CN109399911A - A kind of quick device in place and quick replacement faulty equipment of glass fibre wire drawing machine - Google Patents
A kind of quick device in place and quick replacement faulty equipment of glass fibre wire drawing machine Download PDFInfo
- Publication number
- CN109399911A CN109399911A CN201811555671.9A CN201811555671A CN109399911A CN 109399911 A CN109399911 A CN 109399911A CN 201811555671 A CN201811555671 A CN 201811555671A CN 109399911 A CN109399911 A CN 109399911A
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- China
- Prior art keywords
- traction
- wire drawing
- drawing machine
- chain
- bedframe
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- C—CHEMISTRY; METALLURGY
- C03—GLASS; MINERAL OR SLAG WOOL
- C03B—MANUFACTURE, SHAPING, OR SUPPLEMENTARY PROCESSES
- C03B37/00—Manufacture or treatment of flakes, fibres, or filaments from softened glass, minerals, or slags
- C03B37/01—Manufacture of glass fibres or filaments
- C03B37/02—Manufacture of glass fibres or filaments by drawing or extruding, e.g. direct drawing of molten glass from nozzles; Cooling fins therefor
-
- C—CHEMISTRY; METALLURGY
- C03—GLASS; MINERAL OR SLAG WOOL
- C03B—MANUFACTURE, SHAPING, OR SUPPLEMENTARY PROCESSES
- C03B37/00—Manufacture or treatment of flakes, fibres, or filaments from softened glass, minerals, or slags
- C03B37/01—Manufacture of glass fibres or filaments
- C03B37/02—Manufacture of glass fibres or filaments by drawing or extruding, e.g. direct drawing of molten glass from nozzles; Cooling fins therefor
- C03B37/03—Drawing means, e.g. drawing drums ; Traction or tensioning devices
-
- Y—GENERAL TAGGING OF NEW TECHNOLOGICAL DEVELOPMENTS; GENERAL TAGGING OF CROSS-SECTIONAL TECHNOLOGIES SPANNING OVER SEVERAL SECTIONS OF THE IPC; TECHNICAL SUBJECTS COVERED BY FORMER USPC CROSS-REFERENCE ART COLLECTIONS [XRACs] AND DIGESTS
- Y02—TECHNOLOGIES OR APPLICATIONS FOR MITIGATION OR ADAPTATION AGAINST CLIMATE CHANGE
- Y02P—CLIMATE CHANGE MITIGATION TECHNOLOGIES IN THE PRODUCTION OR PROCESSING OF GOODS
- Y02P40/00—Technologies relating to the processing of minerals
- Y02P40/50—Glass production, e.g. reusing waste heat during processing or shaping
- Y02P40/57—Improving the yield, e-g- reduction of reject rates
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- Engineering & Computer Science (AREA)
- Chemical & Material Sciences (AREA)
- Life Sciences & Earth Sciences (AREA)
- General Life Sciences & Earth Sciences (AREA)
- Geochemistry & Mineralogy (AREA)
- Manufacturing & Machinery (AREA)
- Materials Engineering (AREA)
- Organic Chemistry (AREA)
- Conveying And Assembling Of Building Elements In Situ (AREA)
- Carriers, Traveling Bodies, And Overhead Traveling Cranes (AREA)
Abstract
The present invention relates to a kind of quick devices in place and quick replacement faulty equipment of glass fibre wire drawing machine, including positioning base (1), traction mechanism (2), hoisting mechanism (3) and the wire drawing machine interface module being arranged on wire drawing machine, the positioning base (1) is fixedly mounted on the built-in fitting (5) on ground, the traction mechanism (2) is located at the rear portion of positioning base, with the dynamic cooperation of the positioning base, hoisting mechanism (3) are installed on the crossbeam (6) above the positioning base (1), the traction mechanism (2) and hoisting mechanism (3) accesses control cabinet.The principle of the invention is simple, reliable in action, and adjustment is easy to operate, and versatility is good, can effectively ensure that production size operation, reduces production cost.Enterprise can be enabled to adapt to the variation and demand in market at any time, adjust product variety, improve production stability and efficiency, reduce production cost, wide market.
Description
Technical field
The present invention relates to a kind of quick devices in place and quick replacement faulty equipment of glass fibre wire drawing machine, are applied to draw
Silk machine is in place and daily maintenance is replaced.
Background technique
Glass fibre wire drawing machine rapid dismounting apparatus is that one kind passes through standard track and other power-assisted auxiliary equipment on line
The carry out fast assembling-disassembling of glass fibre wire drawing machine guarantees the continuous operation of wire drawing production, reduces due to switching type or equipment event
Hinder the loss for causing glass metal that can not be converted into glass fiber for a long time.
The wire-drawing equipment pedestal fixed solution that current all glass fiber enterprises use is mounted directly using lower margin, and replacement is worked as
Product variety or due to equipment damage to equipment carry out offline processing when, it is necessary to take considerable time and manpower and material resources carry out equipment
Disassembly and installation, large labor intensity, downtime is long, low efficiency, increase production cost, the change in market cannot be adapted in time
Change.
