CN108233270A - A kind of follow-on power construction cable installation apparatus - Google Patents
A kind of follow-on power construction cable installation apparatus Download PDFInfo
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- CN108233270A CN108233270A CN201711163949.3A CN201711163949A CN108233270A CN 108233270 A CN108233270 A CN 108233270A CN 201711163949 A CN201711163949 A CN 201711163949A CN 108233270 A CN108233270 A CN 108233270A
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- Prior art keywords
- empty slot
- rotation axis
- wall
- loading frame
- ejection
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Classifications
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- 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 follow-on power construction cable installation apparatus, including carrying out vehicle frame and sliding mounted on the loading frame carried out on the right side of vehicle frame, the installing slot of opening to the right is provided in the implementation vehicle frame, cooperation is slided in the installing slot, and sliding seat is installed, the cooperation of spiral shell shape is equipped with the spiral shell shape column for setting of extending up and down in the sliding seat, the spiral shell shape column bottom extension section is rotatably assorted with the installing slot bottom end wall and connect, the spiral shell shape column top extension Duan Yuzhu drives row machine and is connected, the main drive row machine outer surface is mounted in the installing slot upper inside walls and secure fit connects, the sliding seat right end face is fixedly mounted with the loading frame, in the loading frame bottom end face chamber is slided equipped with first, described first slides connection in chamber inner left wall slides chamber equipped with second；The configuration of the present invention is simple, it is easy to operate, excavating work can be automatically controlled, improves excavating work efficiency, dust suction work can be automatically performed, reduce dust pollution environment.
Description
Technical field
The present invention relates to cable laying technical field, specifically a kind of follow-on power construction cable installation apparatus.
Background technology
During power construction, it usually needs cable be laid in ground, is needed on the ground before cable laying
Cut a groove that can accommodate cable, the prior art to dig the equipment of hook groove its structure too complex, and
Service efficiency is low.
Invention content
The technical problems to be solved by the invention are to provide a kind of follow-on power construction cable installation apparatus, energy
Enough solve the problems in above-mentioned present technology.
The present invention is achieved through the following technical solutions：The power construction of a modification of the present invention type is spread with cable
If equipment, set in the loading frame carried out on the right side of vehicle frame, the implementation vehicle frame including carrying out vehicle frame and sliding
There is the installing slot of opening to the right, sliding cooperation in the installing slot is equipped with sliding seat, and spiral shell shape coordinates installation in the sliding seat
There is the spiral shell shape column for setting of extending up and down, the spiral shell shape column bottom extension section is rotatably assorted with the installing slot bottom end wall and connect, institute
It states spiral shell shape column top extension Duan Yuzhu and drives the mating connection of row machine, the main drive row machine outer surface is mounted on described install on the upside of slot
In wall and secure fit connects, and the sliding seat right end face is fixedly mounted with the loading frame, the loading frame bottom end face
It is inside equipped with first and slides chamber, described first slides connection in chamber inner left wall slides chamber equipped with second, and described first slides intracavitary
The first sliding block is slidably connected with, is equipped with and is dug using component in first sliding block, described second slides intracavitary cunning
Dynamic the second sliding block for being connected with right side end and being fixedly connected with the first sliding block left end face, described first slides
The first empty slot of setting of extending to the left, the first empty slot left side extension section are equipped in the loading frame inner wall on the upside of chamber
The position directly above for sliding chamber positioned at described second is equipped with the on the left of first empty slot in the opposite loading frame inner wall
Two empty slots, the loading frame inner wall of the positive downside of second empty slot is interior to be equipped with third empty slot, the first empty slot left side section
Inner bottom wall in be equipped with to the ejection transfer device that is connected with second sliding block, second empty slot and described the
It is rotatably assorted in the loading frame inner wall between one empty slot and is connected with the first rotation axis of left and right extension setting, described first
Extension end puts in second empty slot and is rotatably assorted with the second empty slot inner left wall and connect on the left of rotation axis, described
Extension end puts in first empty slot on the right side of first rotation axis and end drives row machine with first and is connected, and described first drives row
Machine outer surface is installed on the right side of first empty slot in inner wall and secure fit connects, the institute on the upside of the ejection transfer device
The ejection eccentric wheel being circumferentially installed in the first rotation axis to be connected with the ejection transfer device is stated, the ejection is inclined
Circumferentially be installed with the first taper cone pulley in first rotation axis on the right side of heart wheel, first empty slot with described first slide chamber it
Between the loading frame inner wall in be rotatably assorted be connected with up and down extend setting the second rotation axis, the second rotation axis top
Portion extension end puts in first empty slot and end and is installed with to bore with first taper cone pulley is connected second
Shape wheel, the second rotation axis bottom extension end are put in described first and slide intracavitary and connected with described dig using component cooperation
It connects, is equipped with dedusting device in the third empty slot, it is circumferential fixed on the first rotation axis outer surface in second empty slot
There is the third taper cone pulley to be connected with the dedusting device, illumination apparatus is additionally provided in the loading frame.
