CN102825798B - Vertical wet-process winding device - Google Patents
Vertical wet-process winding device Download PDFInfo
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- CN102825798B CN102825798B CN201210349064.3A CN201210349064A CN102825798B CN 102825798 B CN102825798 B CN 102825798B CN 201210349064 A CN201210349064 A CN 201210349064A CN 102825798 B CN102825798 B CN 102825798B
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Abstract
The invention relates to a vertical wet-process winding device, which relates to winding forming devices applied to container products, and aims at solving the problems of low winding speed, low production efficiency and inadaptation to large-batch industrial production of the conventional horizontal winding machine or gantry-frame-type winding machine for carrying out winding molding on container products, such as glass fiber reinforced plastic ball bodies and ball-like pots. The vertical wet-process winding device comprises a main shaft transmission system, an arm winding mechanism, a rotary support, a glue dipping mechanism and a swinging yarn discharging mechanism, wherein the arm winding mechanism comprises an arm beam, a flange plate, a shaft sleeve, a second bevel gear, a first sleeve shaft support, a sleeve shaft, a second sleeve shaft support, a sliding shaft, a sliding shaft support, a third bevel gear, a supporting shaft, a rotary plate, a sliding bearing seat, a fourth bevel gear, a first nut, a lead screw, a second nut, a balance weight body and two lead screw supports, and the rotary plate is connected with the rotary support; and a glue dipping roller is arranged between two glue dipping roller supporting blocks and is rotationally connected with the two glue dipping roller supporting blocks. The vertical wet-process winding device disclosed by the invention is used for carrying out the winding molding on the container products, such as the glass fiber reinforced plastic ball bodies and the ball-like pots.
Description
Technical field
The present invention relates to the Wrapping formed device that vessel prepd is used, be specifically related to the vertical wet-process wind of the Wrapping formed use of vessel prepd such as a kind of fiberglass spheroid, class spherical tank.
Background technology
At present, both at home and abroad fiberglass spheroid, class spherical tank equal pressure container goods demand are rapidly gone up, the production of these vessel prepds is used Horizontal type winding machine or gantry frame type wrapping machine mostly.But the canoe speed of wrap of these two kinds of wrapping machines is slow, efficiency is lower, can not adapt to the needs of mass industrialized production.
Summary of the invention
The object of the invention is to exist speed of wrap slow for solving existing Horizontal type winding machine or the gantry frame type wrapping machine of using for vessel prepds such as Wrapping formed fiberglass spheroid, class spherical tanks, production efficiency is lower, be not suitable with the problem of mass industrialized production, and then a kind of vertical wet-process wind is provided.
The present invention addresses the above problem the technical scheme of taking to be: vertical wet-process wind of the present invention comprises main axis transmission system, around arm mechanism, runing rest, impregnation mechanism with swing yarn mechanism;
Describedly comprise arm beam around arm mechanism, ring flange, axle sleeve, the second bevel gear, first set shaft stool, sleeve, the second cover shaft stool, sliding axle, sliding axle bearing, the 3rd bevel gear, back shaft, rotating disk, plain bearing housing, the 4th bevel gear, the first screw, leading screw, the second screw, counterweight body and two leading screw bearings, ring flange is arranged on the middle part of arm beam, the middle part of ring flange is processed with axis hole, main axis transmission system is connected with the axis hole on ring flange, main axis transmission system can be with swing arm beam to rotate, main axis transmission system is connected with the second bevel-gear rotating, the second bevel gear is connected with sleeve, sleeve is by being arranged on first set shaft stool and the second sleeve seat supports on arm beam, sliding axle is by being arranged on the sliding axle seat supports on arm beam, sleeve is hollow sleeve, the inner chamber of sleeve is processed with spline vertically, the outer wall of sliding axle is processed with spline vertically, the spline of sliding axle slides axially and is connected