Summary of the invention
To overcome the shortcomings of existing technologies, the present invention provides a kind of glass fibre wire drawing machine quickly in place and quick replacement event
Hinder the device of equipment, the technical scheme is that
A kind of quick device in place and quick replacement faulty equipment of glass fibre wire drawing machine, including positioning base (1), lead
Draw mechanism (2), hoisting mechanism (3) and the wire drawing machine interface module being arranged on wire drawing machine, the positioning base (1) is fixed
It is mounted on the built-in fitting (5) on ground, the traction mechanism (2) is located at the rear portion of positioning base, with the positioning
The dynamic cooperation of pedestal, is equipped with hoisting mechanism (3), the traction mechanism (2) on the crossbeam (6) above the positioning base (1)
Control cabinet is accessed with hoisting mechanism (3).
The wire drawing machine interface module (4) includes that wire drawing machine block (4-1), wire drawing machine idler wheel (4-2) and wire drawing machine are hung
Ring (4-3) is uniformly equipped with four groups of wire drawing machine idler wheels (4-2) in the lower end surface of the machine frame of wire drawing machine, in the machine frame of wire drawing machine
Upper surface four groups of hanging rings (4-3) are uniformly installed, wire drawing machine block (4-1) is installed at the rear portion of the machine frame of wire drawing machine.
The positioning base (1) includes positioning base frame (1-1), positioning tapered sleeve (1-2), positioning base hook (1-
3), the first rolling wheel guide rails (1-4), limit plate (1-5), latch (1-6) and lock-screw (1-7), the positioning base frame
Frame (1-1) is welded on the built-in fitting (5), symmetrically install that there are two positioning tapered sleeves at the rear portion of the positioning base frame
(1-2) is mounted on a positioning base hook (1-3) on the positioning base frame on the outside of each positioning tapered sleeve (1-2), fixed at this
The top of position bedframe is welded with first rolling wheel guide rails (1-4) of two spacing that are parallel to each other and formed, every one first idler wheel
The front end of guide rail is mounted on a limit plate (1-5), described in the middle position welding one at the rear portion of the positioning base frame
Latch (1-6), the lock-screw (1-7) are detachably arranged in the wire hole of latch (1-6).
The traction mechanism (2) includes traction bedframe (2-1), Level tune direction-caster (2-2), Level tune
Universal caster wheel (2-3), adjustment stabilizer blade (2-4), locating cone (2-5), locking hook (2-6), the second rolling wheel guide rails (2-7), handle
Railing (2-8) and chain traction device (2-9), the two sides in the middle part of the traction bedframe are mounted on Level tune orientation
Castor (2-2), the two sides at the traction bedframe rear portion are mounted on a Level tune universal caster wheel (2-3), the traction pedestal
The two sides of frame front are mounted on an adjustment stabilizer blade (2-4), the front of the traction bedframe be symmetrically installed there are two with
The locating cone (2-5) that positioning tapered sleeve (1-2) matches, the two sides of the front of the traction bedframe are also equipped with and position
(2-6) is linked up in the locking of base hook (1-3) cooperation, is symmetrically welded with two on the top of the traction bedframe and is mutually put down
Row and the second rolling wheel guide rails (2-7) for forming spacing, every corresponding one first rolling wheel guide rails (1-4) of one second rolling wheel guide rails (2-7),
Described is welded on hand-rails (2-8) at traction rear portion bedframe (2-1), the traction bottom between two second rolling wheel guide rails
The chain traction device (2-9) is installed in seat frame.
The chain traction device (2-9) includes drive chain wheel seat (2-9-1), decelerating motor (2-9-2), decelerating motor
Seat board (2-9-3), level-one chain (2-9-11) and second level chain (2-9-19), the drive chain wheel seat (2-9-1) are welded on
At the rear portion of traction bedframe (2-1), passive chain pulley seat (2-9-24) is welded on the front of traction bedframe (2-1), institute
The decelerating motor (2-9-2) stated is fixedly mounted on drive chain wheel seat (2-9-1) by decelerating motor seat board (2-9-3), at this
The drive chain wheel seat (2-9-1) of the two sides decelerating motor seat board (2-9-3) is separately installed with one first guide plate (2-9-4), and first
Tensioner screw (2-9-5) links together the decelerating motor seat board (2-9-3) with drive chain wheel seat (2-9-1), and first
The inner wall of sprocket wheel (2-9-6) is fixed on decelerating motor (2-9-2) output shaft by the first flat key (2-9-7), is arranged radially
First jackscrew (2-9-8) passes through the first sprocket wheel (2-9-6) and exports axis connection, driving shaft (2-9- with decelerating motor (2-9-2) afterwards
10) it is mounted on drive chain wheel seat (2-9-1) by what two rolling bearing units (2-9-9) rotated, the second sprocket wheel (2-9-12) set
Dress is clamped on limiter of moment (2-9-13), and the inside of the limiter of moment (2-9-13) is covered by the second flat key (2-9-14)
Dress is fixed on driving shaft (2-9-10) input terminal, and the second jackscrew (2-9-15) being arranged radially is set with admittedly after passing through limiter of moment
