CN107253640A - A kind of power cable equipment - Google Patents
A kind of power cable equipment Download PDFInfo
- Publication number
- CN107253640A CN107253640A CN201710471536.5A CN201710471536A CN107253640A CN 107253640 A CN107253640 A CN 107253640A CN 201710471536 A CN201710471536 A CN 201710471536A CN 107253640 A CN107253640 A CN 107253640A
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- CN
- China
- Prior art keywords
- chamber
- slide guide
- sliding block
- pedestal
- sliding
- 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
-
- B—PERFORMING OPERATIONS; TRANSPORTING
- B65—CONVEYING; PACKING; STORING; HANDLING THIN OR FILAMENTARY MATERIAL
- B65H—HANDLING THIN OR FILAMENTARY MATERIAL, e.g. SHEETS, WEBS, CABLES
- B65H54/00—Winding, coiling, or depositing filamentary material
- B65H54/70—Other constructional features of yarn-winding machines
-
- B—PERFORMING OPERATIONS; TRANSPORTING
- B65—CONVEYING; PACKING; STORING; HANDLING THIN OR FILAMENTARY MATERIAL
- B65H—HANDLING THIN OR FILAMENTARY MATERIAL, e.g. SHEETS, WEBS, CABLES
- B65H54/00—Winding, coiling, or depositing filamentary material
- B65H54/70—Other constructional features of yarn-winding machines
- B65H54/74—Driving arrangements
-
- B—PERFORMING OPERATIONS; TRANSPORTING
- B65—CONVEYING; PACKING; STORING; HANDLING THIN OR FILAMENTARY MATERIAL
- B65H—HANDLING THIN OR FILAMENTARY MATERIAL, e.g. SHEETS, WEBS, CABLES
- B65H2701/00—Handled material; Storage means
- B65H2701/30—Handled filamentary material
- B65H2701/34—Handled filamentary material electric cords or electric power cables
Abstract
The invention discloses a kind of power cable equipment, including pedestal and it is arranged on the cable winding device that at the top of pedestal and zygomorphism is set, each cable winding device includes the support column for being arranged on left side, the reel for being arranged on the debugging post on right side and being arranged between support column and debugging post, the slide guide chamber that zygomorphism is set provided with left and right extension in pedestal, each slide guide top of chamber communicates and crosses groove provided with what is set along the extension of the slide guide top of chamber left and right sides, each cross on the right side of groove is communicated provided with guide runner at the top of extension section, slide guide intracavitary neat fit is connected with the first sliding block, provided with the flange block put in groove on the left of first slider top, helical line is connected with the first screw rod that left and right extension is set in first sliding block, conduction chamber is equipped with pedestal on the left of each slide guide chamber；The present invention is simple in construction, improves security, improves setting speed, reduces equipment investment reduction manufacturing cost and maintenance cost.
Description
Technical field
The present invention relates to power cable technical field, a kind of power cable equipment.
Background technology
For convenience of transport and electric operating, need to carry out spooling after the completion of cables manufacturing, as coiled cable coil.
Traditional spooling mode is not sufficiently stable, and efficiency is low, and spooling process is not safe enough, it is impossible to is adapted to various sizes of reel and is carried out
Spooling, replacing blank coil disk step is cumbersome, inefficiency.
The content of the invention
The technical problems to be solved by the invention are to provide a kind of power cable equipment, and it can solve the problem that above-mentioned present technology
Middle the problem of.
