first connecting rod
On the second side plate moved left and right, and then it is mobile with carry-over bar, so that rack drives is smashed mechanism work to pieces, pass through starting motor
Work, the first linkage mechanism of driving smash mechanism operating to pieces, are allowed to save the energy.
Because smashing mechanism to pieces to include reel, the second shaft, first gear, first bearing seat, third strut, slide calmly
Wheel, bracing wire and slide bar；Third strut, fixed pulley are successively fixed in top plate bottom along top plate length direction, and first bearing seat is affixed
In third strut bottom；Second shaft and first bearing seat are pivotally connected, and first gear, reel are fixed in the second shaft；Bracing wire
One end is around in reel, and the other end is fixed at the top of slide bar around fixed pulley；Slide bar is slidably connected with sliding sleeve, smashs block to pieces and is fixed in
Slide bar bottom, first gear are engaged with rack；When rack gear moves left and right, rack gear, which moves left and right, is able to drive first gear progress
Rotation, to drive the reel rotation in the second shaft and the second shaft, reel rotation pulls or unclamps bracing wire, thus band
Moving slide-bar rises or falls, and then drives to smash block to pieces and rise or fall and smash to pieces to rubbish.
Because the first linkage mechanism includes the 4th strut, the second belt pulley, third shaft, third belt pulley and the second axis
Hold seat；4th strut one end is fixed in the first side plate side, and second bearing seat is fixed in the 4th strut other end；Third shaft with
Second bearing seat pivot joint, the second belt pulley, third belt pulley are fixed in the second shaft, and third belt pulley passes through the second flat belt
It is sequentially connected with the second linkage mechanism, the second belt pulley is connect by the first flat belt with the first pulley drive；When the first skin
When belt wheel rotates, the first belt pulley drives the second belt pulley to be rotated, to drive the in third shaft and third shaft
Three belt pulleys are rotated, so that a driving part can drive multiple mechanisms to operate, to reach energy saving
Effect.
Because the second linkage mechanism includes the 5th strut, the second connecting rod, the 6th strut, third connecting rod, third axis
Hold seat, sheave, the 4th shaft, the 4th belt pulley, driver plate, fourth bearing seat and the 5th shaft；5th strut, the 6th strut are along
Side plate short transverse is fixed in the first side plate side；Fourth bearing seat is fixed in the 5th strut ends；5th shaft one end with
The pivot joint of fourth bearing seat, driver plate are fixed in the 5th shaft other end；4th belt pulley is fixed in the 5th shaft, and 3rd bearing seat is solid
The 6th strut ends are connected to, the 4th shaft and 3rd bearing seat are pivotally connected, and sheave is fixed in the 4th shaft, and sheave is connected by third
Bar and left/right movement device are sequentially connected, and driver plate is connect by the second connecting rod with sheave drive；When need third belt rotate
When dynamic, third belt pulley drives the 4th belt pulley to be rotated, so that the driver plate rotation in the 5th shaft and the 5th shaft is driven,
Driver plate rotation drives sheave to rotate 90 degree, and then left/right movement device is driven to move left and right, and so can slowly move left and right
It smashs frame to pieces, enables and smash that block is full and uniform to smash the building waste smashed to pieces in frame to pieces to pieces.
Because left/right movement device include the 4th connecting rod, the first block, the second sliding block, the second sliding rail, third sliding block,
Second block, the 5th connecting rod and connecting plate；Second sliding rail, which is fixed in, smashs frame side to pieces, and the first block is fixed in the second sliding rail one
End, the second block are fixed in the second sliding rail other end, and the 4th connecting rod one end is slidably connected by the second sliding block and the second sliding rail,
5th connecting rod is slidably connected by third sliding block and the second sliding rail, and it is remote that connecting plate is fixed in the 4th connecting rod, the 5th connecting rod
End from the second sliding rail, a word hole is offered on connecting plate, and third connecting rod passes through a word hole；When sheave rotation, drive
Connecting plate moves left and right, to drive the 4th connecting rod, the 5th connecting rod to move left and right, and then second sliding rail of drive or so moves
Dynamic, the second sliding rail, which moves left and right drive, to be smashed frame to pieces and moves left and right, so that smashing block to pieces can be full and uniform to smashing to pieces in frame
Building waste smashed to pieces.