It is scheduled on driving shaft (2-9-10), passes through level-one chain between first sprocket wheel (2-9-6) and the second sprocket wheel (2-9-12)
The inner wall of (2-9-11) transmission connection, third sprocket wheel (2-9-16) is fixedly mounted on driving shaft by third flat key (2-9-17)
Middle part, the third jackscrew (2-9-18) being arranged radially link together after passing through third sprocket wheel with driving shaft；4th sprocket wheel (2-9-
26) it is located at the middle part of passive chain pulley seat (2-9-24), is mounted on driven axle (2- by what two sprocket shaft bearings (2-9-27) rotated
On 9-30), spacer (2-9-28) is installed between two sprocket shaft bearings, wherein a sprocket shaft bearing and passive chain pulley seat (2-9-24)
Between internal circlip (2-9-29) is installed；Wheel shaft baffle (2-9- is installed in passive chain pulley seat (2-9-24) two sides
25)；It is sequentially connected between the third sprocket wheel (2-9-16) and the 4th sprocket wheel (2-9-26) by second level chain；Described
Traction sliding block (2-9-20) is installed, traction hook (2-9-21) rotation is mounted on traction sliding block on second level chain
On (2-9-20), the top of traction hook pressing plate (2-9-22) is located above traction hook (2-9-21), and lower part is fixed on traction
On sliding block (2-9-20), steel ball screw (2-9-23), the bulb of the steel ball screw are fixedly installed on the traction hook
It is pressed in the cone hole of traction sliding block (2-9-20), is also equipped with the second tensioner screw in traction bedframe (2-1) front end
(2-9-32) is separately installed with a slide block limiting plate (2-9-33) in the two sides of traction sliding block (2-9-20), and wherein one
The side of slide block limiting plate is equipped with switch touch panel (2-9-34), and first stroke switch (2-9-35) is fixed on first switch seat
On (2-9-36), which is fixed on traction rear portion bedframe (2-1), rear position margining plate (2-9-37) weldering
The middle position at traction rear portion bedframe (2-1) is connect, second stroke switch (2-9-38) is fixed on second switch seat (2-9-
39) on, which is fixed on traction front bedframe (2-1), and front limit plate (2-9-40) is welded on
Draw the middle position of the front bedframe (2-1).
It is equipped with upper sliding rail frame (2-9-41) on described top traction bedframe (2-1), upper sliding rail (2-9-42) is solid
It is scheduled on sliding rail frame (2-9-41), supports the top chain of second level chain (2-9-19), in the case where drawing bedframe (2-1)
Portion is welded with downslide rail gantry (2-9-43), and glidepath (2-9-44) is fixed on downslide rail gantry (2-9-43), supports second level chain
The following chain of (2-9-19).
The hoisting mechanism includes electric block track (3-1), the first low clearance chain type electric hoist (3-2), first
Equalizer bar suspender (3-3), the second low clearance chain type electric hoist (3-4) and the second equalizer bar suspender (3-5), the electronic calabash
Reed track (3-1) is welded on crossbeam (6), and the first low clearance chain type electric hoist (3-2) is lifted on electric block track
Below (3-1), the first equalizer bar suspender (3-3) is lifted below the first low clearance chain type electric hoist (3-2), described
Second low clearance chain type electric hoist (3-4) is lifted below electric block track (3-1), the second equalizer bar suspender
(3-5) is lifted below the second low clearance chain type electric hoist (3-4).
The second guide plate (2-9- is installed on the traction bedframe (2-1) of passive chain pulley seat (2-9-24) two sides
31)。
The invention has the advantages that
1, wire drawing machine quickly in place and quick-replaceable can be achieved, substantially reduce labor intensity, registration is reliable, operation peace
Quan Xinggao.
2, more exchange device time-consuming is short, guarantees production continuous operation, and reduction is wasted due to caused by equipment fault.
3, the principle of the invention is simple, reliable in action, and adjustment is easy to operate, and versatility is good, can effectively ensure that production size fortune
Row reduces production cost.The appearance of glass fibre wire drawing machine apparatus for fast switching can enable enterprise adapt to the variation in market at any time
With demand, product variety is adjusted, improves production stability and efficiency, reduces production cost, wide market.
Detailed description of the invention
Fig. 1 is main structure left view of the invention.
Fig. 2 is the A-A cross-sectional view of Fig. 1.
Fig. 3 is the B-B cross-sectional view of Fig. 1.
Fig. 4 is wire drawing machine left view.
Fig. 5 is wire drawing machine rearview.
Fig. 6 is wire drawing machine top view.
Fig. 7 is positioning base side view.
Fig. 8 is the top view of Fig. 7.
Fig. 9 is the side view of Fig. 7.
Fig. 9-1 is the C-C cross-sectional view of Fig. 9.
Figure 10 is traction mechanism side view.
Figure 11 is the top view of Figure 10.
Figure 12 is level-one chain drive side enlarged view in Figure 11.
Figure 13 is second level chain transmission side enlarged view in Figure 11.
Figure 14 is the right view of Figure 10.
Figure 15 is the left view of Figure 10.
Figure 16 is the D-D cross-sectional view of Figure 11.
Figure 16-1 is second level chain transmission side enlarged view in Figure 16.
Figure 17 is the E-E cross-sectional view of Figure 10.