The present invention is achieved through the following technical solutions：The present invention a kind of power cable equipment, including pedestal with
And the cable winding device that at the top of the pedestal and zygomorphism is set is arranged on, each cable winding device includes being arranged on a left side
The support column of side, the debugging post for being arranged on right side and the reel being arranged between the support column and the debugging post, it is described
Zygomorphism is provided with the slide guide chamber that left and right extension is set in pedestal, and each slide guide top of chamber, which is communicated, to be provided with along the slide guide
Extend the groove of crossing set for the top of chamber left and right sides, and each described cross on the right side of groove is communicated provided with guide runner at the top of extension section, described to lead
Sliding intracavitary neat fit, which is connected with to be provided with the left of the first sliding block, first slider top, puts in the flange block crossed in groove,
Helical line is connected with described on the left of the first screw rod that left and right extension is set, each slide guide chamber in first sliding block
Conduction chamber is equipped with pedestal, each inwall last time rotation the first conical surface wheel of mating connection on the right side of the conduction chamber, each described to pass
Guide cavity inner bottom surface is equipped with right side upside and the second conical surface wheel of the ratcheting connection in downside on the left of first conical surface wheel, described in left side
Extend the cunning chamber set in the pedestal on the downside of slide guide chamber provided with left and right, and extension section is located at that left side is described to be passed on the left of the sliding chamber
Extension section is located at middle-end at the top of the right side conduction chamber lower position, the sliding intracavitary on the right side of guide cavity lower position, the sliding chamber
Position is provided with chute, and the sliding intracavitary is provided with end position in the second sliding block, second slider top and is fixedly installed prolongs upwards
The 3rd sliding block set is opened up, the 3rd slider top extension section is put in the chute and neat fit is connected, the chute
Interior the second screw rod for setting and being connected with the 3rd sliding block helical line, second sliding block or so two of extending provided with left and right
Side roof part is fixed with support rod, the 3rd sliding block of the sliding intracavitary and is provided with the first motor, first motor
The left and right sides is connected with spin axis, and the supporting column bottom at the top of the pedestal with being fixedly connected, on the right side of the support column
The second motor is provided with face, danger button is provided with the pedestal at top surface right side edge, the danger button with it is described
Second motor power is connected.
It is connected with the right side of preferably technical scheme, second motor outside the stretching support column right flank
The first Fastener, convolution is connected the second Fastener in the relative debugging post left surface of first Fastener.
Be all provided with the right side of preferably technical scheme, each guide runner in inwall it is fluted, on the right side of the groove in
Wall is fixedly installed the slide guide bar for setting of extending to the left, on the left of the slide guide bar extension section put in the guide runner and with institute
State guide runner inner left wall to be fixedly connected, the debugging column bottom, which is passed through, to be put in after the guide runner in the groove excessively, described to lead
The debugging post in chute is connected with the slide guide bar neat fit, and the slide guide rod outer surface on the right side of the debugging post is set
Flexible part.
To penetrate each slide guide chamber respectively left for extension section on the left of preferably technical scheme, each first screw rod
Tail end puts in the conduction intracavitary and right with first conical surface wheel on the left of side inwall and convolution mating connection, first screw rod
Side is fixedly connected, and is connected on the right side of first screw rod with inwall convolution on the right side of the conduction chamber.
Circle round and be connected with the chute inner left wall on the left of preferably technical scheme, second screw rod, institute
State on the right side of the second screw rod and three-motor is connected, the three-motor outer surface is arranged at inwall on the right side of the chute
It is interior and be fixedly connected.
With the right side conduction chamber at the top of the sliding intracavitary on the downside of preferably technical scheme, the left side conduction chamber
Convolution is connected with having three pyramidal faces wheel at the top of the sliding intracavitary of downside, each having three pyramidal faces wheel and the described second cone
Face wheel is fixed with conduction axis, conduction axis described in the left and right sides penetrate respectively conducted described in the left and right sides chamber and the sliding chamber it
Between the pedestal inner wall and convolution be connected.
Tail end is connected with left side support rod convolution on the left of preferably technical scheme, the left side spin axis,
Tail end is connected with right side support rod convolution on the right side of the spin axis of right side, and the spin axis of the left and right sides leaves described the
One motor side is fixed with the 4th conical surface wheel.
Preferably technical scheme, the sliding chamber left and right sides inwall is fixed with the first touch sensor and respectively
Two touch sensors, first touch sensor is oppositely arranged with the second sliding block left surface, second touch sensing
Device is oppositely arranged with the second sliding block right flank, first touch sensor with it is described in the cable winding device of left side
Second motor power is connected, second touch sensor and the described second electronic electromechanics in the cable winding device of right side
Power is connected.