with the spline of sleeve, the spline of sliding axle and the spline of sleeve are radially rotationally connected, sliding axle is connected with the 3rd bevel gear, the 3rd bevel gear engages with the 4th bevel gear, back shaft is arranged on the plain bearing housing being arranged on arm beam, one end of back shaft is connected with the 4th bevel gear, the other end of back shaft is connected with rotating disk, rotating disk is connected with runing rest, plain bearing housing and balance balance weight body are arranged on respectively on arm beam, leading screw is by being arranged on two leading screw seat supports on arm beam, be positioned on the leading screw of two leading screw bearing both sides, be threaded respectively the first screw and the second screw, the first screw is connected with plain bearing housing, the second screw is connected with counterweight body,
Described impregnation mechanism comprises steeping vat, glue scraping plate, impregnation rolls, two impregnations roll a piece, adjust screw rod for two, at least two gear yarn bars and at least two presser bars, steeping vat is horizontally disposed with, the bottom surface of steeping vat is arranged on runing rest, glue scraping plate, adjust screw rod for two, two impregnations roll a piece, at least two presser bars and at least two gear yarn bars are installed on steeping vat, gear yarn bar draws yarn for gear, presser bar is for introducing yarn to swing yarn mechanism, impregnation rolls at two impregnations and rolls between a piece, and impregnation rolls and rolls piece with two impregnations and be rotationally connected, impregnation rolls for yarn impregnation, glue scraping plate is arranged on steeping vat just in two chutes that arrange, and glue scraping plate can slide along chute, adjust screw rod for adjusting glue scraping plate and the impregnation gap between rolling for two.
The invention has the beneficial effects as follows:
One, vertical wet-process wind of the present invention and current vertical dry-process are wound around and are around arm system difference, and current vertical dry-process is wound around around arm system by dipping system is not installed thereon, can only be applied to sub-thread, doublet cord or band and carry out dry method winding.The present invention has set up dipping system and runing rest, dipping system by runing rest be connected around arm, in order to ensure that in the time that arm mechanism rotates impregnation mechanism remains level, design unique bevel-gear rotating mechanism, the rotation of engaging by the first bevel gear with the second bevel gear, being rotationally connected of sliding axle and sleeve, the rotation of engaging of the 3rd bevel gear and the 4th bevel gear, the 4th bevel gear is connected with back shaft, being connected of back shaft and rotating disk and being connected of rotating disk and runing rest, dipping system is connected with runing rest, having realized impregnation mechanism is following when arm mechanism rotates, self is also doing the spinning motion of response angle, ensure that impregnation mechanism is following runing rest and in the time that arm rotates, remaining level, so also enough ensure that the glue that holds in steeping vat following in the time that arm rotates not from steeping vat is unrestrained.Leading screw, screw, leading screw bearing and the balance balance weight body of having designed in arm mechanism of the present invention in addition, leading screw is by being arranged on two leading screw seat supports on arm beam, be positioned on the leading screw of two leading screw bearing both sides, be threaded respectively the first screw and the second screw, the first screw is connected with plain bearing housing, and the second screw is connected with counterweight body, by the design of said structure, apparatus of the present invention kept good dynamic balance performance around arm, reduce the inertia impact rotating around arm mechanism, the glass fibre that swing yarn of the present invention mechanism can make to have soaked resin by the rule continuous uniform of setting be paved with mandrel surface, the present invention is for fw frp spheroid, the vessel prepds such as class spherical tank, speed of wrap is fast, speed of wrap has improved more than 10%, production efficiency high (more than can reaching 200m/min), production efficiency has improved more than 4%, be applicable to mass industrialized production, meet the needs of actual production, there is higher economic benefit.
