CN109822767A - A structurally practical building thermal insulation material processing system - Google Patents
A structurally practical building thermal insulation material processing system Download PDFInfo
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- CN109822767A CN109822767A CN201910264414.8A CN201910264414A CN109822767A CN 109822767 A CN109822767 A CN 109822767A CN 201910264414 A CN201910264414 A CN 201910264414A CN 109822767 A CN109822767 A CN 109822767A
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- cutting
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- 239000012774 insulation material Substances 0.000 title claims abstract description 49
- 239000012535 impurity Substances 0.000 claims abstract description 13
- 230000033001 locomotion Effects 0.000 claims abstract description 8
- 230000005484 gravity Effects 0.000 claims description 45
- 238000009434 installation Methods 0.000 claims description 28
- 230000005540 biological transmission Effects 0.000 claims description 23
- 239000002699 waste material Substances 0.000 claims description 18
- 239000007787 solid Substances 0.000 claims 1
- 238000000034 method Methods 0.000 abstract description 2
- 239000000463 material Substances 0.000 description 3
- 230000009286 beneficial effect Effects 0.000 description 2
- 239000011538 cleaning material Substances 0.000 description 2
- 238000010586 diagram Methods 0.000 description 2
- 208000032370 Secondary transmission Diseases 0.000 description 1
- 238000004140 cleaning Methods 0.000 description 1
- 238000012986 modification Methods 0.000 description 1
- 230000004048 modification Effects 0.000 description 1
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Abstract
本发明公开了一种结构实用的建筑保温材料处理系统，包括处理箱，所述处理箱内设有切割腔，所述切割腔右侧连通设有支撑腔，所述支撑腔内滑动配合安装支撑块，所述支撑块顶部端面与所述切割杆贴合，所述支撑块底部端面与所述支撑腔底壁之间固定安装支撑弹簧，切割机构内的切割电机控制切割杆的上下移动，切割刀片对保温材料进行切割，通过转动转盘，可以调整切割刀片的位置，除杂机构内的主刀片和副刀片对保温材料表面进行处理。
The invention discloses a building thermal insulation material processing system with a practical structure, comprising a processing box, a cutting cavity is arranged in the processing box, a support cavity is communicated with the right side of the cutting cavity, and the support cavity is slidably fitted to install and support The top end face of the support block is attached to the cutting rod, a support spring is fixedly installed between the bottom end face of the support block and the bottom wall of the support cavity, and the cutting motor in the cutting mechanism controls the up and down movement of the cutting rod, cutting The blade cuts the insulation material, and the position of the cutting blade can be adjusted by rotating the turntable, and the main blade and the auxiliary blade in the impurity removal mechanism process the surface of the insulation material.
Description
Technical field
The present invention relates to material processing technical field, specially a kind of building thermal insulation material processing system that structure is practical.
Background technique
Building thermal insulation material reduces Indoor environment heat and dissipates to outdoor by taking measures to building external envelope structure
Hair, to keep architecture indoor temperature, in the prior art, the practical building thermal insulation material of structure does not have when being cut
Material is pushed down, cut surface is caused to have inclination, product generates waste product, can not also adjust the position of cutting blade, can not adjust
The size of the whole thermal insulation material being cut into, meanwhile, to material surface handled when, waste material is not collected,
Cause later stage work cumbersome, cause to waste, it is therefore desirable to which one kind can guarantee that thermal insulation material cut surface is smooth and do not tilt, and can be with
At the building thermal insulation material that the waste material generated when adjusting the position of cutting blade, while handling heat insulation material surface is collected
Reason system.
Summary of the invention
The purpose of the present invention is to provide a kind of building thermal insulation material processing systems that structure is practical, for overcoming existing skill
Drawbacks described above in art.
A kind of practical building thermal insulation material processing system of structure of embodiment according to the present invention, including treatment box, institute
It states and is equipped with cutting chamber in treatment box, the cutting is intracavitary to be equipped with cutting mechanism, and the cutting mechanism includes cutter bar, on cutter bar
It is threadedly engaged installation thread bush, cutting blade is fixedly mounted on thread bush, is equipped with main thread chamber on the left of cutting chamber, main thread is intracavitary
Be slidably installed main sliding shoe, and the cutting mechanism further includes providing the cutting motor of power, the output of cutting motor to the right
Fixed mobile jib is fixedly mounted in axis, is equipped with delivery device below the cutting mechanism, the delivery device includes compensated cavity, compensated cavity
It is inside slidably installed and moves up block, connection is equipped with runner chamber on the right side of compensated cavity, and intracavitary be rotatably assorted of runner installs runner bar, runner
Runner is fixedly mounted on bar, the delivery device further includes gravity chamber, the intracavitary gravity block that is slidably installed of gravity, the push
Impurity removal mechanism is equipped on the right side of mechanism, the impurity removal mechanism includes blade cavity, and main blade, blade cavity lower section are fixedly mounted in blade cavity
Equipped with chamber is fallen, intracavitary fixed installation auxiliary-blade is fallen, connection below chamber is fallen and is equipped with waste chamber, set on the right side of the impurity removal mechanism
There is conveying mechanism, the conveying mechanism includes providing the feeder motor of conveying power, and the forward output shaft of feeder motor is fixed to be connected
Fixed secondary bar is connect, is fixedly mounted in fixed secondary bar and is sent into wheel, the secondary chamber of conveying is additionally provided in the conveying mechanism, conveying is intracavitary turn secondary
It is dynamic to be coupled submitting bar, it sends out to be fixedly mounted on bar and sends out wheel.