The beneficial effects of the invention are as follows：
1. setting chute by end position in sliding intracavitary top, sliding intracavitary sets end position in the second sliding block, the second slider top and fixed
The 3rd sliding block for extending upwards and setting is set, and the 3rd slider top extension section is put in chute and neat fit is connected, in chute
Fixation is set at the top of the second screw rod for setting and being connected with the 3rd sliding block helical line if left and right is extended, the second sliding block left and right sides
Set the first motor in support rod, the 3rd sliding block of sliding intracavitary, the first motor left and right sides is connected spin axis, so that real
The existing dynamic control of left and right wheels tape swapping, improves operating efficiency and realization automatically controls dismounting work.
2. setting of extending to the left is fixedly installed by being all provided with inwall on the right side of groove, groove in inwall on the right side of each guide runner
Slide guide bar, extension section is put in guide runner and is fixedly connected with guide runner inner left wall on the left of slide guide bar, and debugging column bottom is worn
Cross after guide runner and put in groove, the debugging post in guide runner is connected with slide guide bar neat fit, the slide guide bar on the right side of debugging post
Outer surface sets elastic component, so as to realize the left-right orientation cunning work of debugging post, realizes the quick setting to reel and dismantlement work,
The setting work that automatically resets is realized simultaneously, improves dismounting speed.
3. setting the first touch sensor and the second touch sensor by the way that sliding chamber left and right sides inwall is fixed respectively, first touches
Touch inductor to be oppositely arranged with the second sliding block left surface, the second touch sensor is oppositely arranged with the second sliding block right flank, first
Touch sensor is connected with the second motor power in the cable winding device of left side, the second touch sensor and right side volume cable dress
The second motor power connection in putting, improves operating efficiency and security.
4. the present invention is simple in construction, reasonable in design, security is improved, reel can be realized by debugging moving left and right for post
It is quick to set and dismantle, while realizing the setting work that automatically resets by elastic component, improve and speed is set, can realize and automatically control
Rotation work, reduces equipment investment reduction manufacturing cost and maintenance cost.
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 a kind of power cable equipment of the invention；
Fig. 2 for the present invention the ratcheting connection of the conical surface wheel of left side the 4th and left side having three pyramidal faces wheel when structural representation；
Fig. 3 shows for the structure that the left side of the present invention is crossed when the flange block in groove is abutted against with the debugging post in the cable winding device of left side
It is intended to；
Fig. 4 is moved to the knot during right-most position in the guide runner of left side for the debugging post in the left side cable winding device of the present invention
Structure schematic diagram；
Fig. 5 for the present invention the ratcheting connection of the conical surface wheel of right side the 4th and right side having three pyramidal faces wheel when structural representation；
Fig. 6 shows for the structure that the right side of the present invention is crossed when the flange block in groove is abutted against with the debugging post in the cable winding device of right side
It is intended to；
Fig. 7 is moved to the knot during right-most position in the guide runner of right side for the debugging post in the right side cable winding device of the present invention
Structure schematic diagram；
Fig. 8 is a kind of top view of power cable equipment of the present invention.