Because retaining mechanism includes baffle, the second elastic component, Four-slider, third sliding rail, third block and kelly；The
Three sliding rails are fixed in shield side, and baffle is fixed in third sliding rail one end, and third block is fixed in third sliding rail the other end；
Kelly is affixed by the second elastic component and baffle；Kelly is slidably connected by Four-slider and third sliding rail, is smashed to pieces and is provided on frame
For the card slot of kelly insertion；When need that frame and shield will be smashed to pieces lock when, staff pulls kelly manually, makes kelly by the
Four-slider slide downward, and then under the effect of the elastic force of the second elastic component, so that kelly is caught in card slot, frame and screening are smashed in locking to pieces
Plate.
Because the mashing device further includes having handle；Handle is fixed in shield side, and is located above baffle；When needs are beaten
When opening shield, staff can pull handle, open shield, convenient for taking out rubbish from smashing to pieces in frame.
Because the mashing device further includes having sawtooth；Sawtooth, which is installed on, smashs block bottom to pieces；Sawtooth can be accelerated to smash
Specification
Broken speed.
(3) beneficial effect
The present invention drives the first linkage mechanism and smashs mechanism to pieces and works by driving mechanism, is allowed to save the energy；It is logical
It crosses and smashs mechanism to pieces building waste is sufficiently smashed to pieces；The rotation of the second linkage mechanism is driven by the first linkage mechanism, by the
Two linkage mechanisms drive left/right movement device to work, and enable to smash frame to pieces by left/right movement device and move left and right, in turn
That smashs that mechanism can be more full and uniform to pieces smashs building waste to pieces；In driving mechanism, smash mechanism, the first linkage mechanism, second to pieces
Motivation structure, left/right movement device mutual cooperation under, it is full and uniform to smash to pieces invention achieves energy saving, it is time saving and energy saving
Effect.
Detailed description of the invention
Fig. 1 is the first schematic view of the front view of the invention.
Fig. 2 is the schematic view of the front view of driving mechanism of the present invention.
Fig. 3 is the schematic view of the front view that the present invention smashs mechanism to pieces.
Fig. 4 is the schematic view of the front view of the first linkage mechanism of the invention.
Fig. 5 is the schematic view of the front view of the second linkage mechanism of the invention.
Fig. 6 is the schematic view of the front view of left/right movement device of the present invention.
Fig. 7 is the schematic view of the front view of retaining mechanism of the present invention.
Fig. 8 is second of schematic view of the front view of the invention.
Fig. 9 is the third schematic view of the front view of the invention.
The label in accompanying drawing is: 1- bottom plate, the first side plate of 2-, 3- driving mechanism, the first strut of 31-, the second strut of 32-,
33- cam, 34- first rotating shaft, 35- circle wheel, the second side plate of 36-, the first elastic component of 37-, 38- first connecting rod, 39- rack gear,
The first sliding rail of 310-, the first sliding block of 311-, 312- motor, the first belt pulley of 313-, 4- smash mechanism, 41- reel, 42- to pieces
Two shafts, 43- first gear, 44- first bearing seat, 45- third strut, 46- fixed pulley, 47- bracing wire, 48- slide bar, 5- first
Linkage mechanism, the 4th strut of 51-, the second belt pulley of 52-, 53- third shaft, 54- third belt pulley, 55- second bearing seat, 6-
Second linkage mechanism, the 5th strut of 61-, the second connecting rod of 62-, the 6th strut of 63-, 64- third connecting rod, 65- 3rd bearing
Seat, 66- sheave, the 4th shaft of 67-, the 4th belt pulley of 68-, 69- driver plate, 610- fourth bearing seat, the 5th shaft of 611-, 7- are left
Move right mechanism, the mono- word hole 71-, the 4th connecting rod of 72-, the first block of 73-, the second sliding block of 74-, the second sliding rail of 75-, 76-
Three sliding blocks, the second block of 77-, the 5th connecting rod of 78-, 79- connecting plate, 8- retaining mechanism, 81- baffle, the second elastic component of 82-,
83- Four-slider, 84- third sliding rail, 85- third block, 86- kelly, 87- card slot, 9- top plate, 10-L shape strut, 11- are sliding
Set, 12- smash frame to pieces, 13- shield, the 4th sliding rail of 14-, the 5th sliding block of 15-, and 16- smashs block, the first flat belt of 17-, 18- second to pieces
Flat belt, 19- handle, 20- sawtooth.
