CN107845980A - A kind of power construction cable installation apparatus - Google Patents
A kind of power construction cable installation apparatus Download PDFInfo
- Publication number
- CN107845980A CN107845980A CN201711163795.8A CN201711163795A CN107845980A CN 107845980 A CN107845980 A CN 107845980A CN 201711163795 A CN201711163795 A CN 201711163795A CN 107845980 A CN107845980 A CN 107845980A
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- China
- Prior art keywords
- dead slot
- rotary shaft
- wall
- ejection
- loading frame
- Prior art date
- Legal status (The legal status is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the status listed.)
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Classifications
-
- H—ELECTRICITY
- H02—GENERATION; CONVERSION OR DISTRIBUTION OF ELECTRIC POWER
- H02G—INSTALLATION OF ELECTRIC CABLES OR LINES, OR OF COMBINED OPTICAL AND ELECTRIC CABLES OR LINES
- H02G1/00—Methods or apparatus specially adapted for installing, maintaining, repairing or dismantling electric cables or lines
- H02G1/06—Methods or apparatus specially adapted for installing, maintaining, repairing or dismantling electric cables or lines for laying cables, e.g. laying apparatus on vehicle
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Abstract
The invention discloses a kind of power construction cable installation apparatus, including carrying out vehicle frame and sliding installed in the loading frame carried out on the right side of vehicle frame, the installing groove of opening to the right is provided with the implementation vehicle frame, cooperation is slided in the installing groove, and sliding seat is installed, spiral shell shape coordinates the spiral shell shape post for being provided with and extending set up and down in the sliding seat, the spiral shell shape column bottom extension section is rotatably assorted with the installing bottom land end wall and is connected, the spiral shell shape column top extension Duan Yuzhu drives row machine and is connected, the main drive row machine outer surface is arranged in the installing groove upper inside walls and secure fit connects, the sliding seat its right end face is fixedly mounted with the loading frame, in the loading frame bottom end face chamber is slided provided with first, described first slides connection in chamber inner left wall slides chamber provided with second；The present invention is simple in construction, easy to operate, can automatically control excavating work, improves excavating work efficiency, can be automatically performed dust suction work, reduce dust pollution environment.
Description
Technical field
The present invention relates to cable laying technical field, specifically a kind of power construction cable installation apparatus.
Background technology
During power construction, it usually needs cable be laid in ground, needed on the ground before cable laying
Cut a groove that can accommodate cable, prior art to dig the equipment of hook and slot its structure too complex, and
Service efficiency is low.
The content of the invention
The technical problems to be solved by the invention are to provide a kind of power construction cable installation apparatus, and it can solve the problem that
The problem of stating now in the art.
The present invention is achieved through the following technical solutions：A kind of power construction cable installation apparatus of the present invention,
Including carry out vehicle frame and slide installed in it is described implementation vehicle frame on the right side of loading frame, it is described implementation vehicle frame in be provided with opening to
Right installing groove, cooperation is slided in the installing groove sliding seat is installed, in the sliding seat spiral shell shape coordinate be provided with it is downward
The spiral shell shape post set is opened up, the spiral shell shape column bottom extension section is rotatably assorted with the installing bottom land end wall and is connected, the spiral shell shape post
Extension Duan Yuzhu in top drives row machine and is connected, and the main drive row machine outer surface is arranged in the installing groove upper inside walls and solid
Fixed to be connected, the sliding seat its right end face is fixedly mounted with the loading frame, and the is provided with the loading frame bottom end face
One slides chamber, and described first slides connection in chamber inner left wall slides chamber provided with second, and described first, which slides intracavitary, is slidably matched
It is connected with the first sliding block, is provided with to dig in first sliding block and uses component, described second, which slides intracavitary, is slidably matched company
The second sliding block that right side end is fixedly connected with the first sliding block left end face is connected to, described first slides on the upside of chamber
