A kind of vertical stranding machine for graphite glass composite band
Technical field
The utility model is related to the processing equipment fields of graphite glass composite band, and in particular to one kind is multiple for graphite glass
The vertical stranding machine of crossed belt.
Background technology
With the development of social electric system, earthed system seems most important, and power ground system is to ensure electric power
The important electric power facility of equipment safety operation and personnel safety, earthed system mostly use metallic object earthing material, normal conditions
Lower metallic ground body is easy to be corroded, if checking that be corroded will be to electric system and neighbouring personnel for earthed system not in time
Cause serious electric power accident.
Currently, the appearance of novel graphite earthing material, largely solves the problems, such as that earthed system is corroded, but
The graphite line that processes raw material of soft graphite counterpoise grounding, slow, of poor quality, segmental machining of speed of production etc. directly affect the production of graphite line
Go out, contained the fast development of graphite counterpoise grounding, need one kind can with automate matched novel graphite line stranding machine by stone
Black glass composite band is connected with graphite line take-up, is that whole production line produces automatically, and stone is frequently replaced without artificial
Black glass composite band take-up device improves the speed of production of graphite glass composite band, saves cost of labor.
Utility model content
The purpose of this utility model is to provide a kind of vertical stranding machine for graphite glass composite band, can improve flexibility
The speed of production and the quality of production of graphite counterpoise grounding.
To achieve the goals above, the utility model adopts the following technical solution:It is a kind of for graphite glass composite band
I middle part of top plate of vertical stranding machine, including outer framework and inner frame, the outer framework is provided with hollow shaft I, the bottom plate of outer framework
I middle part is provided with hollow shaft II, and the inside casing is placed in outer framework, the company of rotation between the top plate II and hollow shaft I of inner frame
It connects, is rotatablely connected between the bottom plate II and hollow shaft II of inner frame, the bottom end of the hollow shaft I is provided with speed reducer, and hollow
Axis I is connected with the input terminal of speed reducer, offers line outlet I on the side wall of I bottom end of the hollow shaft, in the line outlet I
It is provided with and turns to line wheel I.
II lower horizontal of top plate of the inner frame is provided with fixed plate, and the bottom at the fixed plate both ends was both provided with
Line wheel I is vertically arranged in the middle part of fixed plate there are two loose ends device, and connecting shaft is vertically arranged between two loose ends devices, described
The top of loose ends device is provided with gear I, and the top of the connecting shaft is provided with gear II, the top of gear II and speed reducer it is defeated
Outlet is connected, and gear II is meshed with gear I, and the bottom end of connecting shaft is provided with telescopic rod, and the bottom end of telescopic rod is provided with
Frictional disk.
The side frame of the inner frame is provided with reciprocating member, opposite with reciprocating member one on the bottom plate II of inner frame
End is provided with wire-crossing wheel II, and the reciprocating member includes connecting rod I, connecting rod II and is vertically arranged in connecting rod I and connecting rod
Reciprocating screw rod between II is provided with sliding shoe on the reciprocating screw rod, wire-crossing wheel III, institute is provided on the inside of the sliding shoe
The bottom end for stating reciprocating screw rod is provided with belt pulley I.
The top of the hollow shaft II is provided with pedestal, and line outlet II, institute are offered on the side wall on II top of hollow shaft
The top for stating pedestal is provided with take-up reel, and belt pulley II is provided in the middle part of pedestal, leads between the belt pulley II and belt pulley I
Connection component connection to be crossed, is provided in the line outlet II and turns to line wheel II, the middle part of hollow shaft II is provided with transmission gear I,
The bottom end of hollow shaft II is provided with transmission gear II, and line inlet port II is offered on the side wall of II bottom end of hollow shaft, it is described enter line
It is provided in mouth II and turns to line wheel III.
The side at the middle part of the outer framework bottom plate I is vertically arranged with transmission shaft, the both ends of the transmission shaft respectively with transmission
Gear I and transmission gear II are meshed, and the same side of outer framework top plate I and bottom plate I is both provided with wire-crossing wheel IV, and in two mistakes
It is provided with reinforcing bar in the middle part of outer framework side frame between line wheel IV, through-hole I is vertically arranged in the middle part of the reinforcing bar, is located at logical
Through-hole II is offered vertically on outer framework bottom plate I immediately below hole I, passes through hose unicom between the through-hole I and through-hole II.
