CN103802304B - Tubing continuous winding production equipment - Google Patents
Tubing continuous winding production equipment Download PDFInfo
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- CN103802304B CN103802304B CN201310643662.6A CN201310643662A CN103802304B CN 103802304 B CN103802304 B CN 103802304B CN 201310643662 A CN201310643662 A CN 201310643662A CN 103802304 B CN103802304 B CN 103802304B
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Abstract
The present invention relates to a kind of tubing continuous winding production equipment, solve the mold barrel that existing tubular object extruding uses regular length, limit the defect of the specification of the tubing of processing, comprise and there is identical button revolve pitch and button revolves the contrary outer button in direction revolves cage and interior button revolves cage, interior button revolves cage and is arranged at outer button and revolves in cage, and outer button revolves the roll shaft that the roll shaft of cage and interior button revolve cage and has identical rotational line speed; Outer button revolves the interior fetal membrane that the spiral wound side by side in cage periphery has flexible-belt to form tubing to produce, and flexible-belt revolves from outer button and to extend into outer button after cage is separated and revolve that cage is inner and reverse acting spiral is wound into the periphery that interior button revolves cage, and flexible-belt joins end to end in an enclosed construction.Flexible-belt is end to end enclosed construction, flexible-belt outside button revolve cage outside be wound around after, outer button revolves cage button and revolves an angle, roll shaft produces an axial force when rotating, and flexible-belt constitutes the interior fetal membrane that infinite in length extends, and tubing is wound around to add and does not limit by length man-hour, the tubing of any length of needs can be processed, and do not need the mold barrel of regular length, reduce costs, can also Continuous maching be realized.
Description
Technical field
The present invention relates to a kind of tubing production equipment, especially a kind of tubing continuous winding production equipment uninterruptedly can producing tubing in the mode be wound around continuously.
Background technology
At present, along with the quickening of urban construction, need more tubing to have assisted Urban Underground water pipe to lay, to meet the requirement of urban infrastructure.Also be simultaneously the existence due to old urban waterlogging, make subdrainage pipe network be subject to serious test, also need more, more rationally, more can meet the tubing of high ring rigidity and heavy caliber requirement.Therefore, high strength PE pipe and glass reinforced plastic pipe be developed.
PE pipe and glass reinforced plastic pipe are the important tubing that present municipal drainage pipe network is built, some tubing such as carat pipe and RPM all needs to use mould when processing now, the mould of how practical regular length and fixed diameter in existing mould, the specification of tubing is more, the mould needed is also more, such as: the tubing of different-diameter completes processing with regard to the mould of different-diameter, even if the tubing of the same diameter of different length also needs different moulds to complete processing, this just causes tubular object extruding cost higher, and need after processing a tubing to shut down, be replaced with mould, then need again to start, also can waste part raw material, the efficiency of processing is also lower.
Such as: Patent Office of the People's Republic of China discloses a CN196404A document on March 28th, 2007, and name is called composite-winding socket type structure-wall pipe material, plastic tape, steel band is spirally wound on successively online on the mold barrel of rotation, molding bonded heavy caliber pipe.This tubing is exactly by helically-wound shaped on the mold barrel of regular length, the longest length is also limited in the length of mold barrel, and after processing a tubing, be removed together with mold barrel, change mold barrel, also to carry out the demoulding to the mold barrel removed, also will again take the lead after changing mold barrel is wound on mold barrel by plastic tape, working (machining) efficiency is low, processing cost is high, at least want the mold barrel of two same sizes could realize mold barrel to change, but also cannot the longer tubing of processing length.
Summary of the invention
The invention solves the mold barrel that existing tubular object extruding uses regular length, limit the defect of Continuous maching tubing, i.e. intermittence processing, a kind of tubing continuous winding production equipment is provided, continuous print hurricane band fetal membrane is wound around by the outside of revolving cage at button, hurricane band fetal membrane joins end to end, make hurricane band fetal membrane can keep infinite rotational and advance, thus ensure tubular object extruding not by the restriction of mold barrel length, the tubing of any length can be processed, and can continuous seepage be realized, the object that have employed hurricane band fetal membrane is that the solid unit making this equipment both can produce PE class is wound around, also the resinoid winding of liquid state as glass reinforced plastic pipe can be produced.