Figure 18 is the F-F cross-sectional view of Figure 10.
Figure 19 is the G-G cross-sectional view of Figure 10.
Figure 20 is the H-H cross-sectional view of Figure 10.
Specific embodiment
The invention will now be further described with reference to specific embodiments, the advantages and features of the present invention will be with description and
It is apparent.But examples are merely exemplary for these, and it is not intended to limit the scope of the present invention in any way.Those skilled in the art
Member it should be understood that without departing from the spirit and scope of the invention can details to technical solution of the present invention and form into
Row modifications or substitutions, but these modifications and replacement are fallen within the protection scope of the present invention.
Referring to Fig. 1 to Figure 20, the present invention relates to a kind of quick in place and quick replacement faulty equipments of glass fibre wire drawing machine
Device, including positioning base 1, traction mechanism 2, hoisting mechanism 3 and the wire drawing machine interface module being arranged on wire drawing machine, institute
The positioning base 1 stated is fixedly mounted on the built-in fitting 5 on ground, and the traction mechanism 2 is located at the rear portion of positioning base,
With the dynamic cooperation of the positioning base, hoisting mechanism 3, the dragger are installed on the crossbeam 6 above the positioning base 1
Structure 2 and hoisting mechanism 3 access control cabinet.
The wire drawing machine interface module includes wire drawing machine block 4-1, wire drawing machine idler wheel 4-2 and wire drawing machine hanging ring 4-3,
The lower end surface of the machine frame of wire drawing machine is uniformly equipped with four groups of wire drawing machine idler wheel 4-2, uniform in the upper surface of the machine frame of wire drawing machine
Four groups of hanging ring 4-3 are installed, wire drawing machine block 4-1 is installed at the rear portion of the machine frame of wire drawing machine.
Failure wire drawing machine is drawn on traction mechanism 2 by traction mechanism 2 from positioning base 1, and hoisting mechanism 3 is by failure wire drawing
Machine hangs traction mechanism 2, while by the handling position in spare wire drawing machine handling to traction pedestal 2, traction mechanism 2 draws wire drawing
Machine is to positioning base 3, and without adjustment, wire drawing machine quick-replaceable is completed after locking.
The positioning base 1 includes positioning base frame 1-1, positioning tapered sleeve 1-2, positioning base hook 1-3, the first rolling
It takes turns guide rail 1-4, limit plate 1-5, latch 1-6 and lock-screw 1-7, the positioning base frame 1-1 and is welded on described
On built-in fitting 5, symmetrically install at the rear portion of the positioning base frame there are two positioning tapered sleeve 1-2, outside each positioning tapered sleeve 1-2
It is mounted on a positioning base hook 1-3 on the positioning base frame of side, is welded with two on the top of the positioning base frame
The front end for being parallel to each other and being formed every one first rolling wheel guide rails of the first rolling wheel guide rails 1-4 of spacing is mounted on a limit plate 1-5,
Latch 1-6, the lock-screw 1-7 described in the middle position welding one at the rear portion of the positioning base frame are detachable
Be mounted in the wire hole of latch 1-6.
The traction mechanism 2 includes traction bedframe 2-1, Level tune direction-caster 2-2, Level tune multi-axis foot
It takes turns 2-3, adjustment stabilizer blade 2-4, locating cone 2-5, lock hook 2-6, the second rolling wheel guide rails 2-7, hand-rails 2-8 and chain traction
Device 2-9, the two sides in the middle part of the traction bedframe are mounted on a Level tune direction-caster 2-2, the traction base frames
The two sides at frame rear portion are mounted on a Level tune universal caster wheel 2-3, and the two sides of the traction bedframe front are mounted on one
Adjust stabilizer blade 2-4, the front of the traction bedframe be symmetrically installed there are two with the locating cone 2- that matches of positioning tapered sleeve 1-2
5, the two sides of the front of the traction bedframe, which are also equipped with, links up with 2-6 with the locking of positioning base hook 1-3 cooperation,
The top of the traction bedframe is symmetrically welded with the second rolling wheel guide rails 2-7 of two spacing that are parallel to each other and formed, each
The corresponding one first rolling wheel guide rails 1-4 of second rolling wheel guide rails 2-7, after bedframe 2-1 is drawn in described hand-rails 2-8 is welded on
Portion is equipped with the chain traction device 2-9 on the traction bedframe between two second rolling wheel guide rails.
