CN107930968A - A kind of cable crane span structure production equipment - Google Patents
A kind of cable crane span structure production equipment Download PDFInfo
- Publication number
- CN107930968A CN107930968A CN201711235138.XA CN201711235138A CN107930968A CN 107930968 A CN107930968 A CN 107930968A CN 201711235138 A CN201711235138 A CN 201711235138A CN 107930968 A CN107930968 A CN 107930968A
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- China
- Prior art keywords
- stretching
- slippage slot
- groove
- slipping block
- wall
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Classifications
-
- B—PERFORMING OPERATIONS; TRANSPORTING
- B05—SPRAYING OR ATOMISING IN GENERAL; APPLYING FLUENT MATERIALS TO SURFACES, IN GENERAL
- B05C—APPARATUS FOR APPLYING FLUENT MATERIALS TO SURFACES, IN GENERAL
- B05C1/00—Apparatus in which liquid or other fluent material is applied to the surface of the work by contact with a member carrying the liquid or other fluent material, e.g. a porous member loaded with a liquid to be applied as a coating
- B05C1/04—Apparatus in which liquid or other fluent material is applied to the surface of the work by contact with a member carrying the liquid or other fluent material, e.g. a porous member loaded with a liquid to be applied as a coating for applying liquid or other fluent material to work of indefinite length
- B05C1/08—Apparatus in which liquid or other fluent material is applied to the surface of the work by contact with a member carrying the liquid or other fluent material, e.g. a porous member loaded with a liquid to be applied as a coating for applying liquid or other fluent material to work of indefinite length using a roller or other rotating member which contacts the work along a generating line
-
- B—PERFORMING OPERATIONS; TRANSPORTING
- B05—SPRAYING OR ATOMISING IN GENERAL; APPLYING FLUENT MATERIALS TO SURFACES, IN GENERAL
- B05C—APPARATUS FOR APPLYING FLUENT MATERIALS TO SURFACES, IN GENERAL
- B05C1/00—Apparatus in which liquid or other fluent material is applied to the surface of the work by contact with a member carrying the liquid or other fluent material, e.g. a porous member loaded with a liquid to be applied as a coating
- B05C1/04—Apparatus in which liquid or other fluent material is applied to the surface of the work by contact with a member carrying the liquid or other fluent material, e.g. a porous member loaded with a liquid to be applied as a coating for applying liquid or other fluent material to work of indefinite length
- B05C1/08—Apparatus in which liquid or other fluent material is applied to the surface of the work by contact with a member carrying the liquid or other fluent material, e.g. a porous member loaded with a liquid to be applied as a coating for applying liquid or other fluent material to work of indefinite length using a roller or other rotating member which contacts the work along a generating line
- B05C1/0821—Apparatus in which liquid or other fluent material is applied to the surface of the work by contact with a member carrying the liquid or other fluent material, e.g. a porous member loaded with a liquid to be applied as a coating for applying liquid or other fluent material to work of indefinite length using a roller or other rotating member which contacts the work along a generating line characterised by driving means for rollers or work
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Abstract
The invention discloses a kind of cable crane span structure production equipment, including the vehicle frame and installed in the production frame walked about on vehicle frame of walking about, the chamber that rises and falls is provided with the vehicle frame its right end face of walking about, cooperation is slid in the chamber that rises and falls sliding rack is installed, spiral, which coordinates, in the sliding rack is provided with spiral column, the spiral column bottom stretching, extension afterbody is rotatably assorted with the intracavitary bottom wall that rises and falls to be connected, the spiral column top stretching, extension afterbody drives machine to be connected with master, the master drives machine outer surface to be installed on described walk about in frame wall body, the sliding rack its right end face is fixedly connected with the production frame left end face, it is equipped with the production frame anterior end surface and takes in groove；The configuration of the present invention is simple, it is easy to operate, easy to store, it is moved easily and carries, meanwhile, improve paint to crane span structure efficiency and effect.
Description
Technical field
The present invention relates to power equipment production technical field, is specifically a kind of cable crane span structure production equipment.
