CN206606869U - A kind of sebific duct glassine paper Intelligent copying wind - Google Patents

Abstract

The utility model discloses a kind of sebific duct glassine paper Intelligent copying wind, the device is main to be made up of housing assembly, profiling mould fixation kit, drive component, servo-actuated support component and the part of winding element five.It is characterized in that profiling mould fixation kit and servo-actuated support component are fixed in frame, drive component and winding element are fixed in servo-actuated support component, in the presence of profiling mould and servo-actuated support component, drive component is identical with the movement locus of winding element, and drive component carries out glassine paper winding along winding element while profiling mold movement to sebific duct.The complete equipment, which can be realized, on glassine paper automatic winding to sebific duct in irregular shape, will not only be such that glassine paper is wound on sebific duct uniformly, and can reduce the labor intensity of workman, improve production efficiency, there is higher economy and practicality.

Description

A kind of sebific duct glassine paper Intelligent copying wind

Technical field：

The utility model is related to a kind of automotive hose automated production equipment, more particularly to a kind of sebific duct glassine paper is intelligently imitated Shape wind, belongs to intelligent Manufacturing Technology field.

Background technology：

Sebific duct is indispensable rubber in national economy, be widely used in engineering machinery, mining, metallurgy, oil, The fields such as chemical industry, automobile, aviation.In the production process of sebific duct, to make, sebific duct smooth in appearance is bright, specification is accurate, property Can be stable, it is necessary to uniformly be wrapped in glassine paper on sebific duct before vulcanization.At present, the glassine paper winding of sebific duct is relied primarily on Manually winding or man-hour manually hand-held electric driven glass paper wrapping machine are wound, this artificial canoe inefficiency, work Intensity is big, and cost is high, and easily occur because operate it is lack of standardization caused by product quality problem.Therefore, a kind of glue is designed Pipe glassine paper Intelligent copying wind is just particularly important.

The content of the invention：

Technical problem to be solved in the utility model is to provide a kind of automation, safe and reliable, efficiency high, for realizing The sebific duct glassine paper Intelligent copying wind of sebific duct glassine paper automatic winding.

A kind of sebific duct glassine paper Intelligent copying wind of the present utility model, including branch is fixed by base, triangle chuck The housing assembly that frame I, triangle chuck fixed support II, triangle chuck I, triangle chuck II, profiling mould and sebific duct are constituted, triangle Chuck I is used to fix profiling mould, and triangle chuck II is used to fix sebific duct；It is flat by sliding platform I, sliding platform II and sliding The profiling mould fixation kit of platform III compositions, sliding platform I realizes moving left and right for profiling mould fixation kit, sliding platform II realizes the movable of profiling mould fixation kit, and sliding platform III realizes moving up and down for profiling mould fixation kit；By Drive fixed support, servo-actuated fixed plate, servomotor I, timing belt I, cylinder I, cylinder I I, cylinder I II, roller I, roller II, Directive wheel I, directive wheel II, directive wheel fixed mount I and directive wheel fixed mount II composition drive component, driving fixed support and with Dynamic fixed plate can make whole drive component complete go to action, and cylinder I and cylinder II stretch out stroke and make it that roller I and roller II are tight The left and right sides of profiling mould is touched, cylinder I II stretches out stroke and causes directive wheel II to be close to the bottom of profiling mould, servo electricity Machine I starts, and drives directive wheel I to move by timing belt I, so that whole drive component is along profiling mold movement；By double leval jib, The servo-actuated support component that sliding platform IV, sliding platform V, sliding platform VI and sliding platform VII are constituted, sliding platform IV is realized Moving left and right for support component is servo-actuated, sliding platform V and sliding platform VII realize the movable of servo-actuated support component, sliding Platform VI realizes moving up and down for servo-actuated support component, and sliding platform VII realizes moving up and down for servo-actuated support component, four Connecting rod can realize the linkage of drive component and winding element；By the support that is fastened, servomotor II, timing belt II, belt wheel, The winding element of belt wheel fixed support and glassine paper winding circle composition, the movement locus of winding element and the motion rail of drive component Mark is identical, and servomotor II drives glassine paper winding circle motion to complete to twine the glassine paper of sebific duct by timing belt II, belt wheel Around.

Triangle chuck fixed support I and triangle chuck the fixed support II is fixed on base, and triangle chuck I is fixed on On triangle chuck fixed support I, triangle chuck II is fixed on triangle chuck fixed support II.