The chain traction device 2-9 includes drive chain wheel seat 2-9-1, decelerating motor 2-9-2, decelerating motor seat board 2-
9-3, level-one chain 2-9-11 and second level chain 2-9-19, the drive chain wheel seat 2-9-1, which is welded on, is drawing bedframe
The rear portion of 2-1, passive chain pulley seat 2-9-24 are welded on the front of traction bedframe 2-1, and the decelerating motor 2-9-2 passes through
Decelerating motor seat board 2-9-3 is fixedly mounted on drive chain wheel seat 2-9-1, the active in the two sides decelerating motor seat board 2-9-3
Chain pulley seat 2-9-1 is separately installed with one first guide plate 2-9-4, the first tensioner screw 2-9-5 for the decelerating motor seat board
2-9-3 links together with drive chain wheel seat 2-9-1, and the inner wall of the first sprocket wheel 2-9-6 is fixed on by the first flat key 2-9-7 to be subtracted
On speed motor 2-9-2 output shaft, the first jackscrew 2-9-8 for being arranged radially pass through after the first sprocket wheel 2-9-6 with decelerating motor 2-9-2
Axis connection is exported, driving shaft 2-9-10 is mounted on drive chain wheel seat 2-9-1 by what two rolling bearing units 2-9-9 were rotated, the
Two sprocket wheel 2-9-12 suit is clamped on limiter of moment 2-9-13, and the inside of limiter of moment 2-9-13 passes through the second flat key
2-9-14 suit is fixed on driving shaft 2-9-10 input terminal, and the second jackscrew 2-9-15 being arranged radially passes through limiter of moment rear enclosure
Dress is fixed on driving shaft 2-9-10, passes through level-one chain 2- between the first sprocket wheel 2-9-6 and the second sprocket wheel 2-9-12
9-11 transmission connection, the inner wall of third sprocket wheel 2-9-16 are fixedly mounted on the middle part of driving shaft, diameter by third flat key 2-9-17
It links together after passing through third sprocket wheel to the third jackscrew 2-9-18 of setting with driving shaft；4th sprocket wheel 2-9-26 is located at passive
The middle part of chain pulley seat 2-9-24 is mounted on driven axle 2-9-30, two sprocket wheels by what two sprocket shaft bearing 2-9-27 were rotated
Spacer 2-9-28 is installed, wherein being equipped with hole spring catch between a sprocket shaft bearing and passive chain pulley seat 2-9-24 between bearing
Enclose 2-9-29；Wheel shaft baffle 2-9-25 is installed in the two sides passive chain pulley seat 2-9-24；The third sprocket wheel 2-9-16 and
It is sequentially connected between 4th sprocket wheel 2-9-26 by second level chain；Traction sliding block 2-9- is installed on the second level chain
20, the traction hook 2-9-21 rotation is mounted on traction sliding block 2-9-20, the top of traction hook pressing plate 2-9-22
Above traction hook 2-9-21, lower part is fixed on traction sliding block 2-9-20, is fixedly mounted on the traction hook
There is steel ball screw 2-9-23, the bulb of the steel ball screw is pressed in the cone hole of traction sliding block 2-9-20, in the traction base frames
The front end frame 2-1 is also equipped with the second tensioner screw 2-9-32, and it is sliding to be separately installed with one in the two sides of the traction sliding block 2-9-20
Block limit plate 2-9-33 is equipped with switch touch panel 2-9-34, first stroke switch 2-9- in the side of a wherein slide block limiting plate
35 are fixed on first switch seat 2-9-36, and first switch seat 2-9-36 is fixed on the traction rear portion bedframe 2-1, rear to limit
Plate 2-9-37 is welded on the middle position at the traction rear portion bedframe 2-1, and second stroke switch 2-9-38 is fixed on second switch
On seat 2-9-39, second switch seat 2-9-39 is fixed on the traction front bedframe 2-1, and front limit plate 2-9-40, which is welded on, to be led
Draw the middle position of the front bedframe 2-1.It is installed on the traction bedframe (2-1) of the two sides passive chain pulley seat 2-9-24
There is the second guide plate 2-9-31.
When traction hook 2-9-21 gib head swings to rear, cooperation second level chain 2-9-19 is moved forward, and can catch on wire drawing machine
Block 4-1, can be in second level chain when traction hook 2-9-21 gib head swings to lateral position to draw wire drawing machine forward movement
2-9-19 drive is moved to front end, traction hook 2-9-21 gib head is swung to front at this time, gib head is kept off around wire drawing machine
The front of block 4-1, second level chain 2-9-19 can catch on wire drawing machine block 4-1 and move back to draw wire drawing machine when moving backward
It is dynamic.
When decelerating motor 2-9-2 starts clockwise, tractive force passes through the first sprocket wheel 2-9-6, level-one chain 2-9-11, second
Sprocket wheel 2-9-12, limiter of moment 2-9-13, driving shaft 2-9-10, third sprocket wheel 2-9-16, second level chain 2-9-19, the 4th chain
2-9-25, traction sliding block 2-9-20, traction hook 2-9-21 and wire drawing machine block 4-1 are taken turns, drags wire drawing machine in wire drawing machine idler wheel
It under 4-2 bearing, moves backward along the first rolling wheel guide rails 1-4 and the second rolling wheel guide rails 2-7, is drawn on sliding block 2-9-20 when being fixed on
Switch touch panel 2-9-34 trigger first stroke switch 2-9-35 when, decelerating motor 2-9-2 power-off i.e. wire drawing machine smoothly drawn
To handling position, tractive force is by the first sprocket wheel 2-9-6, level-one chain 2-9-11, the when decelerating motor 2-9-2 starts counterclockwise
Two sprocket wheel 2-9-12, limiter of moment 2-9-13, driving shaft 2-9-10, third sprocket wheel 2-9-16, second level chain 2-9-19, the 4th
Sprocket wheel 2-9-25, traction sliding block 2-9-20, traction hook 2-9-21 and wire drawing machine block 4-1, dragging wire drawing machine are rolled in wire drawing machine
It takes turns under 4-2 bearing, is moved forward along the second rolling wheel guide rails 2-7 and the first rolling wheel guide rails 1-4, draw sliding block 2-9-20 when being fixed on
On switch touch panel 2-9-34 trigger second stroke switch 2-9-38 when, decelerating motor 2-9-2 power-off i.e. wire drawing machine smoothly led
On-station position is guided to, if first stroke switch 2-9-35 or second stroke switch 2-9-38 will will cause when damaging drew position,
Slide block limiting plate 2-9-33 will collide rear position margining plate 2-9-37 or front limit plate 2-9-40, limiter of moment 2-9-13 generation is beaten
It is sliding, the second sprocket wheel 2-9-12 is disconnected to driving shaft 2-9-10 and transmits torque, protects transmission chain.
