CN203741644U - Device for efficiently separating hide fibers from stalk core fibers - Google Patents
Device for efficiently separating hide fibers from stalk core fibers Download PDFInfo
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- CN203741644U CN203741644U CN201420008359.9U CN201420008359U CN203741644U CN 203741644 U CN203741644 U CN 203741644U CN 201420008359 U CN201420008359 U CN 201420008359U CN 203741644 U CN203741644 U CN 203741644U
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- 230000005540 biological transmission Effects 0.000 claims abstract description 137
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- 210000000481 breast Anatomy 0.000 claims description 11
- 238000000926 separation method Methods 0.000 claims description 10
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- 229920002521 macromolecule Polymers 0.000 claims description 5
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- 244000025254 Cannabis sativa Species 0.000 abstract description 50
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- 235000012765 Cannabis sativa ssp. sativa var. spontanea Nutrition 0.000 abstract description 49
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Abstract
The utility model discloses a device for efficiently separating hide fibers from stalk core fibers. The device comprises a chute, a feed hopper, a circulating liquid sprinkler pipe, a transmission net, a thread extrusion device, a pattern extrusion device, a smooth extrusion device, a fiber separator, a hide fiber collecting mesh basket, a transmission net cleaner, a stock collecting tank, a first sprinkler, a second sprinkler and a third sprinkler. Cooked hemp stalks with the good shape slide onto the transmission net in order through the chute, the hide fibers and the stalk core fibers are completely separated under drive of the transmission net through three extrusion procedures and three sprinkle processes, and then the strip hide fibers and the well-scattered stalk core fibers are obtained. The device is arranged on a full hemp stalk cooking system and is a key device for separating hemp hide fibers of hemp stalks of which most lignin is removed from the stalk core fibers. By the adoption of the device, the neck problem of efficiently separating the long hemp skin fibers from the short stalk core fibers of hemp stalks is solved, and the damage to the fibers is reduced to the minimum degree and quality is best due to the fact that the acquired two kinds of fibers are not cut off in advance.
Description
Technical field
The utility model relates to pulping and paper-making field, relates in particular to the equipment of efficient separated hide fiber and stalk core fibre after the boiling of a kind of general anesthesia stalk, also can be used for the material cookings such as the obvious all kinds of timber of fibre structure difference in length, dogstail after long and short fiber separated.
Background technology
Crudefiber crop is a kind of common crops, is also a kind of important renewable string resource.Because crudefiber crop has, output is high, with short production cycle, strong adaptability, and good fiber properties (as low in lignin content, content of cellulose higher than the careless class of major part), therefore be regarded as a kind of extremely potential high added value weaving and paper making raw material.
General except the only a few crudefiber crop hide fiber average lengths shorter (generally at 2 ~ 3mm) such as bluish dogbane, as the hide fiber length of ramie, hemp, flax etc., on average all more than 10mm, can be used as the raw fiber of high added value paper pulp or weaving.And the fibre length of stalk core is on average in 0.5mm left and right, although its fiber is partially short, makes stalk core slurry and also can join the paper of manufacturing paper with pulp with long fibered pulp.
The slurrying of tradition crudefiber crop is got the raw materials ready and is commonly used two kinds of methods: a kind of is artificial or mechanical system is carried out core-skin separation by crudefiber crop peeling, fiber crops skin is sent into decoction system through blank, stalk core is as offal treatment, and this mode of operation cost of labor is high, to discarded stalk core, is also a kind of wasting of resources; Another kind is to utilize grass chopper that the full stalk of crudefiber crop is cut into the segment that 20mm is even shorter, thick stem stalk is directly in addition broken with cutter, sieve screening after send into decoction system, though which does not have a large amount of stalk core discarded objects, but there is the crudefiber crop compared with long fiber length for leatherware, this is the destruction to fiber beyond doubt, and stalk core fibre is shorter, in digestion process without cutting very littlely, after boiling, long and short fiber mixes not easily separated, can only be used as short fibered pulp and use, cannot highlight the high bells and whistles of jute skin fiber.
Adopt efficient separated hide fiber and stalk core fibre equipment after the boiling of this general anesthesia stalk, only the full stalk of ripe crudefiber crop need be pressed to the length brachymemma of 1m left and right, after packing is neat, send into decoction system, it is separated with stalk core fibre that hemp stalk after boiling finishes carries out hide fiber by this equipment, and hide fiber can be used for textiles or the paper products of production high added value.Stalk core fibre can be used for low side production of paper products or and other slurry kind of cooperation copy paper.This mode not only changes into paper pulp by a large amount of stalk core discarded objects, also obtained the high-quality flax fibre of substantially deviating from lignin simultaneously, also significantly reduced the hemp stalk processing cost of getting the raw materials ready, realized efficient, clean the producing of bast-fibre, be conducive to bast-fibre application industry and develop.