Background technology
Crane span structure is the important equipment of erecting cable during power construction, it is necessary to crane span structure after crane span structure production shaping
Outer surface carry out japanning work, the brushing of traditional crane span structure is usually completed by manual hand manipulation, is produced in artificial painting process
Dust health is impacted, artificial painting efficiency is low, in addition, manually often occurring in painting process paint to splash
Onto the body of construction personnel, and it is not easy to store, so that cause to take up a large area, meanwhile, it is not easy to mobile and carries, flexibly
Property is poor.
The content of the invention
The technical problems to be solved by the invention are to provide a kind of cable crane span structure production equipment, it can solve above-mentioned existing
In the art the problem of.
The present invention is achieved through the following technical solutions：A kind of cable crane span structure production equipment of the present invention, including
The vehicle frame and being provided with the production frame walked about on vehicle frame, the vehicle frame its right end face of walking about of walking about rises and falls
Chamber, in the chamber that rises and falls sliding cooperation sliding rack is installed, spiral, which coordinates, in the sliding rack is provided with spiral column, the spiral
Column bottom stretching, extension afterbody is rotatably assorted with the intracavitary bottom wall that rises and falls to be connected, and the spiral column top stretching, extension afterbody drives machine with master
Be connected, the master drive machine outer surface be installed on it is described walk about in frame wall body, the sliding rack its right end face with it is described
Production frame left end face is fixedly connected, and is equipped with the production frame anterior end surface and is taken in groove, the institute taken on rear side of groove
To state and the positioning chamber that left and right stretching, extension is set is equipped with production frame inner wall body, the positioning intracavitary sliding is connected with position adjustable board,
The constriction device being connected with the positioning chamber is installed with rear side of the positioning chamber in inner wall, it is described to take on rear side of groove in inner wall
The left and right sides communicate equipped with the first slippage slot set to rear side stretching, extension, on the inside of first slippage slot of the left and right sides in
Communicate equipped with the second slippage slot, be all provided with the production frame inner wall body on the outside of each first slippage slot oriented in wall
Rear side stretching, extension set the 3rd slippage slot, the left and right sides the 3rd slippage slot rear side stretching, extension afterbody respectively with the positioning chamber
The front end of the left and right sides communicate setting, the production between left side the 3rd slippage slot and left side first slippage slot
In frame inner wall body and the production frame inner wall between right side the 3rd slippage slot and right side first slippage slot
Run through in vivo and communicate equipped with cavity, in each first slippage slot sliding be connected with that stretching, extension up and down sets the
One slipping block, before the left and right sides the first slipping block top stretching, extension afterbody ejects the production frame after takeing in groove described in
Outside side end face, be rotatably assorted connection between the outer wall on the inside of first slipping block outside the ejection production frame anterior end surface
There is japanning cylinder, ejection is connected with and suppresses part in first slippage slot on rear side of each first slipping block, often
Sliding is connected with the second slipping block being connected with the first slipping block secure fit in a second slippage slot, often
The locking slot being oppositely arranged with first slippage slot, the position adjustable board are equipped with outer wall on the outside of a first slipping block
The interior rackwork being equipped with to be connected with the locking slot.
Preferably technical solution, the rackwork include be installed in the position adjustable board first drive machine and
It is arranged on described first and drives at left and right sides of machine first in the position adjustable board anterior end surface to lead and moves groove and second and lead shifting groove, it is described
First leads and moves groove and described second and lead shifting groove front side end is opposite with the rear side afterbody of the left and right sides the 3rd slippage slot respectively sets
Put, described first, which leads shifting groove and described second, leads the first spiral bar and the second spiral for moving in groove and being respectively equipped with left and right stretching, extension setting
Bar, stretching, extension afterbody, which with described first leads shifting groove inner left wall and is rotatably assorted, on the left of the first spiral bar is connected, first spiral shell
Stretch section is led through described first on the right side of shape bar moves groove and described first and drives the position adjustable board inner wall and rotation between machine
It is connected, stretching, extension afterbody drives machine left-hand end to be connected with described first on the right side of the first spiral bar, second spiral shell
Stretching, extension afterbody is led to move inner wall on the right side of groove and be rotatably assorted with described second and is connected on the right side of shape bar, the second spiral bar left side stretch section
Led through described second and move groove and described first and drive the position adjustable board inner wall and the connection that is rotatably assorted between machine, described the
Stretching, extension afterbody drives machine right-hand end to be connected with described first on the left of two spiral bars, and described first leads shifting groove leads with described second
The for being equipped with and being connected with the first spiral bar and the second spiral bar spiral and being set to front side stretching, extension is moved in groove
Three slipping blocks, on front side of the 3rd slipping block of the left and right sides stretch section head into respectively in the 3rd slippage slot of the left and right sides and
Sliding is connected, and stretching, extension afterbody is equipped with the 4th sliding for stretching setting inwardly admittedly on front side of each 3rd slipping block
Block, each 4th slipping block medial expansion end is headed into the cavity and sliding is connected.
