CN209508033U - A kind of direct yarn wire drawing machine of 260 heavy-weight coil of glass fibre φ - Google Patents
A kind of direct yarn wire drawing machine of 260 heavy-weight coil of glass fibre φ Download PDFInfo
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- CN209508033U CN209508033U CN201822116051.7U CN201822116051U CN209508033U CN 209508033 U CN209508033 U CN 209508033U CN 201822116051 U CN201822116051 U CN 201822116051U CN 209508033 U CN209508033 U CN 209508033U
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Abstract
The utility model relates to a kind of direct yarn wire drawing machinees of 260 heavy-weight coil of glass fibre φ, including rack (1) and the layout mechanism (2) being mounted on rack (1), turnover mechanism (3), main shaft impeller mechanism (4), Dang Si mechanism (5) and water spraying mechanism (6), the layout mechanism (2) is mounted on the middle part of rack (1), and the turnover mechanism (3) is located at the lower section of layout mechanism；The main shaft impeller mechanism (4) is fixed on central rack.The utility model has filled up domestic wire drawing machine model blank, high production efficiency, product quality and stable yield, at home and abroad has apparent technical advantage in glass chopped equipment.The appearance of 260 heavy-weight coil wire drawing machinees, adaptive technique development and the market demand, wide market.
Description
Technical field
The utility model relates to a kind of glass fibre wire drawing machine, the wire drawing machine is straight for 45Kgx2's 260mm volumes of internal diameter heavy
Connect yarn production.
Background technique
Glass fibre wire drawing machine, be it is a kind of by glass melts through high speed pulling in filamental and turning to according to certain rules
The mechanical equipment of fiber roll.Demand due to later process production to indexs such as coil diameter, volume weight, fixed length is different, and further
The demand of production efficiency is improved, so requiring direct yarn wire drawing machine the equipment for having various coil diameters, volume heavy number.
Currently, all glass fiber enterprises are all using coil diameter 150-162mm, the direct yarn for rolling up weight 25Kgx2 or 25Kgx3 is drawn
Silk machine, the pursuit with the upgrading improvement of fiberglass products later process and enterprise to more high efficiency, is badly in need of one kind
More large winding diameter and volume weight index, the direct yarn type of high production efficiency.
Summary of the invention
To overcome the shortcomings of existing technologies, the utility model provides a kind of direct yarn wire drawing of 260 heavy-weight coil of glass fibre φ
Machine, the technical solution of the utility model are:
A kind of direct yarn wire drawing machine of 260 heavy-weight coil of glass fibre φ, including rack (1) and is mounted on rack (1)
Layout mechanism (2), turnover mechanism (3), main shaft impeller mechanism (4), Dang Si mechanism (5) and water spraying mechanism (6), the bundling machine
Structure (2) is mounted on the middle part of rack (1), and the turnover mechanism (3) is located at the lower section of layout mechanism；The main shaft impeller
Mechanism (4) is fixed on central rack；The Dang Si mechanism (5) is mounted on the rack portion；The water spraying mechanism (6) is located at master
The top of axis impeller mechanism；Layout mechanism, turnover mechanism, main shaft impeller mechanism, Dang Si mechanism and the groove drum mechanism connects
Enter control cabinet；It is characterized in that, the main shaft impeller mechanism (4) includes the identical first main shaft turbine of two nested structures
Structure (401) and the second main shaft impeller mechanism (402), the first main shaft impeller mechanism and the second main shaft impeller mechanism are mutually flat
Row, the first main shaft impeller mechanism (401) or the second main shaft impeller mechanism (402) include mainshaft mechanism (8) and impeller mechanism
(9), the mainshaft mechanism (8) is mounted on the rack by turntable (11), and the impeller mechanism (9) is fixedly mounted on main shaft
On the main shaft (10) of mechanism (8).
The mainshaft mechanism (8) includes shaft core cylinder (12), auxiliary support hubs (13), main shaft (10), preceding oil ring lid
(14), only only oil ring (16), fore bearing group (17), envelope compression ring group (18), rear bearing group before oil ring (15), second before first
(19), only only oil ring (21), motor cabinet (22), shaft coupling (23), spindle motor (24), leaf after oil ring (20), second after first
Fixture nut (25), dustband (26) and the first O-ring (27) are taken turns, the main shaft (10) and shaft core cylinder (12) are coaxially disposed,
And the inside for being mounted on shaft core cylinder of rotation, the main shaft (10) pass through the fore bearing group (17) of front and the rear axle at rear portion
It holds group (19) and is supported on shaft core cylinder (12) inside, the through-hole that the shaft core cylinder (12) passes through turntable (11) is fixed by bolts to
On turntable (11), the preceding oil ring lid (14) is mounted on the front end of shaft core cylinder (12) and compresses positioning fore bearing group (17), institute
Stop before oil ring and second that only oil ring is disposed adjacent on main shaft before first stated, and it is close with preceding oil ring lid (14) to form preceding labyrinth
Envelope, the envelope compression ring group (18) is fixed in shaft core cylinder (12) and is compressed by rear bearing group (19) and positioned, after described first
Only oil ring (20) is threadedly secured to the rear end of main shaft, and the motor cabinet (22) is fixed on described in central spindle tube rear end and compression
Second after only oil ring, labyrinth seal after formation；Only oil ring is mounted on main shaft and adjacent with oil ring is stopped after first after second for this
Setting, the spindle motor are fixed on motor cabinet, and the output shaft of the spindle motor is connect by shaft coupling with main shaft, are driven
Spindle operation, the impeller fixture nut (25) are fixed on the front end of main shaft, and the dustband is fixed in shaft core cylinder
On portion's boss, the first O type circle is fixed in the groove of front-end of spindle, and fog lubrication access is provided on the main shaft
Mechanism.