Embodiment
As Figure 1-Figure 8, a kind of power cable equipment of the invention, including pedestal 5 and be arranged on the pedestal 5 and push up
The cable winding device 6 that portion and zygomorphism are set, each cable winding device 6 includes being arranged on the support column 61 in left side, set
The debugging post 63 and the reel 7 that is arranged between the support column 61 and the debugging post 63 on right side are put, in the pedestal 5
Zygomorphism extends the slide guide chamber 54 set provided with left and right, and each top of slide guide chamber 54 is communicated provided with along the slide guide chamber
What the extension of the 54 tops left and right sides was set crosses groove 53, and each right side extension section of groove 53 top of crossing is communicated provided with guide runner 51,
Neat fit is connected with the first sliding block 542 in the slide guide chamber 54, and the top left side of the first sliding block 542 is provided with and puts in the mistake
Helical line is connected with the first screw rod 541 that left and right extension is set in flange block 531 in groove 53, first sliding block 542,
Conduction chamber 55, each conduction right side inwall last time of chamber 55 are equipped with the pedestal 5 in each left side of slide guide chamber 54
Rotation the first conical surface wheel 551 of mating connection, each conduction inner bottom surface of chamber 55 is equipped with right side upside and first conical surface wheel
Provided with left and right in second conical surface wheel 552 of the 551 ratcheting connections in left side downside, the pedestal 5 of the left side downside of slide guide chamber 54
Extend the cunning chamber 56 set, and the sliding left side extension section of chamber 56 is located at the left side conduction lower position of chamber 55, the sliding chamber 56
Extension section in right side is located at end position in the right side conduction lower position of chamber 55, the sliding inner top of chamber 56 and is provided with chute 57, institute
State and the second sliding block 562 is provided with sliding chamber 56, end position is fixedly installed in the top of the second sliding block 562 extends what is set upwards
3rd sliding block 563, the top extension section of the 3rd sliding block 563 is put in the chute 57 and neat fit is connected, the chute
Extend the second screw rod 571 for setting and being connected with the helical line of the 3rd sliding block 563 in 57 provided with left and right, and described second slides
It is fixed with the top of the left and right sides of block 562 the 3rd sliding block 563 in support rod 5621, the sliding chamber 56 Nei provided with the first electricity
Motivation 5631, the left and right sides of the first motor 5631 is connected with spin axis 566, the bottom of support column 61 with it is described
The top of pedestal 5 is fixedly connected, and top surface right edge on the second motor 62, the pedestal 5 is provided with the right flank of support column 61
Danger button 501 is provided with edge, the danger button 501 and second motor 62 are electrically connected, pressed described urgent
Button 501 can make second motor 62 shut down, and prevent contingency.
Wherein, the right side of the second motor 62 is connected with the first clamping stretched out outside the right flank of support column 61
The second Fastener 65 of convolution mating connection in part 64, the relative left surface of debugging post 63 of first Fastener 64, so that
Realize being fixedly connected for reel 7.
Wherein, fluted 52 are all provided with each right side inwall of guide runner 51, the right side inwall of groove 52, which is fixed, to be set
Be equipped with the slide guide bar 510 for setting of extending to the left, the left side extension section of slide guide bar 510 put in the guide runner 51 and with institute
State the inner left wall of guide runner 51 to be fixedly connected, debugging post 63 bottom, which is passed through, puts in the groove 53 excessively after the guide runner 51
Interior, the debugging post 63 in the guide runner 51 is connected with the neat fit of slide guide bar 510, the right side of debugging post 63
The outer surface of slide guide bar 510 is provided with elastic component 511, so as to realize the left-right orientation cunning work of debugging post 63, realizes to reel 7
Quick setting and dismantlement work, improve dismounting speed.
Wherein, each left side extension section of first screw rod 541 penetrate respectively each inner left wall of slide guide chamber 54 and
Convolution is connected, and the left side tail end of the first screw rod 541 puts in the conduction chamber 55 and right with first conical surface wheel 551
Side is fixedly connected, and the right side of the first screw rod 541 is connected with the right side inwall convolution of conduction chamber 55, so as to realize the 3rd
The conduction control work of 561 pair of first screw rod 541 of conical surface wheel.
Wherein, the left side of the second screw rod 571 is circled round with the inner left wall of chute 57 is connected, second screw rod
571 right sides are connected with three-motor 572, and the outer surface of three-motor 572 is arranged in the right side of chute 57
Wall is interior and is fixedly connected, so as to realize left and right rotation adjustment, realizes that the rotation of cable winding device 6 to the left and right sides is adjusted and controls.
Wherein, the sliding inner top of chamber 56 of the left side downside of conduction chamber 55 and the institute of the right side downside of conduction chamber 55
State the sliding inner top of chamber 56 and circle round and be connected with having three pyramidal faces wheel 561, each having three pyramidal faces wheel 561 and the described second cone
Face wheel 552 is fixed with conduction axis 553, and conduction axis 553 described in the left and right sides penetrates conduction chamber 55 described in the left and right sides respectively
The inner wall of the pedestal 5 and convolution between the sliding chamber 56 are connected.