Upper sliding rail frame 2-9-41 is installed on the top traction bedframe 2-1, upper sliding rail 2-9-42 is fixed on
On sliding rail frame 2-9-41, the top chain of second level chain 2-9-19 is supported, has downslide in traction bedframe 2-1 lower weld
Rail gantry 2-9-43, glidepath 2-9-44 are fixed on downslide rail gantry 2-9-43, support the following chain of second level chain 2-9-19.
The hoisting mechanism includes electric block track 3-1, the first low clearance chain type electric hoist 3-2, the first balance
Beam suspender 3-3, the second low clearance chain type electric hoist 3-4 and the second equalizer bar suspender 3-5, the electric block track 3-1
It being welded on the cross beam 6, the first low clearance chain type electric hoist 3-2 is lifted below electric block track 3-1, and described the
One equalizer bar suspender 3-3 is lifted below the first low clearance chain type electric hoist 3-2, the second low clearance chain type electric hoist
3-4 is lifted below electric block track 3-1, and it is electronic that the second equalizer bar suspender 3-5 is lifted on the second low clearance chain type
Below cucurbit 3-4.When wire drawing machine is quickly in place, it is only necessary to the first low clearance chain type electric hoist 3-2 and the first equalizer bar suspender
3-3, the first low clearance chain type electric hoist 3-2 are moved laterally to by electric block track 3-1 to be prepared on wire drawing machine in place
Hanging ring 4-3 is risen by the first equalizer bar suspender 3-3 and is lifted by side, is placed on traction mechanism after being laterally moved to 2 top of traction mechanism
On 2.
When wire drawing machine quick-replaceable, the first low clearance chain type electric hoist 3-2, the first equalizer bar suspender 3-3, second are needed
Low clearance chain type electric hoist 3-4 and the second equalizer bar suspender 3-5 cooperation, the first low clearance chain type electric hoist 3-2 pass through electricity
Dynamic cucurbit track 3-1 moves laterally to the lifting position on traction mechanism 2, by the first equalizer bar suspender 3-3 by failure wire drawing
Home, while the second low clearance chain type electric hoist 3-4 and the second equalizer bar suspender are laterally moved to after the hanging ring 4-3 lifting of machine
3-5 moves laterally to the top of spare wire drawing machine by electric block track 3-1, will be spare by the second equalizer bar suspender 3-5
The hanging ring 4-3 lifting of wire drawing machine is placed on traction mechanism 2 after being laterally moved to 2 top of traction mechanism.
The working principle of the invention is: lock-screw 1-7 is first removed when wire drawing machine is quickly in place, then locking is linked up with and determined
Positioning base hook on the pedestal of position locks, and traction mechanism 2 draws wire drawing machine block 4-1, rolls wire drawing machine in wire drawing machine
The first rolling wheel guide rails of bearing lower edge 1-4 of wheel 4-2 is moved on positioning base, until the close limit of the wire drawing machine idler wheel 4-2 of front
Stop when the plate 1-5 of position, left and right positioning has been completed in wire drawing machine at this time, lock-screw 1-7 is passed through the notch of wire drawing machine block 4-1
It is packed into the wire hole of latch 1-6 and constantly tightens, stopping when the wire drawing machine idler wheel 4-2 until front touches limit plate 1-5,
Positioning is completed before and after wire drawing machine, and it is quickly in place to complete wire drawing machine without other adjustment.When quick replacement faulty equipment, first event
The lock-screw 1-7 of barrier wire drawing machine is removed, 1 butt-joint locking of traction mechanism 2 and positioning base, using traction mechanism 2 failure
Wire drawing machine is drawn to the handling position of traction mechanism 2, uses the first low clearance chain type electric hoist 3-2 and the first equalizer bar suspender
Failure wire drawing machine handling to home is used the second low clearance chain type electric hoist 3-4 and the second equalizer bar suspender 3- by 3-3
In 5 spare wire drawing machine handlings to traction mechanism 2, spare wire drawing machine is drawn by traction mechanism 2 and completes quickly to replace to positioning base 1
Change faulty equipment operation.