The technical solution adopted for the present invention to solve the technical problems is: a kind of tubing continuous winding production equipment, comprise two buttons that periphery is evenly equipped with rotating roll shaft and revolve cage, two buttons revolve cage to be had identical button and revolves pitch, two buttons revolve cage and are divided into outer button to revolve cage and interior button revolves cage, interior button revolves cage and is arranged at outer button and revolves in cage, the button that interior button revolves cage revolves button that feeding direction and outer button revolve cage, and to revolve feeding direction contrary, and outer button revolves the roll shaft that the roll shaft of cage and interior button revolve cage and has identical rotational line speed; Outer button revolves the spiral wound side by side in cage periphery flexible-belt, flexible-belt forms the interior fetal membrane that tubing is produced side by side afterwards, flexible-belt revolves the roll shaft two ends of cage gap location from outer button extend into outer button and revolves that cage is inner and reverse acting spiral is wound into the periphery that interior button revolves cage, and flexible-belt joins end to end in an enclosed construction.The external diameter of the interior fetal membrane that outer button is formed after revolving the enveloping surface winding flexible-belt of cage is the internal diameter of tubing, flexible-belt is end to end enclosed construction, flexible-belt outside button revolves the winding of cage outside, outer button revolves cage button and revolves an angle, roll shaft produces an axial force when rotating, flexible-belt constitutes the interior fetal membrane that infinite in length extends, tubing is wound around to add and does not limit by length man-hour, the tubing of any length of needs can be processed, and do not need the mold barrel of regular length, reduce costs, can also Continuous maching be realized, starting point wound side by side again can be come back to after interior fetal membrane tail end departs to make flexible-belt, button revolves cage inside and arranges an interior button and revolve cage outside, flexible-belt wraps back to interior button and revolves cage external envelope face, interior button revolves direction that cage gives the active force of flexible-belt and outer button and revolves cage to give the direction of flexible-belt effect contrary, thus realize the continuous wound side by side of flexible-belt, can not occur that equipment crashes because of overlapping each other, it is equal that flexible-belt revolves at interior button the axial overall width of winding that cage and outer button revolve on cage, such flexible-belt revolves cage from outer button and departs from and enter into interior button and revolve cage and be wound around, from interior button revolve cage depart from enter into outer button revolve cage be wound around ensure vertical wrap, there will not be axial thrust load, also axial skew would not be there is, flexible-belt has suitable thickness, and this thickness needs to ensure that its hot strength is enough large, and the width of flexible-belt can be constant or do width adjustment according to the caliber size of producing tubing, it is identical with the rotational line speed that outer button revolves the roll shaft of cage that interior button revolves cage, interior button revolves cage and outer button and revolves cage and have identical button and revolve pitch, flexible-belt be wound into outer button revolve the speed that moves axially that cage produces be wound into interior button revolve cage produces to move axially speed identical, would not be there is the phenomenon relaxed in the interior fetal membrane that flexible-belt is wound, thus in ensureing, fetal membrane has the size of setting all the time, as long as flexible-belt meets hot strength, heat resistance, flexible 3 key elements that setting requires.
As preferably, interior button revolves cage and outer button and revolves cage and coaxially arrange, the two ends that outer button revolves cage are respectively extenal fixation dish and outer rolling disc, roll shaft is evenly equipped with between the periphery of extenal fixation dish and outer rolling disc, the two ends that interior button revolves cage are respectively internal fixation disc and interior rolling disc, be evenly equipped with roll shaft between internal fixation disc and interior rolling disc periphery, extenal fixation dish and outer rolling disc, internal fixation disc and interior rolling disc all support on same main shaft, and extenal fixation dish and outer rolling disc are in the outside of internal fixation disc and interior rolling disc.Rolling disc can deflect an angle by fixed disk relatively, this angle is exactly the button swing angle degree that button revolves cage, roll shaft just creates interior fetal membrane when rotating and moves axially required component, and the angle of the relative fixed disk deflection of rolling disc will the helical angle needed for flexible-belt winding set.