Summary of the invention
The purpose of this utility model is to solve the jute skin fiber problem separated with stalk core fibre after the boiling of general anesthesia stalk, and a kind of efficient, clean separation equipment is provided, and for non-section hemp stalk slurrying, uses.
The equipment of the efficient separated hide fiber of the utility model and stalk core fibre comprises chute 1, loading hopper 2, circulation fluid shower 3, transmission net 5, screw thread pressurizing unit, decorative pattern pressurizing unit, level and smooth pressurizing unit, fiber individualizer 9, hide fiber collecting net basket 10, transmission net washer 11, collection stock tank 15, spray equipment I, spray equipment II, spray equipment III, chute 1 is connected with transmission net 5, transmission net 5 is driven and is rotated by live-roller 4, live-roller П 17, transmission net 5 is successively through screw thread pressurizing unit, decorative pattern pressurizing unit, level and smooth pressurizing unit, hide fiber collecting net basket 10 is arranged on fiber individualizer 9 belows, hide fiber collecting net basket loads in order, automatically switch and net basket, the fiber filling enters next production link, live-roller П 17 is arranged in transmission net washer 11, collection stock tank 15 is arranged on the below of three pressurizing units, loading hopper 2 is arranged on the feed end of chute 1, circulation fluid shower 3 is arranged on chute 1 top, spray equipment I, spray equipment II, spray equipment III is separately positioned on screw thread pressurizing unit, decorative pattern pressurizing unit, the top of level and smooth pressurizing unit, on collection stock tank 15, be provided with plasma discharge mouth 16, stalk core slurry in collection stock tank 15 enters next production link by plasma discharge mouth 16, transmission net 5 passes through live-roller 4 successively, driven voller 21, live-roller П 17, spreader roll 13, tight net roller 14, fiber individualizer 9 is arranged on driven voller 21 tops, from whole net Wen Ding, live-roller I 4, live-roller II 17 is positioned at transmission net 5 inner sides, diagonal angle, driven voller 21, spreader roll 13 is positioned at transmission net 5 inner sides and prevents that wire side is wrinkling, tight net roller 14 is positioned at transmission net 5 outsides and tightens transmission net 5.
The pressurizing unit of screw thread described in the utility model comprises screw thread roller 6, breast roll 23, transmission net 5 is through between screw thread roller 6 and breast roll 23, wrinkling for preventing transmission net 5, breast roll 23 will have enough height and mechanical strength, breast roll 23 and screw thread roller 6 vertical intervals are adjustable within the specific limits, to meet the requirement of hemp stalk extrusion process; Decorative pattern pressurizing unit comprises decorative pattern pressure roller 7, bearing roller 24, and transmission net 5 is through between decorative pattern pressure roller 7 and bearing roller 24; Level and smooth pressurizing unit comprises level and smooth pressure roller 8, bearing roller П 25, and transmission net 5 is through between level and smooth pressure roller 8 and bearing roller П 25; Decorative pattern pressure roller 7 and bearing roller 24, level and smooth pressure roller 8 is adjustable within the specific limits with bearing roller II 25 vertical intervals, to meet the requirement of hemp stalk extrusion process.
The I of spray equipment described in the utility model comprises shower 31, controls fast spray thrower I 32, and shower 31 and the fast spray thrower I 32 of control are arranged on screw thread roller 6 tops, the left and right sides; Spray equipment II comprises shower I 33, controls fast spray thrower II 34, and shower I 33 and the fast spray thrower II 34 of control are arranged on decorative pattern pressure roller 7 tops, the left and right sides; Spray equipment III comprises shower II 35, controls fast spray thrower III 36, and shower II 35 and the fast spray thrower III 36 of control are arranged on level and smooth pressure roller 8 tops, the left and right sides.
Fiber individualizer described in the utility model 9 comprises shell, scraper plate 22, fiber individualizer 9 is wide with transmission net 5, enclosure is equipped with scraper plate 22, scraper plate 22 one end Contact Transmission nets 5, fiber crops skin long fiber is driven to fiber individualizer 9 by transmission net 5 after extruding, drip washing, scraper plate 22 is peeled off transmission net 5 by numb skin, is provided with fiber separation mouth on shell.
The net of transmission described in the utility model washer 11 comprises shell, scraper 18, high-pressure swinging formula sparge pipe 19, high-pressure swinging formula sparge pipe П 20, shell is provided with transmission web portal and the outlet of transmission net, transmission net washer 11 enclosure are equipped with high-pressure swinging formula sparge pipe 19 and high-pressure swinging formula sparge pipe П 20 and are separately positioned on transmission web portal both sides, scraper 18 is arranged on transmission net exit, is also provided with leakage fluid dram 12 on shell.