Described fog lubrication access mechanism Bao Qianfen oil clot (28) the He Houfen oil clot (29), divides oil clot (28) before described
It is mounted among two bearings of fore bearing group (17), the rear point of oil clot (29) is mounted on two axis of rear bearing group (19)
Centre is held, the shaft core cylinder back segment is disposed with oil inlet, is internally provided with the preceding oil inlet passage being connected to oil inlet and laggard
Oily channel, the preceding oil inlet passage divide oil clot before extending at fore bearing group, rear oil inlet passage extends at rear bearing group
Rear point of oil clot, be divided on oil clot (28) before described and arrange that there are two lead to lubricant mist to two bearings of fore bearing group respectively
Outlet, after be divided on oil clot (29) arrange there are two respectively to two bearings of rear bearing group lead to lubricant mist outlet, described
Preceding oil ring lid (14) on be disposed with oil discharge outlet.
The envelope compression ring group (18) includes two envelope compression rings that are identical and being oppositely arranged, after the shaft core cylinder (12)
Section is disposed with compressed air inlet, between two envelope compression rings of compressed air channel face inside shaft core cylinder, in the main shaft
(10) the main shaft air inlet being provided between face two envelope compression rings on, the main shaft that main shaft (10) is internally provided with arrival front end are logical
Road, the gas outlet of shaft passage are arranged among the groove of two neighboring first O circle, two the envelopes compression rings, compressed air
Import, main shaft air inlet and air outlet form compressed air channel.
The impeller mechanism (9) is gas contracting formula structure, including impeller bodies (30), feather key (31), the second O-ring
(32), rear tapered sleeve (33), third O-ring (34), the first spring (35), spring pressuring plate 36, second spring (37), rear end cap
(38), front tapered sleeve (39), curled hair ring mechanism (40) and the piece that rises (41), the impeller bodies (30) pass through impeller fixture nut
(25) it being fixed on main shaft (10), feather key (31) described in two is symmetrically mounted in the keyway of impeller bodies (30) rear end,
Second O-ring (32) is arranged in the groove of impeller bodies (30), and the rear tapered sleeve (33) sliding is sleeved on leaf
Wheel body (30) rear end, the third O-ring (34) are arranged in the groove of rear tapered sleeve (33), first spring
(35) it is mounted in the spring base hole of rear tapered sleeve (33) side, the spring pressuring plate (36) is arranged in rear tapered sleeve (33) groove
It is interior, it pushes down the first spring (35), the second spring (37) is arranged in the spring base hole of rear tapered sleeve (33) other side, simultaneously
It is squeezed by the rear end cap, which is fixed on the rear end face of impeller bodies (30), and the front tapered sleeve (39) is fixed
On the front end face of impeller bodies (30), the curled hair ring mechanism (40) is fixed in front tapered sleeve, and the piece that rises (41) can
Being mounted in the T-slot of impeller bodies (30) for lifting, is slidably matched with the front tapered sleeve and rear tapered sleeve；The impeller master
Be provided with air inlet on body (30) inner hole wall, and be provided with gas outlet on the periphery of rear tapered sleeve (33) cooperation, the air inlet with
Air flue is provided between gas outlet.
The curled hair ring mechanism (40) includes curled hair ring (42), fracture of wire gasket (43), chopping screw (44), chopping hook
(45), clump weight (46) and front shroud (47), the curled hair ring (42) are fixed on front tapered sleeve (39) front end face, and described is disconnected
Silk gasket (43) is fixed on along four uniformly distributed gasket grooves of curled hair ring (42) circumferencial direction, in the circumference side of the curled hair ring
To several bevelled wire holes of tool are offered, a chopping screw (44), chopping hook (45) peace are installed in each wire hole
Mounted in along two chopping hook grooves of curled hair ring (42) circumference uniform distribution, the clump weight (46) is mounted in curled hair ring (42)
On boss circumference, the front shroud (47) is mounted on curled hair ring (42) front end face.
The layout mechanism (2) is direct yarn forming mechanism, including transverse-moving mechanism (48), traversing axis (49) and groove drum machine
Structure (50), the traversing axis (49) are fixed on transverse-moving mechanism (48) by front clamp block (51) and rear gripping block (52), institute
The groove drum mechanism (50) stated is mounted on the front end of traversing axis (49).