The first dead slot of setting of extending to the left is provided with the loading frame inner wall, extension section is positioned at described on the left of first dead slot
Second slides the position directly above of chamber, and the second dead slot is provided with the relative loading frame inner wall in the first dead slot left side,
The 3rd dead slot, the inner bottom wall of the first dead slot left side section are provided with the loading frame inner wall of the positive downside of second dead slot
It is interior to be provided with to the ejection transfer device that is connected with second sliding block, second dead slot and first dead slot it
Between the loading frame inner wall in be rotatably assorted and be connected with left and right and extend the first rotary shaft set, first rotary shaft is left
Side extension end puts in second dead slot and is rotatably assorted with the second dead slot inner left wall and is connected, and described first rotates
Extension end puts in first dead slot on the right side of axle and end is driven row machine with first and is connected, and described first drives row machine outer surface
It is installed on the right side of first dead slot in inner wall and secure fit connects, described first turn on the upside of the ejection transfer device
The ejection eccentric wheel to be connected with the ejection transfer device, the ejection eccentric wheel right side are circumferentially installed with moving axis
First rotary shaft on be circumferentially installed with the first taper cone pulley, first dead slot and described first slide described between chamber
Be rotatably assorted the second rotary shaft for being connected with and extending set up and down in loading frame inner wall, end of extending at the top of second rotary shaft
Tail is put in first dead slot and end is installed with the second taper cone pulley to be connected with first taper cone pulley, described
Second rotary shaft bottom extension end is put in described first and slides intracavitary and be connected with the cutting using component, and described the
Be provided with dedusting device in three dead slots, be circumferentially installed with the first rotary shaft outer surface in second dead slot to institute
State the triconic wheel of dedusting device mating connection.
Preferably technical scheme, described dig include longitudinally extending and are rotatably assorted described in connection setting using component
Splined sleeve in first sliding block, splined sleeve bottom end are installed with the cutting head for extending set downwards, the flower
The external splines rotary shaft for extending set upwards, the external splines rotary shaft top are slidably connected with key cannula tip end face
Extension end is connected with the second rotary shaft bottom extension end secure fit.
Preferably technical scheme, the ejection transfer device include being arranged on the interior bottom of section on the left of first dead slot
Connection is arranged on the ejection sliding block in the sinker provided with sinker and sliding connection in wall, the sinker with
Described second slide be slidably connected with the loading frame inner wall between chamber up and down extend set penetrator ram, it is described to push away
Extension end is put in the sinker at the top of push rod and top extension end is fixed with the ejection sliding block bottom end face and matched somebody with somebody
Connection is closed, the penetrator ram bottom extension end puts in described second and slides intracavitary and bottom extension end is slided with described second
End face secure fit connects at the top of block, and the ejection rod outer surface in the sinker surround and is provided with the first spring element, described
End is slidably connected with the ejection eccentric wheel bottom outer surface ejection at the top of ejection sliding block.
Preferably technical scheme, the dedusting device include being arranged on second dead slot and the 3rd dead slot it
Between the loading frame inner wall in the 3rd rotary shaft, extension end puts in second dead slot at the top of the 3rd rotary shaft
Interior and end is installed with the 4th taper cone pulley to be connected with the triconic wheel, and the 3rd rotary shaft bottom is extended
End puts in the 3rd dead slot and is rotatably assorted with the 3rd dead slot inner bottom wall and is connected, described in the 3rd dead slot
Dust removal fan is circumferentially installed with 3rd rotary shaft outer surface, is connected in the 3rd dead slot inner left wall and is provided with dust remover, it is described
Connection is provided with the dust removal groove for setting of extending to the right in inwall on the right side of 3rd dead slot, and extension end is installed with the right side of the dust removal groove
Through the dust removal mouth of the loading frame bottom end face, the dust removal mouth slides the loading frame bottom on the left of chamber positioned at described first
In end surface.