Chute described in the utility model 1 comprises that arc slips into district 46, lower skating area 47, arc slips into district 46 and is positioned under loading hopper 2, arc slips into district 46 and is communicated with lower skating area 47, lower skating area 47 is dovetail groove wide at the top and narrow at the bottom, slot access transmission net 5, slot is convenient to shrink the web area that enters of hemp stalk, and the direction that levelling hemp stalk glides guarantees that hemp stalk is arranged in parallel along transmission net 5 directions.
1 access transmission net 5 tail ends of chute described in the utility model are provided with chute dip angle adjuster 29, chute dip angle adjuster 29 comprises support bar 39, support bar П 40, gear train 44, gear train П 45, two gear train internal structures are identical, gear train and gear train П include straight spur gear, internal gear, internal gear П, internal gear and internal gear П are arranged in straight spur gear, straight spur gear, internal gear, internal gear П three is intermeshing, gear train 44 is connected with support bar П 40 by support bar 39 with gear train П 45, the internal gear I that is gear train 44 and gear train П 45 is connected by support bar 39, the internal gear II of gear train 44 and gear train П 45 is connected by support bar П 40, and can play the effect that part is supported chute 1, support bar and chute 1 afterbody are wide, on support bar 39 and support bar П 40, be respectively arranged with spanner I 37 and spanner II 38, chute 1 access transmission net 5 tail ends are provided with chute extension fixed pedestal 30, and chute extension fixed pedestal 30 is generally fixed on peripheral hardware casing by draw-in groove.
Described in the utility model, in collection stock tank 15 one end, be provided with staple fibre baffle plate 26.
Described in the utility model, three pressurizing unit both sides, be provided with overflow launder 27, the overflow launder П 28 of tail end access transmission net washer 11.
The net of transmission described in the utility model 5 is the reticulateds that adopt wire or the establishment of macromolecule polyester fiber web, and main flow is selected macromolecule polyester fiber web at present, and its surperficial potential energy is low, little to the adhesive force of slurry, and stalk core fibre easily sees through, and hide fiber is easily peeled off; Wire side softness is easy to dress, draping; Wear-resisting, resistance to compression and acid-alkali-corrosive-resisting; Cost is lower, and on it, mesh diameter is 0.3 ~ 1.0mm, percent opening 35 ~ 45%.
This equipment not only can be applicable to the separated of hide fiber and stalk core fibre after the boiling of general anesthesia stalk, also can be used for the material cookings such as the obvious all kinds of timber of fibre structure difference in length, dogstail after long and short fiber separated.
When the utility model device is used, though hemp stalk is deviate from contained most of lignin after boiling finishes, but still can keep good original shape, catch boiling in boiling vessel by manipulator, material is put into loading hopper 2, the arc that hemp stalk in loading hopper 2 falls into chute 1 slips into district 46, then by arc, slip into district 46 and enter lower skating area 47, can adjust angle of inclination by chute dip angle adjuster 29 simultaneously, with this, control hemp stalk gliding speed, it is slipped on transmission net 5 as far as possible in good orderly, spanner 37 during operation on rotary supporting rod 39 and support bar П 40 and spanner П 38, thereby the rotation of two internal gears of different radii in the straight spur gear of drive two gear trains, to reach adjustable inclination within the scope of 30 ± 5 °, transmission net 5 is driven and is rotated by live-roller 4, live-roller П 17, and driven voller 21, spreader roll 13, tight net roller 14 play the effect of stablizing whole transmission net and supporting transmission system,
The material entering on transmission net 5 passes through successively screw thread pressurizing unit under the drive of transmission net 5, decorative pattern pressurizing unit, level and smooth pressurizing unit carries out three road extruding, while spray equipment I, spray equipment II, spray equipment III carries out three sections of drip washing to the material of extruding, wherein screw thread roller 6 and decorative pattern pressure roller 7, the different shape of its pressure roller be for extruding during hemp stalk for numb skin particularly the deformation diffusion of stalk core overflow deformation district is provided, and make hemp stalk in different directions (radially, axially) be all under pressure, hide fiber is separated more complete with the conquassation of stalk core fibre, level and smooth pressure roller 8 is further to press and fall apart into fiber staying in the online stalk core that still has little bulk, see through transmission net 5 when allowing its drip washing, jute skin fiber completes extruding drip washing and brings to fiber individualizer 9 by transmission net 5, peels off transmission net 5 enter hide fiber collecting net basket 10 by scraper plate 22, and staple fibre (stalk core slurry) sees through transmission net 5 and enters collection stock tank 15 in extruding spray process, hemp stalk has a small amount of staple fibre and overflows transmission net 5 when extruding, spray, therefore be provided with overflow launder 27 and the overflow launder П 28 of tail end access transmission net washer 11 in transmission net 5 both sides, the stalk core fibre overflowing flows into overflow launder, regularly with clear water, rinses to transmission net washer 11.Transmission net 5 enters transmission net washer 11, by the high-pressure swinging formula sparge pipe 19 in transmission net washer, high-pressure swinging formula sparge pipe П 20 and scraper 18, clean transmission net 5, the remaining a small amount of fiber of meeting in cleaning solution, by leakage fluid dram 12, enter the circulatory system together with slurry in overflow launder, again be circulated to circulation fluid shower 3, hemp stalk is when chute 1 slip viscous, and ON cycle liquid shower 3 water spray curtains make to form moisture film to reduce slip resistance under hemp stalk on chute 1 in good time.