The transverse-moving mechanism (48) includes suspension bent plate (54), linear guide (55), traversing axis hanging plate (56) and lead screw
Transverse-moving mechanism (57), the suspension bent plate are fixed on the rack, and the linear guide (55) is fixed on suspension bent plate (54)
On, the traversing axis hanging plate (56) is fixed on the sliding block being slidably matched with linear guide (55), the lead screw cross sliding machine
Structure (57) is fixed in suspension bent plate (54), and front clamp block (51) is fixed on traversing axis hanging plate (56) front end, rear gripping block (52)
It is fixed on traversing axis hanging plate (56) rear end.
The groove drum mechanism includes transmission shaft (58), Quincunx elastic coupler (59), groove drum shaft (60), bus box
(61), bracket (62), latch segment (63), high-pressure water pipe (64), upper sliding rail backing plate (65), upper sliding rail (66), support plate (67), row
Line shuttle backplate (68), glidepath (69), winding displacement shuttle (70), compression bar (71) and handwheel (72), before the traversing axis (49) passes through
Gripping block and rear gripping block be fixed on traversing axis hanging plate (56) in the following, the transmission shaft (58) be supported on by bearing it is traversing
Axis (49) is internal, and the input side axle sleeve of the Quincunx elastic coupler (59) is fixed on transmission shaft (58), the plum
The outlet side axle sleeve of flower-shape yielding coupling (59) is fixed on groove drum shaft (60), and the groove drum shaft (60) is supported by bearing
Internal in bus box (61), the bus box (61) is fixed on traversing axis (49) front end, the locking by bracket (62)
Block (63) is fixed on bus box (61), and the high-pressure water pipe (64) is fixed on bus box (61) upper surface, the upper cunning
Track plate (65) is mounted on bus box (61) side, and one end of sliding rail backing plate is hinged with bus box on this, and the other end is provided with card
Slot, the card slot are fixed on sliding rail backing plate with the dynamic cooperation of the handwheel (72) being mounted on bus box, the upper sliding rail (66)
(65) on, the support plate (67) one end is hinged on sliding rail backing plate (65), and one end is inserted in the elongated slot of bus box (61)
And slidably, the winding displacement shuttle backplate (68) is fixedly mounted on the outside of sliding rail (66), and the glidepath (69) is mounted on
On the bus box (61) of upper sliding rail lower part, the sliding block of described winding displacement shuttle (70) lower end is inserted in the helicla flute of groove drum shaft (60),
Two sides are stuck on the upper sliding rail (66) and glidepath (69), which is oriented to by the upper sliding rail and glidepath；Institute
The compression bar (71) stated is fixed on the side of the bus box (61) of glidepath (69) lower part.
The utility model has the advantages that:
1, shafting structure is reasonable, and speed vibration is small and without resonance in processing range, has large winding diameter, heavy-weight coil, production effect
The high feature of rate can draw interior coil diameter 260mm, roll up the direct yarn of weight 45Kgx2, can also draw 9-10 μm of spun yarn；
2, maintenance replacement is convenient.
3, equipment uses unit frame, sturdy and durable, aesthetic in appearance generous.
The utility model has filled up domestic wire drawing machine model blank, high production efficiency, product quality and stable yield, in state
There is apparent technical advantage in inside and outside glass chopped equipment.The appearance of heavy-weight coil wire drawing machine, adaptive technique development and city
Field demand, wide market.
Detailed description of the invention
Fig. 1 is the main view of the utility model.
Fig. 2 is the cross-sectional view of Fig. 1.
Fig. 3 is the right view of Fig. 1.
Fig. 4 is main shaft impeller mechanism cross-sectional view in Fig. 1.
Fig. 5 is mainshaft mechanism cross-sectional view in Fig. 4.
Fig. 6 is impeller mechanism cross-sectional view in Fig. 4.
Fig. 7 is curled hair ring mechanism main view in Fig. 1.
Fig. 7-1 is the A-A cross-sectional view of Fig. 7.
Fig. 7-2 is the B-B cross-sectional view of Fig. 7.
Fig. 8 is Tu1Zhong layout mechanism left view.
Fig. 9 is transverse-moving mechanism left view in Fig. 1.
Figure 10 is the structure chart of Tu3Zhong groove drum mechanism.
Figure 11 is the structure chart of Tu1Zhong groove drum mechanism
Figure 11-1 is the C-C cross-sectional view of Figure 11.
Figure 12 is the left view of Tu1Zhong groove drum mechanism
Figure 12-1 is the D-D cross-sectional view of Figure 12
Figure 13 is that upper sliding rail backing plate opens schematic diagram.
Figure 13-1 is the connection relationship diagram of upper sliding rail and support plate.
Specific embodiment
Further describe the utility model combined with specific embodiments below, the advantages of the utility model and feature will be with
Description and it is apparent.But examples are merely exemplary for these, does not constitute any restrictions to the scope of the utility model.
It will be understood by those skilled in the art that can be to the utility model skill under the spirit and scope without departing from the utility model
The details and form of art scheme are modified or are replaced, but these modifications and replacement each fall within the protection scope of the utility model
It is interior.