Preferably technical solution, 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 setting of extending downwards, the flower
The external splines rotation axis for setting of extending upwards, the external splines rotation axis top are slidably connected in key cannula tip end face
Extension end is connect with the second rotation axis bottom extension end secure fit.
Preferably technical solution, the ejection transfer device include being arranged on the interior bottom of section on the left of first empty slot
Connection is arranged on the ejection sliding block in the sinker equipped with sinker and sliding connection in wall, the sinker with
Described second slide be slidably connected in the loading frame inner wall between chamber up and down extend setting penetrator ram, it is described to push away
Extension end is put in the sinker at the top of mandril and top extension end is matched with ejection sliding block bottom end face fixation
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
Block top end surface secure fit connects, and the ejection rod outer surface in the sinker, which is surround, is equipped 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 solution, the dedusting device include being arranged on second empty slot and the third empty slot it
Between the loading frame inner wall in third rotation axis, extension end puts in second empty slot at the top of the third rotation axis
Interior and end is installed with the 4th taper cone pulley to be connected with the third taper cone pulley, and the third rotation axis bottom is extended
End puts in the third empty slot and is rotatably assorted with the third empty slot inner bottom wall and connect, described in the third empty slot
Dust removal fan is circumferentially installed on third rotation axis outer surface, connection is described equipped with dust remover in the third empty slot inner left wall
Connection is equipped with the dust removal slot for setting of extending to the right in inner wall on the right side of third empty slot, and extension end is installed on the right side of the dust removal slot
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.
Preferably technical solution, the illumination apparatus are included before being fixed in the loading frame bottom end face
It is located at the lamp holder slided on the right side of chamber at two side positions afterwards, energy-saving lamp is installed in the lamp holder inside, the energy-saving lamp
Bottom surface is concordant with the bottom surface of the loading frame.
The beneficial effects of the invention are as follows：The configuration of the present invention is simple, it is easy to operate, it 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 empty 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 empty slot
Section is located at the second position directly above for sliding chamber, sets the second empty slot on the left of the first empty slot in opposite loading frame inner wall, and second
Third empty slot is set in the loading frame inner wall of the positive downside of empty slot, sets to slide with second in the inner bottom wall of the first empty slot left side section
The ejection transfer device that block is connected, the connection that is rotatably assorted in the loading frame inner wall between the second empty slot and the first empty slot are left
First rotation axis of right setting of extending, on the left of the first rotation axis extension end put in the second empty slot and on the left of the second empty slot in
Wall is rotatably assorted connection, and extension end puts in the first empty slot on the right side of the first rotation axis and end drives row machine with first and is connected,
First drive row machine outer surface is installed on the right side of the first empty 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 rotation axis, first on the right side of ejection eccentric wheel
Circumferential fixed first taper cone pulley in rotation axis, the first empty slot and first slide the company of being rotatably assorted in loading frame inner wall between chamber
Connect the second rotation axis of lower setting of extending, at the top of the second rotation axis extension end put in the first empty slot and end it is fixed to
The second taper cone pulley being connected with the first taper cone pulley, the second rotation axis bottom extension end puts in first and slides intracavitary and with opening
Chisel is connected using component, sets dedusting device in third empty slot, circumferentially solid on the first rotation axis outer surface in the second empty slot
If to the third taper cone pulley being connected with dedusting device, the continuous rotation excavating work for digging head can be realized, improve and dig
Working efficiency is driven the reciprocal excavating work up and down for digging head by the first sliding block, further improves and dig 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.