Described profiling mould one end is fixed on triangle chuck I, and the other end is fixed on profiling mold fixed plate, profile mould Tool fixation kit is adapted to the fixation of a variety of profiling moulds；Sebific duct is fixed on triangle chuck II.

The sliding platform I is made up of fixed plate I, handwheel I, guide rail I, sliding block I, screw mandrel I, and fixed plate I is fixed on base On, handwheel I and screw mandrel I is fixedly connected in fixed plate I.

The sliding platform II is made up of fixed plates II, handwheel II, guide rail II, sliding block II, screw mandrel II, and fixed plates II passes through Guide rail I and sliding block I are connected with sliding platform I, and handwheel II is connected and is fixed in fixed plates II with screw mandrel II.

The sliding platform III is consolidated by fixed plates II I, handwheel III, guide rail III, sliding block III, screw mandrel III, profiling mould Fixed board is constituted, and fixed plates II I is connected by guide rail II and sliding block II with sliding platform II, handwheel III, screw mandrel III and profiling Mold fixed plate is connected and is fixed on fixed plates II I.

Described driving fixed support one end is connected with double leval jib, and one end is connected with servo-actuated fixed plate, for supporting Whole drive component, and complete go to action.

The roller I is fixed on the top of cylinder I piston rod, and roller II is fixed on the top of cylinder I I piston rods, cylinder I The left and right sides of servo-actuated fixed plate is fixed on cylinder II, cylinder I and cylinder II, which stretch out stroke, makes whole drive component along profiling The left and right sides motion of mould.

The directive wheel II is arranged on directive wheel fixed mount II, and directive wheel fixed mount II is installed to the bottom of servo-actuated fixed plate Portion, cylinder I II is arranged on directive wheel fixed mount II bottoms, and cylinder I II, which stretches out stroke, makes whole drive component along profiling mould Two lateral movement up and down.

The directive wheel fixed mount I is installed to servo-actuated fixed plate top, and directive wheel I is arranged on directive wheel fixed mount I, watched Take motor I and be installed to directive wheel fixed mount I tops, directive wheel I is driven along profiling mold movement by timing belt I.

The sliding platform IV is made up of fixed plate I V, guide rail IV, sliding block IV, and fixed plate I V is fixed on base, is realized It is servo-actuated moving left and right for support component.

The sliding platform V is made up of fixed plate V, guide rail V and sliding block V, and fixed plate V is by guide rail IV and sliding block IV and admittedly Fixed board IV is connected, and realizes moving forward and backward for servo-actuated support component.

The sliding platform VI is made up of rear fixed plate VI, front shoe VI, guide rail VI and sliding block VI, and rear fixed plate VI leads to Cross sliding block V and guide rail V is connected with fixed plate V, front shoe VI one end is connected with double leval jib, and one end passes through sliding block VI and guide rail VI It is connected with rear fixed plate VI, realizes the up and down motion of follow-on subassembly.

The sliding platform VII is made up of fixed plate VII, sliding block VII, guide rail VII, and fixed plate VII upper surfaces connect with four Bar is connected, and guide rail VII is fixed on double leval jib.

The double leval jib is fixed in servo-actuated support component, and left end is connected with drive component, right-hand member and winding element phase Connection.

The cantilever tip that is fastened is connected with double leval jib, and belt wheel fixed support, which is fixed on, to be fastened on support, Belt wheel is arranged on belt wheel fixed support, and two glassine paper winding circles are symmetrically installed on belt wheel, and servomotor II is arranged on Be fastened frame bottom, by timing belt II band movable belt pulleys and glassine paper winding circle rotation, completes to twine the glassine paper of sebific duct Around.

The utility model compared with prior art, with advantages below：1. the device can realize glassine paper to sebific duct Automation winding, greatly reduces the labor intensity of workman, improves production efficiency；2. the device can make glassine paper uniform Be wrapped on sebific duct, automaticity is high, and speed of wrap is fast, disclosure satisfy that technique and the production requirement of enterprise；3. the device Glassine paper winding can be carried out to sebific duct of different shapes by changing profiling mould, it is adaptable.

Brief description of the drawings

Fig. 1 is a kind of sebific duct glassine paper Intelligent copying wind general assembly front view described in the utility model.

Fig. 2 is that a kind of sebific duct glassine paper Intelligent copying wind profiling mould fixation kit described in the utility model is isometric Side figure.

Fig. 3 is a kind of shaft side figures such as sebific duct glassine paper Intelligent copying wind general assembly described in the utility model.