Specific embodiment
The present invention is further illustrated with reference to the accompanying drawings and examples.
Embodiment 1
A kind of building removal portable type rubbish mashing device includes bottom plate 1, the first side plate 2, drives as shown in figs 1-9
Motivation structure 3 smashs mechanism 4, the first linkage mechanism 5, the second linkage mechanism 6, left/right movement device 7, retaining mechanism 8, top plate 9, L to pieces
Shape strut 10, sliding sleeve 11 smash frame 12 to pieces, shield 13, the 4th sliding rail 14, the 5th sliding block 15, smash block 16,17 and of the first flat belt to pieces
Second flat belt 18；First side plate 2 is fixed in 1 one end of bottom plate along the vertical direction, and top plate 9 is fixed in the first side plate in the horizontal direction
2 tops, driving mechanism 3 smash mechanism 4, L shape strut 10 to pieces and are successively fixed in 9 bottom of top plate, driving machine along 9 length direction of top plate
3 output end of structure and smash the transmission connection of mechanism 4 to pieces, the 4th sliding rail 14 is fixed in bottom plate 1, smashs frame 12 to pieces and passes through the 5th sliding block 15 and the
Four sliding rails 14 are slidably connected, shield 13 with to smash 12 1 side of frame to pieces hinged, retaining mechanism 8 is fixed in 13 1 side of shield, first
Linkage mechanism 5, the second linkage mechanism 6 are successively fixed in the first side plate 2 along 2 short transverse of the first side plate, and the first linkage mechanism 5 is logical
It crosses the first flat belt 17 and the output end of driving mechanism 3 is sequentially connected, the first linkage mechanism 5 passes through the second flat belt 18 and second
Linkage mechanism 6 is sequentially connected, and left/right movement device 7, which is fixed in, smashs side of the frame 12 far from retaining mechanism 8, the second linkage mechanism to pieces
6 are sequentially connected with left/right movement device 7, and sliding sleeve 11 is fixed in L shape strut 10, smashs mechanism 4 to pieces and be slidably connected with sliding sleeve 11, smash to pieces
Block 16 is sequentially connected with the output end for smashing mechanism 4 to pieces；
Driving mechanism 3 includes the first strut 31, the second strut 32, cam 33, first rotating shaft 34, circle wheel 35, second side
Plate 36, the first elastic component 37, first connecting rod 38, rack gear 39, the first sliding rail 310, the first sliding block 311, motor 312 and the first skin
Belt wheel 313；First strut 31, the second strut 32 are successively fixed in 9 bottom of top plate along 9 length direction of top plate, and motor 312 is fixed in
Second strut, 32 bottom；The output end of 34 one end of first rotating shaft and motor 312 is sequentially connected, and cam 33 is fixed in first rotating shaft 34
The other end；First rotating shaft 34 is fixed in the by the first belt pulley 313 and the transmission connection of the first linkage mechanism 5, the first sliding rail 310
One strut, 31 side；Second side plate 36 is slidably connected by the first sliding block 311 with the first sliding rail 310, and first connecting rod 38 is affixed
In the second side plate 36；First elastic component 37 is set in first connecting rod 38, and 37 one end of the first elastic component is fixed in the second side plate 36,
The other end is fixed in the first strut 31；Circle wheel 35 is pivotally connect with 38 end of first connecting rod, first connecting rod
38 is affixed through the first strut 31 and rack gear 39, and rack gear 39 is sequentially connected with mechanism 4 is smashed to pieces；
Smashing mechanism 4 to pieces includes reel 41, the second shaft 42, first gear 43, first bearing seat 44, third strut
45, fixed pulley 46, bracing wire 47 and slide bar 48；Third strut 45, fixed pulley 46 are successively fixed in top plate 9 along 9 length direction of top plate
Bottom, first bearing seat 44 are fixed in 45 bottom of third strut；Second shaft 42 is pivotally connected with first bearing seat 44, first gear
43, reel 41 is fixed in the second shaft 42；47 one end of bracing wire is around in reel 41, and the other end is fixed in around fixed pulley 46
48 top of slide bar；Slide bar 48 is slidably connected with sliding sleeve 11, smashs block 16 to pieces and is fixed in 48 bottom of slide bar, first gear 43 and rack gear 39
Engagement；
First linkage mechanism 5 includes the 4th strut 51, the second belt pulley 52, third shaft 53,54 and of third belt pulley