Referring to Fig. 1 to Figure 13-1, the utility model relates to a kind of direct yarn wire drawing machine of 260 heavy-weight coil of glass fibre φ, packets
Including rack 1 and the layout mechanism 2 being mounted in rack 1, turnover mechanism 3, main shaft impeller mechanism 4, Dang Si mechanism 5 and water spray
Mechanism 6, the layout mechanism 2 are mounted on the middle part of rack 1, and the turnover mechanism 3 is located at the lower section of layout mechanism 2；Institute
The main shaft impeller mechanism 4 stated is fixed on 1 middle part of rack；The Dang Si mechanism 5 is mounted on 1 top of rack；The sprinkler
Structure 6 is located at the top of main shaft impeller mechanism 4；The layout mechanism 2, turnover mechanism 3, main shaft impeller mechanism 4, Dang Si mechanism 5
Control cabinet is accessed with groove drum mechanism 6；It is characterized in that, the main shaft impeller mechanism 4 includes that two nested structures are identical
First main shaft impeller mechanism 401 and the second main shaft impeller mechanism 402, the first main shaft impeller mechanism and the second main shaft impeller
Mechanism is parallel to each other, and the first main shaft impeller mechanism 401 or the second main shaft impeller mechanism 402 include mainshaft mechanism 8 and turbine
Structure 9, the mainshaft mechanism 8 are mounted on the rack by turntable 11, and the impeller mechanism 9 is fixedly mounted on mainshaft mechanism 8
Main shaft 10 on.
Referring to Fig. 5, the mainshaft mechanism 8 includes turntable 11, shaft core cylinder 12, auxiliary support hubs 13, main shaft 10, preceding oil
Stop before oil ring 15, second before ring cowling 14, first only oil ring 16, fore bearing group 17, envelope compression ring group 18, after rear bearing group 19, first
Only stop oil ring 21, motor cabinet 22, shaft coupling 23, spindle motor 24, impeller fixture nut 25, dustband 26 after oil ring 20, second
With the first O-ring 27, the inside for being mounted on shaft core cylinder that the main shaft 10 and shaft core cylinder 12 are coaxially disposed, and rotate is described
Main shaft 10 be supported on inside shaft core cylinder 12 by the rear bearing group 19 at the fore bearing group 17 of front and rear portion, the axis
The through-hole that core cylinder 12 passes through turntable is fixed by bolts on turntable 11, and the preceding oil ring lid 14 is mounted on the front end of shaft core cylinder 12
And positioning fore bearing group 17 is compressed, only only oil ring is disposed adjacent on main shaft before oil ring and second before described first, and with
Preceding oil ring lid 14 forms preceding labyrinth seal, and the envelope compression ring group 18, which is fixed in shaft core cylinder 12 and is compressed by rear bearing group 19, determines
, only oil ring 20 is threadedly secured to the rear end of main shaft after described first, after the motor cabinet 22 is fixed on shaft core cylinder
It holds and stops oil ring, labyrinth seal after formation after compressing described second；Only oil ring is mounted on main shaft and with first after second for this
Stop oil ring afterwards to be disposed adjacent, the spindle motor is fixed on motor cabinet, the output shaft of the spindle motor by shaft coupling with
Main shaft connection, drives spindle operation, and the impeller fixture nut 25 is fixed on the front end of main shaft, and the dustband is fixed on
On the middle part boss of shaft core cylinder, first O-ring is fixed in the groove of front-end of spindle, is provided with mist of oil on the main shaft
Lubrication passages mechanism.
Referring to Fig. 5, the fog lubrication access mechanism Bao Qianfen oil clot 28 divides oil clot 29 with after, divides oil clot before described
28 are mounted among two bearings of fore bearing group 17, and the rear point of oil clot 29 is mounted in two bearings of rear bearing group 19
Between, the shaft core cylinder back segment is disposed with oil inlet, is internally provided with the preceding oil inlet passage being connected to oil inlet and rear oil inlet is logical
Road, after the preceding oil inlet passage divides oil clot, rear oil inlet passage to extend at rear bearing group before extending at fore bearing group
Divide oil clot, be divided on oil clot 28 before described and arrange there are two the outlet that respectively two bearings of fore bearing group are led to lubricant mist,
It is divided on oil clot 29 afterwards and arranges that there are two the outlets that respectively two bearings of rear bearing group are led to lubricant mist, in the preceding oil ring
Oil discharge outlet is disposed on lid 14.
Referring to Fig. 5, the envelope compression ring group 18 includes two envelope compression rings that are identical and being oppositely arranged, the shaft core cylinder 12
Back segment be disposed with compressed air inlet, between two envelope compression rings of compressed air channel face inside shaft core cylinder, described
The main shaft air inlet being provided between face two envelope compression rings on main shaft 10, the main shaft that main shaft 10 is internally provided with arrival front end are logical
Road, the gas outlet of shaft passage are arranged among the groove of two neighboring first O circle, two the envelopes compression rings, compressed air
Import, main shaft air inlet and air outlet form compressed air channel.