Two, the canoe of wind of the present invention is completely different with the canoe of Horizontal type winding machine in the past or gantry frame type wrapping machine, the canoe of traditional Horizontal type winding machine or gantry frame type wrapping machine is to be rotatablely moved by core, the radial alignment feed motion composition of dolly straight reciprocating motion, silk mouth.This kind of canoe comprises two kinds of rectilinear motions, in rectilinear motion commutation process, for reduce to impact inertia and ensure linear stablize vertical, acceleration of motion and deceleration all can not be too high, therefore, the overall speed of wrap of these two kinds of types is slower, is wound around efficiency not high.And the core of vertical wet-process wind of the present invention press winding angle tilt, be positioned at around arm end silk mouth with the rotation around arm, in a fixed pan, do uniform circular motion.Core, around self axis slow rotation, often circles around arm (silk mouth), and core rotates respective angles, and yarn sheet and utmost point hole, two ends are tangent, and continuous winding is to core successively.When hoop is wound around, core vertically rotates, and completes hoop and is wound around around arm (silk mouth) slow rotation.The vertical canoe around the complete servo Controlled by Programmable Controller wrapping machine of arm is only rotated by core and rotates and form around arm (silk mouth), thereby has reduced the straight-line loss time, has greatly improved production efficiency.
Three, wind of the present invention be furnished with exclusive around arm mechanism, because a silk mouth in winding process rotates at a perpendicular, therefore, in order to ensure the smooth and easy of yarn road, impregnation mechanism with together with arm, rotate.After yarn impregnation, be directly wound on core through payout eye, there is not loose yarn phenomenon in yarn after impregnation, ensure Liao Sha road smooth and easy and yarn tension stable, improved presentation quality and the mechanical property of product.
Four,, in the time that needs change coiling diameter, just can make impregnation mechanism peace weighing apparatus balance weight body move by rightabout as long as screw mandrel is adjusted in rotation simultaneously, thereby make to remain good dynamic equilibrium state around arm mechanism.
Five, in order better to control exhibition yarn width well, the present invention has increased swing yarn mechanism, swings yarn mechanism by adjustment, can change the yarn sheet width while winding, makes yarn sheet evenly be covered with whole core, has ensured presentation quality and the mechanical property of product.
Brief description of the drawings
Fig. 1 is the main TV structure schematic diagram of the present invention, Fig. 2 is main axis transmission system overall structure schematic diagram, Fig. 3 is the overall structure top view around arm mechanism, Fig. 4 is the front view of Fig. 3, Fig. 5 is runing rest, impregnation mechanism and swings yarn mechanism syndeton front view, Fig. 6 is runing rest and swings yarn mechanism syndeton top view, the overall structure front view of Tu7Shi impregnation mechanism, Fig. 8 is the left view of Fig. 7, Fig. 9 is the top view of Fig. 7, Figure 10 is the overall structure front view that swings yarn mechanism, and Figure 11 is the top view of Figure 10.
Detailed description of the invention
Detailed description of the invention one: in conjunction with Fig. 1-Figure 11, present embodiment is described, the vertical wet-process wind of present embodiment comprises main axis transmission system 1, around arm mechanism 2, runing rest 3, impregnation mechanism 4 with swing yarn mechanism 5;
Describedly comprise arm beam 2-1 around arm mechanism 2, ring flange 2-2, axle sleeve, the second bevel gear 2-3, first set shaft stool 2-4, sleeve 2-5, the second cover shaft stool 2-6, sliding axle 2-7, sliding axle bearing 2-8, the 3rd bevel gear 2-9, back shaft 2-10, rotating disk 2-11, plain bearing housing 2-12, the 4th bevel gear 2-13, the first screw 2-14, leading screw 2-15, the second screw 2-17, counterweight body 2-18 and two leading screw bearing 2-16, ring flange 2-2 is arranged on the middle part of arm beam 2-1, the middle part of ring flange 2-2 is processed with axis hole 2-19, main axis transmission system 1 is connected with the axis hole 2-19 on ring flange 2-2, main axis transmission system 1 can be with swing arm beam 2-1 to rotate, main axis transmission system 1 and the