In figure：The cylinder I II2 directive wheel fixed mount II3 directive wheel II4 triangle chucks I5 of base 1 is servo-actuated fixed plate 6 The roller I8 of cylinder I 7 drives the directive wheel fixed mount I10 servomotor I11 timing belt I12 profilings mould 13 of fixed support 9 The fixed plate VII15 sliding block VII16 rear fixed plate VI17 guide rail VII18 front shoe VI19 guide rails VI20 of double leval jib 14 The glassine paper of 21 belt wheel of support, 22 belt wheel fixed support 23 that is fastened winding circle 24 sebific duct 25 triangle chuck II26 is synchronous Band II27 servomotor II28 triangle chuck fixed support II29 triangle chuck fixed support I30 directive wheel I31 fixed plates The screw mandrel II38 sliding block II39 fixed plates IIs I40 of I32 sliding block I33 guide rail I34 handwheel I35 handwheel II36 fixed plates IIs 37 The guide rail III43 handwheel III44 screw mandrel III45 guide rail II46 screw mandrels I47 of sliding block III41 profilings mold fixed plate 42 consolidates Fixed board IV48 guide rail IV49 sliding block IV50 sliding block VI51 sliding block V52 guide rail V53 fixed plate V54 roller II55 cylinders II56

Implementation of the present utility model is described further below in conjunction with the accompanying drawings：

Embodiment

The utility model is described in further detail below in conjunction with the accompanying drawings.As seen from the figure, a kind of sebific duct glassine paper Intelligent copying Wind, including by base 1, triangle chuck fixed support I30, triangle chuck fixed support II29, triangle chuck I5, triangle The housing assembly that chuck II26, profiling mould 13 and sebific duct 25 are constituted, triangle chuck I5 is used to fix profiling mould 13, triangle Chuck II26 is used to fix sebific duct；The profiling mould fixation group being made up of sliding platform I, sliding platform II and sliding platform III Part, sliding platform I realizes moving left and right for profiling mould fixation kit, and sliding platform II is realized before profiling mould fixation kit After move, sliding platform III realizes moving up and down for profiling mould fixation kit；By driving fixed support 9, servo-actuated fixed plate 6, Servomotor I11, timing belt I12, cylinder I 7, cylinder I I56, cylinder I II2, roller I8, roller II55, directive wheel I31, guiding Take turns the drive component of II4, directive wheel fixed mount I10 and directive wheel fixed mount II3 compositions, driving fixed support 9 and servo-actuated fixation Plate 6 can make whole drive component complete go to action, and cylinder I 7 and cylinder II56 stretch out stroke and cause roller I8 and roller II55 It is close to the left and right sides of profiling mould 13, cylinder I II2 stretches out stroke and causes directive wheel II4 to be close to the bottom of profiling mould 13 Portion, servomotor I11 starts, and drives directive wheel I31 to move by timing belt I12, so that whole drive component is along profile mould Tool 13 is moved；The servo-actuated branch being made up of double leval jib 14, sliding platform IV, sliding platform V, sliding platform VI and sliding platform VII Support component, sliding platform IV realizes moving left and right for servo-actuated support component, and sliding platform V and sliding platform VII realize servo-actuated branch Support component it is movable, sliding platform VI realizes moving up and down for servo-actuated support component, and sliding platform VII realizes servo-actuated support Component moves up and down, and double leval jib 14 can realize the linkage of drive component and winding element；By the support 21 that is fastened, The winding element that servomotor II28, timing belt II27, belt wheel 22, belt wheel fixed support 23 and glassine paper winding circle 24 are constituted, The movement locus of winding element is identical with the movement locus of drive component, and servomotor II28 passes through timing belt II27, belt wheel 22 The motion of glassine paper winding circle 24 is driven to complete to wind the glassine paper of sebific duct.

Triangle chuck fixed support I30 and triangle chuck the fixed support II29 is fixed on base 1, triangle chuck I5 It is fixed on triangle chuck fixed support I30, triangle chuck II26 is fixed on triangle chuck fixed support II29.

Described one end of profiling mould 13 is fixed on triangle chuck I5, and the other end is fixed on profiling mold fixed plate 42, Profiling mould fixation kit is adapted to the fixation of a variety of profiling moulds 13；Sebific duct 25 is fixed on triangle chuck II26.

The sliding platform I is made up of fixed plate I 32, handwheel I35, guide rail I34, sliding block I33, screw mandrel I47, fixed plate I32 is fixed on base 1, and handwheel I35 and screw mandrel I47 is fixedly connected in fixed plate I 32.