Second bearing seat 55；4th strut, 51 one end is fixed in 2 side of the first side plate, and it is another that second bearing seat 55 is fixed in the 4th strut 51
One end；Third shaft 53 and second bearing seat 55 are pivotally connected, and the second belt pulley 52, third belt pulley 54 are fixed in the second shaft
42, third belt pulley 54 is sequentially connected by the second flat belt 18 and the second linkage mechanism 6, and the second belt pulley 52 is flat by first
Belt 17 and the first belt pulley 313 are sequentially connected；
Second linkage mechanism 6 includes the 5th strut 61, the second connecting rod 62, the 6th strut 63, third connecting rod 64,
Three bearing blocks 65, sheave 66, the 4th shaft 67, the 4th belt pulley 68, driver plate 69, fourth bearing seat 610 and the 5th shaft 611；
5th strut 61, the 6th strut 63 are fixed in 2 side of the first side plate along 2 short transverse of the first side plate；Fourth bearing seat 610 is affixed
In 61 end of the 5th strut；5th shaft, 611 one end and fourth bearing seat 610 are pivotally connected, and it is another that driver plate 69 is fixed in the 5th shaft 611
One end；4th belt pulley 68 is fixed in the 5th shaft 611, and 3rd bearing seat 65 is fixed in 63 end of the 6th strut, the 4th shaft
67 are pivotally connected with 3rd bearing seat 65, and sheave 66 is fixed in the 4th shaft 67, and sheave 66 passes through third connecting rod 64 and moves left and right
Mechanism 7 is sequentially connected, and driver plate 69 is sequentially connected by the second connecting rod 62 with sheave 66；
Left/right movement device 7 includes the 4th connecting rod 72, the first block 73, the second sliding block 74, the second sliding rail 75, third
Sliding block 76, the second block 77, the 5th connecting rod 78 and connecting plate 79；Second sliding rail 75, which is fixed in, smashs 12 side of frame, first gear to pieces
Block 73 is fixed in 75 one end of the second sliding rail, and the second block 77 is fixed in 75 other end of the second sliding rail, and 72 one end of the 4th connecting rod is logical
It crosses the second sliding block 74 to be slidably connected with the second sliding rail 75, the 5th connecting rod 78 is connected by third sliding block 76 and the sliding of the second sliding rail 75
It connects, connecting plate 79 is fixed in the 4th connecting rod 72, end of the 5th connecting rod 78 far from the second sliding rail 75, opens up on connecting plate 79
There is a word hole 71, third connecting rod 64 passes through a word hole 71；
Retaining mechanism 8 includes baffle 81, the second elastic component 82, Four-slider 83, third sliding rail 84,85 and of third block
Kelly 86；Third sliding rail 84 is fixed in 13 side of shield, and baffle 81 is fixed in 84 one end of third sliding rail, and third block 85 is affixed
In 84 the other end of third sliding rail；Kelly 86 is affixed by the second elastic component 82 and baffle 81；Kelly 86 passes through Four-slider 83
It is slidably connected with third sliding rail 84, smashs the card slot 87 for being provided on frame 12 and being inserted into for kelly 86 to pieces.
It further include having handle 19；Handle 19 is fixed in 13 side of shield, and is located at 81 top of baffle.
It further include having sawtooth 20；Sawtooth 20, which is installed on, smashs 16 bottom of block to pieces.
Working principle: when needing to carry out rubbish using the device to smash to pieces, staff, which pours into rubbish, to be smashed to pieces in frame 12,
Shield 13 is locked by retaining mechanism 8, starting driving mechanism 3 works, and driving mechanism 3 drives 5 turns of the first linkage mechanism
Dynamic drive at the same time smashs mechanism 4 to pieces and works, and smashs mechanism 4 to pieces and enables to smash to pieces block 16 and moves up and down triturated waste, and first
The rotation of linkage mechanism 5 drives the operating of the second linkage mechanism 6, so that left/right movement device 7 be driven to be moved, and then drives and smashs to pieces
Frame 12 moves left and right, enable smash to pieces mechanism 4 more sufficiently, more evenly smash building waste to pieces, after smashing to pieces, control driving
Mechanism 3 shuts down, and then smashs mechanism 4, the first linkage mechanism 5, the second linkage mechanism 6 and left/right movement device 7 to pieces and stop fortune
Turn, finally controls retaining mechanism 8 and operate, shield 13 is enable to be opened, and then by the building waste smashed to pieces from smashing frame 12 to pieces
Taking-up is transported.