Further technical solution, the cutting mechanism include the main thread chamber that connection is arranged on the left of the cutting chamber,
The intracavitary main sliding shoe that is slidably installed of the main thread, the main sliding shoe is interior equipped with the main thread hole that Open Side Down, described
Not being rotatably assorted between the engagement chamber and the main thread chamber equipped with engagement chamber below main thread chamber and main thread bar is installed, it is described
Main thread bar and the main thread hole are threadedly engaged installation, and engagement main cone wheel, institute is fixedly mounted in the main thread bar bottom end face
State engagement chamber on the left of be equipped with main transmission chamber, the main transmission chamber with it is described engage to be rotatably assorted between chamber mesh rod is installed, it is described
Meshing Pair cone pulley is fixedly mounted in mesh rod right end face, and the Meshing Pair cone pulley engages the engagement of main cone wheel, the engagement with described
It is equipped with a pair of of electromagnet in bar, the mesh rod left end face is fixedly mounted first gear, in the main transmission chamber inner left wall
Cutting motor is fixedly mounted, fixed mobile jib, the fixation is fixedly mounted in the right end face of the output shaft of the cutting motor to the right
Second gear is fixedly mounted on mobile jib, transmission is coupled main chain between the second gear and the first gear, described
It is rotatably assorted in main sliding shoe right end face and cutter bar is installed, be symmetrically rotatably assorted on the cutter bar and rod set is installed, institute
It states rod set bottom end face and connecting rod is fixedly mounted, briquetting is equipped with below the rod set, pressure chamber, the connection are equipped in the briquetting
Fixture block is symmetrically fixedly mounted on bar, the fixture block is slidably installed with the pressure chamber, the connecting rod bottom end face with
Briquetting spring is fixedly mounted between the wall of the pressure bottom of chamber, is threadedly engaged installation between the rod set of left and right on the cutter bar
Cutting blade is fixedly mounted in thread bush, the thread bush bottom end face, and turntable is fixedly mounted in the cutter bar right end face, described
Cut connection on the right side of chamber and be equipped with support chamber, the intracavitary supporting block that is slidably installed of the support, the supporting block top end surface with
The cutter bar fitting, is fixedly mounted support spring between the supporting block bottom end face and support bottom of chamber wall.
Further technical solution, the delivery device includes the compensated cavity being arranged on the right side of the main transmission chamber, described
Fixed mobile jib extends through to the right the compensated cavity inner left wall, and master bevel gear is fixedly mounted in the fixed mobile jib right end face,
Connection is equipped with gravity chamber, the intracavitary gravity block that is slidably installed of the gravity, the gravity block bottom end below the cutting chamber
Gravity spring is fixedly mounted between face and gravity bottom of chamber wall, wall connection in the gravity bottom of chamber is equipped with vertical cavity, described vertical
The intracavitary vertical blocks that are slidably installed, the vertical blocks top end surface are fixedly connected with the gravity block bottom end face, described to hang down
Uprighting spring is fixedly mounted between straight block bottom end face and the vertical cavity bottom wall, connection is equipped with movement on the left of the vertical cavity
Chamber, the vertical blocks left end face, which is fixedly mounted, moves down block, connection on the left of the mobile cavity with what the mobile cavity was slidably matched
It equipped with runner chamber, is rotatably assorted between the runner chamber roof and bottom wall and runner bar is installed, be fixedly mounted and turn on the runner bar
Wheel, is equipped with turn trough in the runner, described to move down block left end face and the turn trough grafting, the runner chamber left side with it is described auxiliary
It helps chamber to be connected to, is slidably installed in the compensated cavity and moves up block, it is described to move up block right end face and the turn trough grafting, it is described
It moves up to be rotatably assorted in block top end surface and mobile bar is installed, auxiliary bevel gear is fixedly mounted in the mobile bar top end surface, described
Connection is equipped with deputy thread chamber on the left of gravity chamber, is rotatably assorted between the deputy thread chamber and the compensated cavity and installs deputy thread bar,
Secondary bevel gear is fixedly mounted in the deputy thread bar left end face, and the auxiliary bevel gear can be with the master bevel gear and the secondary cone
Gear engagement, the intracavitary secondary sliding shoe that is slidably installed of the deputy thread, the pair sliding shoe is interior to be equipped with the secondary spiral shell of opening to the left
Pit, the deputy thread hole and the deputy thread bar are threadedly engaged installation.