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 the power construction cable installation apparatus of a modification of the present invention type；
Fig. 2 is overall structure diagram inside the power construction cable installation apparatus of a modification of the present invention type；
Fig. 3 is the first sliding block internal structure schematic diagram of the present invention.
Specific embodiment
As shown in Figure 1, Figure 2 and Figure 3, the power construction of a modification of the present invention type cable installation apparatus, including pushing away
Driving frame 5 and the loading frame 6 mounted on implementation vehicle frame 5 right side is slided, opening is provided with to the right in the implementation vehicle frame 5
Installing slot 51, slide cooperation in the installing slot 51 and sliding seat 52 be installed, in the sliding seat 52 cooperation of spiral shell shape be equipped with
Extend the spiral shell shape column 53 of setting up and down, and the 53 bottom extension section of spiral shell shape column is rotatably assorted company with installing 51 base end wall of slot
It connects, the 53 top extension Duan Yuzhu of spiral shell shape column drives row machine 54 and is connected, and main 54 outer surface of drive row machine is mounted on described
It installs in 51 upper inside walls of slot and secure fit connects, 52 right end face of sliding seat is fixedly mounted with the loading frame 6, institute
It states in 6 bottom end face of loading frame and slides chamber 64 equipped with first, described first, which slides connection in 64 inner left wall of chamber, is equipped with the second cunning
An actor's rendering of an operatic tune 65, described first slides the first sliding block 641 is slidably connected in chamber 64, is equipped in first sliding block 641
It digs using component, described second slides right side end and 641 left side of the first sliding block are slidably connected in chamber 65
The second sliding block 651 that end face is fixedly connected, described first slides in 6 inner wall of the loading frame of 64 upside of chamber equipped with to the left
Extend the first empty slot 61 set for side, and the 61 left side extension section of the first empty slot is located at the described second surface position for sliding chamber 65
It puts, is equipped with the second empty slot 62 in opposite 6 inner wall of the loading frame in 61 left side of the first empty slot, second empty slot 62 is just
Third empty slot 63 is equipped in 6 inner wall of the loading frame of downside, is equipped with and uses in the inner bottom wall of the 61 left side section of the first empty slot
With the ejection transfer device being connected with second sliding block 651, second empty slot 62 and first empty slot 61 it
Between 6 inner wall of the loading frame in be rotatably assorted be connected with left and right extend setting the first rotation axis 610, it is described first rotation
610 left side extension end of axis puts in second empty slot 62 and is rotatably assorted with 62 inner left wall of the second empty slot and connect,
First rotation axis, the 610 right side extension end puts in first empty slot 61 and end is connected with the first drive row machine 614,
First drive row machine, 614 outer surface is installed in the 61 right side inner wall of the first empty slot and secure fit connects, described to push away
It is circumferentially installed with to be connected with the ejection transfer device in first rotation axis 610 on the upside of the transfer device of top
Ejection eccentric wheel 611 is circumferentially installed with the first taper cone pulley in first rotation axis 610 on 611 right side of the ejection eccentric wheel
613, first empty slot 61 and described first is slided to be rotatably assorted in 6 inner wall of the loading frame between chamber 64 and is connected with
Second rotation axis 645 of lower setting of extending, the 645 top extension end of the second rotation axis put in first empty slot 61 and
End is installed with the second taper cone pulley 612 to be connected with first taper cone pulley 613,645 bottom of the second rotation axis
Portion extension end is put in described first and slides in chamber 64 and be connected with the cutting using component, in the third empty slot 63
Equipped with dedusting device, be circumferentially installed on 610 outer surface of the first rotation axis in second empty slot 62 to it is described
The third taper cone pulley 621 that dedusting device is connected is additionally provided with illumination apparatus in the loading frame 6.
Valuably, described dig includes longitudinally extending and connection setting first sliding block that is rotatably assorted using component
Splined sleeve 642 in 641, the 642 bottom end of splined sleeve is installed with the cutting head 644 for setting of extending downwards, described
The external splines rotation axis 643 for setting of extending upwards is slidably connected in 642 top end surface of splined sleeve, the external splines turns
643 top extension end of moving axis is connect with the 645 bottom extension end secure fit of the second rotation axis, so as to fulfill head is dug
644 continuous rotation excavating work improves excavating work efficiency.