second bevel gear 2-3 are rotationally connected, the second bevel gear 2-3 is connected with sleeve 2-5, sleeve 2-5 supports by the first set shaft stool 2-4 and the second cover shaft stool 2-6 that are arranged on arm beam 2-1, sliding axle 2-7 supports by the sliding axle bearing 2-8 being arranged on arm beam 2-1, sleeve 2-5 is hollow sleeve, the inner chamber of sleeve 2-5 is processed with spline vertically, the outer wall of sliding axle 2-7 is processed with spline vertically, the spline of sliding axle 2-7 slides axially and is connected with the spline of sleeve 2-5, the spline of the spline of sliding axle 2-7 and sleeve 2-5 is radially rotationally connected, sliding axle 2-7 is connected with the 3rd bevel gear 2-9, the 3rd bevel gear 2-9 engages with the 4th bevel gear 2-13, back shaft 2-10 is arranged on the plain bearing housing 2-12 being arranged on arm beam 2-1, one end of back shaft 2-10 is connected with the 4th bevel gear 2-13, the other end of back shaft 2-10 is connected with rotating disk 2-11, rotating disk 2-11 is connected with runing rest 3, plain bearing housing 2-12 and balance balance weight body 2-18 are arranged on respectively on arm beam 2-1, leading screw 2-15 supports by two leading screw bearing 2-16 that are arranged on arm beam 2-1, be positioned on the leading screw 2-15 of two leading screw bearing 2-16 both sides, be threaded respectively the first screw 2-14 and the second screw 2-17, the first screw 2-14 is connected with plain bearing housing 2-12, the second screw 2-17 is connected with counterweight body 2-18,
Described impregnation mechanism 4 comprises steeping vat 4-1, glue scraping plate 4-3, impregnation rolls 4-6, two impregnations roll a piece 4-5, adjust screw rod 4-4 for two, at least two gear yarn bar 4-2 and at least two presser bar 4-7, steeping vat 4-1 is horizontally disposed with, the bottom surface of steeping vat 4-1 is arranged on runing rest 3, glue scraping plate 4-3, adjust screw rod 4-4 for two, two impregnations roll a piece 4-5, at least two presser bar 4-7 and at least two gear yarn bar 4-2 are installed on steeping vat 4-1, gear yarn bar 4-2 draws yarn for gear, presser bar 4-7 is for introducing yarn to swing yarn mechanism 5, impregnation rolls 4-6 and rolls between a piece 4-5 at two impregnations, and impregnation rolls 4-6 and two impregnations and rolls a piece 4-5 and be rotationally connected, impregnation rolls 4-6 for yarn impregnation, glue scraping plate 4-3 is arranged on steeping vat 4-1 just in two chute 4-8 that arrange, and glue scraping plate 4-3 can slide along chute 4-8, adjust screw rod 4-4 for adjusting glue scraping plate 4-3 and impregnation rolls the gap between 4-6 for two.
Detailed description of the invention two: present embodiment is described in conjunction with Fig. 1-Fig. 4, described in present embodiment, main axis transmission system 1 comprises lower box 1-1, upper box 1-2, main shaft 1-3, the first bevel gear 1-4, approach switch 1-5, inductor 1-6, reductor 1-7 and motor 1-8, upper box 1-2 and reductor 1-7 are arranged on the upper surface of lower box 1-1, one end of main shaft 1-3 is connected with the output of reductor 1-7 through upper box 1-2, the input of reductor 1-7 is connected with the output of motor 1-8, the other end of main shaft 1-3 is provided with the first bevel gear 1-4, on the main shaft 1-3 between upper box 1-2 and reductor 1-7, be provided with inductor 1-6, be positioned on the upper box 1-2 of top of inductor 1-6 and be provided with approach switch 1-5, in the axis hole 2-19 that the middle part of the other end insertion ring flange 2-2 of main shaft 1-3 is provided with, main shaft 1-3 is connected along the radial rotating of main shaft 1-3 with arm beam 2-1, the first bevel gear 1-4 engages with the second bevel gear 2-3.The approach switch 1-5 of present embodiment is for detection of judging that main shaft returns origin position; Inductor 1-6 is arranged on main shaft 1-3 and above and with main shaft rotates 1-3, and in the time that inductor 1-6 turns to approach switch 1-5 position, approach switch 1-5 sends signal to master controller, makes master controller know main spindle's.Present embodiment transmission system can be according to the actual needs of the winding product around arm mechanism and impregnation mechanism, and speed of wrap and the production efficiency of adjusting vessel prepd that can convenience and high-efficiency meet the needs of industrialized mass production.Other is identical with detailed description of the invention one.