As preferably, outer button revolves cage and interior button and revolves cage and be plural serial stage structure, outer button revolves cage and comprises the extenal fixation dish of outermost end and outer rolling disc and some outer tumbler rings be between extenal fixation dish and outer rolling disc, the internal diameter of outer tumbler ring is greater than the external diameter of interior fetal membrane, is evenly equipped with described roll shaft between extenal fixation dish and outer tumbler ring periphery, between outer tumbler ring and outer tumbler ring periphery and between outer tumbler ring and outer rolling disc periphery; Interior button revolves cage and comprises the internal fixation disc of outermost end and interior rolling disc and some interior telophragmas be between internal fixation disc and interior rolling disc, between the periphery of internal fixation disc and the periphery of interior telophragma, between the periphery of interior telophragma and the periphery of interior telophragma and all have some described roll shafts between interior telophragma and interior rolling disc periphery.The multiple parallel outer tumbler ring of extenal fixation dish collocation, the multiple parallel interior telophragma of internal fixation disc collocation form the structure that multiple button revolves cage series connection, shaping object of connecting is that the pitch be wound around in order to ensure the length long enough of interior fetal membrane and flexible-belt is enough large, the production of especially small-bore coarse pitch tubing more needs multiple button to revolve cage to be in series, and single button revolves cage cannot meet the deflection that coarse pitch tubing is wound around needs.
As preferably, the countershaft of some relative main symmetries is connected with between extenal fixation dish and outer rolling disc, outer tumbler ring is provided with arcuate rotation groove, countershaft also supports outer tumbler ring through rotation slot, outer tumbler ring is provided with locking member for locking countershaft and outer tumbler ring.It is outer tumbler ring that outer button revolves between the extenal fixation dish of cage and outer rolling disc, is interference to prevent revolving cage with interior button, also causes interference to prevent flexible-belt from revolving the winding of cage appearance at interior button; Support outer tumbler ring by countershaft, outer tumbler ring can be driven again to produce the button swing angle of setting; The rotation slot of arc is convenient to countershaft externally tumbler ring generation deflection mutually, is locked, prevent countershaft and outer tumbler ring from occurring at work loosening, affect flexible-belt axial advancement by locking member.
As preferably, roll shaft is connected by link gear and is connected with drive unit, and link gear is chain or pitch wheel; Same button is revolved between the coaxial roll shaft on cage and is connected by connecting axle, and connecting axle is connected on outer tumbler ring or on interior telophragma by universal bearing, makes the same button all roll shafts revolved on cage be linked to be an entirety by connecting axle; Outer button revolves cage and interior button revolves the drive unit that cage has separately independently drive roller shaft rotation, or shares same drive unit.The rotating speed of all roll shafts is equal, is therefore connected by linkage structure; The roller of interior shaping cage and outer shaping cage can link and by a driven by motor, also can be driven respectively by two motors depending on demand.
As preferably, the quantity of described outer tumbler ring is 1 to 7, the quantity of interior telophragma is 1 to 7, it is 45 to 62mm that interior button revolves the roll shaft diameter that roll shaft on cage and outer button revolve on cage, the length of the roll shaft that interior button revolves on cage is equal to or less than outer button and revolves roll shaft on cage, length is 600 to 800mm, flexible-belt outside button to revolve winding axial length on cage equal with the winding axial length that revolves on cage at interior button.
Concrete quantity decides according to the feature of processed tubing (pitch that tubing is wound around and shaping required rotation with send power size to), and conveniently tubing supports serial number that outer button revolves cage revolves cage many one of serial number than interior button sometimes.