The beneficial effects of the invention are as follows：The present invention is simple in construction, easy to operate, is used by setting to dig in the first sliding block
Component, second, which slides second that intracavitary sliding connection right side end is fixedly connected with the first sliding block left end face, slides
Block, first slides the first dead slot that setting of extending to the left is set in the loading frame inner wall on the upside of chamber, extends on the left of the first dead slot
Set the second dead slot in section loading frame inner wall relative on the left of the second position directly above for sliding chamber, the first dead slot, second
The 3rd dead slot is set in the loading frame inner wall of the positive downside of dead slot, is set in the inner bottom wall of the first dead slot left side section to be slided with second
The ejection transfer device that block is connected, the connection that is rotatably assorted in the loading frame inner wall between the second dead slot and the first dead slot are left
Right the first rotary shaft set that extends, on the left of the first rotary shaft extension end put in the second dead slot and with the left of the second dead slot in
Wall is rotatably assorted connection, and extension end puts in the first dead slot on the right side of the first rotary shaft and end is driven row machine with first and is connected,
First drive row machine outer surface is installed on the right side of the first dead slot in inner wall and secure fit connects, and the on the upside of ejection transfer device
The circumferential fixed ejection eccentric wheel to be connected with ejection transfer device in one rotary shaft, first on the right side of ejection eccentric wheel
Circumferential fixed first taper cone pulley in rotary shaft, the first dead slot and first slide the company of being rotatably assorted in loading frame inner wall between chamber
Connect lower the second rotary shaft for extending and setting, at the top of the second rotary shaft extension end put in the first dead slot and end it is fixed to
The second taper cone pulley being connected with the first taper cone pulley, the second rotary shaft bottom extension end puts in first and slides intracavitary and with opening
Chisel is connected using component, sets dedusting device in the 3rd dead slot, circumferentially solid on the first rotary shaft outer surface in the second dead slot
If to the triconic wheel being connected with dedusting device, the continuous rotation excavating work for digging head can be realized, improves and digs
Operating efficiency, the reciprocal excavating work up and down for digging head is driven by the first sliding block, is further improved and is dug efficiency and open
Dig quality, can by dedusting device in fact presently implemented excavating work while be automatically performed dust suction work, reduce environmental pollution.
Brief description of the drawings
For ease of explanation, the present invention is described in detail by following specific embodiment and accompanying drawing.
Fig. 1 is overall structure diagram outside a kind of power construction cable installation apparatus of the present invention；
Fig. 2 is overall structure diagram inside a kind of power construction cable installation apparatus of the present invention；
Fig. 3 is the first sliding block internal structure schematic diagram of the present invention.
Embodiment
As shown in Figure 1, Figure 2 and Figure 3, a kind of power construction cable installation apparatus of the invention, including carry out vehicle frame 5 with
And the loading frame 6 installed in the right side of implementation vehicle frame 5 is slided, it is described to carry out being provided with the installing groove of opening to the right in vehicle frame 5
51, cooperation being slided in the installing groove 51 sliding seat 52 being installed, spiral shell shape, which coordinates, in the sliding seat 52 is provided with extension up and down
The spiral shell shape post 53 of setting, the bottom extension section of spiral shell shape post 53 are rotatably assorted with the installing base end wall of groove 51 and are connected, the spiral shell
The top extension Duan Yuzhu of shape post 53 drives row machine 54 and is connected, and the main outer surface of drive row machine 54 is arranged on the installing groove 51
In the inwall of side and secure fit connects, and its right end face of sliding seat 52 is fixedly mounted with the loading frame 6, the loading frame 6
Chamber 64 is slided provided with first in bottom end face, described first slides connection in the inner left wall of chamber 64 slides chamber 65, institute provided with second
State first and slide and the first sliding block 641 is slidably connected with chamber 64, be provided with to dig in first sliding block 641 and use structure
