CN108214092A - A kind of novel industrial machine tool - Google Patents
A kind of novel industrial machine tool Download PDFInfo
- Publication number
- CN108214092A CN108214092A CN201711363719.1A CN201711363719A CN108214092A CN 108214092 A CN108214092 A CN 108214092A CN 201711363719 A CN201711363719 A CN 201711363719A CN 108214092 A CN108214092 A CN 108214092A
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- Prior art keywords
- cavity
- stretching
- chamber
- valve jacket
- wall
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Classifications
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- B—PERFORMING OPERATIONS; TRANSPORTING
- B23—MACHINE TOOLS; METAL-WORKING NOT OTHERWISE PROVIDED FOR
- B23Q—DETAILS, COMPONENTS, OR ACCESSORIES FOR MACHINE TOOLS, e.g. ARRANGEMENTS FOR COPYING OR CONTROLLING; MACHINE TOOLS IN GENERAL CHARACTERISED BY THE CONSTRUCTION OF PARTICULAR DETAILS OR COMPONENTS; COMBINATIONS OR ASSOCIATIONS OF METAL-WORKING MACHINES, NOT DIRECTED TO A PARTICULAR RESULT
- B23Q11/00—Accessories fitted to machine tools for keeping tools or parts of the machine in good working condition or for cooling work; Safety devices specially combined with or arranged in, or specially adapted for use in connection with, machine tools
- B23Q11/12—Arrangements for cooling or lubricating parts of the machine
Abstract
The invention discloses a kind of novel industrial machine tools, including the dynamical system for being installed on lathe end for loading valve jacket to be connected with the loading valve jacket, the left side for loading valve jacket front and rear sides mutually claims to be equipped with installing plate, left and right is provided through mounting hole in each installing plate, it is described to load the cavity volume being equipped in valve jacket right end face to be connected with the dynamical system, it is described to load the cavity for being equipped in valve jacket left end face and stretching setting to the right, stretching, extension end is set with the cavity volume intercommunication on the right side of the cavity, mutually claim to be equipped in the loading valve jacket inner wall of both sides above and below the cavity to push device, twine is equipped in the cavity, the stand of stretching, extension setting up and down is equipped in the cavity on the right side of the twine.
Description
Technical field
The present invention relates to industrial machinery field, specifically a kind of novel industrial machine tool.
Background technology
Lathe is the commonly used equipment of mechanical industry processing, can accurately process complicated, accurate part, the power of lathe
System, such as motor can persistently distribute heat in long time running, and the heat dissipation effect of most lathe is poor, therefore, significantly
It influences lathe normal work and even serious safety accident occurs, so as to cause the service life of lathe is reduced, therefore be badly in need of one
The strong industrial lathe cooling facilities of kind heat dissipation effect.
Invention content
The technical problems to be solved by the invention are to provide a kind of novel industrial machine tool, can solve above-mentioned existing
In the art the problem of.
The present invention is achieved through the following technical solutions：A kind of novel industrial machine tool of the present invention, including
Load valve jacket with it is described loading valve jacket be connected the dynamical system for being installed on lathe end, it is described loading valve jacket before and after two
The left side of side mutually claims to be equipped with installing plate, and left and right is provided through mounting hole, the loading valve jacket in each installing plate
The cavity volume to be connected with the dynamical system is equipped in right end face, is equipped with to the right in the loading valve jacket left end face
The cavity that side stretching, extension is set, cavity right side stretching, extension end are set with the cavity volume intercommunication, the institute of both sides above and below the cavity
It states to load and mutually claims to be equipped in valve jacket inner wall to push device, be equipped with twine in the cavity, the cavity on the right side of the twine
The interior stand for being equipped with stretching, extension setting up and down, the pushing device includes the first slid chamber and sliding connection is arranged on institute
State the first slipping block in the first slid chamber, press-fit is connected in first slid chamber on the left of first slipping block
First suppresses part, and the first slipping block right end is installed with the pushing-pressing arm for stretching setting to the right, the pushing-pressing arm right side