Preferably technical solution, the first spiral bar and the second spiral bar spiral direction reverse side are set.
The beneficial effects of the invention are as follows：The configuration of the present invention is simple, it is easy to operate, receipts are set in frame anterior end surface by producing
Into groove, take in and the positioning chamber that left and right stretching, extension is set is set in the production frame inner wall body on rear side of groove, positioning intracavitary sliding is connected
Position adjustable board, the fixed constriction device being connected with positioning chamber in inner wall, takes in the left and right in inner wall on rear side of groove on rear side of positioning chamber
Both sides communicate the first slippage slot for setting and being set to rear side stretching, extension, communicate and set in the first slippage slot inner side inner wall of the left and right sides
Second slippage slot, the 3rd sliding set to rear side stretching, extension is all provided with the production frame inner wall body on the outside of each first slippage slot
Groove, the rear side of the 3rd slippage slot of the left and right sides stretch front end of the afterbody respectively with the left and right sides for chamber of transposing and communicate setting, left side
In production frame inner wall body between the first slippage slot of 3rd slippage slot and left side and the 3rd slippage slot of right side and right side first
Run through and communicate in production frame inner wall body between slippage slot and set cavity, sliding is connected in each first slippage slot
The first slipping block that stretching, extension is set up and down, the first slipping block of left and right sides top stretching, extension afterbody eject production frame after takeing in groove
Outside frame anterior end surface, be rotatably assorted connection japanning between the outer wall on the inside of the first slipping block outside ejection production frame anterior end surface
Cylinder, ejection is connected and suppresses part in the first slippage slot on rear side of each first slipping block, in each second slippage slot
Sliding is connected the second slipping block for being connected with the first slipping block secure fit, equal in the outer wall on the outside of each first slipping block
If the locking slot being oppositely arranged with the first slippage slot, the rackwork to be connected with locking slot is set in position adjustable board, can be real
The ejection and storage work of japanning cylinder are now automatically controlled, floor space is reduced, is moved easily and carries, can realize automatic control
System japanning cylinder and the ejection sliding cooperating on crane span structure surface, improve japanning cylinder and the degree of being fastened on crane span structure surface, carry
High brushing quality, can realize the brushing work of different height, improve work efficiency.
Brief description of the drawings
For ease of explanation, the present invention is described in detail by following specific embodiment and attached drawing.
Fig. 1 is overall structure diagram outside a kind of cable crane span structure production equipment of the present invention；
Fig. 2 is the production lower portion structure diagram of the present invention；
Fig. 3 is structure diagram when the 4th slipping block of the present invention is connected with locking slot completely.