Because driving mechanism 3 includes the first strut 31, the second strut 32, cam 33, first rotating shaft 34, circle wheel 35, the
Two side plates 36, the first elastic component 37, first connecting rod 38, rack gear 39, the first sliding rail 310, the first sliding block 311, motor 312 and
One belt pulley 313；First strut 31, the second strut 32 are successively fixed in 9 bottom of top plate along 9 length direction of top plate, and motor 312 is solid
It is connected to 32 bottom of the second strut；The output end of 34 one end of first rotating shaft and motor 312 is sequentially connected, and cam 33 is fixed in first turn
34 other end of axis；First rotating shaft 34 is sequentially connected by the first belt pulley 313 and the first linkage mechanism 5, and the first sliding rail 310 is affixed
In 31 side of the first strut；Second side plate 36 is slidably connected by the first sliding block 311 with the first sliding rail 310, first connecting rod 38
It is fixed in the second side plate 36；First elastic component 37 is set in first connecting rod 38, and 37 one end of the first elastic component is fixed in second side
Plate 36, the other end are fixed in the first strut 31；Circle wheel 35 is pivotally connect with 38 end of first connecting rod, and first connects
Extension bar 38 is affixed through the first strut 31 and rack gear 39, and rack gear 39 is sequentially connected with mechanism 4 is smashed to pieces；When need to drive the device into
When row work, start motor 312, the work of motor 312 drives the first belt pulley in the rotation of first rotating shaft 34 and first rotating shaft 34
313, cam 33 rotates, and the rotation of the first belt pulley 313 drives the first linkage mechanism 5 to be rotated, and the rotation of cam 33 drives circle wheel
35 move left and right, to drive the second side plate 36 on first connecting rod 38 and first connecting rod 38 to be moved left and right, in turn
Band carry-over bar 39 is mobile, and the driving of rack gear 39 is made to smash the work of mechanism 4 to pieces, is worked by starting motor 312, drives the first linkage mechanism
5, it smashs the operating of mechanism 4 to pieces, is allowed to save the energy.
Because smashing mechanism 4 to pieces includes reel 41, the second shaft 42, first gear 43, first bearing seat 44, third branch
Bar 45, fixed pulley 46, bracing wire 47 and slide bar 48；Third strut 45, fixed pulley 46 are successively fixed in top plate along 9 length direction of top plate
9 bottoms, first bearing seat 44 are fixed in 45 bottom of third strut；Second shaft 42 is pivotally connected with first bearing seat 44, first gear
43, reel 41 is fixed in the second shaft 42；47 one end of bracing wire is around in reel 41, and the other end is fixed in around fixed pulley 46
48 top of slide bar；Slide bar 48 is slidably connected with sliding sleeve 11, smashs block 16 to pieces and is fixed in 48 bottom of slide bar, first gear 43 and rack gear 39
Engagement；When rack gear 39 moves left and right, rack gear 39, which moves left and right, to be able to drive first gear 43 and is rotated, to drive second
Reel 41 in shaft 42 and the second shaft 42 rotates, and the rotation of reel 41 pulls or unclamps bracing wire 47, thus with moving slide-bar
48 rise or fall, and then drive to smash block 16 to pieces and rise or fall and smash to pieces to rubbish.
Because the first linkage mechanism 5 includes the 4th strut 51, the second belt pulley 52, third shaft 53, third belt pulley
54 and second bearing seat 55；4th strut, 51 one end is fixed in 2 side of the first side plate, and second bearing seat 55 is fixed in the 4th strut
51 other ends；Third shaft 53 and second bearing seat 55 are pivotally connected, and the second belt pulley 52, third belt pulley 54 are fixed in second turn
Axis 42, third belt pulley 54 are sequentially connected by the second flat belt 18 and the second linkage mechanism 6, and the second belt pulley 52 passes through first
Flat belt 17 and the first belt pulley 313 are sequentially connected；When the rotation of the first belt pulley 313, the first belt pulley 313 drives the second skin
Belt wheel 52 is rotated, so that the third belt pulley 54 in third shaft 53 and third shaft 53 be driven to be rotated, is so made
Obtaining a driving part can drive multiple mechanisms to operate, to achieve the effect that energy saving.