The loading valve jacket inner wall and sliding connection of the stretch section on the right side of first slid chamber, the pushing-pressing arm right side
Stretching, extension end heads into the cavity volume and end is installed with the push plate being slidably connected with the cavity volume inner wall, the pushing
Intralamellar part is equipped with the connection chamber being oppositely arranged with the cavity, and ramp-like slot is equipped in the first slipping block bottom end face of upside,
It is equipped in the loading valve jacket inner wall between upside first slid chamber and the cavity and drives chamber, it is described to drive chamber left
Motor is installed in the inner wall of side, the motor right-hand end power connector, which has, heads into the first taper wheel for driving intracavitary,
Described on the upside of the motor drives be equipped with that stretching, extension upwards sets in chamber inner left wall to lead shifting slot, and described lead moves groove top portion stretching, extension end
End is set with the first slid chamber intercommunication of upside, it is described lead to move in slot to be slidably connected with lead shifting block, it is described to lead shifting block
Bottom it is described lead to move in slot be equipped with second and suppress part, it is described lead to move block top end and be installed with head into upside described first and slide
Chamber and the ramp-like portion to push sliding connection with the ramp-like slot, described on the upside of the first taper wheel drive intracavitary
It is slidably connected with left end face and leads the mobile slipping block for moving block bottom right side and being fixedly connected, the mobile slipping block with described
Lower rotation is connected with the second pivoted arm of stretching, extension setting downwards, and the second pivoted arm bottom end is installed with the second taper
Wheel, the interior heat remover part being equipped with to be connected with the second taper wheel rotation of the stand, the outside of the motor
It is additionally provided with shield and carries and put.
Preferably technical solution mutually claims in the dynamical system left end face of upper and lower both sides to be installed with convex pad portion,
Lock chambers are equipped in the dynamical system top end surface.
Preferably technical solution, the cavity volume inner roof wall is interior to be equipped with to be connected with lock chambers locking
Electricity turns locking member.
Preferably technical solution, the stand is located in the cavity driven immediately below chamber, described to remove
Thermal device includes the transmission cavity that is arranged in the stand and stretches up and down and the connection that is rotatably assorted is arranged on the transmission
Pivoted arm is driven in chamber and the loading valve jacket and the stand inner wall driven between chamber, it is described to drive pivoted arm top
Portion stretching, extension end heads into described drive and splined hole is equipped in intracavitary and distal end faces, be slidably connected in the splined hole to
The spline arm of upper stretching, extension setting, the spline arm top stretching, extension end are connect with the second taper wheel bottom end secure fit,
It is rotatably assorted on the transmission cavity inner roof wall and is connected with the first taper wheel, it is described that pivoted arm bottom stretching, extension end is driven to head into the biography
It defeated intracavitary and is connect with the first taper wheel top end surface secure fit, be rotatably assorted connection on the right side of the transmission cavity on inner wall
There is the second taper wheel to be connected with the first taper wheel, the stand inner wall on the right side of the second taper wheel
It is rotatably assorted in vivo and is connected with the first pivoted arm of left and right stretching, extension setting, stretching, extension end heads into the transmission on the left of first pivoted arm
It intracavitary and is connect with the second taper wheel right end face secure fit, stretching, extension end is pierced by the support on the right side of first pivoted arm
Outside hack lever right end face, it is pierced by the first pivoted arm outer surface outside the stand right end face and is circumferentially installed with except heat
Leaf.
Preferably technical solution, the shield, which carries, puts including shock absorbing block and except hot fin, and the shock absorbing block is arranged on
The left end and right end of the motor and be fixedly connected with the motor, it is described except hot fin be arranged on the motor front end and after
It holds and is fixedly connected with the motor.