Embodiment
As shown in Figure 1, Figure 2 and Figure 3, a kind of cable crane span structure production equipment of the invention, including walk about vehicle frame 5 and peace
Mounted in the production frame 6 walked about on vehicle frame 5, the chamber 501 that rises and falls is provided with 5 its right end face of vehicle frame of walking about, described
Fall to slide cooperation in chamber 501 and sliding rack 502 is installed, spiral, which coordinates, in the sliding rack 502 is provided with spiral column 503, described
503 bottom of spiral column stretching, extension afterbody is rotatably assorted with 501 inner bottom wall of chamber of rising and falling to be connected, the top of spiral column 503 stretching, extension
Afterbody drives machine 504 to be connected with master, the master drive 504 outer surface of machine be installed on it is described walk about in 5 wall body of vehicle frame, it is described
502 its right end face of sliding rack is fixedly connected with production 6 left end face of frame, is equipped with production 6 anterior end surface of frame
Groove 62 is taken in, the positioning chamber 61 that left and right stretching, extension is set, institute are equipped with 6 inner wall of production frame for takeing in the rear side of groove 62
State sliding in positioning chamber 61 and be connected with position adjustable board 611, be installed with and the positioning chamber in the positioning 61 rear side inner wall of chamber
61 constriction devices 612 being connected, the left and right sides taken in 62 rear side inner wall of groove, which communicates to be equipped with to rear side, stretches
The first slippage slot 65 set, communicates equipped with the second slippage slot in first slippage slot, the 65 inner side inner wall of the left and right sides
64, each the 3rd set to rear side stretching, extension is equipped with 6 inner wall of production frame in the outside of the first slippage slot 65
Slippage slot 63, the rear side stretching, extension afterbody of the left and right sides the 3rd slippage slot 63 left and right sides with the positioning chamber 61 respectively
Front end communicates setting, in the production frame 6 between left side the 3rd slippage slot 63 and left side first slippage slot 65
In wall body and 6 inner wall of production frame between right side the 3rd slippage slot 63 and right side first slippage slot 65
Inside run through and communicate equipped with cavity 66, sliding is connected with what stretching, extension up and down was set in each first slippage slot 65
First slipping block 651, after the left and right sides top of the first slipping block 651 stretching, extension afterbody takes in groove 62 described in described in ejection
Produce outside 6 anterior end surface of frame, eject the outer wall of the inner side of first slipping block 651 outside production 6 anterior end surface of frame
Between be rotatably assorted and be connected with japanning cylinder 653, in first slippage slot 65 of each rear side of first slipping block 651
Ejection, which is connected with, suppresses part 652, and sliding is connected with and the described first sliding in each second slippage slot 64
Second slipping block 641 of 651 secure fit of block connection, is equipped with the outer wall in each outside of first slipping block 651 and institute
The locking slot 6510 that the first slippage slot 65 is oppositely arranged is stated, is equipped with the position adjustable board 611 to match somebody with somebody with the locking slot 6510
Close the rackwork of connection.
Valuably, the rackwork include be installed in the position adjustable board 611 first drive machine 6110 and set
Drive first in 611 anterior end surface of position adjustable board of the left and right sides of machine 6110 to lead shifting groove 6111 and second described first and lead shifting
Groove 6112, described first, which leads shifting groove 6111 and described second, leads the 3rd sliding described with the left and right sides respectively of 6112 front side end of shifting groove
The rear side afterbody of groove 63 is oppositely arranged, described first lead move groove 6111 and described second lead move groove 6112 in be respectively equipped with left and right stretch
Open up the first spiral bar 6113 and the second spiral bar 6114 set, the left side of the first spiral bar 6113 stretching, extension afterbody and described the
One leads and moves 6111 inner left wall of groove and be rotatably assorted connection, and the 6113 right side stretch section of the first spiral bar leads shifting through described first
Groove 6111 and described first drives 611 inner wall of the position adjustable board and the connection that is rotatably assorted between machine 6110, first spiral shell
The right side of shape bar 6113 stretching, extension afterbody drives 6110 left-hand end of machine to be connected with described first, the right side of the second spiral bar 6114
Stretching, extension afterbody leads shifting 6112 right side inner wall of groove with described second and is rotatably assorted and is connected, the 6114 left side stretch section of the second spiral bar
Led through described second and move groove 6112 and described first and drive 611 inner wall of the position adjustable board between machine 6110 and be rotatably assorted
Connection, the left side of the second spiral bar 6114 stretching, extension afterbody drive 6110 right-hand end of machine to be connected with described first, and described the
One lead move groove 6111 with described second lead move groove 6112 in be equipped with and the first spiral bar 6113 and the second spiral bar
The 3rd slipping block 631 that 6114 spirals are connected and are set to front side stretching, extension, the left and right sides front side of the 3rd slipping block 631
Stretch section heads into the 3rd slippage slot 63 of the left and right sides respectively and sliding is connected, each 3rd slipping block
631 front side stretching, extension afterbodys are equipped with the 4th slipping block 661 for stretching setting inwardly admittedly, in each 4th slipping block 661
Side extended end is headed into the cavity 66 and sliding is connected, and is received so as to fulfill the automatic of japanning cylinder 653 is automatically controlled
Work is received and ejected, reduces floor space when unused, meanwhile, it is moved easily and carries.
