CN208681914U - A kind of flexible driving band has the process units of moulding function - Google Patents

Abstract

The utility model relates to the process units that a kind of flexible driving band has moulding function, including bottom plate and refining plate, the upper end two sides of the bottom plate are fixed with heat dissipation group, and the inside of heat dissipation group is equipped with the first motor, first motor is inlaid with flabellum close to one end of base plate center line, the upper end two sides of the bottom plate are connected with support column, and support column is provided with slurry box close to the side upper end of base plate center line, the beneficial effects of the utility model are: passing through flabellum, it can radiate to internal shaping raw material in the two sides of die box, accelerate the cooling velocity of shaping raw material, so that shaping raw material after cooling is carried out vulcanizing treatment and winds onto the second rotating cylinder, the production procedure of entire transmission belt can be made not interrupt, then the length of entire transmission belt can be allow longer, it is cut when needed according to length is used, The transmission belt limited length produced is avoided, without carrying out thawing connection when needing longer transmission belt, embodies the flexibility of the device.

Description

A kind of flexible driving band has the process units of moulding function

Technical field

The present invention relates to the process units technical field of flexible driving band, specially a kind of flexible driving band has moulding function The process units of energy.

Background technique

Transmission belt is the power for generating the motor of prime mover or engine rotation, is transmitted to machinery by adhesive tape by belt wheel In equipment, therefore also referred to as powered belt, it is the core coupling component of electromechanical equipment, and type is extremely various, and purposes is extremely wide, Arrive the huge motor of several megawatts greatly, the small micromotor to less than one kilowatt, or even including household electrical appliances, computer, robot Equal precision machineries all be unable to do without transmission belt inside, its maximum feature be can free speed change, far and near to be driven, structure is simple, more It changes conveniently, the type of transmission belt has very much, and the process of production is more complicated.

The process units of existing flexible driving band be all by transmission belt batch production after the completion of again to transmission belt carry out at Heap vulcanizing treatment causes the transmission belt of a part that can not vulcanize, while in production, the thickness of transmission belt can not be arranged, need It is cut coming into operation, later-stage secondary cutting will lead to that cutting effect is uneven, be easy to cause the waste of transmission belt, and every The secondary limited length produced, when needing longer transmission belt, it is also necessary to which secondary thawing splicing is easily reduced transmission belt Using effect.

Summary of the invention

The purpose of the present invention is to provide the process units that a kind of flexible driving band has moulding function, to solve above-mentioned back The process units of the existing flexible driving band proposed in scape technology is all by transmission belt batch production after the completion again to transmission belt Vulcanizing treatment in heaps is carried out, causes the transmission belt of a part that can not vulcanize, while in production, the thickness of transmission belt can not be set Degree needs to be cut coming into operation, and later-stage secondary cutting will lead to that cutting effect is uneven, be easy to cause the wave of transmission belt The limited length taken, and produced every time, when needing longer transmission belt, it is also necessary to which secondary thawing splicing is easily reduced The problem of using effect of transmission belt.

To achieve the above object, the invention provides the following technical scheme: a kind of flexible driving band has the life of moulding function Produce device, including bottom plate and refining plate, the upper end two sides of the bottom plate are fixed with heat dissipation group, and the inside of heat dissipation group is equipped with the One motor, first motor are inlaid with flabellum, the upper end two sides connection of the bottom plate close to one end of base plate center line There is support column, and support column is provided with slurry box, the inner upper end peace of the slurry box close to the side upper end of base plate center line It is equipped with the second motor, and the lower end of the second motor is fixed with the first rotary shaft, the lower end of first rotary shaft is equipped with Agitating shaft, and the two sides of agitating shaft are inlaid with teeter column, the lower end of the slurry box is connected with material-extruding machine, and the lower end of material-extruding machine It is provided with feeding inlet, the refining plate is fixed on the inside of feeding inlet.

Preferably, the flabellum is symmetrical about the centerline axis of feeding inlet, and flabellum and feeding inlet are in parallel construction.