Wherein, the left side left side tail end of spin axis 566 is connected with the left side support rod 5621 convolution, described in right side
The convolution of support rod 5621 of the right side tail end of spin axis 566 and right side is connected, and the spin axis 566 of the left and right sides is left described
The side of first motor 5631 is fixed with the 4th conical surface wheel 5661, so as to realize 5631 pair of first screw rod of the first motor
541 conduction control work, reduces equipment investment, reduction production cost and maintenance cost.
Wherein, the left and right sides inwall of sliding chamber 56 is fixed with the first touch sensor 564 and the second touching sense respectively
Device 565 is answered, first touch sensor 564 is oppositely arranged with the left surface of the second sliding block 562, second touch sensing
Device 565 is oppositely arranged with the right flank of the second sliding block 562, and first touch sensor 564 is filled with the left side volume cable
Second motor 62 put in 6 is electrically connected, in second touch sensor 565 and the right side cable winding device 6
Second motor 62 it is electrically connected, improve operating efficiency and security.
During original state, the 3rd sliding block 563 is located at the middle end position in chute 57, while driving the by the 3rd sliding block 563
Two sliding blocks 562 are located at the middle end position in sliding chamber 56, now, the left side of the second sliding block 562 and the first touch sensor 564 and the
The right side of two sliding block 562 keeps certain distance with the second touch sensor 565 and apart from equal, meanwhile, in each slide guide chamber 54
The first sliding block 542 be respectively positioned on left-most position in slide guide chamber 54, now, the first sliding block 542 of the left and right sides drives respectively
The flange block 531 of the left and right sides is located at the left-most position that the left and right sides is crossed in groove 53 respectively, meanwhile, left and right sides volume cable dress
The debugging post 63 in 6 is put by the pressure on top surface of elastic component 511, the debugging post 63 in left and right sides cable winding device 6 is distinguished
Left-most position in left and right sides guide runner 51.
When needing cable winding device 6 on the left of disassembling, assembling and replacing, the second screw rod 571 is driven by three-motor 572 first
Convolution, and then drive the 3rd sliding block 563 gradually to be moved along the left direction in chute 57 by the second screw rod 571, meanwhile, by the 3rd
Sliding block 563 drives the second sliding block 562 gradually to be slided along the left direction in sliding chamber 56, until the 3rd sliding block 563 as shown in Figure 2 is moved
To the left-most position in chute 57, meanwhile, the left surface of the second sliding block 562 and the first touch sensing are driven by the 3rd sliding block 563
Device 564 is abutted against, now, is sent signal by the first touch sensor 564 and is controlled the second motor in the cable winding device 6 of left side
62 stop convolution, meanwhile, the 4th conical surface wheel 5661 and the tooth of having three pyramidal faces wheel 561 in left side in sliding chamber 56 in left side spin axis 566
Connection is closed, now, the right flank of the second sliding block 562 at utmost leaves the second touch sensor 565, meanwhile, in right side spin axis 566
The 4th conical surface wheel 5661 at utmost leave the having three pyramidal faces wheel 561 on right side in sliding chamber 56, then control three-motor 572
Stop convolution, now, drive both sides spin axis 566 to circle round by the first motor 5631, due to the 4th cone in left side spin axis 566
Face wheel 5661 and the ratcheting connection of having three pyramidal faces wheel 561 in left side in sliding chamber 56, and then the 4th conical surface wheel in left side spin axis 566
5661 drive the having three pyramidal faces wheel 561 in left side in sliding chamber 56 to circle round, and the having three pyramidal faces wheel 561 in left side drives left side in sliding chamber 56
The conduction axis 553 at the top of having three pyramidal faces wheel 561 circle round, and then driven by the conduction axis 553 in left side in left side conduction chamber 55
Second conical surface wheel 552 circles round, due to the second conical surface wheel 552 and the ratcheting connection of the first conical surface wheel 551, and then conducts chamber 55 by left side
The first interior conical surface wheel 551 drives the first sliding block 542 in left side slide guide chamber 54 gradually along the right side side in left side slide guide chamber 54
To movement, while the first sliding block 542 in left side slide guide chamber 54 drives the top of the first sliding block 542 in left side slide guide chamber 54
The right direction that flange block 531 is gradually crossed in groove 53 along left side is moved, until making the flange block that left side is crossed in groove 53 as shown in Figure 3
531 abut against with the left surface of the debugging bottom stage of post 63 in left side cable winding device 6, now continue to control the first motor