Part, described second slides to be slidably connected with right side end and the left end face of the first sliding block 641 in chamber 65 and fix and connects
The second sliding block 651 connect, described first slides in the inner wall of the loading frame 6 of the upside of chamber 64 provided with setting of extending to the left
The first dead slot 61, the left side extension section of the first dead slot 61 is positioned at the described second position directly above for sliding chamber 65, described the
The second dead slot 62, the institute of the positive downside of second dead slot 62 are provided with the relative inner wall of the loading frame 6 in the left side of one dead slot 61
State and be provided with the 3rd dead slot 63 in the inner wall of loading frame 6, in the inner bottom wall of the left side section of the first dead slot 61 provided with to it is described
The ejection transfer device that second sliding block 651 is connected, it is described between second dead slot 62 and first dead slot 61
It is rotatably assorted in the inner wall of loading frame 6 and is connected with the first rotary shaft 610 that left and right extension is set, first rotary shaft 610 is left
Side extension end puts in second dead slot 62 and is rotatably assorted with the inner left wall of the second dead slot 62 and is connected, and described first
The right side extension end of rotary shaft 610 puts in first dead slot 61 and end is connected with the first drive row machine 614, and described first
The outer surface of drive row machine 614 is installed in the right side inner wall of the first dead slot 61 and secure fit connects, and dress is transmitted in the ejection
It is eccentric to put the ejection being circumferentially installed with first rotary shaft 610 of upside to be connected with the ejection transfer device
611 are taken turns, the first taper cone pulley 613 is circumferentially installed with first rotary shaft 610 on the right side of ejection eccentric wheel 611, it is described
First dead slot 61 and described first slide be rotatably assorted in the inner wall of the loading frame 6 between chamber 64 be connected with up and down extend set
The second rotary shaft 645 put, the top extension end of the second rotary shaft 645 is put in first dead slot 61 and end is fixed
There is the second taper cone pulley 612 to be connected with first taper cone pulley 613, the bottom of the second rotary shaft 645 is extended last
Tail is put in described first and slides in chamber 64 and be connected with the cutting using component, and dust removal is provided with the 3rd dead slot 63
Device, be circumferentially installed with the outer surface of the first rotary shaft 610 in second dead slot 62 to the dedusting device
The triconic wheel 621 being connected.
Valuably, described dig includes longitudinally extending and connection setting first sliding block that is rotatably assorted using component
Splined sleeve 642 in 641, the bottom end of splined sleeve 642 is installed with the cutting first 644 extended set downwards, described
The external splines rotary shaft 643 for extending set upwards is slidably connected with the top end face of splined sleeve 642, the external splines turns
The top extension end of moving axis 643 is connected with the bottom extension end secure fit of the second rotary shaft 645, so as to realize cutting head
644 continuous rotation excavating work, improve excavating work efficiency.
Valuably, the ejection transfer device includes being arranged on connection in the inner bottom wall of the left side section of the first dead slot 61 and set
Have a sinker 66 and sliding connection be arranged on ejection sliding block 662 in the sinker 66, the sinker 66 with
Described second slide be slidably connected with the inner wall of the loading frame 6 between chamber 65 up and down extend set penetrator ram 661,
The top extension end of penetrator ram 661 is put in the sinker 66 and top extension end and the ejection sliding block 662
Bottom end face secure fit connects, and the bottom extension end of penetrator ram 661 puts in described second and slided in chamber 65 and bottom is prolonged
Exhibition end is connected with the top end face secure fit of the second sliding block 651, outside the penetrator ram 661 in the sinker 66
Surface loop is arranged with the first spring element 663, the top end of ejection sliding block 662 with outside the bottom of ejection eccentric wheel 611
Surface ejection sliding connection, so as to realize that ejection transfer device drives the reciprocal of the second sliding block 651 to slide up and down work,
And then realize and drive the reciprocal of the first sliding block 641 to slide up and down work by the second sliding block 651.