Valuably, the ejection transfer device includes being arranged on connection in the inner bottom wall of the 61 left side section of the first empty slot and sets
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 in 6 inner wall of the loading frame between chamber 65 up and down extend setting penetrator ram 661,
The 661 top extension end of penetrator ram is put in the sinker 66 and top extension end and the ejection sliding block 662
Bottom end face secure fit connects, and the 661 bottom extension end of penetrator ram puts in described second and slides in chamber 65 and bottom is prolonged
Exhibition end is connect with the 651 top end surface secure fit of the second sliding block, outside the penetrator ram 661 in the sinker 66
Surface loop is arranged with the first spring element 663, the 662 top end of ejection sliding block with outside 611 bottom of ejection eccentric wheel
Surface ejection sliding connection drives the reciprocal of the second sliding block 651 to slide up and down work so as to fulfill ejection transfer device,
And then it realizes and the reciprocal of the first sliding block 641 is driven to slide up and down work by the second sliding block 651.
Valuably, the dedusting device includes being arranged on described between second empty slot 62 and the third empty slot 63
Third rotation axis 623 in 6 inner wall of loading frame, the 623 top extension end of third rotation axis put in second empty slot
In 62 and end is installed with the 4th taper cone pulley 622 to be connected with the third taper cone pulley 621, the third rotation axis
623 bottoms extension end put in the third empty slot 63 and are rotatably assorted with 63 inner bottom wall of third empty slot and connect, described
Dust removal fan 631,63 left side of third empty slot are circumferentially installed on 623 outer surface of third rotation axis in third empty slot 63
Connection is equipped with dust remover 632 in inner wall, and the dust removal for being equipped with setting of extending to the right is connected in the 63 right side inner wall of third empty slot
Slot 633, the 633 right side extension end of dust removal slot is installed with the dust removal mouth 634 through 6 bottom end face of loading frame, described
Dust removal mouth 634 is located in the described first 6 bottom end face of the loading frame for sliding the left side of chamber 64, and so as to prevent from digging when generates big
The airborne dust of amount causes to pollute environment and impacts staff's physical condition.
Valuably, the illumination apparatus includes the front and rear sides position being fixed in 6 bottom end face of loading frame
Place is located at the lamp holder 68 for sliding 64 right side of chamber, and energy-saving lamp 69 is equipped in 68 inside of lamp holder, the energy-saving lamp 69
Bottom surface is concordant with the bottom surface of the loading frame 6, by the setting of illumination apparatus so as to facilitate the present apparatus in dark
In the case of use, increase working efficiency.
During original state, make the protrusion on ejection eccentric wheel 611 utmostly far from ejection sliding block 662, at this point, pushing away
Top sliding block 662 is utmostly slid into the top position in sinker 66 by the ejection force of the first spring element 663, meanwhile,
661 top section of penetrator ram is driven utmostly to put in sinker 66 by ejection sliding block 662, at this point, driving by penetrator ram 661
Two sliding blocks 651 utmostly slide into second and slide top position in chamber 65, meanwhile, it is driven by the second sliding block 651
First sliding block 641 slides into first and slides top position in chamber 64, at this point, external splines rotation axis 643 and splined sleeve
642 fully mated connections, meanwhile, the cutting head 644 for driving 642 bottom end of splined sleeve by the first sliding block 641 is stretched completely
It is slided in chamber 64 into first.
When needing to dig construction operation, the first rotation axis 610 is driven to rotate by the first drive row machine 614, at this point, by the
One rotation axis 610 drives the first taper cone pulley 613, ejection eccentric wheel 611 and third taper cone pulley 621 to rotate simultaneously, then by by
First taper cone pulley 613 drives the second taper cone pulley 612 to rotate, and drive the second rotation axis 645 and second by the second taper cone pulley 612
The external splines rotation axis 643 at 645 bottom end of rotation axis rotates, so by external splines rotation axis 643 drive splined sleeve 642 with
And the cutting head 644 at 642 bottom end of splined sleeve rotates, then by the protrusion on ejection eccentric wheel 611 continuously back and forth with
662 ejection of ejection sliding block is slidably connected, and by the continuous reciprocal drive penetrator ram 661 of ejection sliding block 662 and ejection
Second sliding block 651 at 661 bottom end of bar overcomes the first spring element 663 and the ejection masterpiece by the first spring element 663
Firmly, realize and continuously back and forth slide up and down work, so 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 that the cutting head 644 at bottom end be driven back and forth to stretch out first and slide outside chamber 64
Excavating work is carried out, the third of the 4th taper cone pulley 622 and 622 bottom of the 4th taper cone pulley is then driven by third taper cone pulley 621
Rotation axis 623 rotates, and the dust removal in third empty slot 63 is driven to fan 631 rotations by third rotation axis 623, so as to fulfill automatic control
Dust suction work processed.