As a kind of being further improved for vertical stranding machine for graphite glass composite band of the utility model, the outline border
It is both provided with several strip lightening holes I on the top plate I and bottom plate I of frame, on the top plate II and bottom plate II of the inner frame
It is provided with several strip lightening holes II.
As a kind of being further improved for vertical stranding machine for graphite glass composite band of the utility model, the connection
Component includes arch support and two belt pulleys III for being symmetricly set on arch support top plate or more both sides, described two belt pulleys
It is connected by shaft between III.
As a kind of being further improved for vertical stranding machine for graphite glass composite band of the utility model, the through-hole
I top is provided with buffering sleeve, and the bottom end of the through-hole II is provided with buffering sleeve.
As a kind of being further improved for vertical stranding machine for graphite glass composite band of the utility model, the fixation
There are two guide rollers for the bottom level setting of plate.
Advantageous effect
The utility model is provided with inner frame and outer framework, and in processing, graphite glass composite band can be in inner frame and outer
It is surround in frame, increased circular length can reach three times in the prior art or so, and inner frame is coaxially to set with outer framework
Set, by generating speed difference between two concentric gears and the gear of both ends of the drive shaft of bottom, to realize coaxially to turn with
And three times rotation twisting, rapidly the directly twisting of a continuous graphite glass composite band at graphite line and can be gathered up
Come, need to only wait for that the device that graphite glass composite band collection device full load more renews, feature are exactly that the slow-speed of revolution reaches high
The advantages of times twisting count, it is different from stranding machine in the market.
Description of the drawings
Fig. 1 is the positive structural schematic diagram of the vertical stranding machine of the utility model;
Fig. 2 is the structural schematic diagram that the vertical stranding machine of the utility model is overlooked;
Fig. 3 is structural schematic diagram when the vertical stranding machine of the utility model is embodied.
In figure:1, outer framework, 2, inner frame, 3, hollow shaft I, 4, hollow shaft II, 5, fixed plate, 6, loose ends device, 7, connection
Axis, 8 frictional disks, 9, connecting rod I, 10, connecting rod II, 11 reciprocating screw rods, 12, wire-crossing wheel III, 13, take-up reel, 101, transmission shaft,
102, wire-crossing wheel IV, 103, reinforcing bar, 201, wire-crossing wheel II, 301, speed reducer, 302, turn to line wheel I, 401, pedestal, 402, turn
To line wheel II, 403, turn to line wheel III, 501, wire-crossing wheel I, 502, guide roller.
Specific implementation mode
Specific embodiment of the present utility model is further described below in conjunction with the accompanying drawings.
As shown, the utility model is a kind of vertical stranding machine for graphite glass composite band, including 1 He of outer framework
I middle part of top plate of inner frame 2, the outer framework 1 is provided with hollow shaft I 3, and I middle part of bottom plate of outer framework 1 is provided with hollow shaft II
4, the inner frame 2 is placed in outer framework 1, is rotatablely connected between the top plate II and hollow shaft I 3 of inner frame 2, the bottom of inner frame 2
Be rotatablely connected between plate II and hollow shaft II 4, the bottom end of the hollow shaft I 3 is provided with speed reducer 301, and hollow shaft I 3 with subtract
The input terminal of fast machine 301 is connected, and line outlet I is offered on the side wall of I 3 bottom end of the hollow shaft, is arranged in the line outlet I
Have and turns to line wheel I 302.
II lower horizontal of top plate of the inner frame 2 is provided with fixed plate 5, and the bottom at 5 both ends of the fixed plate is respectively provided with
There is wire-crossing wheel I 501, is vertically arranged there are two loose ends device 6 at the middle part of fixed plate 5, the company of being vertically arranged between two loose ends devices 6
The top of spindle 7, the loose ends device 6 is provided with gear I, and the top of the connecting shaft 7 is provided with gear II, the top of gear II
It is connected with the output end of speed reducer 301, and gear I is meshed with gear II, the bottom end of connecting shaft 7 is provided with telescopic rod, stretches
The bottom end of contracting bar is provided with frictional disk 8.
The side frame of the inner frame 2 is provided with reciprocating member, opposite with reciprocating member on the bottom plate II of inner frame 2
One end is provided with wire-crossing wheel II 201, and the reciprocating member includes connecting rod I 9, connecting rod II 10 and is vertically arranged in connecting rod I 9
Reciprocating screw rod 11 between connecting rod II 10 is provided with sliding shoe, the inside setting of the sliding shoe on the reciprocating screw rod
There are wire-crossing wheel III 12, the bottom end of the reciprocating screw rod 11 to be provided with belt pulley I.