Various roll shafts described in the utility model are all furnished with scraper and clean shower nozzle, regularly clean, keep roll surface cleaning, thereby guarantee fiber separation quality.
Spray equipment described in the utility model, controls the cascade flow velocity controllable adjustable that fast spray thrower sprays, and with different flow velocity sprays, squeezes disposed slurry, accelerates the rheology of stalk core staple fibre, sees through wire side and enters stock tank, and stalk core fibre is washed from hide fiber.
The utility model is compared advantage and the technique effect having compared with prior art:
The utility model has solved hemp stalk boiling, and procedure for preparation is loaded down with trivial details in earlier stage, discarded object is many, carrying capacity of environment is excessive, fiber utilization rate is low, the problems such as production cost height, adopt after non-section general anesthesia stalk boiling method, form keeps the hemp stalk of better and deviating from most of lignin to enter the efficient separated hide fiber of the utility model and stalk core fibre equipment, loose stalk core fibre is squeezed in extruding, through spraying separation, can obtain respectively staying in online strip hide fiber and the stalk core fibre that falls within collection stock tank off the net, separative efficiency is high, stable difficult obstruction of operation pipe.
Compare with existing technology, this equipment has been exempted section and has been got the raw materials ready and skin stalk stripping process, without slicer and artificial retted fibre; After boiling, hemp stalk keeps good original shape, hemp stalk after extruding is boiled, stalk core fibre is squeezed loose, but numb skin is squeezed routed and loose, spray irrigation just washes from numb skin by stalk core fibre, obtain respectively stalk core slurry and jute skin fiber, strip jute skin fiber be both convenient to the to weave exquisiteness of use is processed, for papermaking, also there is special-purpose beating equipment to pull an oar and cut off processing, accomplish papermaking, weave dual-purposely, particularly by boiling general anesthesia stalk, be aided with this equipment and directly can obtain the new approach that textile fiber raw material has been opened up the efficient preparation of jute skin fiber.After the boiling of section hemp stalk fiber has also been avoided in the intervention of this equipment, a large amount of numb skin long fibers tangle mutually, stop up slurrying pipeline.Jute skin fiber and stalk core fibre that the hemp stalk hide fiber of this device separates and stalk core fibre are compared the rear boiling of section can significantly improve tensile strength.
Accompanying drawing explanation
Fig. 1 is structural representation of the present utility model;
Fig. 2 is left TV structure schematic diagram of the present utility model;
Fig. 3 is overflow groove structure schematic diagram of the present utility model;
Fig. 4 is screw thread roller structural representation of the present utility model;
Fig. 5 is decorative pattern roller structure schematic diagram of the present utility model;
Fig. 6 is chute dip angle adjuster structural representation of the present utility model;
Fig. 7 is chute dip angle adjuster cross-sectional view of the present utility model;
Fig. 8 is fiber individualizer sectional structure schematic diagram of the present utility model;
Fig. 9 is that cutaway view Amplified image is looked on a transmission net washer of the present utility model left side;
In figure: 1-chute, 2-loading hopper, 3-recycle sprinkler, 4-live-roller, 5-transmission net, 6-screw thread roller, 7-decorative pattern pressure roller, the level and smooth pressure roller of 8-, 9-fiber individualizer, 10-hide fiber collecting net basket, 11-transmission net washer, 12-leakage fluid dram, 13-spreader roll, the tight net roller of 14-, 15-collection stock tank, 16-plasma discharge mouth, 17-live-roller П, 18-scraper, 19-high-pressure swinging formula sparge pipe, 20-high-pressure swinging formula sparge pipe П, 21-driven voller, 22-scraper plate, 23-breast roll, 24-bearing roller, 25-bearing roller П, 26-staple fibre baffle plate, 27-overflow launder, 28-overflow launder П, 29-chute dip angle adjuster, 30-chute extension fixed pedestal, 31-shower, 32-is controlled fast spray thrower, 33-shower П, 34-is controlled fast spray thrower П, 35-shower Ш, 36-is controlled fast spray thrower Ш, 37-spanner, 38-spanner П, 39-support bar, 40-support bar П, 41-straight spur gear, 42-internal gear, 43-internal gear П, 44-gear train I, 45-gear train П, 46-arc slips into district, skating area under 47-, 48-fiber separation mouth.
The specific embodiment
Below in conjunction with drawings and Examples, the utility model is further elaborated, but technology contents of the present utility model is not limited in affiliated scope.