The beneficial effects of the invention are as follows：The configuration of the present invention is simple, it is easy to operate, pass through the loading valve jacket of both sides above and below cavity
Mutually claim to set pushing device in inner wall, set twine in cavity, the stand of stretching, extension setting up and down is set in the cavity on the right side of twine, is pushed away
Voltage device includes the first slid chamber and is slidably connected the first slipping block being arranged in the first slid chamber, the first slipping block
Part, the fixed stretching, extension setting to the right of the first slipping block right end are suppressed in press-fit connection first in first slid chamber in left side
Pushing-pressing arm, loading valve jacket inner wall and sliding connection of the stretch section on the right side of the first slid chamber, push away on the right side of pushing-pressing arm
Pressure arm right side stretching, extension end heads into cavity volume and the fixed push plate being slidably connected with cavity volume inner wall in end, inside push plate
If the connection chamber being oppositely arranged with cavity, ramp-like slot is set in the first slipping block bottom end face of upside, the first slid chamber of upside is with leading to
It is set in loading valve jacket inner wall between chamber and drives chamber, drive fixed motor in the inner wall on the left of chamber, motor right-hand end power
Connection heads into the first taper wheel for driving intracavitary, and what driving on the upside of motor set that stretching, extension upwards sets in chamber inner left wall leads shifting slot,
The the first slid chamber intercommunication setting for moving groove top portion stretching, extension end and upside is led, sliding connection in shifting slot is led and leads shifting block, lead shifting
The leading to move in slot of block bottom sets second and suppresses part, lead move block top end it is fixed head into the first slid chamber of upside and to it is ramp-like
Slot pushes the ramp-like portion of sliding connection, driving intracavitary sliding connection left end face and lead shifting on the upside of the first taper wheel
The mobile slipping block that block bottom right side is fixedly connected, mobile slipping block lower rotation, which is connected, stretches downwards second turn of setting
Arm, the second pivoted arm bottom end fixed second taper wheel set in stand to remove with what the rotation of the second taper wheel was connected
Thermal device can realize the transmission of automatic heat radiation and control driving work, facilitate the dismounting and maintenance work in later stage, reduce and make
Cost improves heat dissipation operation stability and radiating efficiency.
Description of the drawings
For ease of explanation, the present invention is described in detail by following specific embodiment and attached drawing.
Fig. 1 is overall structure diagram outside a kind of novel industrial machine tool of the present invention；
Fig. 2 is the loading valve jacket internal structure schematic diagram of the present invention；
Fig. 3 is the structure diagram loaded when valve jacket is installed with dynamical system of the present invention；
The shield that Fig. 4 is the present invention carries the structure diagram put.
Specific embodiment
As Figure 1-Figure 4, a kind of novel industrial machine tool of the invention, including load valve jacket 6 with the dress
The dynamical system 7 for being installed on lathe end that valve jacket 6 is connected is carried, the left side for loading 6 front and rear sides of valve jacket mutually claims
Installing plate 601 is installed, left and right is provided through mounting hole 602,6 right side of loading valve jacket in each installing plate 601
The cavity volume 61 to be connected with the dynamical system 7 is equipped in end face, is equipped with to the right in loading 6 left end face of valve jacket
The cavity 62 of side stretching, extension setting, the 62 right side stretching, extension end of cavity are set with 61 intercommunication of cavity volume, and the cavity is about 62
Mutually claim to be equipped in 6 inner wall of loading valve jacket of both sides to push device, twine 621, the twine are equipped in the cavity 62
The stand 63 of stretching, extension setting up and down is equipped in the cavity 62 on 621 right sides, the pushing device includes the first slid chamber 66
And sliding connection is arranged on the first slipping block 661 in first slid chamber 66,661 left side of the first slipping block
First slid chamber 66 in press-fit be connected with first and suppress part 662,661 right end of the first slipping block is fixed
There is the pushing-pressing arm 663 for stretching setting to the right, the 663 right side stretch section of pushing-pressing arm is through 66 right side of the first slid chamber
Loading 6 inner wall of valve jacket and sliding connection, the 663 right side stretching, extension end of pushing-pressing arm head into the cavity volume 61 and
End is installed with the push plate 612 being slidably connected with 61 inner wall of cavity volume, the push plate 612 be internally provided with it is described
The connection chamber 6121 that cavity 62 is oppositely arranged, 661 bottom end face of the first slipping block of upside is interior to be equipped with ramp-like slot 6610, upside
It is equipped in 6 inner wall of loading valve jacket between first slid chamber 66 and the cavity 62 and drives chamber 65, it is described to drive
Motor 652 is installed in the inner wall in 65 left side of chamber, the 652 right-hand end power connector of motor heads into described drive in chamber 65
The first taper wheel 653, the described of 652 upside of the motor drive be equipped with that stretching, extension upwards sets in 65 inner left wall of chamber to lead shifting slot
64,66 intercommunication of the first slid chamber setting for leading 64 top stretching, extension end of shifting slot and upside, described lead in shifting slot 64 is slided
Dynamic be connected with leads shifting block 642, and described lead in shifting slot 64 for leading 642 bottom of shifting block suppresses part 641 equipped with second, described
It leads to move 642 top end of block and be installed with and heads into upside first slid chamber 66 and slided to be pushed with the ramp-like slot 6610
The ramp-like portion 6421 being connected, described drive of 653 upside of the first taper wheel are slidably connected with left side in chamber 65
The mobile slipping block 654 for moving 642 bottom right side of block and being fixedly connected, mobile 654 lower rotation of slipping block are led with described in end face
The second pivoted arm 656 of stretching, extension setting downwards is connected with, 656 bottom end of the second pivoted arm is installed with the second taper wheel
655, it is equipped in the stand 63 to the heat remover part that connect of being rotatably assorted with the second taper wheel 655, the motor
652 outside, which is additionally provided with shield and carries, puts.