Referring to Fig. 6, the impeller mechanism 9 is gas contracting formula structure, including impeller bodies (30), feather key 31, second be O-shaped
Circle 32, rear tapered sleeve 33, third O-ring 34, the first spring 35, spring pressuring plate 36, second spring 37, rear end cap 38, front tapered sleeve 39,
Curled hair ring mechanism 40 and the piece 41 that rises, the impeller bodies 30 are fixed on main shaft 10 by impeller fixture nut 25, two institutes
The feather key 31 stated is symmetrically mounted in the keyway of 30 rear end of impeller bodies, and second O-ring 32 is arranged in impeller bodies
In 30 groove, what the rear tapered sleeve 33 was slided is sleeved on 30 rear end of impeller bodies, after the third O-ring 34 is arranged in
In the groove of tapered sleeve 33, first spring 35 is mounted in the spring base hole of 33 side of rear tapered sleeve, the spring pressuring plate
36 are arranged in 33 groove of rear tapered sleeve, push down the first spring 35, and the second spring 37 is arranged in 33 other side of rear tapered sleeve
It in spring base hole, while being squeezed by the rear end cap, which is fixed on the rear end face of impeller bodies 30, before described
Tapered sleeve 39 is fixed on the front end face of impeller bodies 30, and the curled hair ring mechanism 40 is fixed in front tapered sleeve, the piece that rises
In the 41 liftable T-slots for being mounted on impeller bodies 30, it is slidably matched with the front tapered sleeve and rear tapered sleeve；The impeller
Be provided with air inlet on 30 inner hole wall of main body, be provided with gas outlet on the periphery cooperated with rear tapered sleeve 33, the air inlet with go out
Air flue is provided between port.
Referring to Fig. 7, Fig. 7-1, Fig. 7-2, the curled hair ring mechanism 40 includes curled hair ring 42, fracture of wire gasket 43, chopping spiral shell
Nail 44, chopping hook 45, clump weight 46 and front shroud 47, the curled hair ring 42 is fixed on 39 front end face of front tapered sleeve, described
Fracture of wire gasket 43 is fixed on along four uniformly distributed gasket grooves of 42 circumferencial direction of curled hair ring, in the circumferencial direction of the curled hair ring
Several bevelled wire holes of tool are offered, a chopping screw 44 are installed in each wire hole, the chopping hook 45 is mounted on edge
In two chopping hook grooves of 42 circumference uniform distribution of curled hair ring, the clump weight 46 is mounted on 42 inner convex platform circumference of curled hair ring,
The front shroud 47 is mounted on 42 front end face of curled hair ring.
Referring to Fig. 8, the layout mechanism 2 is direct yarn forming mechanism, including transverse-moving mechanism 48, traversing axis 49 and groove drum
Mechanism 50, the traversing axis 49 are fixed on transverse-moving mechanism 48 by front clamp block 51 and rear gripping block 52, the groove drum
Mechanism 50 is mounted on the front end of traversing axis 49.
Referring to Fig. 9, the transverse-moving mechanism 48 includes suspension bent plate 54, linear guide 55, traversing axis hanging plate 56 and lead screw
Transverse-moving mechanism 57, the suspension bent plate are fixed on the rack, and the linear guide 55 is fixed on suspension bent plate 54, described
Traversing axis hanging plate 56 be fixed on the sliding block being slidably matched with linear guide 55, the lead screw transverse-moving mechanism 57 is fixed on outstanding
It hangs on bent plate 54, drives the sliding block mobile；Front clamp block 51 is fixed on traversing 56 front end of axis hanging plate, and rear gripping block 52 is fixed
In traversing 56 rear end of axis hanging plate.Wherein, lead screw transverse-moving mechanism is the prior art, drives lead screw rotation, lead screw rotation by motor
Band movable slider moves back and forth.
Referring to Figure 10, Figure 11, Figure 11-1, Figure 12, Figure 12-1, Figure 13, Figure 13-1, the groove drum mechanism includes transmission shaft
58, Quincunx elastic coupler 59, groove drum shaft 60, bus box 61, bracket 62, latch segment 63, high-pressure water pipe 64, upper slide rail pad
Plate 65, upper sliding rail 66, support plate 67, winding displacement shuttle backplate 68, glidepath 69, winding displacement shuttle 70, compression bar 71 and handwheel 72, the cross
It moves axis 49 and traversing axis hanging plate 56 is fixed in the following, the transmission shaft 58 passes through bearing branch by front clamp block and rear gripping block
It holds inside traversing axis 49, the input side axle sleeve of the Quincunx elastic coupler 59 is fixed on transmission shaft 58, described
The outlet side axle sleeve of Quincunx elastic coupler 59 is fixed in groove drum shaft 60, and the groove drum shaft 60 is supported on row by bearing
Inside line case 61, the bus box 61 is fixed on traversing 49 front end of axis, 63 row of being fixed on of latch segment by bracket 62
On line case 61, the high-pressure water pipe 64 is fixed on 61 upper surface of bus box, and the upper sliding rail backing plate 65 is mounted on bus box
61 sides, one end of sliding rail backing plate is hinged with bus box on this, and the other end is provided with card slot, the card slot and is mounted on bus box
The dynamic cooperation of handwheel 72, the upper sliding rail 66 is fixed on sliding rail backing plate 65, and described 67 one end of support plate is hinged on
On sliding rail backing plate 65, one end is inserted in the elongated slot of bus box 61 and slidably, and the winding displacement shuttle backplate 68 is fixedly mounted on
66 outside of sliding rail, the glidepath 69 are mounted on the bus box 61 of sliding rail lower part, the cunning of 70 lower end of winding displacement shuttle
Block is inserted in the helicla flute of groove drum shaft 60, and two sides are stuck on the upper sliding rail 66 and glidepath 69, and the winding displacement shuttle is by described
Upper sliding rail and glidepath guiding；The compression bar 71 is fixed on the side of the bus box 61 of 69 lower part of glidepath.