This efficient separated hide fiber and stalk core fibre equipment comprise chute 1, loading hopper 2, circulation fluid shower 3, transmission net 5, screw thread pressurizing unit, decorative pattern pressurizing unit, level and smooth pressurizing unit, fiber individualizer 9, hide fiber collecting net basket 10, transmission net washer 11, collection stock tank 15, spray equipment I, spray equipment II, spray equipment III, chute 1 is connected with transmission net 5, transmission net 5 is driven and is rotated by live-roller 4, live-roller П 17, transmission net 5 is successively through screw thread pressurizing unit, decorative pattern pressurizing unit, level and smooth pressurizing unit, hide fiber collecting net basket 10 is arranged on fiber individualizer 9 belows, hide fiber collecting net basket loads in order, automatically switch and net basket, the fiber filling enters next production link, live-roller П 17 is arranged in transmission net washer 11, collection stock tank 15 is arranged on the below of three pressurizing units, loading hopper 2 is arranged on the feed end of chute 1, circulation fluid shower 3 is arranged on chute 1 top, spray equipment I, spray equipment II, spray equipment III is separately positioned on screw thread pressurizing unit, decorative pattern pressurizing unit, the top of level and smooth pressurizing unit, on collection stock tank 15, be provided with plasma discharge mouth 16, stalk core slurry in collection stock tank 15 enters next production link by plasma discharge mouth 16, transmission net 5 passes through live-roller 4 successively, driven voller 21, live-roller П 17, spreader roll 13, tight net roller 14, fiber individualizer 9 is arranged on driven voller 21 tops, from whole net Wen Ding, live-roller I 4, live-roller II 17 is positioned at transmission net 5 inner sides, diagonal angle, driven voller 21, spreader roll 13 is positioned at transmission net 5 inner sides and prevents that wire side is wrinkling, tight net roller 14 is positioned at transmission net 5 outsides and tightens transmission net 5,
Wherein screw thread pressurizing unit comprises screw thread roller 6, breast roll 23, transmission net 5 is through between screw thread roller 6 and breast roll 23, wrinkling for preventing transmission net 5, breast roll 23 will have enough height and mechanical strength, breast roll 23 and screw thread roller 6 vertical intervals are adjustable within the specific limits, to meet the requirement of hemp stalk extrusion process; Decorative pattern pressurizing unit comprises decorative pattern pressure roller 7, bearing roller 24, and transmission net 5 is through between decorative pattern pressure roller 7 and bearing roller 24; Level and smooth pressurizing unit comprises level and smooth pressure roller 8, bearing roller П 25, and transmission net 5 is through between level and smooth pressure roller 8 and bearing roller П 25; Decorative pattern pressure roller 7 and bearing roller 24, level and smooth pressure roller 8 is adjustable within the specific limits with bearing roller II 25 vertical intervals, to meet the requirement of hemp stalk extrusion process; Spray equipment I comprises shower 31, controls fast spray thrower I 32, and shower 31 and the fast spray thrower I 32 of control are arranged on screw thread roller 6 tops, the left and right sides; Spray equipment II comprises shower I 33, controls fast spray thrower II 34, and shower I 33 and the fast spray thrower II 34 of control are arranged on decorative pattern pressure roller 7 tops, both sides; Spray equipment III comprises shower II 35, controls fast spray thrower III 36, and shower II 35 and the fast spray thrower III 36 of control are arranged on level and smooth pressure roller 8 tops, the left and right sides; Fiber individualizer 9 comprises shell, scraper plate 22, fiber individualizer 9 is wide with transmission net 5, enclosure is equipped with scraper plate 22, fiber crops skin long fiber is driven to fiber individualizer 9 by transmission net 5 after extruding, drip washing, 22 1 sections of Contact Transmission nets 5 of scraper plate are peeled off transmission net 5 by numb skin, are provided with fiber separation mouth 48 on shell.Transmission net washer 11 comprises shell, scraper 18, high-pressure swinging formula sparge pipe 19, high-pressure swinging formula sparge pipe П 20, on shell, be provided with transmission web portal and the outlet of transmission net, transmission net washer 11 enclosure are equipped with high-pressure swinging formula sparge pipe 19 and high-pressure swinging formula sparge pipe П 20 and are separately positioned on transmission web portal both sides, scraper 18 is arranged on transmission net exit, is also provided with leakage fluid dram 12 on shell, chute 1 comprises that arc slips into district 46, lower skating area 47, arc slips into district 46 and is positioned under loading hopper 2, arc slips into district 46 and is communicated with lower skating area 47, lower skating area 47 is dovetail groove wide at the top and narrow at the bottom, slot access transmission net 5, slot is convenient to shrink the web area that enters of hemp stalk, and the direction that levelling hemp stalk glides guarantees that hemp stalk is arranged in parallel along transmission net 5 directions, chute 1 access transmission net 5 tail ends are provided with chute dip angle adjuster 29, chute dip angle adjuster 29 comprises support bar 39, support bar П 40, gear train 44, gear train П 45, two gear train internal structures are identical, gear train and gear train П include