Valuably, the first spiral bar 6113 and 6114 spiral direction reverse side of the second spiral bar are set, so that real
The 3rd slipping block 631 of both sides, which is realized, on the left of now automatically controlling relatively or contrarily slides work.
During original state, most forward position of the position adjustable board 611 in positioning chamber 61, at this time, makes the 3rd sliding in left side
Block 631 slides onto first and leads the left-most position moved in groove 6111, and the 3rd slipping block 631 on right side is slid onto second and lead shifting
Right-most position in groove 6112, meanwhile, the 3rd slipping block 631 of the left and right sides is slid onto the left and right sides the 3rd respectively and slide
Outermost locations in groove 63, at this time, the 4th slipping block 661 for driving the left and right sides by the 3rd slipping block 631 of the left and right sides are pushed up
Enter in the 3rd slippage slot 63, meanwhile, 661 inner tail of the 4th slipping block is slid completely into cavity 66, at this time, the first slipping block
651 are suppressed 652 ejection force of part, make the first slipping block 651 drive the second slipping block 641 to slide onto in the second slippage slot 64
Most forward position, meanwhile, before driving cylinder 653 of painting on front side stretching, extension afterbody to eject production frame 6 by the first slipping block 651
Outside side end face, at this time, locking slot 6510 and corresponding 4th slipping block, 661 inner tail phase in each first slipping block 651
To setting.
When needing to the japanning work of crane span structure outer surface, brushed by the japanning cylinder 653 for producing the front side of frame 6 with needing
Crane span structure surface abut against, at this time, japanning cylinder 653 is subject to the ejection force on crane span structure surface, makes japanning cylinder 653 drive first to slide
Move block 651 and overcome the ejection force gradually sliding along the first slippage slot 65 for suppressing part 652, meanwhile, driven by the first slipping block 651
Second slipping block 641 gradually slides along the rear direction in the second slippage slot 64, at this time, is suppressed the first slipping block 651
652 ejection force of part makes japanning cylinder 653 be fitted closely with crane span structure surface, then, drives machine 504 to drive spiral column 503 by main
Positive and negative rotation, drives above-below direction of the sliding rack 502 gradually along in low water 521 to slide by spiral column 503, and then by sliding rack
502 drive production frame 6 to realize that sliding up and down carries out work of painting to crane span structure.
When needing to need storage to crane span structure japanning completion, first by producing frame 6 away from crane span structure surface, at this time, the
One slipping block 651 is suppressed 652 ejection force of part and is recovered to initial position, then, drives machine 6110 to drive left and right by first
The the first spiral bar 6113 and the second spiral bar 6114 of both sides rotate at the same time, and then by the first spiral bar 6113 and the second spiral bar
Shifting groove 6111 is led in 6114 drives first and the second the 3rd slipping block 631 led in shifting groove 6112 gradually leads shifting groove along first respectively
Right direction and second in 6111 lead the left direction sliding moved in groove 6112, meanwhile, make the 3rd sliding of the left and right sides
Block 631 gradually slides along the interior direction in the 3rd slippage slot 63 of the left and right sides, at this time, by the 3rd slipping block of the left and right sides
661 inner tail of the 4th slipping block on 631 the 3rd slipping blocks 631 of drive is gradually headed into locking slot 6510, until left and right two
When 3rd slipping block 631 of side slides onto the most inner side in the 3rd slippage slot 63 of the left and right sides, at this time, by the 3rd slipping block
631 drive 661 inner tails of the 4th slipping block head into locking slot 6510 completely, then control first to drive machine 6110 to stop turning
It is dynamic, at this time, drive position adjustable board 611 gradually to be slid along the rear direction in positioning chamber 61 by constriction device 612, meanwhile, by adjusting
Position plate 611 drives the 3rd slipping block 631 gradually to slip into positioning chamber 61, at this time, the 4th slipping block is driven by the 3rd slipping block 631
661 gradually slide along the rear direction in cavity 66, meanwhile, drive the first slipping block 651 to overcome by the 4th slipping block 661 and suppress
652 ejection force of part gradually slides along the rear direction in the first slippage slot 65, at this time, drives japanning to justify by the first slipping block 651
Cylinder 653 is gradually headed into and taken in groove 62, until position adjustable board 611 slides onto the last side position in positioning chamber 61, at this time, by transposing
Plate 611 drives the 3rd slipping block 631 to head into positioning chamber 61, meanwhile, drive the 4th slipping block 661 to slide by the 3rd slipping block 631
The last side position in cavity 66 is moved to, at this time, drives the first slipping block 651 to overcome by the 4th slipping block 661 and suppresses part 652 and push away
Top power simultaneously slips into the rearward position in the first slippage slot 65, meanwhile, japanning circle is driven by the front side of the first slipping block 651 stretching, extension afterbody
Cylinder 653 heads into completely to be taken in groove 62.