Because the second linkage mechanism 6 includes the 5th strut 61, the second connecting rod 62, the 6th strut 63, third connecting rod
64,3rd bearing seat 65, sheave 66, the 4th shaft 67, the 4th belt pulley 68, driver plate 69, fourth bearing seat 610 and the 5th shaft
611；5th strut 61, the 6th strut 63 are fixed in 2 side of the first side plate along 2 short transverse of the first side plate；Fourth bearing seat 610
It is fixed in 61 end of the 5th strut；5th shaft, 611 one end and fourth bearing seat 610 are pivotally connected, and driver plate 69 is fixed in the 5th shaft
611 other ends；4th belt pulley 68 is fixed in the 5th shaft 611, and 3rd bearing seat 65 is fixed in 63 end of the 6th strut, and the 4th
Shaft 67 and 3rd bearing seat 65 are pivotally connected, and sheave 66 is fixed in the 4th shaft 67, and sheave 66 passes through third connecting rod 64 and left and right
Mobile mechanism 7 is sequentially connected, and driver plate 69 is sequentially connected by the second connecting rod 62 with sheave 66；When needing 54 turns of third belt pulley
When dynamic, third belt pulley 54 drives the 4th belt pulley 68 to be rotated, to drive in the 5th shaft 611 and the 5th shaft 611
Driver plate 69 rotate, driver plate 69 rotation drive sheave 66 rotate 90 degree, and then driving left/right movement device 7 move left and right, so
Can slowly move left and right and smash frame 12 to pieces, enable smash to pieces block 16 it is full and uniform to the building waste smashed to pieces in frame 12 into
Row is smashed to pieces.
Because left/right movement device 7 include the 4th connecting rod 72, the first block 73, the second sliding block 74, the second sliding rail 75,
Third sliding block 76, the second block 77, the 5th connecting rod 78 and connecting plate 79；Second sliding rail 75, which is fixed in, smashs 12 side of frame to pieces, the
One block 73 is fixed in 75 one end of the second sliding rail, and the second block 77 is fixed in 75 other end of the second sliding rail, the 4th connecting rod 72 1
End is slidably connected by the second sliding block 74 with the second sliding rail 75, and the 5th connecting rod 78 is sliding by third sliding block 76 and the second sliding rail 75
Dynamic connection, connecting plate 79 are fixed in the 4th connecting rod 72, end of the 5th connecting rod 78 far from the second sliding rail 75, on connecting plate 79
A word hole 71 is offered, third connecting rod 64 passes through a word hole 71；When sheave 66 rotates, connecting plate 79 is driven to move left and right,
To drive the 4th connecting rod 72, the 5th connecting rod 78 to move left and right, and then the second sliding rail 75 is driven to move left and right, the second sliding rail
75, which move left and right drive, smashs frame 12 to pieces and moves left and right, so that smashing block 16 to pieces can be full and uniform to smashing building in frame 12 to pieces
Building refuse is smashed to pieces.
Because retaining mechanism 8 includes baffle 81, the second elastic component 82, Four-slider 83, third sliding rail 84, third block
85 and kelly 86；Third sliding rail 84 is fixed in 13 side of shield, and baffle 81 is fixed in 84 one end of third sliding rail, third block 85
It is fixed in 84 the other end of third sliding rail；Kelly 86 is affixed by the second elastic component 82 and baffle 81；Kelly 86 is sliding by the 4th
Block 83 is slidably connected with third sliding rail 84, smashs the card slot 87 for being provided on frame 12 and being inserted into for kelly 86 to pieces；When needs will smash frame 12 to pieces
When locking with shield 13, staff pulls kelly 86 manually, makes kelly 86 by 83 slide downward of Four-slider, and then the
Under the elastic force effect of two elastic components 82, kelly 86 is enable to be caught in card slot 87, frame 12 and shield 13 are smashed in locking to pieces.
Because further including having handle 19；Handle 19 is fixed in 13 side of shield, and is located at 81 top of baffle；When needing to open
When shield 13, staff can pull handle 19, open shield 13, convenient for taking out rubbish from smashing to pieces in frame 12.
Because further including having sawtooth 20；Sawtooth 20, which is installed on, smashs 16 bottom of block to pieces；Sawtooth 20 can accelerate the speed smashed to pieces.