straight spur gear 41, internal gear 42, internal gear П 43, internal gear 42 and internal gear П 43 are arranged in straight spur gear 41, straight spur gear 41, internal gear 42, internal gear П 43 threes are intermeshing, gear train 44 is connected with support bar П 40 by support bar 39 with gear train П 45, the internal gear I that is gear train 44 and gear train П 45 is connected by support bar 39, the internal gear II of gear train 44 and gear train П 45 is connected by support bar П 40, can play the effect that part supports chute 1, support bar and chute 1 afterbody are wide, on support bar 39 and support bar П 40, be respectively arranged with spanner I 37 and spanner II 38, chute 1 access transmission net 5 one end are provided with chute extension fixed pedestal 30, and chute extension fixed pedestal 30 is generally fixed on peripheral hardware casing by draw-in groove.When adjusting chute 1 inclination angle, chute extension fixed pedestal 30 has the effect of fixing-stable chute 1; Collection stock tank 15 one end are provided with staple fibre baffle plate 26 and do not contact with driven voller 21; Three pressurizing unit both sides, be provided with overflow launder 27, the overflow launder П 28 of tail end access transmission net washer 11; Transmission net 5 is the reticulateds that adopt wire or the establishment of macromolecule polyester fiber web, and main flow is selected macromolecule polyester fiber web at present, and its surperficial potential energy is low, little to the adhesive force of slurry, and stalk core fibre easily sees through, and hide fiber is easily peeled off; Wire side softness is easy to dress, draping; Wear-resisting, resistance to compression and acid-alkali-corrosive-resisting; Cost is lower, and on it, mesh diameter is 0.5mm, percent opening 40%.
When the utility model device is used, though hemp stalk is deviate from contained most of lignin after boiling finishes, but still can keep good original shape, catch boiling in boiling vessel by manipulator, material is put into loading hopper 2, the arc that hemp stalk in loading hopper 2 falls into chute 1 slips into district 46, then by arc, slip into district 46 and enter lower skating area 47, can adjust angle of inclination by chute dip angle adjuster 29 simultaneously, with this, control hemp stalk gliding speed, it is slipped on transmission net 5 as far as possible in good orderly, spanner 37 during operation on rotary supporting rod and support bar П and spanner П 38, thereby drive the internal gear 42 in straight spur gear 41, the rotation of internal gear П 43, to reach adjustable inclination within the scope of 30 ± 5 °, transmission net 5 is driven and is rotated by live-roller 4, live-roller П 17, and driven voller 21, spreader roll 13, tight net roller 14 play the effect of stablizing whole transmission net and supporting transmission system,
The material entering on transmission net 5 passes through successively screw thread pressurizing unit under the drive of transmission net 5, decorative pattern pressurizing unit, level and smooth pressurizing unit carries out three road extruding, while spray equipment I, spray equipment II, spray equipment III carries out three sections of drip washing to the material of extruding, wherein after 23 extruding of screw thread roller 6 and breast roll the obvious deformation of hemp stalk (stalk core is pressed loose, fiber crops skin is not fallen apart by conquassation), be laid in and on transmission net 5, enter first paragraph spray district--spray equipment I, control the cascade of fast spray thrower 32 ejection certain flow rate, on drip washing transmission net 5, be extruded the hemp stalk of distortion, scattered stalk core fibre sees through transmission net 5 and enters collection stock tank 15, online numb skin and remaining stalk core enter second crush zone--decorative pattern pressurizing unit, decorative pattern pressure roller 7 completes squeezing the second extruding of the hemp stalk of bursting with bearing roller 24, after squeezing, hemp stalk enters second segment spray district--spray equipment II, control fast spray thrower П 34 ejection cascades, squeeze loose stalk core fibre and see through transmission net 5 inflow collection stock tanks 15, second segment spray finishes, the online remaining routed hemp stalk that squeezes enters San road crush zone--level and smooth pressurizing unit, level and smooth pressure roller 8 completes the tri-road extruding to hemp stalk with bearing roller П 25, make remaining small pieces, block stalk core is defeated and dispersed opening completely, enter the 3rd section of spray district--spray equipment III, control fast spray thrower Ш 36 ejection cascades, hemp stalk on drip washing transmission net 5, stalk core fibre sees through transmission net 5 and enters collection stock tank 15, remaining stalk core fibre sees through transmission net 5 and flows into collection stock tank 15 through staple fibre baffle plate 26, screw thread roller 6, decorative pattern pressure roller 7, level and smooth pressure roller 8 tops are furnished with shower (31, П 33, Ш 35), and regularly washing is attached to the fiber on roll shaft, keeps roll surface cleaning, is conducive to the high efficiency extruding of roll shaft to hemp stalk, fiber crops skin long fiber is connected because of staggered, substantially being bar-shape stays on transmission net 5, by transmission net 5, bring to fiber individualizer 9, peel off transmission net 5 enter hide fiber collecting net basket 10 by scraper plate 22, staple fibre (stalk core slurry) sees through transmission net 5 and enters collection stock tank 15 in extruding spray process,