The present invention beneficial effect be：The configuration of the present invention is simple, it is easy to operate, use structure 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 empty slot that setting of extending to the left is set in the loading frame inner wall on the upside of chamber, the first empty slot left side extension section
In the position directly above that second slides chamber, the second empty slot, the second empty slot are set in opposite loading frame inner wall on the left of the first empty slot
Third empty slot is set in the loading frame inner wall of positive downside, sets to match with the second sliding block in the inner bottom wall of the first empty slot left side section
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 empty slot and the first empty slot is prolonged
The first rotation axis of setting is opened up, extension end puts in the second empty slot and turns with the second empty slot inner left wall on the left of the first rotation axis
Dynamic to be connected, extension end puts in the first empty slot on the right side of the first rotation axis and end drives row machine with first and is connected, and first
Drive row machine outer surface is installed on the right side of the first empty 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, first on the right side of ejection eccentric wheel rotates
Circumferential fixed first taper cone pulley on axis, the first empty slot and first are slided and are rotatably assorted in connection in the loading frame inner wall between chamber
Second rotation axis of lower setting of extending, extension end is put in the first empty slot at the top of the second rotation axis and end is fixed to the
The second taper cone pulley that one taper cone pulley is connected, the second rotation axis bottom extension end puts in first and slides intracavitary and make with cutting
It is connected with component, sets dedusting device in third empty slot, circumferential fixed use on the first rotation axis outer surface in the second empty slot
With the third taper cone pulley being connected with dedusting device, the continuous rotation excavating work for digging head can be realized, improve excavating work
Efficiency is driven the reciprocal excavating work up and down for digging head by the first sliding block, further improves and dig efficiency and cutting matter
Amount, can by dedusting device in fact presently implemented excavating work while be automatically performed dust suction work, reduce environmental pollution.
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 follow-on power construction cable installation apparatus, including carrying out vehicle frame and sliding mounted on the pushing vehicle
Loading frame on the right side of frame, it is characterised in that：The installing slot of opening to the right is provided in the implementation vehicle frame, is slided in the installing slot
Row cooperation is equipped with sliding seat, and spiral shell shape coordinates the spiral shell shape column for being equipped with setting of extending up and down, the spiral shell shape column in the sliding seat
Extension section in bottom is rotatably assorted with the installing slot bottom end wall and connect, and the spiral shell shape column top extension Duan Yuzhu drives the cooperation of row machine and connects
It connects, the main drive row machine outer surface is mounted in the installing slot upper inside walls and secure fit connects, on the right side of the sliding seat
End face is fixedly mounted with the loading frame, and chamber is slided equipped with first in the loading frame bottom end face, and described first slides a chamber left side
Connection slides chamber equipped with second in the inner wall of side, and described first, which slides intracavitary, is slidably connected with the first sliding block, and described first
It is equipped in sliding block and digs using component, described second, which slides intracavitary, is slidably connected with right side end and is slided with described first
The second sliding block that block left end face is fixedly connected, the described first loading frame inner wall slided on the upside of chamber are interior equipped with to the left
Extend the first empty slot set for side, and extension section is located at the described second position directly above for sliding chamber, institute on the left of first empty slot
It states and the second empty slot is equipped in the loading frame inner wall opposite on the left of the first empty slot, the dress of the positive downside of second empty slot
Be equipped with third empty slot in carrier inner wall, be equipped in the inner bottom wall of section on the left of first empty slot to second sliding block
The ejection transfer device of mating connection, the interior rotation of the loading frame inner wall between second empty slot and first empty slot
The first rotation axis of left and right extension setting is connected with, extension end puts in second empty slot on the left of first rotation axis
Interior and be rotatably assorted and connect with the second empty slot inner left wall, extension end puts in described first on the right side of first rotation axis
Empty slot and end drive row machine with first and are connected, and the first drive row machine outer surface is installed on inner wall on the right side of first empty slot
In vivo and secure fit connects, be circumferentially installed in first rotation axis on the upside of the ejection transfer device to it is described
The ejection eccentric wheel that ejection transfer device is connected, it is circumferential fixed in first rotation axis on the right side of the ejection eccentric wheel
There is the first taper cone pulley, first empty slot and described first slide the connection that is rotatably assorted in the loading frame inner wall between chamber
There is the second rotation axis of setting of extending up and down, the second rotation axis top extension end is put in first empty slot and end
The second taper cone pulley to be connected with first taper cone pulley is installed with, the second rotation axis bottom extension end is put in
Described first is slided intracavitary and is connected with the cutting using component, and dedusting device is equipped in the third empty slot, described
The third to be connected with the dedusting device is circumferentially installed on the first rotation axis outer surface in second empty slot
Taper cone pulley is additionally provided with illumination apparatus in the loading frame.
