CN205443783U - Extremely thin glass fiber paper production system - Google Patents
Extremely thin glass fiber paper production system Download PDFInfo
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- CN205443783U CN205443783U CN201620108516.2U CN201620108516U CN205443783U CN 205443783 U CN205443783 U CN 205443783U CN 201620108516 U CN201620108516 U CN 201620108516U CN 205443783 U CN205443783 U CN 205443783U
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Abstract
The utility model provides an extremely thin glass fiber paper production system, it is including mixing arrangement, buffer, water filtering device, cut the device, conveyor, the stock form device, wherein, the mixer export is connected with diluting pool, diluting pool is connected with mixing arrangement one end, the mixing arrangement other end is connected with glass fiber paper forming device, the glass fiber paper forming device entry end is equipped with buffer, be equipped with water filtering device in the glass fiber paper forming device, the glass fiber paper forming device exit end is equipped with conveyor, conveyor is connected with the oven, the oven exit is installed and is cut the device, it is equipped with the stock form device to cut the device output. The utility model discloses an efficient, area is little, paper surfacing after the shaping, and glass fiber's the velocity of flow is even, and the feeding velocity of flow is controllable adjustable, convenient and practical, excellent in use effect.
Description
Technical field
This utility model relates to a kind of all-glass paper technical equipment field, refers in particular to a kind of very thin all-glass paper production system.
Background technology
All-glass paper is the tissue paper manufactured paper with pulp by the glass fibre that diameter is tiny.Good stability of the dimension.Anti-chemical agent is big.Against weather is strong.Noninflammability is good.Available 100% glass fibre (below diameter 0.3～0.5 μm, main component is silicon dioxide), through light beating, adds adhesive, or with addition of part chemical wood pulp, manufactures paper with pulp and form on fourdrinier machine or cylinder mould machine.Also silica gel or colloidal alumina can be added, in order to improve intensity.When manufacturing very thin all-glass paper, needing fully to dilute the raw material after stirring, existing stirring equipment takes up an area big, and structure is complicated.All-glass paper when molding by slurry is delivered to net cage (net cage be exactly by glass fibre slurry flow into after by netted platform by unnecessary moisture filter, make glass fibre preliminarily form the paper that moisture is bigger) in then preliminary molding paper, existing is directly slurry to be imported net cage by its natural flow molding paper, paper sheet thickness after this mode molding is uneven, the bad control of flow velocity.When making very thin all-glass paper, paper formation conveying is ensured during in order to carry, need to arrange getter device below netted conveyer belt, getter device connects vacuum pump, can be adsorbed in smooth for all-glass paper on conveyer belt, but existing apparatus can be inhaled into together with moisture when air-breathing, largely effect on the service life of vacuum pump, add the production cost of enterprise.And traditional coil paper mode is to be rotated by winding roll to carry out coil paper, usual winding roll is just for drive roll, but when the paper that winding is very thin, this winding method can make the overtension of paper likely can damage product.
Summary of the invention
The purpose of this utility model is to overcome the deficiencies in the prior art, it is provided that a kind of simple in construction, efficiency height, length in service life, effective very thin all-glass paper production system.
For achieving the above object, technical scheme provided by the utility model is: a kind of very thin all-glass paper production system, it includes mixing arrangement, buffer unit, water treatment plant, cutting device, conveyer device, paper winding device, wherein, blender outlet is connected with diluting tank, diluting tank is connected with mixing arrangement one end, the mixing arrangement other end is connected with all-glass paper shaped device, all-glass paper shaped device arrival end is provided with buffer unit, it is provided with water treatment plant in all-glass paper shaped device, the all-glass paper shaped device port of export is provided with conveyer device, conveyer device is connected with baking oven, baking oven exit is provided with cutting device, cutting device outfan is provided with paper winding device；Described mixing arrangement includes mixing shell, and the main body of mixing shell is tubular, and mixing shell two ends respectively set one and connect ring, and the connection contact surface connecting ring is provided with stair-stepping sealing ring, and sealing ring is positioned at inside connection ring；Connect and on ring anchor ring, be evenly equipped with several connection fixing holes；Being provided with shaft in mixing shell, shaft is provided with two groups of abnormity mixing tabs, and two groups of abnormity mixing tabs are wrapped in shaft outer peripheral face both sides relatively；Often group abnormity mixing tab is constituted by some blades, is welded on shaft inside blade, and blade body is reversed into abnormity, and in the shape of a spiral, mixing shell one end is provided with water inlet pipe to its outer ledge；Buffer unit includes front apron, backboard, and wherein, the feed end medial wall of net cage is provided with vertical gathering sill, and movable set is in corresponding gathering sill respectively for front apron, backboard two ends, and front apron is positioned at side, net cage feed end end；Between bottom front apron after installation and bottom net cage, reserved certain distance forms control slurry passage, contact with bottom net cage bottom backboard, and front apron overhead height is more than tailgate top height；Being positioned at the gathering sill notch of charging aperture side and be provided with deflector, deflector uses flexible material to make molding, and its side is fixed on net cage sidewall, and opposite side contacts with front apron；Front apron is arranged over height adjustment mechanism, described height adjustment mechanism includes crossbeam, bearing, adjusting rod, wherein, crossbeam is fixed on net cage top, and crossbeam is provided with bearing, in the middle part of adjusting rod, activity is assemblied in bearing, adjusting rod bottom is provided with external screw thread, this external screw thread engages with the front apron top below crossbeam, and front apron top is provided with recessed female thread groove, and adjusting rod bottom is engaged in female thread groove；Adjusting rod top is provided with adjusting handle.