5631 drive both sides spin axis 566 are circled round, and the flange block 531 at the top of the first sliding block 542 in left side slide guide chamber 54 drives left side
Debugging post 63 in cable winding device 6 overcomes elastic component 511 gradually to be moved along the right direction of slide guide bar 510 in left side guide runner 51
It is dynamic, until the right-most position that the debugging post 63 in the cable winding device 6 of left side is moved in the guide runner 51 of left side as shown in Figure 4,
Now, so as to realize the dismounting work of the reel 7 in the cable winding device 6 of left side；
When needing cable winding device 6 on the right side of disassembling, assembling and replacing, drive the second screw rod 571 reverse by three-motor 572 first
Convolution, and then drive the 3rd sliding block 563 gradually to be moved along the right direction in chute 57 by the second screw rod 571, meanwhile, by the 3rd
Sliding block 563 drives the second sliding block 562 gradually to be slided along the right direction in sliding chamber 56, until the 3rd sliding block 563 as shown in Figure 5 is moved
To the right-most position in chute 57, meanwhile, the right flank of the second sliding block 562 and the second touch sensing are driven by the 3rd sliding block 563
Device 565 is abutted against, now, is sent signal by the second touch sensor 565 and is controlled second electronic in the cable winding device 6 of right side
Machine 62 stops convolution, meanwhile, the 4th conical surface wheel 5661 and the having three pyramidal faces wheel 561 on right side in sliding chamber 56 in right side spin axis 566
The first touch sensor 564 is at utmost left in ratcheting connection, now, the left surface of the second sliding block 562, meanwhile, left side spin axis 566
On the 4th conical surface wheel 5661 at utmost leave the having three pyramidal faces wheel 561 in left side in sliding chamber 56, then control three-motor
572 stop convolution, now, drive both sides spin axis 566 to circle round by the first motor 5631, due to the in right side spin axis 566
Four conical surface wheels 5661 and the ratcheting connection of having three pyramidal faces wheel 561 on right side in sliding chamber 56, and then the 4th cone in right side spin axis 566
Face wheel 5661 drives the having three pyramidal faces wheel 561 on right side in sliding chamber 56 to circle round, and the having three pyramidal faces wheel 561 on right side drives in sliding chamber 56
The conduction axis 553 at the top of having three pyramidal faces wheel 561 on right side circles round, and then drives right side conduction chamber 55 by the conduction axis 553 on right side
The second interior conical surface wheel 552 circles round, and due to the second conical surface wheel 552 and the ratcheting connection of the first conical surface wheel 551, and then is conducted by right side
The first conical surface wheel 551 in chamber 55 drives the first sliding block 542 in right side slide guide chamber 54 gradually along the right side in right side slide guide chamber 54
Side is to movement, while the first sliding block 542 in right side slide guide chamber 54 drives the first sliding block 542 in right side slide guide chamber 54 to push up
The right direction that the flange block 531 in portion is gradually crossed in groove 53 along right side is moved, until it is convex in groove 53 as shown in Figure 6 to cross right side
Edge block 531 and the left surface of the debugging bottom stage of post 63 in right side cable winding device 6 are abutted against, and now continue control first electronic
Machine 5631 drives both sides spin axis 566 to circle round, and the flange block 531 at the top of the first sliding block 542 in right side slide guide chamber 54 drives the right side
Debugging post 63 in side cable winding device 6 overcomes elastic component 511 gradually along the right direction of slide guide bar 510 in right side guide runner 51
It is mobile, until the rightmost side position that the debugging post 63 in the cable winding device 6 of right side is moved in the guide runner 51 of right side as shown in Figure 7
Put, now, so as to realize the dismounting work of the reel 7 in the cable winding device 6 of right side；
The beneficial effects of the invention are as follows：
1. setting chute by end position in sliding intracavitary top, sliding intracavitary sets end position in the second sliding block, the second slider top and fixed
The 3rd sliding block for extending upwards and setting is set, and the 3rd slider top extension section is put in chute and neat fit is connected, in chute
Fixation is set at the top of the second screw rod for setting and being connected with the 3rd sliding block helical line if left and right is extended, the second sliding block left and right sides
Set the first motor in support rod, the 3rd sliding block of sliding intracavitary, the first motor left and right sides is connected spin axis, so that real
The existing dynamic control of left and right wheels tape swapping, improves operating efficiency and realization automatically controls dismounting work.