Preferably, to be fixedly connected between the teeter column and agitating shaft, and agitating shaft passes through the first rotary shaft and slurry Case constitutes rotational structure, and the inner wall of the slurry box is equipped with the first heating plate.

Preferably, die box is installed, the refining plate is in mesh-like structure, the refining plate on the right side of the feeding inlet It is in parallel construction, and the lower end structure funnel-shaped of material-extruding machine with material-extruding machine.

Preferably, the inside left upper end of the die box is inlaid with pressing plate, and the upper end two sides of pressing plate be connected with it is hydraulic Bar, the upper end of the hydraulic stem are provided with hydraulic pump, and the pressing plate constitutes lifting structure, and mold by hydraulic stem and die box It is to be fixedly connected between case and feeding inlet.

Preferably, the right of the hydraulic pump is circumscribed with steam chest, and the inside two sides of steam chest are mounted with the second heating Plate, the inside of the steam chest are fixed with suction pump, and the lower end of suction pump is equipped with connecting tube, under the front of the support column End two sides are inlaid with first rotating shaft, and the upper end of first rotating shaft is connected with support rod, and the connecting tube is connected to suction pump and mould Have between case, and the lower end of connecting tube is in mesh-like structure.

Preferably, the upper end back side of the support rod is provided with the first rotating cylinder, and the close support column center line of support rod Side upper end be mounted with the first spring, the back side of the support column is fixed with moulding case, and the back side upper end installation of support column Have the second rotating cylinder, first spring is connected between the first rotating cylinder and the first rotating cylinder, and the first rotating cylinder by first rotating shaft with Support column constitutes rotational structure.

Preferably, the two sides of the moulding case are inlaid with catch bar, and baffle is connected on the right side of catch bar, and described second The two sides of rotating cylinder are fixed with the second shaft, and the second rotary shaft is circumscribed with above the second shaft, the inside of second rotating cylinder Two sides are provided with card slot, and second spring is provided on the left of the baffle, and moulding plate is mounted on the left of the catch bar, described Baffle is in symmetrical structure about the center line of moulding case with moulding plate, and moulding plate constitutes bullet by second spring and moulding case Property stretching structure, and baffle constitutes elastic extension structure by second spring and moulding case.

Preferably, the inside of the card slot is inlaid with third spring, and third bullet far from the side of the second rotating cylinder center line Spring is connected to push plate far from the side of the second rotating cylinder center line, and the push plate constitutes elastic telescopic by third spring and card slot Structure, and be to be flexibly connected between card slot and the second rotary shaft.

Compared with prior art, the beneficial effects of the present invention are:

1, the present invention can radiate to internal shaping raw material in the two sides of die box by flabellum, accelerate at The cooling velocity of type raw material allows shaping raw material after cooling to carry out vulcanizing treatment and winds onto the second rotating cylinder, can make The production procedure of entire transmission belt is not interrupted, then the length of entire transmission belt can be allow longer, when needed according to using Length is cut, and avoids the transmission belt limited length produced, without carrying out thawing company when needing longer transmission belt It connects, embodies the flexibility of the device.

2, the present invention is by material-extruding machine, and the raw material of extrusion can be evenly distributed on refining plate by lower end, refining plate again two It is secondary that injection raw material is injected into feeding inlet, so that injection raw material is evenly distributed in die box, then can make to be formed molding It is driven belt shape and thickness is kept uniformly always, when preventing injection raw material from entering in die box from feeding inlet, raw material is deposited in Together, the transmission belt produced is caused to be deformed, to improve the production capacity of the device.

3, the present invention is by hydraulic stem, and band dynamic pressure plate moves up and down in die box, to the note entered in die box Modeling raw material is suppressed, and the thickness of molding transmission belt can either be controlled, and is not needed in the later period in use, carrying out to transmission belt secondary Cutting, prevents from impacting the normal use of transmission belt, can also make material extruding to together, interior when preventing raw material from forming There is stomata in portion, causes the toughness for the transmission belt produced inadequate, to guarantee the quality for the transmission belt produced.