Described water treatment plant includes filtering tank, and filtering tank side is provided with adpting flange, and adpting flange is connected with suction nozzle, and filtering tank opposite side is connected with vacuum pump connecting tube；Being provided with dividing plate vertically downward in filtering tank, adpting flange is positioned at filtering tank top, and its outlet is just to dividing plate；Between bottom dividing plate and bottom filtering tank, reserved certain distance formed gas passage, and filtering tank inwall both sides are provided with draw-in groove, and dividing plate both sides are installed in corresponding draw-in groove, and the dividing plate top after card dress is touched with cover bottom connection；Being provided with card article with groove bottom cover, this card article is stuck in dividing plate top；It is provided with the water leg of inverted cone bottom filtering tank, bottom water leg, is provided with drain pipe；Negative tube it is provided with in the middle part of filtering tank.
Described cutting device includes cuts seat, and cutting seat is two, lays respectively at conveyer top of the trellis both sides, cuts seat and is made up of riser and transverse slat, and riser is vertically fixed on conveyer top of the trellis, and riser top is fixed with transverse slat；Lift cylinder cylinder body is arranged on transverse slat；The piston rod of lift cylinder is connected through transverse slat with elevating bracket vertically downward；Elevating bracket end is provided with lifting slider, is provided with vertically arranged lifting guide pillar, is fixed by fixed block bottom lifting guide pillar inside riser, and lifting guide pillar top is fixed on bottom transverse slat；Lifting slider is sleeved on lifting guide pillar, and elevating bracket side is provided with horizontal rail, and tool rest activity is assemblied on horizontal rail；Being provided with cylinder blade bottom tool rest, cylinder blade is controlled by the blade cylinder in tool rest.
Described conveyer device includes conveyer belt, pressing plate, adsorbent equipment, blowing cover, wherein, conveyer belt support face is netted, conveyer belt feed end is provided with pressing plate, being fixed with white flexible layer and light surface layer bottom pressing plate successively, pressing plate two ends are arranged in frame by corresponding regulation bolt respectively, and conveyer belt discharging bottom portion is provided with adsorbent equipment, adsorbent equipment is arranged over blowing cover, and blowing cover is arranged in the frame above conveyer belt；Axial flow blower is installed on described blowing cover top, is provided with the baffle plate of some strips in the air outlet bottom blowing cover, and between adjacent screen, reserved certain distance forms wind groove, and wind slot length is equal to conveyer belt width；Being provided with lifting bolt bottom adsorbent equipment, lifting bolt is fixed on below conveyer belt, and adsorbent equipment activity is assemblied on lifting bolt, and passes through nut check.
Described paper winding device includes reeling-up stand, drive roll, driven voller, wherein, drive roll is arranged on reeling-up stand, reeling-up stand outfan both sides respectively set one group of supporting track, bottom supporting track one end by hinge on fixed block, fixed block is arranged on the reeling-up stand of drive roll side, it is provided with articulation block bottom the supporting track other end, articulation block is hinged with adjusting screw rod one end, the adjusting screw rod other end engages with the adjusting nut on reeling-up stand downwards, supporting track surface after assembling tilts, and its relatively low one end is positioned at drive roll side；Supporting track top is provided with the direction recess along track length direction distribution；Being fixed with bearing on the end axle at driven voller two ends, bearing activity is placed in direction recess；Chart drum it is set with on driven voller.
This utility model has the advantage that
The first, the charging aperture at blender connects raw material and clear water, and internal employing distortion formula abnormity mixing tab, raw material is automatic dilution mix homogeneously under the rotarily driving of special-shaped mixing tab, and the effect of this programme is fine and efficiency is high, and floor space is little.