The working principle of the utility model is: bushing of the glass metal of molten condition by the aperture that gathers above wire drawing machine,
Glass metal forms thicker glass fibre after flowing down cooling by aperture under the effect of gravity, and glass fibre is fallen in after oiling beam splitting
In front of Dang Si mechanism, glass fibre is shifted onto curled hair ring position by Dang Si mechanism, the first main shaft impeller mechanism positioned at operating position
Impeller bodies start rotation, glass fiber strand is wrapped on curled hair ring by operator, and glass fiber strand is in frictional force
It is tightly wound around under effect on curled hair ring, at this moment Dang Si mechanism is withdrawn, and glass fiber strand is under tension from curled hair ring mistake
It crosses in impeller bodies and in impeller bodies, the groove drum mechanism of at this moment layout mechanism starts to start, and groove drum shaft drives glass
Glass fiber axially moves reciprocatingly in impeller, and the transverse-moving mechanism of layout mechanism starts simultaneously, leans on groove drum mechanism to impeller is traversing
Closely, it is slided into the opening elongated slot of winding displacement shuttle under tension when winding displacement shuttle and glass fiber strand contact, by winding displacement shuttle band
Glass fiber strand is moved toward multiple bank yarn, in the case where impeller coiling action and layout mechanism back and forth arrange yarn movement collective effect, glass fibers
Dimension uniform winding forms standardized fiberglass spinning cake on impeller.After setting time reaches, traversing time of layout mechanism
Outermost is fallen back on, Dang Si mechanism releases tow at curled hair ring, turnover mechanism movement, the first main shaft impeller mechanism of operating position
With the second main shaft impeller mechanism location swap of spare space, glass fiber strand is transitioned under frictional force and the effect of chopping hook
On the new impeller curled hair ring in operating position and fracture of wire is completed, the new impeller in operating position starts new drawing process, complete machine circulation
Repeat this production process.
Claims (9)
1. a kind of direct yarn wire drawing machine of 260 heavy-weight coil of glass fibre φ, including rack (1) and the volume being mounted on rack (1)
Arrange mechanism (2), turnover mechanism (3), main shaft impeller mechanism (4), Dang Si mechanism (5) and water spraying mechanism (6), the layout mechanism
(2) it is mounted on the middle part of rack (1), the turnover mechanism (3) is located at the lower section of layout mechanism；The main shaft impeller mechanism
(4) it is fixed on central rack；The Dang Si mechanism (5) is mounted on the rack portion；The water spraying mechanism (6) is located at main shaft leaf
Take turns the top of mechanism；Layout mechanism, turnover mechanism, main shaft impeller mechanism, Dang Si mechanism and the groove drum mechanism accesses control
Case processed；It is characterized in that, the main shaft impeller mechanism (4) includes the identical first main shaft impeller mechanism of two nested structures
(401) and the second main shaft impeller mechanism (402), the first main shaft impeller mechanism and the second main shaft impeller mechanism are mutually flat
Row, the first main shaft impeller mechanism (401) or the second main shaft impeller mechanism (402) include mainshaft mechanism (8) and impeller mechanism
(9), the mainshaft mechanism (8) is mounted on the rack by turntable (11), and the impeller mechanism (9) is fixedly mounted on main shaft
On the main shaft (10) of mechanism (8).