4, the present invention is by connecting tube, can using suction pump by the sulphur media discharge to die box in steam chest, Molding transmission belt is vulcanized out, while the bottom end of connecting tube increases the cure range of transmission belt, keeps vulcanization effect equal It is even, without carrying out vulcanizing treatment again after transmission belt is wound, coiled transmission belt is avoided to be vulcanized out, leads to inside Transmission belt can not uniformly receive vulcanization, influence the vulcanizing treatment effect of transmission belt.

5, the present invention can be such that moulding plate contacts with transmission belt by catch bar, then can be in transmission belt winding to the Before two rotating cylinders, moulding is carried out to transmission belt, in moulding, baffle squeezes transmission belt in the other side of transmission belt, makes to pass Dynamic band is bigger by the extruding force of moulding plate, thus accelerate moulding speed, meanwhile, using second spring, can terminate in moulding Afterwards, make moulding plate and the automatic simultaneously Rapid reset of baffle, avoid that the movement of transmission belt is caused to hinder.

Detailed description of the invention

Fig. 1 is the structural schematic diagram for the process units that a kind of flexible driving band of the present invention has moulding function.

Fig. 2 is the right view structural representation of feeding inlet for the process units that a kind of flexible driving band of the present invention has moulding function Figure.

Fig. 3 is the moulding case internal structure signal for the process units that a kind of flexible driving band of the present invention has moulding function Figure.

Fig. 4 is the right view structural representation of the first rotating cylinder for the process units that a kind of flexible driving band of the present invention has moulding function Figure.

Fig. 5 is enlarged structure signal inside the card slot for the process units that a kind of flexible driving band of the present invention has moulding function Figure.

In figure: 1, bottom plate；2, heat dissipation group；3, the first motor；4, flabellum；5, support column；6, slurry box；7, the first heating Plate；8, the second motor；9, the first rotary shaft；10, agitating shaft；11, teeter column；12, material-extruding machine；13, feeding inlet；14, refining Plate；15, die box；16, pressing plate；17, hydraulic stem；18, hydraulic pump；19, steam chest；20, the second heating plate；21, suction pump； 22, connecting tube；23, first rotating shaft；24, support rod；25, the first rotating cylinder；26, the first spring；27, moulding case；28, second turn Cylinder；29, catch bar；30, baffle；31, second spring；32, moulding plate；33, the second shaft；34, the second rotary shaft；35, card slot； 36, third spring；37, push plate.

Specific embodiment

Following will be combined with the drawings in the embodiments of the present invention, and technical solution in the embodiment of the present invention carries out clear, complete Site preparation description, it is clear that described embodiments are only a part of the embodiments of the present invention, instead of all the embodiments, is based on Embodiment in the present invention, it is obtained by those of ordinary skill in the art without making creative efforts every other Embodiment shall fall within the protection scope of the present invention.

Please refer to Fig. 1-5, the present invention provides a kind of technical solution: a kind of flexible driving band has the production dress of moulding function It sets, including bottom plate 1, heat dissipation group 2, the first motor 3, flabellum 4, support column 5, slurry box 6, the first heating plate 7, the second motor 8, the first rotary shaft 9, agitating shaft 10, teeter column 11, material-extruding machine 12, feeding inlet 13, refining plate 14, die box 15, pressing plate 16, liquid Compression bar 17, hydraulic pump 18, steam chest 19, the second heating plate 20, suction pump 21, connecting tube 22, first rotating shaft 23, support rod 24, First rotating cylinder 25, the first spring 26, moulding case 27, the second rotating cylinder 28, catch bar 29, baffle 30, second spring 31, moulding plate 32, the second shaft 33, the second rotary shaft 34, card slot 35, third spring 36 and push plate 37, the upper end two sides of bottom plate 1 are fixed with scattered Heat group 2, and the inside of heat dissipation group 2 is equipped with the first motor 3, the first motor 3 is inlaid with close to one end of 1 center line of bottom plate Flabellum 4, flabellum 4 is symmetrical about the centerline axis of feeding inlet 13, and flabellum 4 and feeding inlet 13 are in parallel construction, and flabellum 4 can be The two sides of die box 15 radiate to internal shaping raw material, accelerate the cooling velocity of shaping raw material, make molding after cooling Raw material can carry out vulcanizing treatment and wind onto the second rotating cylinder 28, the production procedure of entire transmission belt can be made not interrupt, then The length of entire transmission belt can be allow longer, cut when needed according to length is used, the transmission produced is avoided Strip length is limited, without carrying out thawing connection when needing longer transmission belt, embodies the flexibility of the device；