Detailed description of the invention three: present embodiment is described in conjunction with Fig. 1, Fig. 5 and Fig. 6, described in present embodiment, runing rest 3 comprises rack body 3-1, thread board 3-2 and securing member 3-3, on the lower surface of rack body 3-1, be provided with the thread board 3-2 for directing thread, one end of rack body 3-1 is connected with rotating disk 2-11, the other end of rack body 3-1 removably connects with swinging yarn mechanism 5 by securing member 3-3, and the bottom surface of steeping vat 4-1 is arranged on the upper surface of rack body 3-1.Present embodiment is connected by rack body 3-1 and steeping vat 4-1's, effectively realize steeping vat 4-1 with in the time of arm mechanism 2 synchronous rotary, ensure the smooth and easy of Liao Sha road, meet the actual winding needs of fiberglass spheroid, class spherical tank equal pressure container goods.Other is identical with detailed description of the invention one.
Detailed description of the invention four: in conjunction with Fig. 1, Fig. 5, Fig. 6, Figure 10 and Figure 11 illustrate present embodiment, described in present embodiment, swing yarn mechanism 5 and comprise sliding support plate 5-1, beat axle 5-2, beat head 5-3, yarn comb 5-5, hold together yarn ring 5-6 and two deflection angles adjustment screw 5-4, one end of sliding support plate 5-1 removably connects by securing member 3-3 and the rack body 3-1 other end, sliding support plate 5-1 can be on rack body 3-1 moving axially along back shaft 2-10, the other end of sliding support plate 5-1 is separately installed with beat axle 5-2 and two deflection angles are adjusted screw 5-4, beat head 5-3 is arranged on beat axle 5-2 above and can rotates around beat axle 5-2 beat, yarn is combed 5-5 and is held together yarn ring 5-6 and is arranged on respectively on beat head 5-3, yarn on yarn comb 5-5 is introduced by presser bar 4-7, two deflection angles are adjusted screw 5-4 and can be controlled yarn comb 5-5, hold together the deflection angle of yarn ring 5-6 and beat head 5-3, two deflection angles are adjusted screw 5-4 and are dropped on the exhibition yarn width on vessel prepd for adjusting winding yarn.Present embodiment is by regulating two deflection angles to adjust screw, and then control yarn comb 5-5, hold together the deflection angle of yarn ring 5-6 and beat head 5-3, thereby realize the yarn sheet width changing while winding, make yarn sheet evenly be covered with whole core, ensured presentation quality and the mechanical property of product.Other is identical with detailed description of the invention three.
Detailed description of the invention five: present embodiment is described in conjunction with Fig. 1, Fig. 5, Fig. 6, Figure 10 and Figure 11, the sliding support plate 5-1 of present embodiment upper along back shaft 2-10 axially offer a strip hole 5-7, sliding support plate 5-1 removably connects by the securing member 3-3 and the rack body 3-1 that are arranged in strip hole 5-7.So arrange, meet the needs of actual Wound goods.Other is identical with detailed description of the invention four.
Detailed description of the invention six: in conjunction with Fig. 5 and Fig. 6, present embodiment is described, the securing member 3-3 described in present embodiment is bolt.So arrange, connect high efficient and reliable.Other is identical with detailed description of the invention three, four or five.
Operation principle
The main shaft 1-3 being arranged on upper box 1-2 is given power transmission by reductor 1-7 in the rotation of motor 1-8, main shaft 1-3 is by the ring flange 2-2 band swing arm beam 2-1 rotation arranging on arm mechanism 2, the the first bevel gear 1-4 being simultaneously fixed on upper box 1-2 drives the second bevel gear 2-3 rotation, the second bevel gear 2-3 drives sleeve 2-5 successively, sliding axle 2-7 and the 3rd bevel gear 2-9 rotation, the 3rd bevel gear 2-9 engages with the 4th bevel gear 2-13, drive successively back shaft 2-10 and rotating disk 2-11 rotation by the rotation of the 4th bevel gear 2-13, thereby drive and be fixed on runing rest 3 on rotating disk 2-11 and when arm mechanism 2 rotates, do rightabout rotation following, like this, make runing rest 3 remain that level is wound around, and then, also make to be arranged on the impregnation mechanism 4 on runing rest 3 and swing yarn mechanism 5 and remain that level is wound around.