The sliding platform II is made up of fixed plates II 37, handwheel II36, guide rail II46, sliding block II39, screw mandrel II38, Gu Fixed board II37 is connected by guide rail I34 and sliding block I33 with sliding platform I, and handwheel II36 is connected and is fixed on screw mandrel II38 In fixed plates II 37.

The sliding platform III by fixed plates II I40, handwheel III44, guide rail III43, sliding block III41, screw mandrel III45, Profiling mold fixed plate 42 is constituted, and fixed plates II I40 is connected by guide rail II46 and sliding block II39 with sliding platform II, handwheel III44, screw mandrel III45 are connected with profiling mold fixed plate 42 and fixed on fixed plates II I40.

Described driving one end of fixed support 9 is connected with double leval jib 14, and one end is connected with servo-actuated fixed plate 6, for propping up Whole drive component is propped up, and completes go to action.

The roller I8 is fixed on the top of the piston rod of cylinder I 7, and roller II55 is fixed on the top of cylinder I I56 piston rods End, cylinder I 7 and cylinder II56 are fixed on the left and right sides of servo-actuated fixed plate 6, and cylinder I 7 and cylinder II56, which stretch out stroke, to be made entirely Move the left and right sides of the drive component along profiling mould 13.

The directive wheel II4 is arranged on directive wheel fixed mount II3, and directive wheel fixed mount II3 is installed to servo-actuated fixed plate 6 Bottom, cylinder I II2 be arranged on directive wheel fixed mount II3 bottoms, cylinder I II2 stretch out stroke make whole drive component along profiling Two lateral movement up and down of mould 13.

The directive wheel fixed mount I10 is installed to the servo-actuated top of fixed plate 6, and directive wheel I31 is arranged on directive wheel fixed mount On I10, servomotor I11 is installed to directive wheel fixed mount I10 tops, and directive wheel I31 is driven along profile mould by timing belt I12 Tool 13 is moved.

The sliding platform IV is made up of fixed plate I V48, guide rail IV49, sliding block IV50, and fixed plate I V48 is fixed on base On, realize moving left and right for servo-actuated support component.

The sliding platform V is made up of fixed plate V54, guide rail V53 and sliding block V52, fixed plate V54 by guide rail IV49 and Sliding block IV50 is connected with fixed plate I V48, realizes moving forward and backward for servo-actuated support component.

The sliding platform VI is made up of rear fixed plate VI17, front shoe VI19, guide rail VI20 and sliding block VI51, rear solid Fixed board VI17 is connected by sliding block V52 and guide rail V53 with fixed plate V54, and front shoe VI19 one end is connected with double leval jib 14, One end is connected by sliding block VI51 and guide rail VI20 with rear fixed plate VI17, realizes the up and down motion of follow-on subassembly.

The sliding platform VII is made up of fixed plate VII15, sliding block VII16, guide rail VII18, fixed plate VII15 upper ends Face is connected with double leval jib 14, and guide rail VII18 is fixed on double leval jib 14.

The double leval jib 14 is fixed in servo-actuated support component, and left end is connected with drive component, right-hand member and winding element It is connected.

The top of support 21 that is fastened is connected with double leval jib 14, and belt wheel fixed support 23 is fixed on the branch that is fastened On frame 21, belt wheel 22 is arranged on belt wheel fixed support 21, and two glassine paper winding circles 24 are symmetrically installed on belt wheel 22, Servomotor II28 is arranged on the bottom of support 21 that is fastened, and is enclosed by timing belt II27 band movable belt pulleys 22 and glassine paper winding 24 rotations, complete to wind the glassine paper of sebific duct.

Operation principle：The utility model is realized according to profile modeling, it would be desirable to which the sebific duct 25 for winding glassine paper is installed On triangle chuck II26, it will be arranged on the shape identical profiling mould 13 of sebific duct 25 to be wound on triangle chuck I5, by two Glassine paper on individual glassine paper winding circle 24 is fixed on the plane of symmetry of sebific duct 25 in one direction, when the device is started working, gas Cylinder I7, cylinder I I56 and cylinder III2 all stretch out stroke, and roller I8 is close to the left side of profiling mould 13, and roller II55 is close to imitate The right side of shape mould 13, directive wheel I31 is close to the upside of profiling mould 13, and directive wheel II4 is close to the downside of profiling mould 13, watched Take motor I11 drives whole drive component to be moved along profiling mould 13 by timing belt I12, in the effect of servo-actuated support component Under, drive component is identical with the movement locus of glassine paper winding element, while servomotor I11 works, servomotor II28 is also worked simultaneously, and by two glassine paper winding circle motions on timing belt II27 band movable belt pulleys 22, glassine paper is uniformly twined It is wound on sebific duct.