Valuably, mutually claim to be installed with convex pad portion 73 in 7 left end face of the dynamical system of upper and lower both sides, it is scattered so as to improve
Thermal velocity, 7 top end surface of dynamical system is interior to be equipped with lock chambers 71, so as to fulfill firm locking work.
Valuably, the electric twist lock being equipped in 61 inner roof wall of cavity volume to be connected with the lock chambers 71 locking is tight
Part 611, so as to fulfill locking work is automatically controlled.
Valuably, the stand 63 is located in the cavity 62 driven immediately below chamber 65, the heat remover part
It stretches including the transmission cavity 631 that is arranged in the stand 63 and up and down and the connection that is rotatably assorted is arranged on the transmission cavity
631 and 63 inner wall of the loading valve jacket 6 and the stand driven between chamber 65 in drive pivoted arm 632, it is described
The top of pivoted arm 632 stretching, extension end is driven to head into described to drive in chamber 65 and be equipped with splined hole 6321, the spline in distal end faces
Be slidably connected with the spline arm 651 of stretching, extension setting upwards in hole 6321,651 top stretching, extension end of the spline arm with it is described
Second taper wheel, 655 bottom end secure fit connects, and is rotatably assorted on 631 inner roof wall of transmission cavity and is connected with the first taper wheel
6311, it is described drive 632 bottom of pivoted arm stretching, extension end head into the transmission cavity 631 and with 6311 top of the first taper wheel
The connection of end face secure fit, be rotatably assorted on the 631 right side inner wall of transmission cavity be connected with to the first taper wheel
6311 the second taper wheels 6312 being connected, 63 inner wall of the stand on 6312 right side of the second taper wheel is interior to be rotated
The first pivoted arm 6313 of left and right stretching, extension setting is connected with, the 6313 left side stretching, extension end of the first pivoted arm heads into the transmission
It is connect in chamber 631 and with the 6312 right end face secure fit of the second taper wheel, the 6313 right side stretching, extension end of the first pivoted arm
End is pierced by outside 63 right end face of stand, 6313 appearance of the first pivoted arm being pierced by outside 63 right end face of stand
It is circumferentially installed on face except hot leaf 6314, is driven work so as to fulfill the switching rotated except hot leaf 6314, automatic realize accelerates to move
The heat dissipation work of Force system 7.
Valuably, the shield, which carries, puts including shock absorbing block 6521 and except hot fin 6522, and the shock absorbing block 6521 is arranged on
It the left end and right end of the motor 652 and is fixedly connected with the motor 652, it is described except hot fin 6522 is arranged on the motor
652 front-end and back-end and be fixedly connected with the motor 652, it is described except hot fin 6522 absorbing and distribute the motor
652 heats generated at runtime, the shock absorbing block 6521 to reduce shaking force that the motor 652 generates at runtime from
And the shaking force that prevents the motor 652 from generating at runtime is excessive and the loading valve jacket 6 is caused to be shaken.