The preferred embodiment of the present invention above described embodiment only expresses, the description thereof is more specific and detailed, but simultaneously
Limitations on the scope of the patent of the present invention therefore cannot be interpreted as.It should be pointed out that for those of ordinary skill in the art
For, without departing from the inventive concept of the premise, several deformations can also be made, improves and substitutes, these belong to this hair
Bright protection scope.Therefore, the scope of protection of the patent of the invention shall be subject to the appended claims.
Claims (3)
1. a kind of building removal portable type rubbish mashing device, which is characterized in that include bottom plate (1), the first side plate (2),
Driving mechanism (3) smashs mechanism (4), the first linkage mechanism (5), the second linkage mechanism (6), left/right movement device (7), locking to pieces
Mechanism (8), L shape strut (10), sliding sleeve (11), smashs frame (12), shield (13), the 4th sliding rail (14), the 5th cunning to pieces at top plate (9)
Block (15) smashs block (16), the first flat belt (17) and the second flat belt (18) to pieces；First side plate (2) is fixed in along the vertical direction
Bottom plate (1) one end, top plate (9) are fixed in the horizontal direction at the top of the first side plate (2), and driving mechanism (3) smashs mechanism (4), L to pieces
Shape strut (10) is successively fixed in top plate (9) bottom along top plate (9) length direction, driving mechanism (3) output end and smashs mechanism to pieces
(4) it is sequentially connected, the 4th sliding rail (14) is fixed in bottom plate (1), smashs frame (12) to pieces and passes through the 5th sliding block (15) and the 4th sliding rail
(14) be slidably connected, shield (13) with to smash (12) one side of frame to pieces hinged, retaining mechanism (8) is fixed in (13) one side of shield,
First linkage mechanism (5), the second linkage mechanism (6) are successively fixed in the first side plate (2) along the first side plate (2) short transverse, the
One linkage mechanism (5) is sequentially connected by the output end of the first flat belt (17) and driving mechanism (3), the first linkage mechanism (5)
It is sequentially connected by the second flat belt (18) and the second linkage mechanism (6), left/right movement device (7), which is fixed in, smashs frame (12) to pieces far
Side from retaining mechanism (8), the second linkage mechanism (6) and left/right movement device (7) are sequentially connected, and sliding sleeve (11) is fixed in L
Shape strut (10) smashs mechanism (4) to pieces and is slidably connected with sliding sleeve (11), smashs block (16) to pieces and is driven with the output end for smashing mechanism (4) to pieces
Connection；
Driving mechanism (3) includes the first strut (31), the second strut (32), cam (33), first rotating shaft (34), circle wheel
(35), the second side plate (36), the first elastic component (37), first connecting rod (38), rack gear (39), the first sliding rail (310), first are slided
Block (311), motor (312) and the first belt pulley (313)；First strut (31), the second strut (32) are along top plate (9) length direction
It is successively fixed in top plate (9) bottom, motor (312) is fixed in the second strut (32) bottom；First rotating shaft (34) one end and motor
(312) output end transmission connection, cam (33) are fixed in first rotating shaft (34) other end；First rotating shaft (34) passes through the first skin
Belt wheel (313) and the first linkage mechanism (5) are sequentially connected, and the first sliding rail (310) is fixed in the first strut (31) side；Second side
Plate (36) is slidably connected by the first sliding block (311) with the first sliding rail (310), and first connecting rod (38) is fixed in the second side plate
(36)；First elastic component (37) is set in first connecting rod (38), and the first elastic component (37) one end is fixed in the second side plate (36),
The other end is fixed in the first strut (31)；Circle wheel (35) is pivotally connect with first connecting rod (38) end, and first
Connecting rod (38) is affixed through the first strut (31) and rack gear (39), and rack gear (39) is sequentially connected with mechanism (4) are smashed to pieces；
Smashing mechanism (4) to pieces includes reel (41), the second shaft (42), first gear (43), first bearing seat (44), third
Strut (45), fixed pulley (46), bracing wire (47) and slide bar (48)；Third strut (45), fixed pulley (46) are along top plate (9) length side
To top plate (9) bottom is successively fixed in, first bearing seat (44) is fixed in third strut (45) bottom；Second shaft (42) and the
One bearing block (44) pivot joint, first gear (43), reel (41) are fixed in the second shaft (42)；Bracing wire (47) one end is around in