The top of the hollow shaft II 4 is provided with pedestal 401, and offers line outlet on the side wall on II 4 top of hollow shaft
II, the top of the pedestal 401 is provided with take-up reel 13, and the middle part of pedestal 401 is provided with belt pulley II, the belt pulley II with
It is connected by connection component between belt pulley I, is provided in the line outlet II and turns to line wheel II 402, the middle part of hollow shaft II 4
It is provided with transmission gear I, the bottom end of hollow shaft II 4 is provided with transmission gear II, and is offered on the side wall of II 4 bottom end of hollow shaft
Line inlet port II is provided in the line inlet port II and turns to line wheel III 403.
The side at 1 bottom plate of the outer framework, I middle part is vertically arranged with transmission shaft 101, the both ends difference of the transmission shaft 101
It being meshed with transmission gear I and transmission gear II, the same side of 1 top plate I of outer framework and bottom plate I is both provided with wire-crossing wheel IV 102,
And reinforcing bar 103 is provided in the middle part of 1 side frame of outer framework between two wire-crossing wheels IV 102, the middle part of the reinforcing bar 103 is perpendicular
It directly is provided with through-hole I, through-hole II, the through-hole I and through-hole are offered vertically on 1 bottom plate I of outer framework immediately below through-hole I
Pass through hose unicom between II.
The top plate I and bottom plate I of the outer framework 1 are both provided with several strip lightening holes I, the top of the inner frame 2
Plate II and bottom plate II are both provided with several strip lightening holes II, and the connection component includes arch support and is symmetricly set on
The belt pulley III of the top plate of arch support both sides up and down is connected by shaft between described two belt pulleys III.
The both ends of the transmission shaft 101 are both provided with driven gear, and the both ends of transmission shaft respectively with transmission gear I and pass
Moving gear II is meshed, in the specific implementation, motor drive hollow shaft II 4, to drive transmission shaft 101 both ends gear,
So that the speed proportional between the transmission gear II of II 4 bottom end of gear and hollow shaft of 101 bottom end of transmission shaft is 3: 1 so that pass
Speed proportional between the transmission gear I at II 4 middle part of gear and hollow shaft on 101 top of moving axis is 0.669: 1,3*03667=2,
Reach speed difference, therefore can just realize the coaxial to turning of inner frame 2 and outer framework 1.
In the specific implementation, graphite glass composite band enters from the top of hollow shaft I 3, then down through steering line wheel I
302 lay out from line outlet I, then pass around the wire-crossing wheel IV 102 on 1 top of outer framework, by buffer sleeve enter hose, then around
The wire-crossing wheel IV 102 for crossing 1 bottom end of outer framework enters the line inlet port II of hollow shaft II 4 by turning to line wheel III 403, and by turning
Go out to line wheel II 402 from line outlet II, then graphite glass composite band bypasses wire-crossing wheel II 201, wire-crossing wheel I successively from inner frame
501, guide roller 502, loose ends device 6, wire-crossing wheel I 501 and wire-crossing wheel III 12, it is final to fasten on take-up reel 13.
It after opening motor, can be realized between inner frame and outer framework coaxially to turning, outer framework drives hollow shaft I 3, hollow
Axis I 3 drives speed reducer 301, speed reducer 301 to slow down, and loose ends device 6 can also be decelerated the deceleration of machine 301 at this time, and speed reducer 301 drives
Frictional disk 8, frictional disk 8 drive take-up reel 13, take-up reel 13 that the synchronous belt of 401 upper end of pedestal, synchronous belt is driven to pass through connection group
Part moves to draw reciprocating screw rod 11, and the movement of reciprocating screw rod 11 makes sliding shoe pump, then driven graphite
Glass composite band is back and forth wound on take-up reel 13.
The above descriptions are merely preferred embodiments of the present invention, not makees in any form to the utility model
Limitation be not limited to the utility model although the utility model has been disclosed with preferred embodiment as above, it is any ripe
Professional and technical personnel is known, is not being departed within the scope of technical solutions of the utility model, when in the technology using the disclosure above
Hold the equivalent embodiment made a little change or be modified to equivalent variations, as long as being without departing from technical solutions of the utility model
Hold, any simple modification, equivalent change and modification made by the above technical examples according to the technical essence of the present invention, still
It is within the scope of the technical solutions of the present invention.