As preferably, the dual-side of flexible-belt has can the metal scrap (bridge) of buckle mutually, metal scrap (bridge) is divided into symmetrical upper metal scrap (bridge) and lower metal scrap (bridge), upper metal scrap (bridge) and lower metal scrap (bridge) are in the both sides of flexible-belt respectively, flexible-belt is wound into button and revolves after on cage periphery, and the upper metal scrap (bridge) of adjacent flexible-belt is connected with lower metal scrap (bridge) buckle.When flexible-belt wound side by side revolves on cage to button, the metal scrap (bridge) of dual-side can be interconnected, phenomenon that is overlapping or that be separated from each other is there is when preventing flexible-belt to be wound around, ensure that the interior fetal membrane that flexible-belt is wound has the complete face of cylinder, there will not be the phenomenon of local crowning or partial aperture, make flexible-belt be wound around and segregation ratio more smooth.
As preferably, flexible-belt comprises industrial traction band and the polyfluortetraethylene plate of high tensile, polyfluortetraethylene plate is by being bonded to leash surface after surface treatment, metal scrap (bridge) is fixed to leash both sides, in flexible-belt wound side by side becomes after fetal membrane, the outer surface of polyfluortetraethylene plate is the outer surface of fetal membrane in tube forming.Polyfluortetraethylene plate has outstanding heat resistance, can heat, and allows suddenly cold and hot, or the operation that colds and heat succeed each other, and polyfluortetraethylene plate is bonded to leash surface, and leash flexibility is comparatively large, is convenient to bend, and can meet the hot temperature of 80-100 ° of C simultaneously; Polyfluortetraethylene plate, as the appearance of interior fetal membrane, forms the smooth face of cylinder after being wound around, can be wound around hot polyethylene kind section bar, also can be wound around heat cured liquid fiber glass resin class; Or again the ironing of polyfluortetraethylene plate surface after adopting screw that polyfluortetraethylene plate is fixing.
Further, polyfluortetraethylene plate along the length direction close-packed arrays of leash, the length direction of polyfluortetraethylene plate and the length direction of leash perpendicular, after flexible-belt wound side by side, the end of polyfluortetraethylene plate is docked mutually.Because polyfluortetraethylene plate is harder, be not easy to bend, fixing on the flexible band with caterpillar method, can bend with flexible-belt and be convenient to be wound around, having again polyfluortetraethylene plate as the outer surface of interior fetal membrane, take full advantage of the performance of polyfluortetraethylene plate; The width of polyfluortetraethylene plate can decide according to the tubing caliber size of producing, and prerequisite meets when producing to keep the round and smooth of pipe material inner wall.
As preferably, the surface that polyfluortetraethylene plate exposes is knurled surface.Annular knurl can increase frictional force when tubing is wound around and between pipe material inner wall.
As preferably, outer button revolves cage outer setting to be had and internally can carry out pre-warmed firing equipment by fetal membrane outer surface, and this firing equipment adopts Hot-blast Heating equipment.This heater heats the polyfluortetraethylene plate outer surface entering winding, if production technology is necessary to adopt high temperature inner die, can be preheated, thus make pipe material inner wall smooth by the outer surface of hot blast to polyfluortetraethylene plate.
The invention has the beneficial effects as follows: the external diameter of the interior fetal membrane that outer button is formed after revolving the enveloping surface winding flexible-belt of cage is the internal diameter of tubing, flexible-belt is end to end enclosed construction, flexible-belt outside button revolve cage outside be wound around after, outer button revolves cage button and revolves an angle, roll shaft produces an axial force when rotating, flexible-belt constitutes the interior fetal membrane that infinite in length extends, tubing is wound around to add and does not limit by length man-hour, the tubing of any length of needs can be processed, and do not need the mold barrel of regular length, reduce costs, can also Continuous maching be realized.