Further technical solution, the conveying mechanism include that being open to the right on the right side of the gravity chamber is arranged in connection
Outlet, the outlet top are equipped with the conveying main chamber of opening upwards, and auxiliary driving chamber, the secondary biography are equipped on rear side of the conveying main chamber
Feeder motor is fixedly mounted on rear side of dynamic chamber in inner wall, the front end face of the forward output shaft of feeder motor, which is fixedly mounted, fixes
Secondary bar, the fixed secondary bar extends forward to be rotatably assorted installation with the conveying main chamber front inner wall, consolidates in the fixed secondary bar
Dingan County fills third gear, and connection, which is equipped with, below the outlet conveys secondary chamber, and be rotatably assorted peace in the secondary chamber front inner wall of the conveying
Dress runs through the submitting bar of the auxiliary driving chamber front inner wall, the submittings bar back end surface the 4th gear of fixed installation, and described the
Four gears are engaged with the third gear, are located at the fixed secondary bar left pivot movement between the inner wall of side before and after the conveying main chamber and are matched
It closes to install and is sent into bar, the feeding bar and upper be sent into fixed installation in the conveying main chamber of the fixed secondary bar are taken turns, left and right
Transmission is coupled main belt between the feeding wheel, is located on the left of the submitting bar between the inner wall of side before and after the secondary chamber of the conveying
It is rotatably assorted and follower lever is installed, the secondary intracavitary fixed installation of the conveying is located on the follower lever and the submitting bar and sends out wheel,
Transmission is coupled secondary belt between the submitting wheel of left and right.
Further technical solution, the impurity removal mechanism includes the blade cavity that connection is arranged in above the outlet, described
Main blade is fixedly mounted on blade cavity roof, connection, which is equipped with, below the outlet falls chamber, described to fall between the inner wall of chamber front and back
Auxiliary-blade is fixedly mounted, described fall below chamber is connected to equipped with waste chamber.
The beneficial effects of the present invention are: the configuration of the present invention is simple, easy to operate, the cutting motor control in cutting mechanism is cut
Moving up and down for bar is cut, briquetting pushes down thermal insulation material, and cutting blade cuts thermal insulation material, ensure that thermal insulation material is cut
The smooth of face does not tilt, and by rotating turntable, the position of adjustable cutting blade adjusts the big of the thermal insulation material being cut into
Small, main blade and auxiliary-blade in impurity removal mechanism handle heat insulation material surface, and waste chamber collects giving up after cleaning
Material, conveying mechanism and delivery device cooperation are worthy to be popularized so that thermal insulation material is mobile.
Detailed description of the invention
Fig. 1 is structural schematic diagram of the invention；
Fig. 2 is the schematic cross-sectional view in the direction A-A in Fig. 1；
Fig. 3 is the enlarged diagram in Fig. 1 at B.
Specific embodiment
Below with reference to Fig. 1-3, the present invention is described in detail, for sake of convenience, now such as to hereafter described orientation regulation
Under: hereafter described front-rear direction up and down is consistent with the front-rear direction up and down of Fig. 1 projection relation itself.
Referring to Fig.1-3, the practical building thermal insulation material processing system of a kind of structure of embodiment according to the present invention, including
Treatment box 72, the treatment box 72 is interior to be equipped with cutting chamber 61, is equipped with cutting mechanism, the cutting mechanism packet in the cutting chamber 61
Cutter bar 62 is included, installation thread bush 60 is threadedly engaged on cutter bar 62, cutting blade 59 is fixedly mounted on thread bush 60, cuts chamber
61 left sides are equipped with main thread chamber 63, and be slidably installed main sliding shoe 65 in main thread chamber 63, and the cutting mechanism further includes mentioning
For the cutting motor 15 of power, fixed mobile jib 16, the cutting mechanism lower section is fixedly mounted in the output shaft of cutting motor 15 to the right
Equipped with delivery device, the delivery device includes compensated cavity 18, is slidably installed in compensated cavity 18 and moves up block 21, compensated cavity 18
Right side connection is equipped with runner chamber 28, is rotatably assorted in runner chamber 28 and installs runner bar 27, and runner 29 is fixedly mounted on runner bar 27,
The delivery device further includes gravity chamber 38, and be slidably installed gravity block 39 in gravity chamber 38, is set on the right side of the delivery device
There is impurity removal mechanism, the impurity removal mechanism includes blade cavity 51, and main blade 52 is fixedly mounted in blade cavity 51, sets below blade cavity 51
Chamber 40 is fallen, falls and auxiliary-blade 41 is fixedly mounted in chamber 40, connection below chamber 40 is fallen and is equipped with waste chamber 36, the de-burring machine
Conveying mechanism is equipped on the right side of structure, the conveying mechanism includes providing the feeder motor 79 of conveying power, and feeder motor 79 is forward
Output shaft is fixedly connected with fixed secondary bar 73, is fixedly mounted in fixed secondary bar 73 and is sent into wheel 47, is additionally provided in the conveying mechanism defeated
Secondary chamber 42 is sent, the installation that is rotatably assorted in secondary chamber 42 is conveyed and sends out bar 74, send out to be fixedly mounted on bar 74 and send out wheel 45.