Second, twice baffle plate it is additionally arranged at net cage charging aperture, higher close to the front apron height at charging aperture, but bottom does not contacts with net cage bottom surface, leave control slurry passage, the height of control slurry passage can be regulated by adjusting rod, contact with net cage bottom surface bottom backboard, but top is less than first baffle plate, so arrange disposed slurry to come in through charging aperture, owing to speed then can first impact on front apron, flow into after front apron slows down between front apron and backboard, until slurry overflows from backboard upper end, then it is shaped after flowing slowly into, ensure that product quality, paper surface after molding is smooth, the flow velocity of glass fibre is uniform, feed flow rate is controllable, convenient and practical, using effect is good.
3rd, the moisture that water treatment plant is drawn when air-breathing is filtered by filtering tank, and the gas without moisture is extracted out through vacuum pump, after in the air-water mixture entered, water can run into baffle plate under self catcher plate current, and unnecessary gas can emerge from liquid and enter back into vacuum pump, ensure that vacuum pump is in drying regime all the time, thus extend the service life of vacuum pump, reduce enterprise's production cost.
4th, by fixing multiple adjustable pedestal on the elevating bracket in cutting device, tool rest is installed cylinder blade, blade cylinder is installed on each tool rest, cylinder blade is driven to lift or fall, whole elevating bracket controls to lift or fall by the lift cylinder at two ends, so it is not only convenient for maintenance, and every cutter can be controlled the need of work, when needs cut, elevating bracket is put down by two ends lift cylinder, if desired three parts it are cut into, then the blade cylinder on two of which tool rest is pressed under controlling blade and is cut, blade cylinder on remaining tool rest controls blade and lifts, it is made not contact with all-glass paper.
5th, netted conveying adds pressing plate while bringing conveying, white flexible layer and light surface layer (plastic tab) is secured successively bottom pressing plate, make can relatively easily control thrust, frictional force is the least, in addition, the bottom transport platform with adsorbent equipment it is additionally arranged at baking oven charging aperture, the height adjustable of adsorbent equipment, when preventing from carrying, paper is subjected to displacement by external force, above this transport platform, add blowing bucket simultaneously, axial flow blower is installed on blowing bucket top, and the wind groove of blowing bucket is strip, makes paper wind surface uniform with pressure.
6th, paper winding device realizes coil paper by drive roll and driven voller, and little driven voller is winding roll, diameter ratio between drive roll and driven voller is this scope of 4:1 ~ 3:1, and driven voller is supported by the supporting track tilted, so that drive roll is close to by driven voller, the diameter of paper roll can be followed to change at any time when coil paper, ensure that the degree of packing inside and outside paper is identical, tensile force is the most moderate, the gradient of supporting track is at about 15 ~ 20 °, the frictional force that angle too conference makes paper be subject to is too high, affect quality, the least meeting of angle easily makes the paper roll degree of packing inconsistent.
Accompanying drawing explanation
Fig. 1 is structure principle chart of the present utility model.
Fig. 2 is mixing arrangement schematic diagram of the present utility model.
Fig. 3 is abnormity mixing tab schematic diagram of the present utility model.
Fig. 4 is buffer unit schematic diagram of the present utility model.
Fig. 5 is deflector schematic diagram of the present utility model.
Fig. 6 is water treatment plant schematic diagram of the present utility model.
Fig. 7 is cutting device schematic diagram of the present utility model.
Fig. 8 is conveyer device schematic diagram of the present utility model.
Fig. 9 is pressing plate schematic diagram of the present utility model.
Figure 10 is adsorbent equipment schematic diagram of the present utility model.
Figure 11 is paper winding device schematic diagram of the present utility model.