2. a kind of direct yarn wire drawing machine of 260 heavy-weight coil of glass fibre φ according to claim 1, which is characterized in that described
Mainshaft mechanism (8) include only oil before shaft core cylinder (12), auxiliary support hubs (13), main shaft (10), preceding oil ring lid (14), first
Stop oil ring after stopping oil ring (16), fore bearing group (17), envelope compression ring group (18), rear bearing group (19), first before ring (15), second
(20), after second only oil ring (21), motor cabinet (22), shaft coupling (23), spindle motor (24), impeller fixture nut (25), anti-
Konisphere (26) and the first O-ring (27), the main shaft (10) and shaft core cylinder (12) are coaxially disposed, and what is rotated is mounted on central spindle
The inside of cylinder, the main shaft (10) are supported on central spindle by the fore bearing group (17) of front and the rear bearing group (19) at rear portion
Cylinder (12) is internal, and the through-hole that the shaft core cylinder (12) passes through turntable (11) is fixed by bolts on turntable (11), before described
Oil ring lid (14) is mounted on the front end of shaft core cylinder (12) and compresses positioning fore bearing group (17), before described first only oil ring and
Stop oil ring before second to be disposed adjacent on main shaft, and forms preceding labyrinth seal, the envelope compression ring group with preceding oil ring lid (14)
(18) it is fixed in shaft core cylinder (12) and is compressed by rear bearing group (19) and positioned, only oil ring (20) pass through screw thread after described first
It is fixed on the rear end of main shaft, the motor cabinet (22) is fixed on central spindle tube rear end and stops oil ring, shape after compressing described second
At rear labyrinth seal；Only oil ring is mounted on main shaft and is disposed adjacent with oil ring is stopped after first after second for this, the main shaft electricity
Machine is fixed on motor cabinet, and the output shaft of the spindle motor is connect by shaft coupling with main shaft, drives spindle operation, the leaf
Wheel fixture nut (25) is fixed on the front end of main shaft, and the dustband is fixed on the middle part boss of shaft core cylinder, and described the
One O-ring is fixed in the groove of front-end of spindle, and fog lubrication access mechanism is provided on the main shaft.
3. a kind of direct yarn wire drawing machine of 260 heavy-weight coil of glass fibre φ according to claim 2, which is characterized in that described
Fog lubrication access mechanism Bao Qianfen oil clot (28) He Houfen oil clot (29), divide oil clot (28) to be mounted on fore bearing before described
Among two bearings of group (17), the rear point of oil clot (29) is mounted among two bearings of rear bearing group (19), described
Shaft core cylinder back segment be disposed with oil inlet, be internally provided with the preceding oil inlet passage and rear oil inlet passage being connected to oil inlet, it is described
Preceding oil inlet passage extend at fore bearing group before divide oil clot, rear oil inlet passage extends to rear point of oil clot at rear bearing group,
It is divided on oil clot (28) before described and arranges that there are two the outlet that respectively two bearings of fore bearing group are led to lubricant mist, rear point of oil
Arrange that there are two the outlets that respectively two bearings of rear bearing group are led to lubricant mist on block (29), in the preceding oil ring lid
(14) oil discharge outlet is disposed on.
4. a kind of direct yarn wire drawing machine of 260 heavy-weight coil of glass fibre φ according to claim 2, which is characterized in that described
Envelope compression ring group (18) include two envelope compression rings that are identical and being oppositely arranged, the back segment of the shaft core cylinder (12) is disposed with compression
Air intlet between two envelope compression rings of compressed air channel face inside shaft core cylinder, is provided on the main shaft (10)
Main shaft air inlet between face two envelope compression rings, main shaft (10) are internally provided with the shaft passage for reaching front end, shaft passage
Gas outlet be arranged among the groove of two neighboring first O circle, two envelope compression rings, compressed air inlet, main shaft into
Port and gas outlet form compressed air channel.
5. a kind of direct yarn wire drawing machine of 260 heavy-weight coil of glass fibre φ according to claim 1, which is characterized in that described
Impeller mechanism (9) be gas contracting formula structure, including impeller bodies (30), feather key (31), the second O-ring (32), rear tapered sleeve
(33), third O-ring (34), the first spring (35), spring pressuring plate (36), second spring (37), rear end cap (38), front tapered sleeve
(39), curled hair ring mechanism (40) and the piece that rises (41), the impeller bodies (30) are fixed on master by impeller fixture nut (25)
On axis (10), feather key (31) described in two is symmetrically mounted in the keyway of impeller bodies (30) rear end, and described second is O-shaped
Circle (32) is arranged in the groove of impeller bodies (30), after what the rear tapered sleeve (33) was slided is sleeved on impeller bodies (30)
End, the third O-ring (34) are arranged in the groove of rear tapered sleeve (33), and first spring (35) is mounted on rear tapered sleeve
(33) in the spring base hole of side, the spring pressuring plate (36) is arranged in rear tapered sleeve (33) groove, pushes down the first spring
(35), the second spring (37) is arranged in the spring base hole of rear tapered sleeve (33) other side, while by the rear end cap
It squeezes, which is fixed on the rear end face of impeller bodies (30), and the front tapered sleeve (39) is fixed on impeller bodies (30)
Front end face on, the curled hair ring mechanism (40) is fixed in front tapered sleeve, and the piece that rises (41) is liftable to be mounted on leaf
In the T-slot of wheel body (30), it is slidably matched with the front tapered sleeve and rear tapered sleeve；On described impeller bodies (30) inner hole wall
It is provided with air inlet, gas outlet is provided on the periphery cooperated with rear tapered sleeve (33), is arranged between the air inlet and gas outlet
There is air flue.