During original state, the first slipping block 661 is suppressed 662 pushing force of part by first, and the first slipping block 661 is made to be located at the
Right-most position in one slid chamber 66, at this point, driving 663 right side end of pushing-pressing arm 663 and pushing-pressing arm by the first slipping block 661
The push plate 612 at end pushes away utmostly far from 61 inner left wall side of cavity volume, at this point, leading shifting block 642 and being suppressed part 641 by second
Pressure makes to lead to move block 642 and the ramp-like portion 6421 of top end is driven utmostly to head into ramp-like slot 6610 and pushes to slide and match
Connection is closed, at this point, mobile slipping block 654 is driven to slide into the top position driven in chamber 65 by leading shifting block 642, meanwhile, by
Mobile slipping block 654 drives the second taper wheel 655 of 656 bottom of the second pivoted arm 656 and the second pivoted arm utmostly to slide into
The top position in chamber 65 is driven, makes the second taper wheel 655 utmostly far from the first taper wheel 653, at this point, by the second taper
Wheel 655 drives 651 bottom stage of spline arm to be slidably connected with the top section in splined hole 6321.
When needing to install and use, propulsion power system 7 to the left makes dynamical system 7 be slided to the interior direction of cavity volume 61
It is dynamic, until convex pad portion 73 is abutted against with push plate 612, at this point, continuing to press on dynamical system 7 to the left, drive dynamical system 7
Push plate 612 is gradually slided along the interior direction in cavity volume 61, meanwhile, pushing-pressing arm 663 and pushing-pressing arm are driven by push plate 612
First slipping block 661 of 663 left distal ends overcomes first to suppress 662 pushing force of part gradually along the left side side in the first slid chamber 66
To slip, at this point, sliding connection is pushed by the ramp-like slot 6610 in the first slipping block 661 of upside and ramp-like portion 6421,
And then shifting block 642 is led by the drive of ramp-like portion 6421 and overcomes second to suppress 641 pushing force of part gradually along the bottom side led in shifting slot 64
To slip, meanwhile, drive the gradual edge of mobile slipping block 654 that the bottom direction in chamber 65 is driven to be slided by leading shifting block 642, at this point,
The the second taper wheel 655 for driving 656 bottom of the second pivoted arm 656 and the second pivoted arm by mobile slipping block 654 gradually drives chamber in edge
Bottom direction in 65 is slided, meanwhile, the second taper wheel 655 is made to move closer to the first taper wheel 653, meanwhile, by the second taper
Wheel 655 drives spline arm 651 gradually to be slided along the bottom direction in splined hole 6321, until push plate 612 slides into cavity volume 61
During interior most inner side position, at this point, dynamical system 7 is headed into completely in cavity volume 61, meanwhile, lock chambers 71 is made to be moved to electric twist lock tight
Then 611 bottom relative position of part is connected by the way that electricity is controlled to turn locking member 611 with the locking of lock chambers 71, at this point, by pushing
Plate 612 drives the first slipping block 661 of 663 left distal end of pushing-pressing arm 663 and pushing-pressing arm utmostly to overcome first to suppress part
662 pushing forces, the leftward position that the first slipping block 661 is made utmostly to slide into the first slid chamber 66, meanwhile, make upside
The bottom end face of first slipping block 661 is pushed with ramp-like portion 6421 and is slidably connected, at this point, driving ramp-like portion 6421 leads shifting
Block 642 overcome second suppress 641 pushing force of part be slid completely into lead move slot 64 in, meanwhile, by lead move block 642 drive mobile slipping block
654 utmostly slide into the bottom position driven in chamber 65, at this point, making the second taper of the mobile drive of slipping block 654 bottom
Wheel 655 is connected with the first taper wheel 653, then by controlling motor 652 that the first taper wheel 653 is driven to rotate, Jin Eryou
First taper wheel 653 drives spline arm 651 to rotate, at this point, driving pivoted arm 632 by the drive of spline arm 651 and driving pivoted arm 632
First taper wheel 6311 of bottom rotates, and then the second taper wheel 6312 is driven to rotate by the first taper wheel 6311, so as to by the
Two taper wheels 6312 drive hot leaf 6314 rotation that removes on the first pivoted arm 6313 and the first pivoted arm 6313 to carry out heat dissipation work.