The upper end two sides of bottom plate 1 are connected with support column 5, and support column 5 is provided with close to the side upper end of 1 center line of bottom plate Slurry box 6, the inner upper end of slurry box 6 is mounted with the second motor 8, and the lower end of the second motor 8 is fixed with the first rotation Axis 9, the lower end of the first rotary shaft 9 are equipped with agitating shaft 10, and the two sides of agitating shaft 10 are inlaid with teeter column 11, teeter column 11 with To be fixedly connected between agitating shaft 10, and agitating shaft 10 constitutes rotational structure, agitating shaft with slurry box 6 by the first rotary shaft 9 10 drive teeter columns 11 are rotated in slurry box 6, and injection raw material is mixed, and are made raw material mixing more evenly, are prevented Raw material desiccation, the inner wall of slurry box 6 are equipped with the first heating plate 7, and the lower end of slurry box 6 is connected with material-extruding machine 12, and material-extruding machine 12 lower end is provided with feeding inlet 13, and refining plate 14 is fixed on the inside of feeding inlet 13, and the right side of feeding inlet 13 is equipped with mold Case 15, refining plate 14 are in mesh-like structure, and refining plate 14 and material-extruding machine 12 are in parallel construction, and the lower end of material-extruding machine 12 is in funnel The raw material of extrusion can be evenly distributed on refining plate 14 by shape structure, the lower end of material-extruding machine 12, and refining plate 14 is secondary again will injection molding Raw material is injected into feeding inlet 13, and injection raw material is made to be evenly distributed in die box 15, then can make the molding transmission to be formed Belt shape and thickness are kept uniformly always, and when preventing injection raw material from entering in die box 15 from feeding inlet 13, raw material is deposited in Together, the transmission belt produced is caused to be deformed, to improve the production capacity of the device；

The inside left upper end of die box 15 is inlaid with pressing plate 16, and the upper end two sides of pressing plate 16 are connected with hydraulic stem 17, The upper end of hydraulic stem 17 is provided with hydraulic pump 18, and pressing plate 16 constitutes lifting structure, and mold by hydraulic stem 17 and die box 15 To be fixedly connected between case 15 and feeding inlet 13, hydraulic stem 17 moves up and down in die box 15 with dynamic pressure plate 16, to entering Injection raw material in die box 15 is suppressed, and can either be controlled the thickness of molding transmission belt, not needed in the later period in use, right Transmission belt carries out secondary cut, prevents from impacting the normal use of transmission belt, also material extruding can be made to together, prevented When raw material forms, there is stomata in inside, causes the toughness for the transmission belt produced inadequate, to guarantee the transmission belt produced Quality, the right of hydraulic pump 18 is circumscribed with steam chest 19, and the inside two sides of steam chest 19 are mounted with the second heating plate 20, steam The inside of vapour case 19 is fixed with suction pump 21, and the lower end of suction pump 21 is equipped with connecting tube 22, the positive lower end two of support column 5 Side is inlaid with first rotating shaft 23, and the upper end of first rotating shaft 23 is connected with support rod 24, connecting tube 22 be connected to suction pump 21 with Between die box 15, and the lower end of connecting tube 22 is in mesh-like structure, and connecting tube 22 can utilize suction pump 21 by steam chest 19 In interior sulphur media discharge to die box 15, molding transmission belt is vulcanized out, while the bottom end of connecting tube 22 increases The cure range of transmission belt keeps vulcanization effect uniform, without carrying out vulcanizing treatment again after transmission belt is wound, avoids coiled Transmission belt is vulcanized out, causes internal transmission belt that can not uniformly receive vulcanization, influences the vulcanizing treatment effect of transmission belt Fruit；