When winding, winding yarn 6 is introduced from the thread board 3-2 of the bottom of runing rest 3, and the lever jack 4-2 on steeping vat 4-1, impregnation roll 4-6, presser bar 4-7,5-5 yarn comb and hold together yarn ring 5-6, are finally wrapped on goods.When winding yarn 6 is in the time that impregnation rolls 4-6, driving impregnation to roll 4-6 rolls on a piece 4-5 and rotates at impregnation, impregnation rolls 4-6 bottom and is immersed in 7 li of the glues that are contained in steeping vat 4-1, impregnation rolls 4-6 along with the rolling of advancing at winding yarn fiber, thereby the glue in steeping vat 4-1 is taken on the face of rolling and winding yarn fiber even contact, by adjusting two adjustment screw rod 4-4 on steeping vat 4-1, the gap that can make glue scraping plate 4-3 and impregnation roll between 4-6 changes, thereby adjust impregnation and roll the adhesive liquid quantity on 4-6, can effectively control like this gel content of winding yarn fiber in winding process, the bottom of steeping vat 4-1 is provided with binder removal hole 4-9, glue in steeping vat 4-1 7 can be discharged in the 4-9 of binder removal hole as required.In the time that winding yarn fibrous warps is combed 5-5 and held together yarn ring 5-6, can drive the beat head 5-3 being arranged on beat axle 5-2 to rotate centered by beat axle 5-2 by being arranged on the yarn comb 5-5 on beat head 5-3 and holding together yarn ring 5-6.Adjustment is arranged on the deflection angle of sliding support plate 5-1 end and adjusts screw 5-4, can control yarn comb 5-5, hold together yarn ring 5-6) and the deflection angle of beat head 5-3, thereby adjustment winding yarn drops on the exhibition yarn width on pressure vessel goods.
In the time need to changing the coiling diameter of vessel prepd, rotational lead screw 2-15, drive respectively plain bearing housing 2-12 and balance balance weight body 2-17 along the chute separately on arm beam 2-1 by connecting the first screw 2-14 of leading screw 2-15 and the second screw 2-17, simultaneously to pivot direction or rightabout motion, can adjust like this position of the runing rest 3 being arranged on plain bearing housing 2-12 and adjust the position of corresponding counterweight body 2-18 simultaneously, in the time that runing rest 3 is adjusted to correct position, counterweight body 2-18 is also adjusted to corresponding position simultaneously, therefore, no matter runing rest 3 is in any position, remain dynamic equilibrium state around arm mechanism 2, thereby ensure vertical around arm mechanism smooth running, when reducing this mechanism and using because speed changes the impact producing.