The beneficial effects of the invention are as follows：The configuration of the present invention is simple, it is easy to operate, pass through the loading valve jacket of both sides above and below cavity
Mutually claim to set pushing device in inner wall, set twine in cavity, the stand of stretching, extension setting up and down is set in the cavity on the right side of twine, is pushed away
Voltage device includes the first slid chamber and is slidably connected the first slipping block being arranged in the first slid chamber, the first slipping block
Part, the fixed stretching, extension setting to the right of the first slipping block right end are suppressed in press-fit connection first in first slid chamber in left side
Pushing-pressing arm, loading valve jacket inner wall and sliding connection of the stretch section on the right side of the first slid chamber, push away on the right side of pushing-pressing arm
Pressure arm right side stretching, extension end heads into cavity volume and the fixed push plate being slidably connected with cavity volume inner wall in end, inside push plate
If the connection chamber being oppositely arranged with cavity, ramp-like slot is set in the first slipping block bottom end face of upside, the first slid chamber of upside is with leading to
It is set in loading valve jacket inner wall between chamber and drives chamber, drive fixed motor in the inner wall on the left of chamber, motor right-hand end power
Connection heads into the first taper wheel for driving intracavitary, and what driving on the upside of motor set that stretching, extension upwards sets in chamber inner left wall leads shifting slot,
The the first slid chamber intercommunication setting for moving groove top portion stretching, extension end and upside is led, sliding connection in shifting slot is led and leads shifting block, lead shifting
The leading to move in slot of block bottom sets second and suppresses part, lead move block top end it is fixed head into the first slid chamber of upside and to it is ramp-like
Slot pushes the ramp-like portion of sliding connection, driving intracavitary sliding connection left end face and lead shifting on the upside of the first taper wheel
The mobile slipping block that block bottom right side is fixedly connected, mobile slipping block lower rotation, which is connected, stretches downwards second turn of setting
Arm, the second pivoted arm bottom end fixed second taper wheel set in stand to remove with what the rotation of the second taper wheel was connected
Thermal device can realize the transmission of automatic heat radiation and control driving work, facilitate the dismounting and maintenance work in later stage, reduce and make
Cost improves heat dissipation operation stability and radiating efficiency.
The above description is merely a specific embodiment, but protection scope of the present invention is not limited thereto, any
The change or replacement expected without creative work, should be covered by the protection scope of the present invention.Therefore, it is of the invention
Protection domain should be determined by the scope of protection defined in the claims.
Claims (5)
1. a kind of novel industrial machine tool, including loading valve jacket to be installed on lathe with what the loading valve jacket was connected
The dynamical system of end, it is characterised in that：The left side for loading valve jacket front and rear sides mutually claims to be equipped with installing plate, Mei Gesuo
It states left and right in installing plate and is provided through mounting hole, be equipped with to match with the dynamical system in the loading valve jacket right end face
The cavity volume of connection is closed, it is described to load the cavity for being equipped in valve jacket left end face and stretching setting to the right, it is stretched on the right side of the cavity
End is set with the cavity volume intercommunication, is mutually claimed equipped with pusher in the loading valve jacket inner wall of both sides above and below the cavity
Part, is equipped with twine in the cavity, and the stand of stretching, extension setting up and down is equipped in the cavity on the right side of the twine, described to push away
Voltage device includes the first slid chamber and sliding connection is arranged on the first slipping block in first slid chamber, and described the
Press-fit is connected with first and suppresses part, the first slipping block right end in first slid chamber on the left of one slipping block
The pushing-pressing arm for stretching setting to the right is installed with, stretch section is described on the right side of first slid chamber on the right side of the pushing-pressing arm
Valve jacket inner wall and sliding connection are loaded, the pushing-pressing arm right side stretching, extension end heads into the cavity volume and end is installed with
With the push plate of cavity volume inner wall sliding connection, the push plate is internally provided with the connection being oppositely arranged with the cavity
Chamber, the first slipping block bottom end face of upside is interior to be equipped with ramp-like slot, between upside first slid chamber and the cavity
The loading valve jacket inner wall in be equipped with drive chamber, motor, the motor are installed in the inner wall driven on the left of chamber
Right-hand end power connector, which has, heads into the first taper wheel for driving intracavitary, and chamber inner left wall is driven described on the upside of the motor
It is interior be equipped with that stretching, extension upwards sets lead shifting slot, described lead is moved the first slid chamber intercommunication of groove top portion stretching, extension end and upside and is set
Put, it is described lead to move in slot be slidably connected with and lead shifting block, it is described lead move block bottom it is described lead to move in slot suppressed equipped with second
Part, it is described lead to move block top end and be installed with head into upside first slid chamber and match to push to slide with the ramp-like slot
The ramp-like portion of connection is closed, described on the upside of the first taper wheel drives intracavitary to be slidably connected with left end face and led with described
The mobile slipping block that block bottom right side is fixedly connected is moved, the mobile slipping block lower rotation is connected with stretching, extension setting downwards
The second pivoted arm, the second pivoted arm bottom end is installed with the second taper wheel, is equipped in the stand to described the
The dynamic heat remover part being connected of two tapers rotation, the outside of the motor, which is additionally provided with shield and carries, puts.