2. setting of extending to the left is fixedly installed by being all provided with inwall on the right side of groove, groove in inwall on the right side of each guide runner
Slide guide bar, extension section is put in guide runner and is fixedly connected with guide runner inner left wall on the left of slide guide bar, and debugging column bottom is worn
Cross after guide runner and put in groove, the debugging post in guide runner is connected with slide guide bar neat fit, the slide guide bar on the right side of debugging post
Outer surface sets elastic component, so as to realize the left-right orientation cunning work of debugging post, realizes the quick setting to reel and dismantlement work,
The setting work that automatically resets is realized simultaneously, improves dismounting speed.
3. setting the first touch sensor and the second touch sensor by the way that sliding chamber left and right sides inwall is fixed respectively, first touches
Touch inductor to be oppositely arranged with the second sliding block left surface, the second touch sensor is oppositely arranged with the second sliding block right flank, first
Touch sensor is connected with the second motor power in the cable winding device of left side, the second touch sensor and right side volume cable dress
The second motor power connection in putting, improves operating efficiency and security.
4. the present invention is simple in construction, reasonable in design, security is improved, reel can be realized by debugging moving left and right for post
It is quick to set and dismantle, while realizing the setting work that automatically resets by elastic component, improve and speed is set, can realize and automatically control
Rotation work, reduces equipment investment reduction manufacturing cost and maintenance cost.
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, 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 (8)
1. a kind of power cable equipment, including pedestal and the cable winding device for being arranged on pedestal top and zygomorphism setting,
It is characterized in that：Each cable winding device includes being arranged on the support column in left side, is arranged on the debugging post on right side and is arranged on
The slide guide chamber that zygomorphism is set provided with left and right extension in reel between support column and debugging post, pedestal, each slide guide chamber top
Portion communicates the groove of crossing set provided with extending along the slide guide top of chamber left and right sides, it is each cross to communicate at the top of extension section on the right side of groove be provided with
Guide runner, slide guide intracavitary neat fit is connected with provided with the flange block put in groove on the left of the first sliding block, the first slider top,
Helical line is connected with the pedestal on the left of the first screw rod that left and right extension is set, each slide guide chamber and is equipped with first sliding block
Chamber is conducted, each inwall last time revolves first conical surface wheel that is connected on the right side of conduction chamber, and each conduction intracavitary bottom surface is equipped with right side
Prolong in pedestal on the downside of upside and the second conical surface wheel of the ratcheting connection in downside on the left of the first conical surface wheel, left side slide guide chamber provided with left and right
The cunning chamber set is opened up, extension section on the left of chamber is slided and conducts chamber lower position positioned at left side, sliding chamber right side extension section is conducted positioned at right side
End position is provided with chute at the top of chamber lower position, sliding intracavitary, and sliding intracavitary is provided with end position in the second sliding block, the second slider top
The 3rd sliding block for extending set upwards is fixedly installed, the 3rd slider top extension section is put in chute and neat fit is connected,
Extend the second screw rod for setting and being connected with the 3rd sliding block helical line in chute provided with left and right, second sliding block left and right sides top
Portion is fixed with support rod, the 3rd sliding block of sliding intracavitary and is provided with the first motor, and the first motor left and right sides coordinates company
Spin axis is connected to, supporting column bottom is provided with top surface on the second motor, pedestal with being fixedly connected at the top of pedestal in support column right flank
Danger button is provided with right side edge, danger button is connected with the second motor power.