Valuably, the dedusting device is described between second dead slot 62 and the 3rd dead slot 63 including being arranged on
The 3rd rotary shaft 623 in the inner wall of loading frame 6, the top extension end of the 3rd rotary shaft 623 put in second dead slot
In 62 and end is installed with the 4th taper cone pulley 622 to be connected with the triconic wheel 621, the 3rd rotary shaft
623 bottoms extension end put in the 3rd dead slot 63 and are rotatably assorted with the inner bottom wall of the 3rd dead slot 63 and are connected, described
Dust removal fan 631, the left side of the 3rd dead slot 63 are circumferentially installed with the outer surface of the 3rd rotary shaft 623 in 3rd dead slot 63
Connection is provided with dust remover 632 in inwall, and the dust removal for being provided with setting of extending to the right is connected in the right side inwall of the 3rd dead slot 63
Groove 633, the right side extension end of dust removal groove 633 is installed with the dust removal mouth 634 through the bottom end face of loading frame 6, described
Dust removal mouth 634 produces big in the described first bottom end face of the loading frame 6 for sliding the left side of chamber 64, during so as to prevent from digging
The airborne dust of amount, cause to pollute environment and impact staff's physical condition.
During original state, the protuberance on ejection eccentric wheel 611 is set now, to be pushed away at utmost away from ejection sliding block 662
The tip position that top sliding block 662 is at utmost slid into sinker 66 by the ejection force of the first spring element 663, meanwhile,
Drive the top section of penetrator ram 661 at utmost to put in sinker 66 by ejection sliding block 662, now, is driven by penetrator ram 661
Two sliding blocks 651 at utmost slide into second and slide top position in chamber 65, meanwhile, driven by the second sliding block 651
First sliding block 641 slides into first and slides top position in chamber 64, now, external splines rotary shaft 643 and splined sleeve
642 fully mated connections, meanwhile, the cutting first 644 for driving the bottom end of splined sleeve 642 by the first sliding block 641 is stretched completely
Enter first to slide in chamber 64.
When needing to dig construction operation, the first rotary shaft 610 is driven to rotate by the first drive row machine 614, now, by the
One rotary shaft 610 drives the first taper cone pulley 613, ejection eccentric wheel 611 and triconic wheel 621 to rotate simultaneously, then by by
First taper cone pulley 613 drives the second taper cone pulley 612 to rotate, and drives the second rotary shaft 645 and second by the second taper cone pulley 612
The external splines rotary shaft 643 at the bottom end of rotary shaft 645 rotates, so by external splines rotary shaft 643 drive splined sleeve 642 with
And the cutting first 644 at the bottom end of splined sleeve 642 rotates, then by the protuberance on ejection eccentric wheel 611 it is continuous back and forth with
The ejection of ejection sliding block 662 is slidably connected, and by the continuous reciprocal drive penetrator ram 661 of ejection sliding block 662 and ejection
Second sliding block 651 at the bottom end of bar 661 overcomes the first spring element 663 and the ejection masterpiece by the first spring element 663
Firmly, realize it is continuous back and forth slide up and down work, and then by the second sliding block 651 drive the first sliding block 641 it is continuous it is reciprocal on
Lower slider works, meanwhile, make the first sliding block 641 drive the cutting first 644 at bottom end back and forth to stretch out first and slide outside chamber 64
Excavating work is carried out, then drives the 3rd of the 4th taper cone pulley 622 and the bottom of the 4th taper cone pulley 622 the by triconic wheel 621
Rotary shaft 623 rotates, and drives the dust removal in the 3rd dead slot 63 to fan 631 by the 3rd rotary shaft 623 and rotate, so as to realize automatic control
Dust suction work processed.