The beneficial effects of the invention are as follows：The configuration of the present invention is simple, it is easy to operate, receipts are set in frame anterior end surface by producing
Into groove, take in and the positioning chamber that left and right stretching, extension is set is set in the production frame inner wall body on rear side of groove, positioning intracavitary sliding is connected
Position adjustable board, the fixed constriction device being connected with positioning chamber in inner wall, takes in the left and right in inner wall on rear side of groove on rear side of positioning chamber
Both sides communicate the first slippage slot for setting and being set to rear side stretching, extension, communicate and set in the first slippage slot inner side inner wall of the left and right sides
Second slippage slot, the 3rd sliding set to rear side stretching, extension is all provided with the production frame inner wall body on the outside of each first slippage slot
Groove, the rear side of the 3rd slippage slot of the left and right sides stretch front end of the afterbody respectively with the left and right sides for chamber of transposing and communicate setting, left side
In production frame inner wall body between the first slippage slot of 3rd slippage slot and left side and the 3rd slippage slot of right side and right side first
Run through and communicate in production frame inner wall body between slippage slot and set cavity, sliding is connected in each first slippage slot
The first slipping block that stretching, extension is set up and down, the first slipping block of left and right sides top stretching, extension afterbody eject production frame after takeing in groove
Outside frame anterior end surface, be rotatably assorted connection japanning between the outer wall on the inside of the first slipping block outside ejection production frame anterior end surface
Cylinder, ejection is connected and suppresses part in the first slippage slot on rear side of each first slipping block, in each second slippage slot
Sliding is connected the second slipping block for being connected with the first slipping block secure fit, equal in the outer wall on the outside of each first slipping block
If the locking slot being oppositely arranged with the first slippage slot, the rackwork to be connected with locking slot is set in position adjustable board, can be real
The ejection and storage work of japanning cylinder are now automatically controlled, floor space is reduced, is moved easily and carries, can realize automatic control
System japanning cylinder and the ejection sliding cooperating on crane span structure surface, improve japanning cylinder and the degree of being fastened on crane span structure surface, carry
High brushing quality, can realize the brushing work of different height, improve work efficiency.
The above description is merely a specific embodiment, but protection scope of the present invention is not limited thereto, any
The change or replacement expected without creative work, should be covered by the protection scope of the present invention.Therefore, it is of the invention
Protection domain should be determined by the scope of protection defined in the claims.