Due to ladder chute 1 design form wide at the top and narrow at the bottom, slot is when hemp stalk slips on transmission net 5, collapse into web area, levelling downslide hemp stalk direction, slips in order along transmission net 5 transmission direction, when extruding, spray, have a small amount of staple fibre and overflow transmission net 5, therefore be provided with overflow launder 27 and the overflow launder П 28 of tail end access transmission net washer 11 in transmission net 5 both sides, the stalk core overflowing slurry flows into overflow launder, regularly rinses to transmission net washer 11 with clear water.Transmission net 5 enters transmission net washer 11, by the high-pressure swinging formula sparge pipe 19 in transmission net washer, high-pressure swinging formula sparge pipe П 20 and scraper 18, clean transmission net 5, high-pressure swinging formula sparge pipe 19 back flush transmission nets 5, make to clean more complete, the remaining a small amount of fiber of meeting in cleaning solution, by leakage fluid dram 12, enter the circulatory system together with slurry in overflow launder, again be circulated to circulation fluid shower 3, hemp stalk is when chute 1 slip viscous, and ON cycle liquid shower 3 water spray curtains make to form moisture film to reduce slip resistance under hemp stalk on chute 1 in good time; Stalk core slurry in collection stock tank 15 is discharged and is entered next production link by plasma discharge mouth 16; Jute skin fiber enters hide fiber net basket 10 through fiber individualizer 9 and enters next production link, and jute skin fiber is filling in order in frame, after filling, can certainly move basket.
Various roll shafts described in the utility model are all furnished with scraper and clean shower nozzle, regularly clean, keep roll surface cleaning, thereby guarantee fiber separation quality.
Spray equipment described in the utility model, controls the cascade flow velocity controllable adjustable that fast spray thrower sprays, and with different flow velocity sprays, squeezes disposed slurry, accelerates the rheology of stalk core staple fibre, sees through wire side and enters stock tank, and stalk core fibre is washed from hide fiber.
After non-section general anesthesia stalk boiling delignification, with this separation equipment, carry out the separated of jute skin fiber and stalk core fibre, obtain respectively the numb skin long fiber and the staple fibre stalk core slurry that are banded, stalk core slurry containing jute skin fiber less than 1%, jute skin fiber containing stalk core fibre less than 2%.And the jute skin fiber obtaining improves more than 20% than the tensile strength of cutting the numb latex of rear numb skin boiling, the stalk core slurry obtaining improves more than 15% than the stalk core slurry tensile strength of cutting the boiling of rear stalk core.
Claims (10)
1. an equipment for efficient separated hide fiber and stalk core fibre, is characterized in that: comprise chute (1), loading hopper (2), circulation fluid shower (3), transmission net (5), screw thread pressurizing unit, decorative pattern pressurizing unit, level and smooth pressurizing unit, fiber individualizer (9), hide fiber collecting net basket (10), transmission net washer (11), collection stock tank (15), spray equipment I, spray equipment II, spray equipment III, chute (1) is connected with transmission net (5), and transmission net (5) is by live-roller (4), live-roller П (17) drives rotation, and transmission net (5) is successively through screw thread pressurizing unit, decorative pattern pressurizing unit, level and smooth pressurizing unit, hide fiber collecting net basket (10) is arranged on fiber individualizer (9) below, live-roller П (17) is arranged in transmission net washer (11), collection stock tank (15) is arranged on the below of three pressurizing units, loading hopper (2) is arranged on chute (1) feed end, circulation fluid shower (3) is arranged on chute (1) top, spray equipment I, spray equipment II, spray equipment III is separately positioned on screw thread pressurizing unit, decorative pattern pressurizing unit, the top of level and smooth pressurizing unit, is provided with plasma discharge mouth (16) on collection stock tank (15), and transmission net (5) passes through live-roller (4) successively, driven voller (21), live-roller П (17), spreader roll (13), tight net roller (14), live-roller I(4), live-roller II(17) be positioned at inner side, transmission net (5) diagonal angle, driven voller (21), spreader roll (13) is positioned at transmission net (5) inner side, and tight net roller (14) is positioned at transmission net (5) outside and tightens transmission net (5), and fiber individualizer (9) is arranged on driven voller (21) top.
2. the equipment of efficient separated hide fiber and stalk core fibre according to claim 1, is characterized in that: screw thread pressurizing unit comprises screw thread roller (6), breast roll (23), and transmission net (5) is through between screw thread roller (6) and breast roll (23); Decorative pattern pressurizing unit comprises decorative pattern pressure roller (7), bearing roller (24), and transmission net (5) is through between decorative pattern pressure roller (7) and bearing roller (24); Level and smooth pressurizing unit comprises level and smooth pressure roller (8), bearing roller П (25), and transmission net (5) is through between level and smooth pressure roller (8) and bearing roller П (25).