Claims (8)
1. a kind of quick device in place and quick replacement faulty equipment of glass fibre wire drawing machine, which is characterized in that including positioning
Pedestal (1), traction mechanism (2), hoisting mechanism (3) and the wire drawing machine interface module being arranged on wire drawing machine, the positioning
Pedestal (1) is fixedly mounted on the built-in fitting (5) on ground, and the traction mechanism (2) is located at the rear portion of positioning base, with
The dynamic cooperation of the positioning base, is equipped with hoisting mechanism (3) on the crossbeam (6) above the positioning base (1), described leads
Draw mechanism (2) and hoisting mechanism (3) and accesses control cabinet.
2. a kind of quick device in place and quick replacement faulty equipment of glass fibre wire drawing machine according to claim 1,
It is characterized in that, the wire drawing machine interface module includes that wire drawing machine block (4-1), wire drawing machine idler wheel (4-2) and wire drawing machine are hung
Ring (4-3) is uniformly equipped with four groups of wire drawing machine idler wheels (4-2) in the lower end surface of the machine frame of wire drawing machine, in the machine frame of wire drawing machine
Upper surface four groups of hanging rings (4-3) are uniformly installed, wire drawing machine block (4-1) is installed at the rear portion of the machine frame of wire drawing machine.
3. a kind of quick device in place and quick replacement faulty equipment of glass fibre wire drawing machine according to claim 1,
It is characterized in that, the positioning base (1) includes positioning base frame (1-1), positioning tapered sleeve (1-2), positioning base hook
(1-3), the first rolling wheel guide rails (1-4), limit plate (1-5), latch (1-6) and lock-screw (1-7), the positioning base
Frame (1-1) is welded on the built-in fitting (5), symmetrically install at the rear portion of the positioning base frame there are two locating cone
It covers (1-2), a positioning base hook (1-3) is mounted on the positioning base frame on the outside of each positioning tapered sleeve (1-2), at this
The top of positioning base frame is welded with first rolling wheel guide rails (1-4) of two spacing that are parallel to each other and formed, every one first rolling
The front end of wheel guide rail is mounted on a limit plate (1-5), described in the middle position welding one at the rear portion of the positioning base frame
Latch (1-6), the lock-screw (1-7) is detachably arranged in the wire hole of latch (1-6).
4. a kind of quick in place and more changing device of glass fibre wire drawing machine according to claim 1 or 3, which is characterized in that
The traction mechanism (2) includes traction bedframe (2-1), Level tune direction-caster (2-2), Level tune universal caster wheel
(2-3), adjustment stabilizer blade (2-4), locating cone (2-5) lock hook (2-6), the second rolling wheel guide rails (2-7), hand-rails (2-8)
With chain traction device (2-9), the two sides in the middle part of the traction bedframe are mounted on a Level tune direction-caster (2-
2), the two sides at the traction bedframe rear portion are mounted on a Level tune universal caster wheel (2-3), the traction bedframe front
Two sides be mounted on an adjustment stabilizer blade (2-4), the front of the traction bedframe be symmetrically installed there are two with positioning tapered sleeve
The locating cone (2-5) that (1-2) is matched, the two sides of the front of the traction bedframe are also equipped with to be linked up with positioning base
(2-6) is linked up in the locking of (1-3) cooperation, is symmetrically welded with two on the top of the traction bedframe and is parallel to each other and is formed
The second rolling wheel guide rails (2-7) of spacing, corresponding one first rolling wheel guide rails (1-4) of every one second rolling wheel guide rails (2-7), the handle
Hand-rails (2-8), which are welded on, draws the rear portion bedframe (2-1), on the traction bedframe between two second rolling wheel guide rails
The chain traction device (2-9) is installed.
5. a kind of quick in place and more changing device of glass fibre wire drawing machine according to claim 4, which is characterized in that described
Chain traction device (2-9) include drive chain wheel seat (2-9-1), decelerating motor (2-9-2), decelerating motor seat board (2-9-3),
Level-one chain (2-9-11) and second level chain (2-9-19), the drive chain wheel seat (2-9-1) are welded in traction base frames
The rear portion of frame (2-1), passive chain pulley seat (2-9-24) are welded on the front of traction bedframe (2-1), the decelerating motor
(2-9-2) is fixedly mounted on drive chain wheel seat (2-9-1) by decelerating motor seat board (2-9-3), in the decelerating motor seat board
The drive chain wheel seat (2-9-1) of the two sides (2-9-3) is separately installed with one first guide plate (2-9-4), the first tensioner screw (2-9-
5) the decelerating motor seat board (2-9-3) is linked together with drive chain wheel seat (2-9-1), the first sprocket wheel (2-9-6)
Inner wall is fixed on decelerating motor (2-9-2) output shaft by the first flat key (2-9-7), the first jackscrew (2-9- being arranged radially
8) it passes through the first sprocket wheel (2-9-6) and exports axis connection with decelerating motor (2-9-2) afterwards, driving shaft (2-9-10) is usherd to seat by two
Bearing (2-9-9) rotation is mounted on drive chain wheel seat (2-9-1), and the second sprocket wheel (2-9-12) suit is clamped in torque limitation
On device (2-9-13), the inside of the limiter of moment (2-9-13) is fixed on driving shaft by the second flat key (2-9-14) suit