2. a kind of follow-on power construction cable installation apparatus according to claim 1, it is characterised in that：It is described to open
Chisel includes splined sleeve that is longitudinally extending and being rotatably assorted in connection setting first sliding block, the spline housing using component
Bottom of the tube end is installed with the cutting head for setting of extending downwards, is slidably connected with upwards in the splined sleeve top end surface
Extend the external splines rotation axis set, extension end and the second rotation axis bottom extension end at the top of the external splines rotation axis
Tail secure fit connects.
3. a kind of follow-on power construction cable installation apparatus according to claim 1, it is characterised in that：It is described to push away
Top transfer device, which includes being arranged on connecting in the inner bottom wall of section on the left of first empty slot, is equipped with sinker and the company of being slidably matched
The ejection sliding block being arranged in the sinker is connect, the sinker and described second are slided in the loading frame between chamber
The setting penetrator ram that extends up and down is slidably connected in wall body, extension end is put in the sinker at the top of the penetrator ram
And top extension end is connect with the ejection sliding block bottom end face secure fit, the penetrator ram bottom extension end is put in
Described second slides intracavitary and bottom extension end is connect with the second sliding block top end surface secure fit, the sinker
The interior ejection rod outer surface is around equipped with the first spring element, the ejection sliding block top end and the ejection eccentric wheel
Bottom outer surface ejection is slidably connected.
4. a kind of follow-on power construction cable installation apparatus according to claim 1, it is characterised in that：It is described to go
Dirt device includes the third being arranged in the loading frame inner wall between second empty slot and third empty slot rotation
Axis, at the top of the third rotation axis extension end put in second empty slot and end be installed with to the third taper
Take turns the 4th taper cone pulley being connected, the third rotation axis bottom extension end puts in the third empty slot and with described the
Three empty slot inner bottom walls are rotatably assorted connection, and dust removal is circumferentially installed on the third rotation axis outer surface in the third empty slot
Fan, the interior connection of the third empty slot inner left wall are equipped with dust remover, connect and be equipped with to the right in the inner wall of the third empty slot right side
Extend the dust removal slot set, and extension end is installed with the dust removal mouth through the loading frame bottom end face on the right side of the dust removal slot,
The dust removal mouth is slided positioned at described first in the loading frame bottom end face on the left of chamber.
5. a kind of follow-on power construction cable installation apparatus according to claim 1, it is characterised in that：The light
Include being located at described slide on the right side of chamber at the front and rear sides position being fixed in the loading frame bottom end face according to device
Lamp holder is equipped with energy-saving lamp in the lamp holder inside, and the bottom surface of the energy-saving lamp is concordant with the bottom surface of the loading frame.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201711163949.3A CN108233270A (en) | 2017-11-21 | 2017-11-21 | A kind of follow-on power construction cable installation apparatus |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201711163949.3A CN108233270A (en) | 2017-11-21 | 2017-11-21 | A kind of follow-on power construction cable installation apparatus |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN108233270A true CN108233270A (en) | 2018-06-29 |
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Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201711163949.3A Withdrawn CN108233270A (en) | 2017-11-21 | 2017-11-21 | A kind of follow-on power construction cable installation apparatus |
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| CN (1) | CN108233270A (en) |
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- 2017-11-21 CN CN201711163949.3A patent/CN108233270A/en not_active Withdrawn
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Application publication date: 20180629 |
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| WW01 | Invention patent application withdrawn after publication |