Valuably or illustratively, the cutting mechanism includes the main thread chamber that 61 left side of cutting chamber is arranged in connection
63, be slidably installed in the main thread chamber 63 main sliding shoe 65, is equipped with the main spiral shell that Open Side Down in the main sliding shoe 65
Pit 64 is equipped with engagement chamber 68 below the main thread chamber 63 and not rotating between the engagement chamber 68 and the main thread chamber 63 and matches
Installation main thread bar 66 is closed, the main thread bar 66 is threadedly engaged installation, 66 bottom of main thread bar with the main thread hole 64
Engagement main cone wheel 67 is fixedly mounted in end surface, is equipped with main transmission chamber 12, the main transmission chamber 12 and institute on the left of the engagement chamber 68
It states to be rotatably assorted between engagement chamber 68 and mesh rod 70 is installed, Meshing Pair cone pulley 69 is fixedly mounted in 70 right end face of mesh rod,
The Meshing Pair cone pulley 69 is engaged with the main cone wheel 67 that engages, and a pair of of electromagnet 71 is equipped in the mesh rod 70, described to nibble
It closes 70 left end face of bar and first gear 11 is fixedly mounted, cutting motor 15 is fixedly mounted in 12 inner left wall of main transmission chamber,
Fixed mobile jib 16, fixed peace on the fixed mobile jib 16 is fixedly mounted in the right end face of the output shaft of the cutting motor 15 to the right
Second gear 14 is filled, transmission is coupled main chain 13, the main cunning between the second gear 14 and the first gear 11
It is rotatably assorted in 65 right end face of motion block and cutter bar 62 is installed, be symmetrically rotatably assorted on the cutter bar 62 and rod set is installed
58, connecting rod 57 is fixedly mounted in 58 bottom end face of rod set, and briquetting 83 is equipped with below the rod set 58, is set in the briquetting 83
There is pressure chamber 81, fixture block 80 is symmetrically fixedly mounted in the connecting rod 57, the fixture block 80 is slidably matched with the pressure chamber 81
Briquetting spring 82, the cutter bar 62 is fixedly mounted in installation between 57 bottom end face of connecting rod and 81 bottom wall of pressure chamber
Upper that installation thread bush 60 is threadedly engaged between the rod set 58 of left and right, cutting is fixedly mounted in 60 bottom end face of thread bush
Turntable 56 is fixedly mounted in blade 59,62 right end face of cutter bar, and connection is equipped with support chamber 54, institute on the right side of the cutting chamber 61
The supporting block 55 that is slidably installed in support chamber 54 is stated, 55 top end surface of supporting block is bonded with the cutter bar 62, described
Support spring 53 is fixedly mounted between 55 bottom end face of supporting block and 54 bottom wall of support chamber, is cut so that thermal insulation material is conveyed into
It cutting in chamber 61, cutting motor 15 starts, and fixed mobile jib 16 is driven to rotate, and the fixed rotation of mobile jib 16 drives second gear 14 to rotate,
Second gear 14 drives first gear 11 to rotate by the transmission of main chain 13, and electromagnet 71 is attracted, and the rotation of first gear 11 drives
Mesh rod 70 rotate, mesh rod 70 rotation drive Meshing Pair cone pulley 69 rotate, Meshing Pair cone pulley 69 by with engage main cone wheel 67
Engagement drives main thread bar 66 to rotate, and the rotation of main thread bar 66 drives main sliding shoe 65 to move down, and main sliding shoe 65 is to moving down
Dynamic that cutter bar 62 is driven to move down, briquetting 83 pushes down thermal insulation material, and cutting blade 59, which moves down, to be cut, and cutting is completed
Afterwards, the reversion of cutting motor 15 resets, and electromagnet 71 disconnects, by rotating turntable 56, the position of adjustable cutting blade 59.