Claims (16)

1. a kind of sebific duct glassine paper Intelligent copying wind, including：By base (1), triangle chuck fixed support I (30), three What angle chuck fixed support II (29), triangle chuck I (5), triangle chuck II (26), profiling mould (13) and sebific duct (25) were constituted Housing assembly, triangle chuck I (5) is used to fix profiling mould (13), and triangle chuck II (26) is used to fix sebific duct；It is flat by sliding Platform I, sliding platform II and sliding platform III compositions profiling mould fixation kit, sliding platform I realize profiling mould fixation group Part is moved left and right, and sliding platform II realizes the movable of profiling mould fixation kit, and sliding platform III realizes profiling mould Fixation kit is moved up and down；By driving fixed support (9), servo-actuated fixed plate (6), servomotor I (11), timing belt I (12), Cylinder I (7), cylinder I I (56), cylinder I II (2), roller I (8), roller II (55), directive wheel I (31), directive wheel II (4), lead To the drive component of wheel fixed mount I (10) and directive wheel fixed mount II (3) compositions, driving fixed support (9) and servo-actuated fixed plate (6) whole drive component can be made to complete go to action, cylinder I (7) and cylinder II (56) stretch out stroke and cause roller I (8) and rolling Wheel II (55) is close to the left and right sides of profiling mould (13), and cylinder I II (2) stretches out stroke and directive wheel II (4) is close to The bottom of profiling mould (13), servomotor I (11) starts, and drives directive wheel I (31) to move by timing belt I (12), so that Whole drive component is set to be moved along profiling mould (13)；By double leval jib (14), sliding platform IV, sliding platform V, sliding platform VI The servo-actuated support component constituted with sliding platform VII, sliding platform IV realizes moving left and right for servo-actuated support component, sliding platform V and sliding platform VII is realized to be moved down in the movable of servo-actuated support component, the servo-actuated support component of sliding platform VI realizations Dynamic, sliding platform VII realizes moving up and down for servo-actuated support component, and double leval jib (14) 14 can realize drive component and twine Around the linkage of component；Fixed by the support that is fastened (21), servomotor II (28), timing belt II (27), belt wheel (22), belt wheel The winding element of support (23) and glassine paper winding circle (24) composition, the movement locus of winding element and the motion rail of drive component Mark is identical, and servomotor II (28) drives glassine paper winding circle (24) motion completion pair by timing belt II (27), belt wheel (22) The glassine paper winding of sebific duct.

2. a kind of sebific duct glassine paper Intelligent copying wind according to claim 1, it is characterised in that the triangle card Disk fixed support I (30) and triangle chuck fixed support II (29) are fixed on base (1), and triangle chuck I (5) is fixed on triangle On chuck fixed support I (30), triangle chuck II (26) is fixed on triangle chuck fixed support II (29).

3. a kind of sebific duct glassine paper Intelligent copying wind according to claim 1, it is characterised in that the profile mould Tool (13) one end is fixed on triangle chuck I (5), and the other end is fixed on profiling mold fixed plate (42), and profiling mould is fixed Component is adapted to the fixation of a variety of profiling moulds (13)；Sebific duct (25) is fixed on triangle chuck II (26).

4. a kind of sebific duct glassine paper Intelligent copying wind according to claim 1, it is characterised in that the sliding is put down Platform I is made up of fixed plate I (32), handwheel I (35), guide rail I (34), sliding block I (33), screw mandrel I (47), and fixed plate I (32) is fixed On base (1), handwheel I (35) and screw mandrel I (47) is fixedly connected in fixed plate I (32).

5. a kind of sebific duct glassine paper Intelligent copying wind according to claim 1, it is characterised in that the sliding is put down Platform II is made up of fixed plates II (37), handwheel II (36), guide rail II (46), sliding block II (39), screw mandrel II (38), fixed plates II (37) it is connected by guide rail I (34) and sliding block I (33) with sliding platform I, handwheel II (36) is connected and solid with screw mandrel II (38) It is scheduled in fixed plates II (37).