Accompanying drawing explanation
Fig. 1 is a kind of structural representation of the present invention;
Fig. 2 is the left view of structure shown in Fig. 1 of the present invention;
Fig. 3 is the right view of structure shown in Fig. 1 of the present invention;
Fig. 4 is a kind of decomposing schematic representation of the present invention;
Fig. 5 is the surface texture schematic diagram of a kind of flexible-belt of the present invention;
Fig. 6 is the cross-sectional end view of flexible-belt shown in Fig. 5 of the present invention;
Fig. 7 is the wound side by side view of a kind of flexible-belt of the present invention;
In figure: 1, main shaft, 2, outer button revolves cage, 3, flexible-belt, 4, countershaft, 5, interior button revolves cage, 6, rotation slot, 7, internal fixation disc, 8, roll shaft, 9, interior telophragma, 10, interior rolling disc, 11, extenal fixation dish, 12, outer tumbler ring, 13, outer rolling disc, 14, polyfluortetraethylene plate, 15, lower metal scrap (bridge), 16, leash, 17, upper metal scrap (bridge).
Detailed description of the invention
Below by specific embodiment, and by reference to the accompanying drawings, technical scheme of the present invention is described in further detail.
Embodiment: a kind of tubing continuous winding production equipment (participate in accompanying drawing 1 accompanying drawing 2 accompanying drawing 3), comprise mutually be nested with and the outer button be installed on same main shaft 1 revolves cage 2 and interior button revolves cage 5 and be wrapped in outer button and revolve cage appearance and interior button revolves cage appearance and is linked to be the flexible-belt 3 of a closed.
The diameter that outer button revolves cage is greater than the diameter that interior button revolves cage, and interior button revolves cage and outer button and revolves cage and coaxially arrange.Interior button revolves cage and is in outer button and revolves in cage, interior button revolve cage comprise be arranged on internal fixation disc 7 that relative main on main shaft fixes and to be nested with on main shaft can relative main rotate in rolling disc 10, interior rolling disc is identical with the diameter of internal fixation disc, interior rolling disc parallels with internal fixation disc, is connected with circumferentially uniform roll shaft 8 between the periphery of interior rolling disc and the periphery of internal fixation disc.Outer button revolves cage and comprises that install relative main is fixed on main shaft extenal fixation dish 11 and to be nested with on main shaft can the outer rolling disc 13 that rotates of relative main, outer rolling disc is identical with the diameter of extenal fixation dish, outer rolling disc parallels with extenal fixation dish, circumferentially uniform roll shaft 8 is connected with between the periphery of outer rolling disc and the periphery of extenal fixation dish, inside and outside button revolves between roll shaft on cage and roll shaft and has gap, the two ends of roll shaft are hinged with extenal fixation dish and outer rolling disc respectively, roll shaft are fixed with gear (depending on not going out in figure).The roll shaft that same button revolves on cage is linked into an integrated entity by link gear, and link gear adopts driving-chain, and driving-chain is connected with gear, and driving-chain is connected with drive unit, and drive unit adopts motor.Extenal fixation dish and outer rolling disc are in the outside of internal fixation disc and interior rolling disc, regulate the button swing angle degree of the relative extenal fixation dish of outer rolling disc, make the axis of the axis relative main of roll shaft have individual angle.The pitch that this button swing angle degree produces is the width of flexible-belt.In regulating, rolling disc is relative to the twisted angle of internal fixation disc, and the pitch that this button swing angle degree produces is the width of flexible-belt.Outer button revolves cage and interior button and revolves cage and have identical button and revolve pitch, and the button that interior button revolves cage revolves button that feeding direction and outer button revolve cage, and to revolve feeding direction contrary, and outer button revolves the roll shaft that the roll shaft of cage and interior button revolve cage and has identical rotational line speed.