2. a kind of novel industrial machine tool according to claim 1, it is characterised in that：The power of upper and lower both sides
Mutually claim to be installed with convex pad portion in system left end face, lock chambers are equipped in the dynamical system top end surface.
3. a kind of novel industrial machine tool according to claim 2, it is characterised in that：It is set in the cavity volume inner roof wall
Have and turn locking member to the electricity being connected with lock chambers locking.
4. a kind of novel industrial machine tool according to claim 1, it is characterised in that：The stand is located at described
It drives in the cavity immediately below chamber, the heat remover part includes the transmission cavity being arranged in the stand and stretches up and down
It opens up and the connection that is rotatably assorted is arranged in the transmission cavity and the loading valve jacket and the stand driven between chamber
Pivoted arm is driven in wall body, it is described stretching, extension end to be driven at the top of pivoted arm to head into described drive be equipped with spline in intracavitary and distal end faces
Hole, is slidably connected with the spline arm of stretching, extension setting upwards in the splined hole, stretching, extension end and institute at the top of the spline arm
The connection of the second taper wheel bottom end secure fit is stated, is rotatably assorted on the transmission cavity inner roof wall and is connected with the first taper wheel, institute
It states and pivoted arm bottom stretching, extension end is driven to head into the transmission cavity and connect with the first taper wheel top end surface secure fit,
Be rotatably assorted the second taper wheel being connected with to be connected with the first taper wheel on the right side of the transmission cavity on inner wall, institute
It states to be rotatably assorted in the stand inner wall on the right side of the second taper wheel and is connected with the first pivoted arm of left and right stretching, extension setting, it is described
Stretching, extension end heads into the transmission cavity and is connect with the second taper wheel right end face secure fit, institute on the left of first pivoted arm
It states stretching, extension end on the right side of the first pivoted arm to be pierced by outside the stand right end face, be pierced by described outside the stand right end face
It is circumferentially installed with except hot leaf on first pivoted arm outer surface.
5. a kind of novel industrial machine tool according to claim 1, it is characterised in that：The shield, which carries, puts including disappearing
Shake block and except hot fin, the shock absorbing block is arranged on the left end of the motor and right end and is fixedly connected with the motor, described
The front-end and back-end of the motor are arranged on except hot fin and are fixedly connected with the motor.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201711363719.1A CN108214092A (en) | 2017-12-18 | 2017-12-18 | A kind of novel industrial machine tool |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201711363719.1A CN108214092A (en) | 2017-12-18 | 2017-12-18 | A kind of novel industrial machine tool |
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| CN108214092A true CN108214092A (en) | 2018-06-29 |
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| CN201711363719.1A Withdrawn CN108214092A (en) | 2017-12-18 | 2017-12-18 | A kind of novel industrial machine tool |
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|---|---|---|---|---|
| CN104308283A (en) * | 2014-10-11 | 2015-01-28 | 方小刚 | Worm processing mechanism capable of automatically radiating heat |
| CN204868353U (en) * | 2015-06-25 | 2015-12-16 | 佛山市春上机电有限公司 | A cooling structure for on digit control machine tool |
| CN107443165A (en) * | 2017-09-04 | 2017-12-08 | 成都融创智谷科技有限公司 | A kind of Digit Control Machine Tool electric cabinet protection device |
| CN107378512A (en) * | 2017-09-19 | 2017-11-24 | 成都捷科菲友信息技术有限公司 | A kind of Digit Control Machine Tool electric cabinet with heat sinking function |
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