6. a kind of sebific duct glassine paper Intelligent copying wind according to claim 1, it is characterised in that the sliding is put down Platform III is by fixed plates II I (40), handwheel III (44), guide rail III (43), sliding block III (41), screw mandrel III (45), profiling mould Fixed plate (42) is constituted, and fixed plates II I (40) is connected by guide rail II (46) and sliding block II (39) with sliding platform II, handwheel III (44), screw mandrel III (45) are connected with profiling mold fixed plate (42) and fixed on fixed plates II I (40).

7. a kind of sebific duct glassine paper Intelligent copying wind according to claim 1, it is characterised in that the driving is consolidated Fixed rack (9) one end is connected with double leval jib (14), and one end is connected with servo-actuated fixed plate (6), for supporting whole driving Component, and complete go to action.

8. a kind of sebific duct glassine paper Intelligent copying wind according to claim 1, it is characterised in that the roller I (8) top of cylinder I (7) piston rod is fixed on, roller II (55) is fixed on the top of cylinder I I (56) piston rod, cylinder I (7) The left and right sides of servo-actuated fixed plate (6) is fixed on cylinder II (56), cylinder I (7) and cylinder II (56), which stretch out stroke, to be made entirely Left and right sides motion of the drive component along profiling mould (13).

9. a kind of sebific duct glassine paper Intelligent copying wind according to claim 1, it is characterised in that the directive wheel II (4) is arranged on directive wheel fixed mount II (3), and directive wheel fixed mount II (3) is installed to the bottom of servo-actuated fixed plate (6), gas Cylinder III (2) is arranged on directive wheel fixed mount II (3) bottom, and cylinder I II (2), which stretches out stroke, makes whole drive component along profile mould Has two lateral movement up and down of (13).

10. a kind of sebific duct glassine paper Intelligent copying wind according to claim 1, it is characterised in that the directive wheel Fixed mount I (10) is installed to servo-actuated fixed plate (6) top, and directive wheel I (31) is arranged on directive wheel fixed mount I (10), servo Motor I (11) is installed to directive wheel fixed mount I (10) top, and directive wheel I (31) is driven along profiling mould by timing belt I (12) (13) move.

11. a kind of sebific duct glassine paper Intelligent copying wind according to claim 1, it is characterised in that the sliding is put down Platform IV is made up of fixed plate I V (48), guide rail IV (49), sliding block IV (50), and fixed plate I V (48) is fixed on base, realize with Move moving left and right for support component.

12. a kind of sebific duct glassine paper Intelligent copying wind according to claim 1, it is characterised in that the sliding is put down Platform V is made up of fixed plate V (54), guide rail V (53) and sliding block V (52), and fixed plate V (54) passes through guide rail IV (49) and sliding block IV (50) it is connected with fixed plate I V (48), realizes moving forward and backward for servo-actuated support component.

13. a kind of sebific duct glassine paper Intelligent copying wind according to claim 1, it is characterised in that the sliding is put down Platform VI is made up of rear fixed plate VI (17), front shoe VI (19), guide rail VI (20) and sliding block VI (51), rear fixed plate VI (17) It is connected by sliding block V (52) and guide rail V (53) with fixed plate V (54), front shoe VI (19) one end is connected with double leval jib (14), One end is connected by sliding block VI (51) and guide rail VI (20) with rear fixed plate VI (17), realizes the up and down motion of follow-on subassembly.

14. a kind of sebific duct glassine paper Intelligent copying wind according to claim 1, it is characterised in that the sliding is put down Platform VII is made up of fixed plate VII (15), sliding block VII (16), guide rail VII (18), fixed plate VII (15) upper surfaces and double leval jib (14) it is connected, guide rail VII (18) is fixed on double leval jib (14).

15. a kind of sebific duct glassine paper Intelligent copying wind according to claim 1, it is characterised in that the double leval jib (14) it is fixed in servo-actuated support component, left end is connected with drive component, right-hand member is connected with winding element.

16. a kind of sebific duct glassine paper Intelligent copying wind according to claim 1, it is characterised in that the winding is consolidated Fixed rack (21) top is connected with double leval jib (14), and belt wheel fixed support (23) is fixed on the support that is fastened (21), band Take turns (22) to be arranged on belt wheel fixed support (21), two glassine paper winding circles (24) are symmetrically installed on belt wheel (22), are watched Take motor II (28) and be arranged on support (21) bottom that is fastened, twined by timing belt II (27) band movable belt pulleys (22) and glassine paper Pitch of the laps (24) rotates, and completes to wind the glassine paper of sebific duct.