It is cascaded structure that button in the present embodiment revolves cage, an outer button revolves cage and comprises an extenal fixation dish and an outer rolling disc, three outer tumbler ring 12(are arranged with in parallel see accompanying drawing 4 between outer rolling disc and extenal fixation dish), between the periphery of extenal fixation dish and outer tumbler ring periphery, between outer tumbler ring and outer tumbler ring periphery and between outer tumbler ring periphery and outer rolling disc periphery, be evenly equipped with described roll shaft.The countershaft 4 of four relative main symmetries is connected with between extenal fixation dish and outer rolling disc, outer tumbler ring is provided with arcuate rotation groove 6, countershaft also supports outer tumbler ring through rotation slot, outer tumbler ring is provided with locking member (depending on not going out in figure) for locking countershaft and outer tumbler ring.An interior button revolves cage and comprises an internal fixation disc and an interior rolling disc, three interior telophragmas 9 are arranged with in parallel, between the periphery of internal fixation disc and the periphery of interior telophragma, between the periphery of interior telophragma and the periphery of interior telophragma and all have some described roll shafts between interior telophragma and interior rolling disc periphery between interior rolling disc and internal fixation disc.Interior button revolves roll shaft on cage and the outer button roll shaft revolved on cage is same diameter, diameter is 50mm, or diameter is different, the outer button roll shaft diameter revolved on cage is 62mm, the diameter that interior button revolves the roll shaft on cage is 45mm, and single will to ensure that outer button revolves the rotational line speed of the roll shaft on cage equally identical with the rotational line speed that interior button revolves the roll shaft on cage.The length that outer button revolves the roll shaft on cage is identical with the length that interior button revolves the roll shaft on cage, be 600mm, or the roll shaft length that the length that interior button revolves the roll shaft on cage is revolved on cage than outer button is little, but to ensure equally flexible-belt outside button to revolve winding axial length on cage equal with the winding axial length that revolves on cage at interior button.
Flexible-belt comprises leash 16 and polyfluortetraethylene plate 14(see accompanying drawing 5 accompanying drawing 6), polyfluortetraethylene plate is closely bonded to leash surface along the length direction of leash, the length direction of polyfluortetraethylene plate and the length direction of leash perpendicular.The dual-side of flexible-belt has can the metal scrap (bridge) of buckle mutually, scrap (bridge) is divided into metal scrap (bridge) 15 and lower metal scrap (bridge) 17, upper metal scrap (bridge) and lower metal scrap (bridge) are in the both sides of leash respectively, flexible-belt is wound into button and revolves after on cage periphery, and the upper metal scrap (bridge) of adjacent flexible-belt is connected (see accompanying drawing 7) with lower metal scrap (bridge) buckle.Flexible-belt outside button revolves the interior fetal membrane that cage outer surface wound side by side forms tubular object extruding, and the outer surface of interior fetal membrane is smooth, cylindrical peripheral surface.Inside and outside button revolves cage button, and to revolve the pitch of generation identical with the width of flexible-belt.Flexible-belt revolves cage inside from outer button is wound into through the gap roll shaft the outer surface that outer button revolves cage, the upper metal scrap (bridge) of flexible-belt and the mutual snapping of lower metal scrap (bridge), after being wound around preseting length, flexible-belt penetrates into outer button, and to revolve cage inner and be wound into interior button and revolve cage outer surface from the gap between roll shaft, flexible-belt end to end.The winding direction that revolves on cage of button is contrary with the winding direction that interior button revolves on cage outside for flexible-belt, interior button revolves the yawing moment of cage and outer button, and to revolve the yawing moment of cage contrary, the button that interior button revolves cage revolves button that pitch and outer button revolve cage, and to revolve pitch identical, interior button revolves the roll shaft that the roll shaft of cage and outer button revolve cage and has identical rotational line speed, if necessary, regulating wheel can be installed between inside and outside cage and tensioning is carried out to flexible-belt.
Outer button revolves cage outer setting hot air heating apparatus, and the inner tube of a tyre film outer surface that this heater can be wound in polyfluortetraethylene plate heats.
Above-described embodiment is a kind of preferred version of the present invention, not does any pro forma restriction to the present invention, also has other variant and remodeling under the prerequisite not exceeding the technical scheme described in claim.