Valuably or illustratively, the delivery device includes the compensated cavity 18 that 12 right side of main transmission chamber is arranged in,
The fixed mobile jib 16 extends through to the right 18 inner left wall of compensated cavity, and fixed 16 right end face of mobile jib is fixedly mounted
Master bevel gear 17, connection is equipped with gravity chamber 38 below the cutting chamber 61, and be slidably installed gravity block in the gravity chamber 38
39, gravity spring 37, the gravity chamber 38 are fixedly mounted between 39 bottom end face of gravity block and 38 bottom wall of gravity chamber
Bottom wall connection is equipped with vertical cavity 33, and be slidably installed vertical blocks 35 in the vertical cavity 33,35 top end surface of vertical blocks
It is fixedly connected with 39 bottom end face of gravity block, it is fixed between 33 bottom wall of 35 bottom end face of vertical blocks and the vertical cavity
Uprighting spring 34 is installed, connection is equipped with mobile cavity 31 on the left of the vertical cavity 33, and 35 left end face of vertical blocks is fixedly mounted
Block 32 is moved down with what the mobile cavity 31 was slidably matched, connection is equipped with runner chamber 28, the runner chamber on the left of the mobile cavity 31
It is rotatably assorted between 28 roofs and bottom wall and runner bar 27 is installed, runner 29, the runner 29 are fixedly mounted on the runner bar 27
It is interior to be equipped with turn trough 26, described to move down 32 left end face of block and 26 grafting of turn trough, 28 left side of runner chamber and the auxiliary
Chamber 18 is connected to, and is slidably installed in the compensated cavity 18 and is moved up block 21, described to move up 21 right end face of block and the turn trough 26
Grafting, it is described move up to be rotatably assorted in 21 top end surface of block mobile bar 20 is installed, 20 top end surface of mobile bar is fixedly mounted
Bevel gear 19 is assisted, connection is equipped with deputy thread chamber 24, the deputy thread chamber 24 and the compensated cavity 18 on the left of the gravity chamber 38
Between be rotatably assorted deputy thread bar 23 be installed, secondary bevel gear 22, the auxiliary is fixedly mounted in 23 left end face of deputy thread bar
Bevel gear 19 can engage with the master bevel gear 17 and the secondary bevel gear 22, and be slidably installed pair in the deputy thread chamber 24
Sliding shoe 30, the pair sliding shoe 30 is interior to be equipped with the deputy thread hole 25 of opening to the left, the deputy thread hole 25 and the deputy thread
Bar 23 is threadedly engaged installation, so that, so that gravity block 39 moves down, gravity block 39 moves down drive after thermal insulation material cutting
Vertical blocks 35 move down, and vertical blocks 35, which move down drive and move down block 32, to be moved down, and move down block 32 and are driven by turn trough 26
Block 21 is moved up to move up, move up block 21 move up drive mobile bar 20 move up, mobile bar 20 move up drive it is auxiliary
Bevel gear 19 is helped to move up, so that auxiliary bevel gear 19 engages with master bevel gear 17 and secondary bevel gear 22, cutting motor 15 is opened
It is dynamic, drive master bevel gear 17 to rotate by fixed mobile jib 16, master bevel gear 17 is by engaging the secondary cone of drive with auxiliary bevel gear 19
Gear 22 rotates, and the secondary rotation of bevel gear 22 drives deputy thread bar 23 to rotate, and the rotation of deputy thread bar 23 drives secondary sliding shoe 30 to the right
It is mobile, push thermal insulation material to move right, then cutting motor 15 inverts, and secondary sliding shoe 30 moves right reset, gravity block 39
It moves up, auxiliary bevel gear 19 is disengaged from master bevel gear 17 and secondary bevel gear 22.
Valuably or illustratively, the conveying mechanism includes that the opening on 38 right side of gravity chamber is arranged in the right in connection
Outlet 44,44 top of outlet is equipped with the conveying main chambers 49 of opening upwards, equipped with auxiliary driving on rear side of the conveying main chamber 49
Chamber 77, the 77 rear side inner wall of auxiliary driving chamber is interior to be fixedly mounted feeder motor 79, the forward output shaft of the feeder motor 79
Fixed secondary bar 73 is fixedly mounted in front end face, and the fixed secondary bar 73 extends forward to be rotated with 49 front inner wall of conveying main chamber
It being coupled, third gear 78 is fixedly mounted in the fixed secondary bar 73, the 44 lower section connection of outlet, which is equipped with, conveys secondary chamber 42,
The submitting bar 74 for conveying the installation that is rotatably assorted in 42 front inner wall of secondary chamber and running through 77 front inner wall of auxiliary driving chamber, it is described
It sends out 74 back end surface of bar and the 4th gear 75 is fixedly mounted, the 4th gear 75 is engaged with the third gear 78, described defeated
It send to be coupled between 49 front and back side inner wall of main chamber positioned at fixed 73 left pivot movement of secondary bar and is sent into bar 50, the feeding bar 50
It is sent into wheel 47 with being located in the conveying main chamber 49 to be fixedly mounted in the fixed secondary bar 73, is passed between the feeding wheel 47 of left and right
It is dynamic to be coupled main belt 48,74 left pivot movement of submitting bar cooperation peace is located between the conveying 42 front and back side inner wall of secondary chamber
Follower lever 46 is filled, the follower lever 46 sends out wheel 45 with secondary interior be fixedly mounted of chamber 42 of the conveying is located on the submitting bar 74,
Transmission is coupled secondary belt 43 between the submitting wheel 45 of left and right, so that feeder motor 79 starts, drives fixed 73 turns of secondary bar
Dynamic, the fixed rotation of secondary bar 73 drives third gear 78 to rotate, and the rotation of third gear 78 drives the rotation of the 4th gear 75, the 4th gear
75 rotations, which drive, sends out the rotation of bar 74, and the fixed rotation of secondary bar 73 drives the rotation of feeding wheel 47 on right side, 47 turns of the feeding wheel on right side
Dynamic be driven by main belt 48 drives the feeding wheel 47 in left side to rotate, and thermal insulation material is conveyed into cutting chamber 61, sends out 74 turns of bar
The dynamic submitting wheel 45 for driving right side rotates, and 45 rotation of submitting wheel on right side drives the submitting wheel 45 in left side by the secondary transmission of belt 43
Rotation, thermal insulation material is transferred out from outlet 44.