The upper end back side of support rod 24 is provided with the first rotating cylinder 25, and the one of 5 center line of close support column of support rod 24 Side upper end is mounted with the first spring 26, and the back side of support column 5 is fixed with moulding case 27, and the back side upper end of support column 5 is equipped with Second rotating cylinder 28, the first spring 26 are connected between the first rotating cylinder 25 and the first rotating cylinder 25, and the first rotating cylinder 25 passes through first turn Axis 23 and support column 5 constitute rotational structure, and two are rotated on support column 5 relative to the first rotating cylinder 25 using the second shaft 33, just Outsourcing cloth can be adhered on transmission belt automatically, make the production stream of transmission belt when transmission belt is wound onto the second rotating cylinder 28 Journey is disposably completed, and the artificial and working time is reduced, meanwhile, two the first rotating cylinders 25 are close to each other using the first spring 26, then When can be with the reduction of the outsourcing cloth on the first rotating cylinder 25, two the first rotating cylinders 25 can be made to continue to be kept in contact with transmission belt, it can Automatically smoothly continual to adhere to outsourcing cloth on the belt, the flexibility of the device is embodied, the two sides of moulding case 27 are inlayed There is catch bar 29, and the right side of catch bar 29 is connected with baffle 30, the two sides of the second rotating cylinder 28 are fixed with the second shaft 33, and The top of two shafts 33 is circumscribed with the second rotary shaft 34, and the inside two sides of the second rotating cylinder 28 are provided with card slot 35, a left side for baffle 30 Side is provided with second spring 31, and the left side of catch bar 29 is mounted with moulding plate 32, and baffle 30 and moulding plate 32 are about moulding case 27 Center line be in symmetrical structure, moulding plate 32 constitutes elastic extension structure by second spring 31 and moulding case 27, and keeps off Plate 30 constitutes elastic extension structure by second spring 31 and moulding case 27, pushes catch bar 29, so that it may so that moulding plate 32 with Transmission belt contact then can carry out moulding, in moulding, baffle 30 to transmission belt before transmission belt is wound to the second rotating cylinder 28 Transmission belt is squeezed in the other side of transmission belt, it is bigger by the extruding force of moulding plate 32 to make transmission belt, to accelerate to mould Shape speed, meanwhile, using second spring 31, moulding plate 32 and the automatic simultaneously Rapid reset of baffle 30 can be made after moulding, It avoids that the movement of transmission belt is caused to hinder, the inside of card slot 35 is inlaid with third bullet far from the side of 28 center line of the second rotating cylinder Spring 36, and third spring 36 is connected to push plate 37 far from the side of 28 center line of the second rotating cylinder, push plate 37 passes through third spring 36 constitute elastic extension structure with card slot 35, and to be flexibly connected between card slot 35 and the second rotary shaft 34, the second rotary shaft 34 In being fastened in card slot 35, then the second rotating cylinder 28 can be removed quickly from the second rotary shaft 34, and the substitution past is solid using bolt Fixed mode.