Claims (3)
1. a kind of cable crane span structure production equipment, including the vehicle frame and installed in the production frame walked about on vehicle frame of walking about,
It is characterized in that：The chamber that rises and falls is provided with the vehicle frame its right end face of walking about, sliding cooperation in the chamber that rises and falls is provided with sliding
Frame, spiral, which coordinates, in the sliding rack is provided with spiral column, the spiral column bottom stretching, extension afterbody and the intracavitary bottom wall that rises and falls
Be rotatably assorted connection, and the spiral column top stretching, extension afterbody drives machine to be connected with master, and the master drives machine outer surface to be installed
Walk about in described in frame wall body, the sliding rack its right end face is fixedly connected with the production frame left end face, the life
It is equipped with production frame anterior end surface and takes in groove, left and right stretching, extension is equipped with the production frame inner wall body taken on rear side of groove and is set
The positioning chamber put, the positioning intracavitary sliding are connected with position adjustable board, be installed with rear side of the positioning chamber in inner wall with it is described
The constriction device that positioning chamber is connected, the left and right sides taken on rear side of groove in inner wall communicate to be equipped with to rear side stretching, extension and set
The first slippage slot put, communicates equipped with the second slippage slot, Mei Gesuo in inner wall on the inside of first slippage slot of the left and right sides
State the 3rd slippage slot for being equipped with the production frame inner wall body on the outside of the first slippage slot and being set to rear side stretching, extension, left and right two
Front end of the rear side stretching, extension afterbody of 3rd slippage slot described in side respectively with the left and right sides of the positioning chamber communicates setting, left side institute
State in the production frame inner wall body between the 3rd slippage slot and left side first slippage slot and right side the described 3rd is slided
Run through in the production frame inner wall body moved between groove and right side first slippage slot and communicate equipped with cavity, Mei Gesuo
State the first slipping block for being slid in the first slippage slot and being connected with that stretching, extension is set up and down, the left and right sides first slipping block
Top stretching, extension afterbody is ejected after takeing in groove described in outside the production frame anterior end surface, ejects the production frame front side end
It is rotatably assorted between the outer wall on the inside of first slipping block outside face and is connected with japanning cylinder, after each first slipping block
Equal ejection, which is connected with, in first slippage slot of side suppresses part, sliding mating connection in each second slippage slot
There is the second slipping block being connected with the first slipping block secure fit, be all provided with the outer wall on the outside of each first slipping block
There is the locking slot being oppositely arranged with first slippage slot, be equipped with to be connected with the locking slot in the position adjustable board
Rackwork.
A kind of 2. cable crane span structure production equipment according to claim 1, it is characterised in that：The rackwork includes solid
First be located in the position adjustable board, which drives machine and be arranged on described first, drives the position adjustable board front side end at left and right sides of machine
First in face leads and moves groove and second and lead shifting groove, described first lead move groove and described second lead move groove front side end respectively with left and right two
The rear side afterbody of the 3rd slippage slot is oppositely arranged described in side, described first lead move groove and described second lead move groove in be respectively equipped with a left side
The the first spiral bar and the second spiral bar that right stretching, extension is set, the first spiral bar left side stretching, extension afterbody and described first lead shifting groove
Inner left wall is rotatably assorted connection, and stretch section is led shifting groove through described first and driven with described first on the right side of the first spiral bar
The position adjustable board inner wall and the connection that is rotatably assorted between machine, the first spiral bar right side stretching, extension afterbody drive with described first
Machine left-hand end is set to be connected, stretching, extension afterbody leads inner wall on the right side of shifting groove with described second and is rotatably assorted on the right side of the second spiral bar
Connection, stretch section is led through described second on the left of the second spiral bar moves groove and described first and drives the positioning between machine
Plate inner wall and the connection that is rotatably assorted, the second spiral bar left side stretching, extension afterbody drive machine right-hand end to coordinate company with described first
Connect, described first lead move groove with described second lead move groove in be equipped with and the first spiral bar and the second spiral bar spiral
The 3rd slipping block for being connected and being set to front side stretching, extension, the left and right sides the 3rd slipping block front side stretch section head into respectively
In the 3rd slippage slot of the left and right sides and sliding is connected, and stretching, extension afterbody is all provided with admittedly on front side of each 3rd slipping block
The 4th slipping block that oriented medial expansion is set, each 4th slipping block medial expansion end head into the cavity and sliding
Move and be connected.
A kind of 3. cable crane span structure production equipment according to claim 2, it is characterised in that：The first spiral bar and institute
The second spiral bar spiral direction reverse side is stated to set.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201711235138.XA CN107930968A (en) | 2017-11-30 | 2017-11-30 | A kind of cable crane span structure production equipment |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201711235138.XA CN107930968A (en) | 2017-11-30 | 2017-11-30 | A kind of cable crane span structure production equipment |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN107930968A true CN107930968A (en) | 2018-04-20 |
Family
ID=61947923
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201711235138.XA Withdrawn CN107930968A (en) | 2017-11-30 | 2017-11-30 | A kind of cable crane span structure production equipment |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN107930968A (en) |
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2017
- 2017-11-30 CN CN201711235138.XA patent/CN107930968A/en not_active Withdrawn
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| WW01 | Invention patent application withdrawn after publication |
Application publication date: 20180420 |
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| WW01 | Invention patent application withdrawn after publication |