Claims (6)
1. vertical wet-process wind, is characterized in that: described device comprises main axis transmission system (1), around arm mechanism (2), runing rest (3), impregnation mechanism (4) with swing yarn mechanism (5);
Describedly comprise arm beam (2-1) around arm mechanism (2), ring flange (2-2), axle sleeve, the second bevel gear (2-3), first set shaft stool (2-4), sleeve (2-5), the second cover shaft stool (2-6), sliding axle (2-7), sliding axle bearing (2-8), the 3rd bevel gear (2-9), back shaft (2-10), rotating disk (2-11), plain bearing housing (2-12), the 4th bevel gear (2-13), the first screw (2-14), leading screw (2-15), the second screw (2-17), counterweight body (2-18) and two leading screw bearings (2-16), ring flange (2-2) is arranged on the middle part of arm beam (2-1), the middle part of ring flange (2-2) is processed with axis hole (2-19), main axis transmission system (1) is connected with the axis hole (2-19) on ring flange (2-2), main axis transmission system (1) can be with swing arm beam (2-1) to rotate, main axis transmission system (1) is rotationally connected with the second bevel gear (2-3), the second bevel gear (2-3) is connected with sleeve (2-5), sleeve (2-5) supports by the first set shaft stool (2-4) and the second cover shaft stool (2-6) that are arranged on arm beam (2-1), sliding axle (2-7) supports by the sliding axle bearing (2-8) being arranged on arm beam (2-1), sleeve (2-5) is hollow sleeve, the inner chamber of sleeve (2-5) is processed with spline vertically, the outer wall of sliding axle (2-7) is processed with spline vertically, the spline of sliding axle (2-7) slides axially and is connected with the spline of sleeve (2-5), the spline of the spline of sliding axle (2-7) and sleeve (2-5) is radially rotationally connected, sliding axle (2-7) is connected with the 3rd bevel gear (2-9), the 3rd bevel gear (2-9) engages with the 4th bevel gear (2-13), back shaft (2-10) is arranged on the plain bearing housing (2-12) being arranged on arm beam (2-1), one end of back shaft (2-10) is connected with the 4th bevel gear (2-13), the other end of back shaft (2-10) is connected with rotating disk (2-11), rotating disk (2-11) is connected with runing rest (3), plain bearing housing (2-12) and balance balance weight body (2-18) are arranged on respectively on arm beam (2-1), leading screw (2-15) supports by two the leading screw bearings (2-16) that are arranged on arm beam (2-1), be positioned on the leading screw (2-15) of two leading screw bearings (2-16) both sides, be threaded respectively the first screw (2-14) and the second screw (2-17), the first screw (2-14) is connected with plain bearing housing (2-12), the second screw (2-17) is connected with counterweight body (2-18),
Described impregnation mechanism (4) comprises steeping vat (4-1), glue scraping plate (4-3), impregnation rolls (4-6), two impregnations roll a piece (4-5), adjust screw rod (4-4) for two, at least two gear yarn bars (4-2) and at least two presser bars (4-7), steeping vat (4-1) is horizontally disposed with, the bottom surface of steeping vat (4-1) is arranged on runing rest (3), glue scraping plate (4-3), adjust screw rod (4-4) for two, two impregnations roll a piece (4-5), at least two presser bars (4-7) and at least two gear yarn bars (4-2) are installed on steeping vat (4-1), gear yarn bar (4-2) draws yarn for gear, presser bar (4-7) is for introducing yarn to swing yarn mechanism (5), impregnation rolls (4-6) and is positioned at two impregnations and rolls between piece (4-5), and impregnation rolls (4-6) and rolls a piece (4-5) with two impregnations and be rotationally connected, impregnation rolls (4-6) for yarn impregnation, glue scraping plate (4-3) is arranged on steeping vat (4-1) just in two chutes (4-8) that arrange, and glue scraping plate (4-3) can slide along chute (4-8), adjust screw rod (4-4) for two and roll the gap between (4-6) for adjusting glue scraping plate (4-3) and impregnation.
2. vertical wet-process wind according to claim 1, it is characterized in that: described main axis transmission system (1) comprises lower box (1-1), upper box (1-2), main shaft (1-3), the first bevel gear (1-4), approach switch (1-5), inductor (1-6), reductor (1-7) and motor (1-8), upper box (1-2) and reductor (1-7) are arranged on the upper surface of lower box (1-1), one end of main shaft (1-3) is connected with the output of reductor (1-7) through upper box (1-2), the input of reductor (1-7) is connected with the output of motor (1-8), the other end of main shaft (1-3) is provided with the first bevel gear (1-4), be positioned on the main shaft (1-3) between upper box (1-2) and reductor (1-7) and be provided with inductor (1-6), be positioned on the upper box (1-2) of top of inductor (1-6) and be provided with approach switch (1-5), in the axis hole (2-19) that the middle part of the other end insertion ring flange (2-2) of main shaft (1-3) is provided with, main shaft (1-3) is connected along the radial rotating of main shaft (1-3) with arm beam (2-1), the first bevel gear (1-4) engages with the second bevel gear (2-3).