3. the equipment of efficient separated hide fiber and stalk core fibre according to claim 1, it is characterized in that: spray equipment I comprises shower (31), controls fast spray thrower I(32), shower (31) and the fast spray thrower I(32 of control) be arranged on above screw thread roller (6) left and right sides; Spray equipment II comprises shower I(33), control fast spray thrower II(34), shower I(33) and the fast spray thrower II(34 of control) be arranged on decorative pattern pressure roller (7) left and right sides top; Spray equipment III comprises shower II(35), control fast spray thrower III(36), shower II(35) and the fast spray thrower III(36 of control) be arranged on level and smooth pressure roller (8) left and right sides top.
4. the equipment of efficient separated hide fiber and stalk core fibre according to claim 1, it is characterized in that: fiber individualizer (9) comprises shell, scraper plate (22), enclosure is equipped with scraper plate (22), and scraper plate (22) one end Contact Transmission net (5), is provided with fiber separation mouth on shell.
5. the equipment of efficient separated hide fiber and stalk core fibre according to claim 1, it is characterized in that: transmission net washer (11) comprises shell, scraper (18), high-pressure swinging formula sparge pipe (19), high-pressure swinging formula sparge pipe П (20), shell is provided with transmission web portal and the outlet of transmission net, transmission net washer (11) enclosure is equipped with high-pressure swinging formula sparge pipe (19) and high-pressure swinging formula sparge pipe П (20) and is separately positioned on transmission web portal both sides, scraper (18) is arranged on transmission net exit, on shell, be also provided with leakage fluid dram (12).
6. the equipment of efficient separated hide fiber and stalk core fibre according to claim 1, it is characterized in that: chute (1) comprises that arc slips into district (46), lower skating area (47), arc slips into district (46) and is positioned under loading hopper (2), arc slips into district (46) and is communicated with lower skating area (47), lower skating area (47) is dovetail groove wide at the top and narrow at the bottom, slot access transmission net (5).
7. the equipment of efficient separated hide fiber and stalk core fibre according to claim 1, it is characterized in that: the tail end of chute (1) access transmission net (5) is provided with chute dip angle adjuster (29), chute dip angle adjuster (29) comprises support bar (39), support bar П (40), gear train (44), gear train П (45), gear train and gear train П include straight spur gear, internal gear, internal gear П, internal gear and internal gear П are arranged in straight spur gear, straight spur gear, internal gear, internal gear П three is intermeshing, the internal gear I of gear train (44) and gear train П (45) is connected by support bar (39), the internal gear II of gear train (44) and gear train П (45) is connected by support bar П (40), on support bar (39) and support bar П (40), be respectively arranged with spanner I(37) and spanner II(38), chute (1) access transmission net (5) one end is provided with chute extension fixed pedestal (30).
8. the equipment of efficient separated hide fiber and stalk core fibre according to claim 1, is characterized in that: in collection stock tank (15) one end, be provided with staple fibre baffle plate (26).
9. the equipment of efficient separated hide fiber and stalk core fibre according to claim 1, is characterized in that: the overflow launder (27), the overflow launder П (28) that three pressurizing unit both sides, are provided with tail end access transmission net washer (11).
10. the equipment of efficient separated hide fiber and stalk core fibre according to claim 1, is characterized in that: transmission net (5) is the reticulated that adopts wire or the establishment of macromolecule polyester fiber web, and on it, mesh diameter is 0.3 ~ 1.0mm, percent opening 35 ~ 45%.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201420008359.9U CN203741644U (en) | 2014-01-07 | 2014-01-07 | Device for efficiently separating hide fibers from stalk core fibers |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201420008359.9U CN203741644U (en) | 2014-01-07 | 2014-01-07 | Device for efficiently separating hide fibers from stalk core fibers |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN203741644U true CN203741644U (en) | 2014-07-30 |
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201420008359.9U Expired - Fee Related CN203741644U (en) | 2014-01-07 | 2014-01-07 | Device for efficiently separating hide fibers from stalk core fibers |
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| Country | Link |
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| CN (1) | CN203741644U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN103757966A (en) * | 2014-01-07 | 2014-04-30 | 昆明理工大学 | Efficient bast fiber and stem fiber separation equipment |
-
2014
- 2014-01-07 CN CN201420008359.9U patent/CN203741644U/en not_active Expired - Fee Related
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN103757966A (en) * | 2014-01-07 | 2014-04-30 | 昆明理工大学 | Efficient bast fiber and stem fiber separation equipment |
| CN103757966B (en) * | 2014-01-07 | 2015-11-18 | 昆明理工大学 | The equipment of a kind of efficient separation hide fiber and stalk core fibre |
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| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20140730 Termination date: 20160107 |