Valuably or illustratively, the impurity removal mechanism includes the blade cavity 51 that 44 top of outlet is arranged in connection,
Main blade 52 is fixedly mounted on 51 roof of blade cavity, the 44 lower section connection of outlet, which is equipped with, falls chamber 40, described to fall chamber
Auxiliary-blade 41 is fixedly mounted between 40 front and back inner walls, described fall below chamber 40 is connected to equipped with waste chamber 36, thus thermal insulation material
When pushing inlet/outlet 44 by secondary sliding shoe 30, main blade 52 and auxiliary-blade 41 clean to the upper and lower surface of thermal insulation material, protect
The smoothness for demonstrate,proving heat insulation material surface, the waste material for cleaning out are fallen into waste chamber 36 by falling chamber 40, can be from waste chamber 36
It takes out.
When use, feeder motor 79 starts, and fixed secondary bar 73 is driven to rotate, and the fixed rotation of secondary bar 73 drives third tooth
78 rotation of wheel, rotation drive the 4th gear 75 rotation of third gear 78, the rotation of the 4th gear 75, which drives, sends out the rotation of bar 74, fixed
The rotation of secondary bar 73 drives the feeding wheel 47 on right side to rotate, and 47 rotation of feeding wheel on right side drives left side by the transmission of main belt 48
It is sent into 47 rotation of wheel, thermal insulation material is conveyed into cutting chamber 61, feeder motor 79 stops, and cutting motor 15 starts, and drives and fixes
Mobile jib 16 rotates, and the fixed rotation of mobile jib 16 drives second gear 14 to rotate, and second gear 14 drives the by the transmission of main chain 13
The rotation of one gear 11, electromagnet 71 are attracted, and the rotation of first gear 11 drives mesh rod 70 to rotate, and the rotation of mesh rod 70 drives engagement
Secondary cone pulley 69 rotates, Meshing Pair cone pulley 69 by with engage the engagement of main cone wheel 67 and drives the rotation of main thread bar 66, main thread bar 66
Rotation drives main sliding shoe 65 to move down, and main sliding shoe 65, which moves down, drives cutter bar 62 to move down, and briquetting 83 is pushed down
Thermal insulation material, cutting blade 59, which moves down, to be cut, and after the completion of cutting, the reversion of cutting motor 15 resets, and electromagnet 71 is disconnected
It opens, by rotating turntable 56, the position of adjustable cutting blade 59, thermal insulation material moves down gravity block 39, gravity
Block 39, which moves down, drives vertical blocks 35 to move down, and vertical blocks 35, which move down drive and move down block 32, to be moved down, and moves down block
32 are moved up block 21 and are moved up by the drive of turn trough 26, are moved up block 21 and are moved up mobile bar 20 is driven to move up, mobile bar
20, which move up band dynamic auxiliary bevel gear 19, moves up, so that auxiliary bevel gear 19 nibbles with master bevel gear 17 and secondary bevel gear 22
Close, cutting motor 15 starts, drive master bevel gear 17 to rotate by fixed mobile jib 16, master bevel gear 17 by with auxiliary bevel gear
19 engagements drive secondary bevel gear 22 to rotate, and the secondary rotation of bevel gear 22 drives deputy thread bar 23 to rotate, and the rotation of deputy thread bar 23 drives
Secondary sliding shoe 30 moves right, and thermal insulation material is pushed to move right, main when thermal insulation material pushes inlet/outlet 44 by secondary sliding shoe 30
Blade 52 and auxiliary-blade 41 clean to the upper and lower surface of thermal insulation material, guarantee the smoothness of heat insulation material surface, clean out
The waste material come is fallen into waste chamber 36 by falling chamber 40, can be taken out from waste chamber 36, and then cutting motor 15 inverts, pair sliding
Block 30 moves right reset, and gravity block 39 moves up, and auxiliary bevel gear 19 and master bevel gear 17 and the pair disengaging of bevel gear 22 nibble
It closes, feeder motor 79 starts, and sends out the rotation of bar 74 and the submitting wheel 45 on right side is driven to rotate, and the rotation of submitting wheel 45 on right side passes through pair
The transmission of belt 43 drives the submitting wheel 45 in left side to rotate, and thermal insulation material is transferred out from outlet 44.
The beneficial effects of the present invention are: the configuration of the present invention is simple, easy to operate, the cutting motor control in cutting mechanism is cut
Moving up and down for bar is cut, briquetting pushes down thermal insulation material, and cutting blade cuts thermal insulation material, ensure that thermal insulation material is cut
The smooth of face does not tilt, and by rotating turntable, the position of adjustable cutting blade adjusts the big of the thermal insulation material being cut into
Small, main blade and auxiliary-blade in impurity removal mechanism handle heat insulation material surface, and waste chamber collects giving up after cleaning
Material, conveying mechanism and delivery device cooperation are worthy to be popularized so that thermal insulation material is mobile.