Detailed description of the invention
nullBelow in conjunction with all accompanying drawings, the utility model is described in further detail，Preferred embodiment one of the present utility model is: see accompanying drawing 1 to accompanying drawing 11，One very thin all-glass paper production system described in the present embodiment includes mixing arrangement A、Buffer unit B、Water treatment plant C、Cutting device D、Conveyer device E、Paper winding device F，Wherein，Blender G outlet is connected with diluting tank H，Diluting tank H and mixing arrangement A one end is connected，The mixing arrangement A other end is connected with all-glass paper shaped device，All-glass paper shaped device arrival end is provided with buffer unit B，Water treatment plant C it is provided with in all-glass paper shaped device，The all-glass paper shaped device port of export is provided with conveyer device E，Conveyer device E is connected with baking oven I，Baking oven I exit is provided with cutting device D，Cutting device D outfan is provided with paper winding device F；Described mixing arrangement A includes mixing shell A1, and the main body of mixing shell A1 is tubular, and mixing shell A1 two ends respectively set one and connect ring A2, and the connection contact surface connecting ring A2 is provided with stair-stepping sealing ring A3, and sealing ring A3 is positioned at inside connection ring A2；Connect and on ring A2 anchor ring, be evenly equipped with several connections fixing hole A4；It is provided with shaft A6, shaft A6 in mixing shell A1 to be provided with two groups of abnormity mixing tab A5, two groups of abnormity mixing tab A5 and be relatively wrapped in shaft A6 outer peripheral face both sides；Often group abnormity mixing tab A5 is constituted by some blades, is welded on shaft A6 inside blade, and blade body is reversed into abnormity, and in the shape of a spiral, mixing shell A1 one end is provided with water inlet pipe A7 to its outer ledge；Buffer unit B includes front apron B1, backboard B2, wherein, the feed end medial wall of net cage B3 is provided with vertical gathering sill B4, front apron B1, movable set is in corresponding gathering sill B4 respectively at backboard B2 two ends, and front apron B1 is positioned at side, net cage B3 feed end end；Between bottom front apron B1 after installation and bottom net cage B3, reserved certain distance forms control slurry passage, contact with bottom net cage B3 bottom backboard B2, and front apron B1 overhead height is more than backboard B2 overhead height；Being positioned at the gathering sill B4 notch of charging aperture side and be provided with deflector B10, deflector B10 employing flexible material making molding, its side is fixed on net cage B3 sidewall, and opposite side contacts with front apron B1；Front apron B1 is arranged over height adjustment mechanism, described height adjustment mechanism includes crossbeam B5, bearing B6, adjusting rod B7, wherein, crossbeam B5 is fixed on net cage B3 top, and crossbeam B5 is provided with bearing B6, in the middle part of adjusting rod B7, activity is assemblied in bearing B6, adjusting rod B7 bottom is provided with external screw thread, this external screw thread engages with the front apron B1 top below crossbeam B5, and front apron B1 top is provided with recessed female thread groove B8, adjusting rod B7 bottom and is engaged in female thread groove B8；Adjusting rod B7 top is provided with adjusting handle B9.
Embodiment two: see accompanying drawing 6, the water treatment plant C described in the present embodiment includes filtering tank C1, filtering tank C1 side and is provided with adpting flange C2, adpting flange C2 and is connected with suction nozzle C3, and filtering tank C1 opposite side is connected with vacuum pump connecting tube C4；Being provided with dividing plate C5 vertically downward in filtering tank C1, adpting flange C2 is positioned at filtering tank C1 top, and its outlet is just to dividing plate C5；Between bottom dividing plate C5 and bottom filtering tank C1, reserved certain distance formed gas channel C 6, and filtering tank C1 inwall both sides are provided with draw-in groove, and dividing plate C5 both sides are installed in corresponding draw-in groove, and the dividing plate C5 top after card dress is touched with cover C7 bottom connection；It is provided with card article C10 with groove, this card article C10 bottom cover C7 and is stuck in dividing plate C5 top；It is provided with the water leg C8 of inverted cone bottom filtering tank C1, bottom water leg C8, is provided with drain pipe C11；Negative tube C9 it is provided with in the middle part of filtering tank C1.
Embodiment three: see accompanying drawing 7, the cutting device D described in the present embodiment includes and cuts a D1, and cutting a D1 is two, lay respectively at conveyer top of the trellis both sides, cutting a D1 to be made up of riser and transverse slat, riser is vertically fixed on conveyer top of the trellis, and riser top is fixed with transverse slat；Lift cylinder D2 cylinder body is arranged on transverse slat；The piston rod of lift cylinder D2 is connected through transverse slat with elevating bracket D3 vertically downward；Elevating bracket D3 end is provided with lifting slider D4, is provided with vertically arranged lifting guide pillar D5, is fixed by fixed block D6 bottom lifting guide pillar D5 inside riser, and lifting guide pillar D5 top is fixed on bottom transverse slat；Lifting slider D4 is sleeved on lifting guide pillar D5, and elevating bracket D3 side is provided with horizontal rail D10, and tool rest D7 activity is assemblied on horizontal rail D10；Cylinder blade D8, cylinder blade D8 are installed bottom tool rest D7 controlled by the blade cylinder D9 in tool rest D7.