Reel (41), the other end are fixed at the top of slide bar (48) around fixed pulley (46)；Slide bar (48) is slidably connected with sliding sleeve (11),
It smashs block (16) to pieces and is fixed in slide bar (48) bottom, first gear (43) is engaged with rack gear (39)；
First linkage mechanism (5) includes the 4th strut (51), the second belt pulley (52), third shaft (53), third belt pulley
(54) and second bearing seat (55)；4th strut (51) one end is fixed in the first side plate (2) side, and second bearing seat (55) is affixed
In the 4th strut (51) other end；Third shaft (53) and second bearing seat (55) are pivotally connected, the second belt pulley (52), third belt
Wheel (54) is fixed in the second shaft (42), and third belt pulley (54) passes through the second flat belt (18) and the second linkage mechanism (6)
Transmission connection, the second belt pulley (52) are sequentially connected by the first flat belt (17) and the first belt pulley (313)；
Second linkage mechanism (6) includes the 5th strut (61), the second connecting rod (62), the 6th strut (63), third connecting rod
(64), 3rd bearing seat (65), sheave (66), the 4th shaft (67), the 4th belt pulley (68), driver plate (69), fourth bearing seat
(610) and the 5th shaft (611)；5th strut (61), the 6th strut (63) are fixed in first along the first side plate (2) short transverse
Side plate (2) side；Fourth bearing seat (610) is fixed in the 5th strut (61) end；5th shaft (611) one end and fourth bearing
Seat (610) pivot joint, driver plate (69) are fixed in the 5th shaft (611) other end；4th belt pulley (68) is fixed in the 5th shaft
(611), 3rd bearing seat (65) is fixed in the 6th strut (63) end, and the 4th shaft (67) and 3rd bearing seat (65) are pivotally connected,
Sheave (66) is fixed in the 4th shaft (67), and sheave (66) is connected by third connecting rod (64) and left/right movement device (7) transmission
It connects, driver plate (69) is sequentially connected by the second connecting rod (62) and sheave (66)；
Left/right movement device (7) includes the 4th connecting rod (72), the first block (73), the second sliding block (74), the second sliding rail
(75), third sliding block (76), the second block (77), the 5th connecting rod (78) and connecting plate (79)；Second sliding rail (75) is fixed in
Smash frame (12) side to pieces, the first block (73) is fixed in the second sliding rail (75) one end, and the second block (77) is fixed in the second sliding rail
(75) other end, the 4th connecting rod (72) one end are slidably connected by the second sliding block (74) with the second sliding rail (75), the 5th connection
Bar (78) is slidably connected by third sliding block (76) with the second sliding rail (75), connecting plate (79) be fixed in the 4th connecting rod (72),
End of 5th connecting rod (78) far from the second sliding rail (75), offers a word hole (71), third connecting rod on connecting plate (79)
(64) a word hole (71) is passed through；
Retaining mechanism (8) includes baffle (81), the second elastic component (82), Four-slider (83), third sliding rail (84), third gear
Block (85) and kelly (86)；Third sliding rail (84) is fixed in shield (13) side, and baffle (81) is fixed in third sliding rail (84) one
End, third block (85) are fixed in third sliding rail (84) the other end；Kelly (86) passes through the second elastic component (82) and baffle
(81) affixed；Kelly (86) is slidably connected by Four-slider (83) with third sliding rail (84), is smashed to pieces and is provided on frame (12) for card
The card slot (87) of bar (86) insertion.
2. a kind of building removal portable type rubbish mashing device according to claim 1, which is characterized in that further include having
Handle (19)；Handle (19) is fixed in shield (13) side, and is located above baffle (81).
3. a kind of building removal portable type rubbish mashing device according to claim 2, which is characterized in that further include having
Sawtooth (20)；Sawtooth (20), which is installed on, smashs block (16) bottom to pieces.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201710931194.0A CN107583720B (en) | 2017-10-09 | 2017-10-09 | A kind of building removal portable type rubbish mashing device |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201710931194.0A CN107583720B (en) | 2017-10-09 | 2017-10-09 | A kind of building removal portable type rubbish mashing device |
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| Publication Number | Publication Date |
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| CN107583720A CN107583720A (en) | 2018-01-16 |
| CN107583720B true CN107583720B (en) | 2019-01-18 |
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| CN201710931194.0A Active CN107583720B (en) | 2017-10-09 | 2017-10-09 | A kind of building removal portable type rubbish mashing device |
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