(2-9-10) input terminal, suit is fixed on driving shaft (2- after the second jackscrew (2-9-15) being arranged radially passes through limiter of moment
On 9-10), connected between first sprocket wheel (2-9-6) and the second sprocket wheel (2-9-12) by level-one chain (2-9-11) transmission
It connects, the inner wall of third sprocket wheel (2-9-16) is fixedly mounted on the middle part of driving shaft by third flat key (2-9-17), is arranged radially
Third jackscrew (2-9-18) pass through third sprocket wheel after link together with driving shaft；4th sprocket wheel (2-9-26) is located at passive chain
The middle part of wheel seat (2-9-24) is mounted on driven axle (2-9-30), two by what two sprocket shaft bearings (2-9-27) rotated
Spacer (2-9-28) is installed, wherein being equipped with hole between a sprocket shaft bearing and passive chain pulley seat (2-9-24) between sprocket shaft bearing
With check ring (2-9-29)；Wheel shaft baffle (2-9-25) is installed in passive chain pulley seat (2-9-24) two sides；Described
It is sequentially connected between three sprocket wheels (2-9-16) and the 4th sprocket wheel (2-9-26) by second level chain；Pacify on the second level chain
Equipped with traction sliding block (2-9-20), being mounted in traction sliding block (2-9-20) for traction hook (2-9-21) rotation is led
The top for drawing hook pressing plate (2-9-22) is located above traction hook (2-9-21), and lower part is fixed on traction sliding block (2-9-20)
On, it is fixedly installed with steel ball screw (2-9-23) on the traction hook, the bulb of the steel ball screw is pressed in traction sliding block
In the cone hole of (2-9-20), it is also equipped with the second tensioner screw (2-9-32) in traction bedframe (2-1) front end, in institute
The two sides for stating traction sliding block (2-9-20) are separately installed with a slide block limiting plate (2-9-33), the one of a wherein slide block limiting plate
Side is equipped with switch touch panel (2-9-34), and first stroke switch (2-9-35) is fixed on first switch seat (2-9-36), this
One switch base (2-9-36) is fixed on traction rear portion bedframe (2-1), and rear position margining plate (2-9-37) is welded on traction base frames
The middle position at the rear portion frame (2-1), second stroke switch (2-9-38) are fixed on second switch seat (2-9-39), this second is opened
It closes seat (2-9-39) and is fixed on traction front bedframe (2-1), front limit plate (2-9-40) is welded on traction bedframe (2-
1) middle position of front.
6. a kind of quick in place and more changing device of glass fibre wire drawing machine according to claim 4, which is characterized in that in institute
The top traction bedframe (2-1) stated is equipped with sliding rail frame (2-9-41), and upper sliding rail (2-9-42) is fixed on sliding rail frame
On (2-9-41), the top chain of second level chain (2-9-19) is supported, has downslide in traction bedframe (2-1) lower weld
Rail gantry (2-9-43), glidepath (2-9-44) are fixed on downslide rail gantry (2-9-43), under support second level chain (2-9-19)
Side chain item.
7. a kind of quick in place and more changing device of glass fibre wire drawing machine according to claim 1, which is characterized in that described
Hoisting mechanism include electric block track (3-1), the first low clearance chain type electric hoist (3-2), the first equalizer bar suspender (3-
3), the second low clearance chain type electric hoist (3-4) and the second equalizer bar suspender (3-5), electric block track (3-1) weldering
On crossbeam (6), the first low clearance chain type electric hoist (3-2) is lifted below electric block track (3-1), described
The first equalizer bar suspender (3-3) be lifted below the first low clearance chain type electric hoist (3-2), the second low clearance chain type
Electric block (3-4) is lifted below electric block track (3-1), and the second equalizer bar suspender (3-5) is lifted on second
Below low clearance chain type electric hoist (3-4).
8. a kind of quick in place and more changing device of glass fibre wire drawing machine according to claim 5, which is characterized in that at this
The second guide plate (2-9-31) is installed on the traction bedframe (2-1) of passive two sides chain pulley seat (2-9-24).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201811555671.9A CN109399911B (en) | 2018-12-19 | 2018-12-19 | Device for rapidly positioning and rapidly replacing fault equipment of glass fiber drawing machine |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201811555671.9A CN109399911B (en) | 2018-12-19 | 2018-12-19 | Device for rapidly positioning and rapidly replacing fault equipment of glass fiber drawing machine |
Publications (2)
| Publication Number | Publication Date |
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| CN109399911A true CN109399911A (en) | 2019-03-01 |
| CN109399911B CN109399911B (en) | 2023-07-25 |
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201811555671.9A Active CN109399911B (en) | 2018-12-19 | 2018-12-19 | Device for rapidly positioning and rapidly replacing fault equipment of glass fiber drawing machine |
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| US3041662A (en) * | 1960-02-05 | 1962-07-03 | Pittsburgh Plate Glass Co | Method and apparatus for forming glass fibers |
| US4650508A (en) * | 1985-11-14 | 1987-03-17 | Owens-Corning Fiberglas Corporation | Method and apparatus for changing bushings |
| US4738701A (en) * | 1987-01-14 | 1988-04-19 | Ppg Industries, Inc. | Method and apparatus for forming glass fibers |
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| Publication number | Publication date |
|---|---|
| CN109399911B (en) | 2023-07-25 |
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