6. a kind of direct yarn wire drawing machine of 260 heavy-weight coil of glass fibre φ according to claim 5, which is characterized in that described
Curled hair ring mechanism (40) include curled hair ring (42), fracture of wire gasket (43), chopping screw (44), chopping hook (45), clump weight
(46) it is fixed on front tapered sleeve (39) front end face with front shroud (47), the curled hair ring (42), the fracture of wire gasket (43)
It is fixed on along four uniformly distributed gasket grooves of curled hair ring (42) circumferencial direction, offers number in the circumferencial direction of the curled hair ring
It is a to have bevelled wire hole, a chopping screw (44) is installed in each wire hole, the chopping hook (45) is mounted on along curled hair
In two chopping hook grooves of ring (42) circumference uniform distribution, the clump weight (46) is mounted on curled hair ring (42) inner convex platform circumference
On, the front shroud (47) is mounted on curled hair ring (42) front end face.
7. a kind of direct yarn wire drawing machine of 260 heavy-weight coil of glass fibre φ according to claim 1, which is characterized in that described
Layout mechanism (2) be direct yarn forming mechanism, including transverse-moving mechanism (48), traversing axis (49) and groove drum mechanism (50) are described
Traversing axis (49) be fixed on transverse-moving mechanism (48) by front clamp block (51) and rear gripping block (52), the groove drum mechanism
(50) it is mounted on the front end of traversing axis (49).
8. a kind of direct yarn wire drawing machine of 260 heavy-weight coil of glass fibre φ according to claim 7, which is characterized in that described
Transverse-moving mechanism (48) include suspension bent plate (54), linear guide (55), traversing axis hanging plate (56) and lead screw transverse-moving mechanism (57),
The suspension bent plate is fixed on the rack, and the linear guide (55) is fixed in suspension bent plate (54), and described is traversing
Axis hanging plate (56) is fixed on the sliding block being slidably matched with linear guide (55), and the lead screw transverse-moving mechanism (57) is fixed on outstanding
It hangs on bent plate (54), front clamp block (51) is fixed on traversing axis hanging plate (56) front end, and rear gripping block (52) is fixed on traversing axis and hangs
Plate (56) rear end.
9. a kind of direct yarn wire drawing machine of 260 heavy-weight coil of glass fibre φ according to claim 7, which is characterized in that described
Groove drum mechanism include transmission shaft (58), Quincunx elastic coupler (59), groove drum shaft (60), bus box (61), bracket (62),
Latch segment (63), high-pressure water pipe (64), upper sliding rail backing plate (65), upper sliding rail (66), support plate (67), winding displacement shuttle backplate (68),
Glidepath (69), winding displacement shuttle (70), compression bar (71) and handwheel (72), the traversing axis (49) pass through front clamp block and rear folder
Tight block is fixed on traversing axis hanging plate (56) in the following, the transmission shaft (58) is supported on traversing axis (49) inside, institute by bearing
The input side axle sleeve for the Quincunx elastic coupler (59) stated is fixed on transmission shaft (58), the Quincunx elastic coupler
(59) outlet side axle sleeve is fixed on groove drum shaft (60), and the groove drum shaft (60) is supported in bus box (61) by bearing
Portion, the bus box (61) are fixed on traversing axis (49) front end, the latch segment (63) row of being fixed on by bracket (62)
On line case (61), the high-pressure water pipe (64) is fixed on bus box (61) upper surface, upper sliding rail backing plate (65) installation
In bus box (61) side, one end of sliding rail backing plate is hinged with bus box on this, and the other end is provided with card slot, the card slot and installation
The dynamic cooperation of handwheel (72) on bus box, the upper sliding rail (66) are fixed on sliding rail backing plate (65), the support
Plate (67) one end is hinged on sliding rail backing plate (65), and one end is inserted in the elongated slot of bus box (61) and slidably, the row
Line shuttle backplate (68) is fixedly mounted on the outside of sliding rail (66), and the glidepath (69) is mounted on the bus box of sliding rail lower part
(61) on, the sliding block of described winding displacement shuttle (70) lower end is inserted in the helicla flute of groove drum shaft (60), and two sides are stuck in the upper cunning
On rail (66) and glidepath (69), which is oriented to by the upper sliding rail and glidepath；The compression bar (71) is fixed on
The side of the bus box (61) of glidepath (69) lower part.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201822116051.7U CN209508033U (en) | 2018-12-17 | 2018-12-17 | A kind of direct yarn wire drawing machine of 260 heavy-weight coil of glass fibre φ |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201822116051.7U CN209508033U (en) | 2018-12-17 | 2018-12-17 | A kind of direct yarn wire drawing machine of 260 heavy-weight coil of glass fibre φ |
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| CN209508033U true CN209508033U (en) | 2019-10-18 |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109399913A (en) * | 2018-12-17 | 2019-03-01 | 泰安佳成机电科技有限公司 | A kind of direct yarn wire drawing machine of 260 heavy-weight coil of glass fibre φ |
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2018
- 2018-12-17 CN CN201822116051.7U patent/CN209508033U/en active Active
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109399913A (en) * | 2018-12-17 | 2019-03-01 | 泰安佳成机电科技有限公司 | A kind of direct yarn wire drawing machine of 260 heavy-weight coil of glass fibre φ |
| CN109399913B (en) * | 2018-12-17 | 2023-09-26 | 泰安佳成机电科技有限公司 | Glass fiber phi 260 large-volume heavy direct yarn wire drawing machine |
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