The present invention beneficial effect be：The present invention is simple in construction, easy to operate, and structure is used by setting to dig in the first sliding block
Part, second slides the second sliding block that intracavitary sliding connection right side end is fixedly connected with the first sliding block left end face,
First slides the first dead slot that setting of extending to the left is set in the loading frame inner wall on the upside of chamber, the first dead slot left side extension section
In the position directly above that second slides chamber, the second dead slot, the second dead slot are set in relative loading frame inner wall on the left of the first dead slot
The 3rd dead slot is set in the loading frame inner wall of positive downside, is set in the inner bottom wall of the first dead slot left side section to match somebody with somebody with the second sliding block
The ejection transfer device of connection is closed, the connection left and right that is rotatably assorted in the loading frame inner wall between the second dead slot and the first dead slot is prolonged
The first rotary shaft set is opened up, extension end puts in the second dead slot and turned with the second dead slot inner left wall on the left of the first rotary shaft
Dynamic to be connected, extension end puts in the first dead slot on the right side of the first rotary shaft and end is driven row machine with first and is connected, and first
Drive row machine outer surface is installed on the right side of the first dead slot in inner wall and secure fit connects, first turn on the upside of ejection transfer device
The circumferential fixed ejection eccentric wheel to be connected with ejection transfer device on moving axis, the first rotation on the right side of ejection eccentric wheel
Circumferential fixed first taper cone pulley on axle, the first dead slot and first are slided and are rotatably assorted in the loading frame inner wall between chamber in connection
Lower the second rotary shaft set that extends, extension end is put in the first dead slot at the top of the second rotary shaft and end is fixed to the
The second taper cone pulley that one taper cone pulley is connected, the second rotary shaft bottom extension end puts in first and slides intracavitary and make with cutting
It is connected with component, sets dedusting device in the 3rd dead slot, circumferential fixed use on the first rotary shaft outer surface in the second dead slot
With the triconic wheel being connected with dedusting device, the continuous rotation excavating work for digging head can be realized, improves excavating work
Efficiency, the reciprocal excavating work up and down for digging head is driven by the first sliding block, further raising digs efficiency and digs matter
Amount, can by dedusting device in fact presently implemented excavating work while be automatically performed dust suction work, reduce environmental pollution.
The foregoing is only a specific embodiment of the invention, but protection scope of the present invention is not limited thereto, any
The change or replacement expected without creative work, it should all be included within the 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 (4)
1. a kind of power construction cable installation apparatus, including carry out vehicle frame and slide on the right side of the implementation vehicle frame
Loading frame, it is characterised in that：The installing groove of opening to the right is provided with the implementation vehicle frame, cooperation peace is slided in the installing groove
Equipped with sliding seat, spiral shell shape coordinates the spiral shell shape post for being provided with and extending set up and down in the sliding seat, and the spiral shell shape column bottom is extended
Section is rotatably assorted with the installing bottom land end wall and is connected, and the spiral shell shape column top extension Duan Yuzhu drives row machine and is connected, described
Main drive row machine outer surface is arranged in the installing groove upper inside walls and secure fit connects, the sliding seat its right end face and institute
Loading frame fixed installation is stated, the loading frame bottom end face is interior to slide chamber provided with first, and described first slides in chamber inner left wall
Connection slides chamber provided with second, and described first, which slides intracavitary, is slidably connected with the first sliding block, in first sliding block
Component is used provided with digging, described second, which slides intracavitary, is slidably connected with right side end and the first sliding block left-hand end
The second sliding block that face is fixedly connected, described first slides to be provided with to extend to the left in the loading frame inner wall on the upside of chamber and sets
The first dead slot put, the first dead slot left side extension section are empty positioned at the described second position directly above for sliding chamber, described first
The second dead slot, the loading frame inwall of the positive downside of second dead slot are provided with the left of groove in the relative loading frame inner wall
The 3rd dead slot is provided with vivo, is provided with the inner bottom wall of the first dead slot left side section to be connected with second sliding block
Ejection transfer device, be rotatably assorted in the loading frame inner wall between second dead slot and first dead slot connection
There is left and right to extend the first rotary shaft set, on the left of first rotary shaft extension end put in second dead slot and with institute
State the second dead slot inner left wall to be rotatably assorted connection, extension end puts in first dead slot and end on the right side of first rotary shaft
Tail and first drives the mating connection of row machine, and the first drive row machine outer surface is installed in inner wall and solid on the right side of first dead slot
It is fixed to be connected, be circumferentially installed with first rotary shaft on the upside of the ejection transfer device to the ejection transmission
The ejection eccentric wheel that device is connected, the first cone is circumferentially installed with first rotary shaft on the right side of the ejection eccentric wheel
Shape wheel, first dead slot and described first slide be rotatably assorted in the loading frame inner wall between chamber be connected with it is downward
The second rotary shaft set is opened up, the second rotary shaft top extension end is put in first dead slot and end is installed with use
With the second taper cone pulley being connected with first taper cone pulley, the second rotary shaft bottom extension end puts in described first
Slide intracavitary and be connected with the cutting using component, dedusting device, second dead slot are provided with the 3rd dead slot
The triconic wheel to be connected with the dedusting device is circumferentially installed with interior the first rotary shaft outer surface.