Claims (10)
1. a tubing continuous winding production equipment, it is characterized in that comprising two buttons that periphery is evenly equipped with rotating roll shaft and revolve cage, two buttons revolve cage to be had identical button and revolves pitch, two buttons revolve cage and are divided into outer button to revolve cage and interior button revolves cage, interior button revolves cage and is arranged at outer button and revolves in cage, the button that interior button revolves cage revolves button that feeding direction and outer button revolve cage, and to revolve feeding direction contrary, and outer button revolves the roll shaft that the roll shaft of cage and interior button revolve cage and has identical rotational line speed; Outer button revolves the spiral wound side by side in cage periphery flexible-belt, flexible-belt forms the interior fetal membrane that tubing is produced side by side afterwards, flexible-belt revolves the roll shaft two ends of cage gap location from outer button extend into outer button and revolves that cage is inner and reverse acting spiral is wound into the periphery that interior button revolves cage, and flexible-belt joins end to end in an enclosed construction.
2. tubing continuous winding production equipment according to claim 1, it is characterized in that interior button revolves cage and outer button and revolves cage and coaxially arrange, the two ends that outer button revolves cage are respectively extenal fixation dish and outer rolling disc, roll shaft is evenly equipped with between the periphery of extenal fixation dish and outer rolling disc, the two ends that interior button revolves cage are respectively internal fixation disc and interior rolling disc, roll shaft is evenly equipped with between internal fixation disc and interior rolling disc periphery, extenal fixation dish and outer rolling disc, internal fixation disc and interior rolling disc all support on same main shaft, and extenal fixation dish and outer rolling disc are in the outside of internal fixation disc and interior rolling disc.
3. tubing continuous winding production equipment according to claim 1 and 2, it is characterized in that outer button revolves cage and interior button and revolves cage and be plural serial stage structure, outer button revolves cage and comprises the extenal fixation dish of outermost end and outer rolling disc and some outer tumbler rings be between extenal fixation dish and outer rolling disc, the internal diameter of outer tumbler ring is greater than the external diameter of interior fetal membrane, is evenly equipped with described roll shaft between extenal fixation dish and outer tumbler ring periphery, between outer tumbler ring and outer tumbler ring periphery and between outer tumbler ring and outer rolling disc periphery; Interior button revolves cage and comprises the internal fixation disc of outermost end and interior rolling disc and some interior telophragmas be between internal fixation disc and interior rolling disc, between the periphery of internal fixation disc and the periphery of interior telophragma, between the periphery of interior telophragma and the periphery of interior telophragma and all have some described roll shafts between interior telophragma and interior rolling disc periphery.
4. tubing continuous winding production equipment according to claim 3, it is characterized in that the countershaft being connected with some relative main symmetries between extenal fixation dish and outer rolling disc, outer tumbler ring is provided with arcuate rotation groove, countershaft also supports outer tumbler ring through rotation slot, outer tumbler ring is provided with locking member for locking countershaft and outer tumbler ring.
5. tubing continuous winding production equipment according to claim 3, it is characterized in that roll shaft is connected by link gear and is connected with drive unit, link gear is chain or pitch wheel; Same button is revolved between the coaxial roll shaft on cage and is connected by connecting axle, and connecting axle is connected on outer tumbler ring or on interior telophragma by universal bearing, makes the same button all roll shafts revolved on cage be linked to be an entirety by connecting axle; Outer button revolves cage and interior button revolves the drive unit that cage has separately independently drive roller shaft rotation, or shares same drive unit.
6. tubing continuous winding production equipment according to claim 3, it is characterized in that the quantity of described outer tumbler ring is 1 to 7, the quantity of interior telophragma is 1 to 7, it is 45 to 62mm that interior button revolves the roll shaft diameter that roll shaft on cage and outer button revolve on cage, the length of the roll shaft that interior button revolves on cage is equal to or less than outer button and revolves roll shaft on cage, length is 600 to 800mm, flexible-belt outside button to revolve winding axial length on cage equal with the winding axial length that revolves on cage at interior button.