Those skilled in the art can define, can in the case of not departing from overall spirit of the invention and design
To make the various modifications for above embodiments.It falls within the scope of protection of the present invention.Protection scheme of the invention
It is subject to claims appended hereto.
Claims (5)
1. a kind of building thermal insulation material processing system that structure is practical, including treatment box, it is characterised in that: set in the treatment box
There is cutting chamber, the cutting is intracavitary to be equipped with cutting mechanism, and the cutting mechanism includes cutter bar, and installation is threadedly engaged on cutter bar
Cutting blade is fixedly mounted on thread bush, is equipped with main thread chamber on the left of cutting chamber, main thread is intracavitary to be slidably installed for thread bush
Main sliding shoe, the cutting mechanism further include providing the cutting motor of power, and the output shaft of cutting motor to the right is fixedly mounted solid
Determine mobile jib, is equipped with delivery device below the cutting mechanism, the delivery device includes compensated cavity, and be slidably matched peace in compensated cavity
Shifting block is loaded onto, connection is equipped with runner chamber on the right side of compensated cavity, and intracavitary be rotatably assorted of runner is installed runner bar, be fixedly mounted on runner bar
Runner, the delivery device further include gravity chamber, and the intracavitary gravity block that is slidably installed of gravity, the delivery device right side is equipped with
Impurity removal mechanism, the impurity removal mechanism include blade cavity, and main blade is fixedly mounted in blade cavity, is equipped with below blade cavity and falls chamber,
Intracavitary fixed installation auxiliary-blade is fallen, connection below chamber is fallen and is equipped with waste chamber, be equipped with conveying mechanism on the right side of the impurity removal mechanism,
The conveying mechanism includes providing the feeder motor of conveying power, and the forward output shaft of feeder motor is fixedly connected with fixed secondary bar,
It is fixedly mounted in fixed secondary bar and is sent into wheel, the secondary chamber of conveying, the secondary intracavitary installation that is rotatably assorted of conveying are additionally provided in the conveying mechanism
Bar is sent out, sends out to be fixedly mounted on bar and sends out wheel.
2. a kind of practical building thermal insulation material processing system of structure according to claim 1, it is characterised in that: described to cut
Cutting mill structure includes the main thread chamber that connection is arranged on the left of the cutting chamber, the intracavitary main sliding that is slidably installed of the main thread
Block, the main sliding shoe is interior to be equipped with the main thread hole that Open Side Down, and engagement chamber is equipped with below the main thread chamber and does not have the engagement
It is rotatably assorted between chamber and the main thread chamber and main thread bar is installed, the main thread bar and the main thread hole are threadedly engaged peace
Dress, the main thread bar bottom end face are fixedly mounted engagement main cone wheel, are equipped with main transmission chamber, the main biography on the left of the engagement chamber
Dynamic chamber with it is described engage to be rotatably assorted between chamber mesh rod is installed, the mesh rod right end face fixed installation Meshing Pair cone pulley,
The Meshing Pair cone pulley engages the engagement of main cone wheel with described, and a pair of of electromagnet, the mesh rod left side are equipped in the mesh rod
First gear is fixedly mounted in end face, cutting motor is fixedly mounted in the main transmission chamber inner left wall, the cutting motor is to the right
The right end face of output shaft fixed mobile jib is fixedly mounted, second gear, second tooth is fixedly mounted on the fixed mobile jib
Transmission is coupled main chain between wheel and the first gear, and be rotatably assorted installation cutting in the main sliding shoe right end face
Bar is symmetrically rotatably assorted on the cutter bar and installs rod set, and connecting rod, the bar is fixedly mounted in the rod set bottom end face
Set lower section is equipped with briquetting, and pressure chamber is equipped in the briquetting, is symmetrically fixedly mounted fixture block in the connecting rod, the fixture block with
The pressure chamber is slidably installed, and briquetting spring, institute are fixedly mounted between the connecting rod bottom end face and pressure bottom of chamber wall
It states and is threadedly engaged installation thread bush on cutter bar between the rod set of left and right, the thread bush bottom end face fixed installation is cut
Turntable is fixedly mounted in cutting blade, the cutter bar right end face, and connection is equipped with support chamber, the support chamber on the right side of the cutting chamber
Inside be slidably installed supporting block, and the supporting block top end surface is bonded with the cutter bar, the supporting block bottom end face with
Support spring is fixedly mounted between the wall of the support bottom of chamber.