2. a kind of power cable equipment according to claim 1, it is characterised in that：Coordinate on the right side of second motor and connect
It is connected in the first Fastener stretched out outside the support column right flank, the relative debugging post left surface of first Fastener
Convolution the second Fastener of mating connection.
3. a kind of power cable equipment according to claim 1, it is characterised in that：On the right side of each guide runner in inwall
It is all provided with fluted, inwall is fixedly installed on the left of the slide guide bar for setting of extending to the left, the slide guide bar and prolonged on the right side of the groove
Exhibition section puts in the guide runner and is fixedly connected with the guide runner inner left wall, and the debugging column bottom passes through the slide guide
Put in after groove in the groove excessively, the debugging post in the guide runner is connected with the slide guide bar neat fit, the debugging
The slide guide rod outer surface on the right side of post is provided with elastic component.
4. a kind of power cable equipment according to claim 1, it is characterised in that：Extend on the left of each first screw rod
Section penetrates each slide guide chamber inner left wall respectively and convolution is connected, and tail end puts in the biography on the left of first screw rod
In guide cavity and with being fixedly connected on the right side of first conical surface wheel, circled round on the right side of first screw rod with inwall on the right side of the conduction chamber
It is connected.
5. a kind of power cable equipment according to claim 1, it is characterised in that：With the cunning on the left of second screw rod
The convolution of groove inner left wall is connected, and is connected on the right side of second screw rod with three-motor, outside the three-motor
Surface is arranged on the right side of the chute in inwall and is fixedly connected.
6. a kind of power cable equipment according to claim 1, it is characterised in that：It is described on the downside of the conduction chamber of left side
Having three pyramidal faces wheel is connected with convolution at the top of the sliding intracavitary on the downside of the conduction chamber of right side at the top of sliding intracavitary, each
The having three pyramidal faces wheel is fixed with conduction axis with second conical surface wheel, and conduction axis described in the left and right sides penetrates left and right respectively
The pedestal inner wall between chamber and the sliding chamber is conducted described in both sides and convolution is connected.
7. a kind of power cable equipment according to claim 1, it is characterised in that：Tail end and a left side on the left of the spin axis of left side
Support rod convolution is connected described in side, and tail end is connected with right side support rod convolution on the right side of the spin axis of right side, left
The spin axis of right both sides leaves the first motor side and is fixed with the 4th conical surface wheel.
8. a kind of power cable equipment according to claim 1, it is characterised in that：The sliding chamber left and right sides inwall difference
It is fixed with the first touch sensor and the second touch sensor, first touch sensor and the second sliding block left surface
Be oppositely arranged, second touch sensor is oppositely arranged with the second sliding block right flank, first touch sensor with
Second motor power connection in the cable winding device of left side, second touch sensor and right side volume electricity
Second motor power connection in cable device.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201710471536.5A CN107253640A (en) | 2017-06-20 | 2017-06-20 | A kind of power cable equipment |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201710471536.5A CN107253640A (en) | 2017-06-20 | 2017-06-20 | A kind of power cable equipment |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN107253640A true CN107253640A (en) | 2017-10-17 |
Family
ID=60024624
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201710471536.5A Withdrawn CN107253640A (en) | 2017-06-20 | 2017-06-20 | A kind of power cable equipment |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN107253640A (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108233271A (en) * | 2017-12-07 | 2018-06-29 | 广州航爵数码科技有限公司 | A kind of modified electric power cable laying device |
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| FR2658493A1 (en) * | 1990-02-16 | 1991-08-23 | Drouaire Jean Claude | Machine for unwinding a specific length of twisted wire or cable and its rewinding on another cable drum (reel) or winding accessory |
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Application publication date: 20171017 |
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