The working principle of the present embodiment: the flexible driving band has the process units of moulding function, first by injection raw material It is placed into slurry box 6, is powered to the first heating plate 7, and open the model of second the second motor of motor 8(8 SDA80X50-B), the second motor 8 drives teeter column 11 to rotate in slurry box 6, mixes to internal injection raw material Material-extruding machine 12 is opened in stirring, and material-extruding machine 12 is by injection raw material uniform discharge to refining plate 14, and refining plate 14 is again by injection raw material To 13 bottom end of feeding inlet, injection raw material enters in die box 15 uniform discharge from feeding inlet 13, opens the first motor 3(the The model STA40X25 of one motor 3), the first motor 3 drives flabellum 4 to rotate in the two sides of die box 15, to die box Injection raw material in 15 radiates, and accelerates the shaping speed of injection raw material, opens hydraulic pump 18, controls hydraulic stem 17 with dynamic pressure Plate 16 declines in die box 15, suppresses the injection raw material entered in die box 15, can either control molding transmission The thickness of band does not need in the later period in use, preventing from causing shadow to the normal use of transmission belt to transmission belt progress secondary cut It rings, can also make material extruding to together, when preventing raw material from forming, stomata occurs in inside, leads to the transmission belt produced Toughness is inadequate, to guarantee the quality of transmission belt produced, then sulphur medium is placed into steam chest 19, and water is added, is given Second heating plate 20 is powered, and steam chest 19 generates steam, and sulphur medium is mixed into inside steam, and connecting tube 22 can utilize suction pump 21, by the sulphur media discharge to die box 15 in steam chest 19, are vulcanized out, while connecting tube to molding transmission belt 22 bottom end increases the cure range of transmission belt, keeps vulcanization effect uniform, without carrying out at vulcanization again after transmission belt is wound Reason, avoids coiled transmission belt from being vulcanized out, causes internal transmission belt that can not uniformly receive vulcanization, influences transmission belt Vulcanizing treatment effect, then transmission belt is drawn between two the first rotating cylinders 25, controls two the first rotating cylinders 25 rotations, so that it may When in transmission belt winding to the second rotating cylinder 28, outsourcing cloth is adhered on transmission belt automatically, makes the production procedure of transmission belt It is disposable to complete, reduce the artificial and working time, meanwhile, two the first rotating cylinders 25 are close to each other using the first spring 26, then may be used When reducing with the outsourcing cloth on the first rotating cylinder 25, two the first rotating cylinders 25 can be made to continue to be kept in contact with transmission belt, it can be certainly It is dynamic smoothly it is continual by outsourcing cloth adherency on the belt, transmission is brought into moulding case 27, pushes 27 two sides of moulding case Catch bar 29, so that it may, then can be before transmission belt be wound to the second rotating cylinder 28, to biography so that moulding plate 32 is contacted with transmission belt Dynamic band carries out moulding, and in moulding, baffle 30 squeezes transmission belt in the other side of transmission belt, makes transmission belt by moulding The extruding force of plate 32 is bigger, thus accelerate moulding speed, meanwhile, using second spring 31, moulding can be made after moulding Plate 32 and baffle 30 be automatic and Rapid reset, avoids causing to hinder to the movement of transmission belt, then controls the second rotating cylinder 28 along the Two rotary shafts 34 rotation, so that it may which transmission belt is retracted on the second rotating cylinder 28.

Although the present invention is described in detail referring to the foregoing embodiments, for those skilled in the art, It is still possible to modify the technical solutions described in the foregoing embodiments, or part of technical characteristic is carried out etc. With replacement, all within the spirits and principles of the present invention, any modification, equivalent replacement, improvement and so on should be included in this Within the protection scope of invention.

Claims (9)

1. a kind of flexible driving band has the process units of moulding function, including bottom plate (1) and refining plate (14), feature exists In: the upper end two sides of the bottom plate (1) are fixed with heat dissipation group (2), and the inside of heat dissipation group (2) is equipped with the first motor (3), First motor (3) is inlaid with flabellum (4) close to one end of bottom plate (1) center line, and the upper end two sides of the bottom plate (1) connect It is connected to support column (5), and support column (5) is provided with slurry box (6), the slurry close to the side upper end of bottom plate (1) center line The inner upper end of case (6) is mounted with the second motor (8), and the lower end of the second motor (8) is fixed with the first rotary shaft (9), The lower end of first rotary shaft (9) is equipped with agitating shaft (10), and the two sides of agitating shaft (10) are inlaid with teeter column (11), institute The lower end for stating slurry box (6) is connected with material-extruding machine (12), and the lower end of material-extruding machine (12) is provided with feeding inlet (13), the refining Plate (14) is fixed on the inside of feeding inlet (13).