3. a kind of practical building thermal insulation material processing system of structure according to claim 1, it is characterised in that: described to push away
Sending mechanism includes the compensated cavity being arranged on the right side of the main transmission chamber, and it is left that the fixed mobile jib extends through to the right the compensated cavity
Master bevel gear is fixedly mounted in side inner wall, the fixed mobile jib right end face, and connection is equipped with gravity chamber below the cutting chamber, described
The intracavitary gravity block that is slidably installed of gravity, is fixedly mounted gravity between the gravity block bottom end face and gravity bottom of chamber wall
Spring, the connection of gravity bottom of chamber wall are equipped with vertical cavity, and be slidably installed vertical blocks in the vertical cavity, the vertical blocks top
End surface is fixedly connected with the gravity block bottom end face, fixed between the vertical blocks bottom end face and the vertical cavity bottom wall
Uprighting spring is installed, connection is equipped with mobile cavity on the left of the vertical cavity, and the vertical blocks left end face is fixedly mounted and the shifting
What dynamic chamber was slidably matched moves down block, and connection is equipped with runner chamber on the left of the mobile cavity, turns between the runner chamber roof and bottom wall
It is dynamic to be coupled runner bar, runner is fixedly mounted on the runner bar, turn trough is equipped in the runner, it is described to move down block left-hand end
Face and the turn trough grafting, the runner chamber left side are connected to the compensated cavity, are slidably installed and move up in the compensated cavity
Block, it is described to move up block right end face and the turn trough grafting, it is described move up to be rotatably assorted in block top end surface mobile bar is installed, institute
It states mobile bar top end surface and auxiliary bevel gear is fixedly mounted, connection is equipped with deputy thread chamber, the deputy thread on the left of the gravity chamber
It being rotatably assorted between chamber and the compensated cavity and deputy thread bar is installed, secondary bevel gear is fixedly mounted in the deputy thread bar left end face,
The auxiliary bevel gear can engage with the master bevel gear and the secondary bevel gear, the intracavitary pair that is slidably installed of the deputy thread
Sliding shoe, the pair sliding shoe is interior to be equipped with the deputy thread hole of opening to the left, and the deputy thread hole is matched with the deputy thread bar screw thread
Close installation.
4. a kind of practical building thermal insulation material processing system of structure according to claim 1, it is characterised in that: described defeated
Sending mechanism includes the outlet of opening to the right that connection is arranged on the right side of the gravity chamber, is equipped with opening upwards above the outlet
Main chamber is conveyed, auxiliary driving chamber is equipped on rear side of the conveying main chamber, feeder motor is fixedly mounted on rear side of the auxiliary driving chamber in inner wall,
The front end face of the forward output shaft of feeder motor is fixedly mounted fixed secondary bar, the fixed secondary bar extend forward with it is described
Conveying main chamber front inner wall is rotatably assorted installation, and third gear is fixedly mounted in the fixed secondary bar, is connected to below the outlet
Equipped with secondary chamber is conveyed, the installation that is rotatably assorted in the secondary chamber front inner wall of conveying runs through the submitting of the auxiliary driving chamber front inner wall
The 4th gear is fixedly mounted in bar, the submitting bar back end surface, and the 4th gear is engaged with the third gear, the conveying
It is located at the fixed secondary bar left pivot movement before and after main chamber between the inner wall of side and is coupled feeding bar, the feeding bar and the fixation
It is located in the conveying main chamber to be fixedly mounted in secondary bar and is sent into wheel, transmission is coupled main belt between the feeding wheel of left and right,
It is located at the submitting bar left pivot movement between the inner wall of side before and after the secondary chamber of the conveying and is coupled follower lever, the follower lever and institute
It states to send out and is located at the secondary intracavitary fixed installation submitting wheel of the conveying on bar, transmission is coupled secondary skin between the submitting wheel of left and right
Band.
5. a kind of practical building thermal insulation material processing system of structure according to claim 1, it is characterised in that: described to remove
Miscellaneous mechanism includes the blade cavity that connection is arranged in above the outlet, and main blade is fixedly mounted on the blade cavity roof, described
The connection of outlet lower section, which is equipped with, falls chamber, and auxiliary-blade is fixedly mounted in described fall between the inner wall of chamber front and back, and described fall below chamber connects
It is logical to be equipped with waste chamber.
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| Application Number | Priority Date | Filing Date | Title |
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| CN201910264414.8A CN109822767B (en) | 2019-04-03 | 2019-04-03 | A structurally practical building thermal insulation material processing system |
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| Application Number | Priority Date | Filing Date | Title |
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| CN201910264414.8A CN109822767B (en) | 2019-04-03 | 2019-04-03 | A structurally practical building thermal insulation material processing system |
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| CN109822767A true CN109822767A (en) | 2019-05-31 |
| CN109822767B CN109822767B (en) | 2021-01-29 |
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| Publication number | Publication date |
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| CN109822767B (en) | 2021-01-29 |
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Effective date of registration: 20210106 Address after: 226600 Renqiao industrial concentration area, zushimiao village, Hai'an town, Hai'an City, Nantong City, Jiangsu Province Applicant after: NANTONG SUDONG NEW EXTERNAL WALL INSULATION BOARD Co.,Ltd. Address before: 310000 No.5 Xuantan lane, Xiacheng District, Hangzhou City, Zhejiang Province Applicant before: HANGZHOU MENGYOU CLOTHING Co.,Ltd. |
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