7. tubing continuous winding production equipment according to claim 1 and 2, it is characterized in that the dual-side of flexible-belt has can the metal scrap (bridge) of buckle mutually, metal scrap (bridge) is divided into symmetrical upper metal scrap (bridge) and lower metal scrap (bridge), upper metal scrap (bridge) and lower metal scrap (bridge) are in the both sides of flexible-belt respectively, flexible-belt is wound into button and revolves after on cage periphery, and the upper metal scrap (bridge) of adjacent flexible-belt is connected with lower metal scrap (bridge) buckle.
8. tubing continuous winding production equipment according to claim 7, it is characterized in that flexible-belt comprises industrial traction band and the polyfluortetraethylene plate of high tensile, polyfluortetraethylene plate is by being bonded to leash surface after surface treatment, metal scrap (bridge) is fixed to leash both sides, in flexible-belt wound side by side becomes after fetal membrane, the outer surface of polyfluortetraethylene plate is the outer surface of fetal membrane in tube forming.
9. tubing continuous winding production equipment according to claim 8, it is characterized in that the length direction close-packed arrays of polyfluortetraethylene plate along leash, the length direction of polyfluortetraethylene plate and the length direction of leash perpendicular, after flexible-belt wound side by side, the end of polyfluortetraethylene plate is docked mutually.
10. tubing continuous winding production equipment according to claim 1 and 2, is characterized in that outer button revolves cage outer setting and has and internally can carry out pre-warmed firing equipment by fetal membrane outer surface, and this firing equipment adopts Hot-blast Heating equipment.
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| CN201310643662.6A CN103802304B (en) | 2013-12-05 | 2013-12-05 | Tubing continuous winding production equipment |
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| CN201310643662.6A CN103802304B (en) | 2013-12-05 | 2013-12-05 | Tubing continuous winding production equipment |
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| CN103802304B true CN103802304B (en) | 2016-02-03 |
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Citations (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| US4292014A (en) * | 1980-09-12 | 1981-09-29 | Lupke Manfred Arno Alfred | Feed mechanism comprising an endless member configured as a double helix |
| CN102615833A (en) * | 2012-03-12 | 2012-08-01 | 何军 | Integral composite molding equipment for polyethylene winding structured wall pipe |
| CN202507532U (en) * | 2012-01-31 | 2012-10-31 | 何军 | Twisted feeding mechanism formed by compounding polyethylene winding structure wall tubes |
| CN202507546U (en) * | 2012-01-31 | 2012-10-31 | 何军 | Composite molding device of polyethylene wall pipe with winding structure |
| CN203622933U (en) * | 2013-12-05 | 2014-06-04 | 卢希然 | Production equipment for continuous winding of pipe material |
Family Cites Families (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| GB2467899A (en) * | 2009-01-16 | 2010-08-18 | Iti Scotland Ltd | A winding apparatus and method of manufacturing helically wound structures |
-
2013
- 2013-12-05 CN CN201310643662.6A patent/CN103802304B/en active Active
Patent Citations (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| US4292014A (en) * | 1980-09-12 | 1981-09-29 | Lupke Manfred Arno Alfred | Feed mechanism comprising an endless member configured as a double helix |
| CN202507532U (en) * | 2012-01-31 | 2012-10-31 | 何军 | Twisted feeding mechanism formed by compounding polyethylene winding structure wall tubes |
| CN202507546U (en) * | 2012-01-31 | 2012-10-31 | 何军 | Composite molding device of polyethylene wall pipe with winding structure |
| CN102615833A (en) * | 2012-03-12 | 2012-08-01 | 何军 | Integral composite molding equipment for polyethylene winding structured wall pipe |
| CN203622933U (en) * | 2013-12-05 | 2014-06-04 | 卢希然 | Production equipment for continuous winding of pipe material |
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| CN103802304A (en) | 2014-05-21 |
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