2. the process units that a kind of flexible driving band according to claim 1 has moulding function, it is characterised in that: described Flabellum (4) is symmetrical about the centerline axis of feeding inlet (13), and flabellum (4) and feeding inlet (13) are in parallel construction.

3. the process units that a kind of flexible driving band according to claim 1 has moulding function, it is characterised in that: described To be fixedly connected between teeter column (11) and agitating shaft (10), and agitating shaft (10) passes through the first rotary shaft (9) and slurry box (6) Rotational structure is constituted, the inner wall of the slurry box (6) is equipped with the first heating plate (7).

4. the process units that a kind of flexible driving band according to claim 1 has moulding function, it is characterised in that: described Be equipped on the right side of feeding inlet (13) die box (15), the refining plate (14) be in mesh-like structure, the refining plate (14) with Material-extruding machine (12) is in parallel construction, and the lower end structure funnel-shaped of material-extruding machine (12).

5. the process units that a kind of flexible driving band according to claim 4 has moulding function, it is characterised in that: described The inside left upper end of die box (15) is inlaid with pressing plate (16), and the upper end two sides of pressing plate (16) are connected with hydraulic stem (17), The upper end of the hydraulic stem (17) is provided with hydraulic pump (18), and the pressing plate (16) passes through hydraulic stem (17) and die box (15) structure It at lifting structure, and is to be fixedly connected between die box (15) and feeding inlet (13).

6. the process units that a kind of flexible driving band according to claim 5 has moulding function, it is characterised in that: described The right of hydraulic pump (18) is circumscribed with steam chest (19), and the inside two sides of steam chest (19) are mounted with the second heating plate (20), The inside of the steam chest (19) is fixed with suction pump (21), and the lower end of suction pump (21) is equipped with connecting tube (22), described The positive lower end two sides of support column (5) are inlaid with first rotating shaft (23), and the upper end of first rotating shaft (23) is connected with support rod (24), the connecting tube (22) is connected between suction pump (21) and die box (15), and the lower end of connecting tube (22) is in mesh Shape structure.

7. the process units that a kind of flexible driving band according to claim 6 has moulding function, it is characterised in that: described The upper end back side of support rod (24) is provided with the first rotating cylinder (25), and the one of close support column (5) center line of support rod (24) Side upper end is mounted with the first spring (26), and the back side of the support column (5) is fixed with moulding case (27), and the back of support column (5) Face upper end is equipped with the second rotating cylinder (28), first spring (26) be connected to the first rotating cylinder (25) and the first rotating cylinder (25) it Between, and the first rotating cylinder (25) constitutes rotational structure by first rotating shaft (23) and support column (5).

8. the process units that a kind of flexible driving band according to claim 7 has moulding function, it is characterised in that: described The two sides of moulding case (27) are inlaid with catch bar (29), and baffle (30) are connected on the right side of catch bar (29), and described second turn The two sides of cylinder (28) are fixed with the second shaft (33), and the second rotary shaft (34) are circumscribed with above the second shaft (33), described The inside two sides of second rotating cylinder (28) are provided with card slot (35), are provided with second spring (31), institute on the left of the baffle (30) It states and is mounted on the left of catch bar (29) moulding plate (32), the baffle (30) and moulding plate (32) are about in moulding case (27) Heart line is in symmetrical structure, and moulding plate (32) constitutes elastic extension structure by second spring (31) and moulding case (27), and Baffle (30) constitutes elastic extension structure by second spring (31) and moulding case (27).

9. the process units that a kind of flexible driving band according to claim 8 has moulding function, it is characterised in that: described The inside of card slot (35) is inlaid with third spring (36) far from the side of the second rotating cylinder (28) center line, and third spring (36) is remote Side from the second rotating cylinder (28) center line is connected to push plate (37), and the push plate (37) passes through third spring (36) and card slot (35) elastic extension structure is constituted, and is to be flexibly connected between card slot (35) and the second rotary shaft (34).