A kind of 2. power construction cable installation apparatus according to claim 1, it is characterised in that：The cutting uses structure
Part includes splined sleeve that is longitudinally extending and being rotatably assorted in connection setting first sliding block, the splined sleeve bottom end
Tail is installed with the cutting head for extending set downwards, and being slidably connected with upward extend in the end face of the splined sleeve top is set
External splines rotary shaft, extension end is matched somebody with somebody with the second rotary shaft bottom extension end fixation at the top of the external splines rotary shaft
Close connection.
A kind of 3. power construction cable installation apparatus according to claim 1, it is characterised in that：Dress is transmitted in the ejection
Put and be arranged on including being arranged on to connect in the inner bottom wall of section on the left of first dead slot provided with sinker and sliding connection
Ejection sliding block in the sinker, the sinker and described second slide it is sliding in the loading frame inner wall between chamber
Dynamic to be connected with the setting penetrator ram that extends up and down, penetrator ram top extension end is put in the sinker and top is prolonged
Exhibition end is connected with the ejection sliding block bottom end face secure fit, and the penetrator ram bottom extension end puts in described second
Slide intracavitary and bottom extension end is connected with end face secure fit at the top of second sliding block, it is described in the sinker
Ejection rod outer surface, which is surround, is provided with the first spring element, end and the ejection eccentric wheel bottom outer at the top of the ejection sliding block
Face ejection sliding connection.
A kind of 4. power construction cable installation apparatus according to claim 1, it is characterised in that：The dedusting device bag
Include the 3rd rotary shaft in the loading frame inner wall being arranged between second dead slot and the 3rd dead slot, described
Extension end is put in second dead slot at the top of three rotary shafts and end is installed with and connected to coordinate with the triconic wheel
The 4th taper cone pulley connect, the 3rd rotary shaft bottom extension end put in the 3rd dead slot and with the 3rd dead slot
Bottom wall is rotatably assorted connection, and dust removal fan is circumferentially installed with the 3rd rotary shaft outer surface in the 3rd dead slot, described
Connection is provided with dust remover in 3rd dead slot inner left wall, is connected in the inwall of the 3rd dead slot right side and is provided with setting of extending to the right
Dust removal groove, extension end is installed with the dust removal mouth through the loading frame bottom end face, the dust removal on the right side of the dust removal groove
Mouth is slided in the loading frame bottom end face on the left of chamber positioned at described first.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201711163795.8A CN107845980A (en) | 2017-11-21 | 2017-11-21 | A kind of power construction cable installation apparatus |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201711163795.8A CN107845980A (en) | 2017-11-21 | 2017-11-21 | A kind of power construction cable installation apparatus |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN107845980A true CN107845980A (en) | 2018-03-27 |
Family
ID=61679484
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201711163795.8A Withdrawn CN107845980A (en) | 2017-11-21 | 2017-11-21 | A kind of power construction cable installation apparatus |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN107845980A (en) |
-
2017
- 2017-11-21 CN CN201711163795.8A patent/CN107845980A/en not_active Withdrawn
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Application publication date: 20180327 |