3. vertical wet-process wind according to claim 1, it is characterized in that: described runing rest (3) comprises rack body (3-1), thread board (3-2) and securing member (3-3), on the lower surface of rack body (3-1), be provided with the thread board (3-2) for directing thread, one end of rack body (3-1) is connected with rotating disk (2-11), the other end of rack body (3-1) removably connects with swing yarn mechanism (5) by securing member (3-3), the bottom surface of steeping vat (4-1) is arranged on the upper surface of rack body (3-1).
4. vertical wet-process wind according to claim 3, it is characterized in that: described swing yarn mechanism (5) comprises sliding support plate (5-1), beat axle (5-2), beat head (5-3), yarn comb (5-5), hold together yarn ring (5-6) and two deflection angles adjustment screws (5-4), one end of sliding support plate (5-1) removably connects by securing member (3-3) and rack body (3-1) other end, sliding support plate (5-1) can be upper the moving axially along back shaft (2-10) of rack body (3-1), the other end of sliding support plate (5-1) is separately installed with beat axle (5-2) and two deflection angles are adjusted screw (5-4), beat head (5-3) is arranged on beat axle (5-2) above and can rotates around beat axle (5-2) beat, yarn is combed (5-5) and is held together yarn ring (5-6) and is arranged on respectively on beat head (5-3), yarn on yarn comb (5-5) is introduced by presser bar (4-7), two deflection angles are adjusted screw (5-4) and can be controlled yarn comb (5-5), hold together the deflection angle of yarn ring (5-6) and beat head (5-3), two deflection angles are adjusted screw (5-4) and are dropped on the exhibition yarn width on vessel prepd for adjusting winding yarn.
5. vertical wet-process wind according to claim 4, it is characterized in that: sliding support plate (5-1) upper along back shaft (2-10) axially offer a strip hole (5-7), sliding support plate (5-1) removably connects with rack body (3-1) by the securing member (3-3) being arranged in strip hole (5-7).
6. according to the vertical wet-process wind described in claim 3 to 5 any one claim, it is characterized in that: described securing member (3-3) is bolt.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201210349064.3A CN102825798B (en) | 2012-09-19 | 2012-09-19 | Vertical wet-process winding device |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201210349064.3A CN102825798B (en) | 2012-09-19 | 2012-09-19 | Vertical wet-process winding device |
Publications (2)
| Publication Number | Publication Date |
|---|---|
| CN102825798A CN102825798A (en) | 2012-12-19 |
| CN102825798B true CN102825798B (en) | 2014-07-02 |
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| CN103395195A (en) * | 2013-07-26 | 2013-11-20 | 山东宇航玻璃钢有限公司 | Winding device for super-huge type glass steel storage tank |
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| CN113400668A (en) * | 2021-06-17 | 2021-09-17 | 合肥工业大学 | Mechanical fiber wet winding yarn returning and tension measuring device |
| CN115056505B (en) * | 2022-07-28 | 2023-09-05 | 西安英利科电气科技有限公司 | Carbon fiber spherical surface winding equipment and method for spherical nuclear fuel outer protective layer |
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| JP2005255359A (en) * | 2004-03-12 | 2005-09-22 | Toyota Motor Corp | Filament winding device |
| JP2007185837A (en) * | 2006-01-12 | 2007-07-26 | Toyota Motor Corp | Filament winding apparatus |
| CN202742683U (en) * | 2012-09-19 | 2013-02-20 | 哈尔滨复合材料设备开发公司 | Vertical wet winding device |
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| JP2005255359A (en) * | 2004-03-12 | 2005-09-22 | Toyota Motor Corp | Filament winding device |
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| CN202742683U (en) * | 2012-09-19 | 2013-02-20 | 哈尔滨复合材料设备开发公司 | Vertical wet winding device |
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