Embodiment four: see accompanying drawing 8, conveyer device E described in the present embodiment includes conveyer belt E1, pressing plate E2, adsorbent equipment E3, blowing cover E4, wherein, conveyer belt E1 support face is netted, conveyer belt E1 feed end is provided with pressing plate E2, white flexible layer E5 and light surface layer E6 it is fixed with successively bottom pressing plate E2, pressing plate E2 two ends are arranged in frame E8 by corresponding regulation bolt E7 respectively, it is provided with adsorbent equipment E3 bottom conveyer belt E1 discharge end, adsorbent equipment E3 is arranged over blowing cover E4, blowing cover E4 and is arranged on E8 in the frame above conveyer belt E1；Axial flow blower E9 is installed on described blowing cover E4 top, is provided with the baffle plate E10 of some strips in the air outlet bottom blowing cover E4, and between adjacent screen E10, reserved certain distance forms wind groove, and wind slot length is equal to conveyer belt E1 width；Being provided with lifting bolt E11, lifting bolt E11 bottom adsorbent equipment E3 and be fixed on below conveyer belt E1, adsorbent equipment E3 activity is assemblied on lifting bolt E11, and passes through nut check.
Embodiment five: see accompanying drawing 11, paper winding device F described in the present embodiment includes reeling-up stand F1, drive roll F2, driven voller F3, wherein, drive roll F2 is arranged on reeling-up stand F1, reeling-up stand F1 outfan both sides respectively set one group of supporting track F4, it is hinged on fixed block F5 by bearing pin F6 bottom supporting track F4 one end, fixed block F5 is arranged on the reeling-up stand F1 of drive roll F2 side, it is provided with articulation block F7 bottom the supporting track F4 other end, articulation block F7 and adjusting screw rod F8 one end is hinged, the adjusting screw rod F8 other end engages with the adjusting nut F9 on reeling-up stand F1 downwards, supporting track F4 surface after assembling tilts, its relatively low one end is positioned at drive roll F2 side；Supporting track F4 top is provided with the direction recess F10 along track length direction distribution；Being fixed with bearing F11 on the end axle at driven voller F3 two ends, bearing F11 activity is placed in direction recess F10；Chart drum F12 it is set with on driven voller F3.
During work, the present embodiment connects raw material and clear water at the charging aperture of blender, and internal employing distortion formula abnormity mixing tab, raw material is automatic dilution mix homogeneously under the rotarily driving of special-shaped mixing tab, and the effect of the present embodiment is fine and efficiency is high, and floor space is little；Twice baffle plate it is additionally arranged at net cage charging aperture, higher close to the front apron height at charging aperture, but bottom does not contacts with net cage bottom surface, leave control slurry passage, the height of control slurry passage can be regulated by adjusting rod, contact with net cage bottom surface bottom backboard, but top is less than first baffle plate, so arrange disposed slurry to come in through charging aperture, owing to speed then can first impact on front apron, flow into after front apron slows down between front apron and backboard, until slurry overflows from backboard upper end, then it is shaped after flowing slowly into, ensure that product quality, paper surface after molding is smooth, the flow velocity of glass fibre is uniform, feed flow rate is controllable, convenient and practical, using effect is good；The moisture that water treatment plant is drawn when air-breathing is filtered by filtering tank, and the gas without moisture is extracted out through vacuum pump, after in the air-water mixture entered, water can run into baffle plate under self catcher plate current, and unnecessary gas can emerge from liquid and enter back into vacuum pump, ensure that vacuum pump is in drying regime all the time, thus extend the service life of vacuum pump, reduce enterprise's production cost；Again by fixing multiple adjustable pedestal on the elevating bracket in cutting device, tool rest is installed cylinder blade, blade cylinder is installed on each tool rest, cylinder blade is driven to lift or fall, whole elevating bracket controls to lift or fall by the lift cylinder at two ends, so it is not only convenient for maintenance, and every cutter can be controlled the need of work, when needs cut, elevating bracket is put down by two ends lift cylinder, if desired three parts it are cut into, then the blade cylinder on two of which tool rest is pressed under controlling blade and is cut, blade cylinder on remaining tool rest controls blade and lifts, it is made not contact with all-glass paper；Netted conveying adds pressing plate while bringing conveying, white flexible layer and light surface layer (plastic tab) is secured successively bottom pressing plate, make can relatively easily control thrust, frictional force is the least, in addition, the bottom transport platform with adsorbent equipment it is additionally arranged at baking oven charging aperture, the height adjustable of adsorbent equipment, when preventing from carrying, paper is subjected to displacement by external force, above this transport platform, add blowing bucket simultaneously, axial flow blower is installed on blowing bucket top, and the wind groove of blowing bucket is strip, makes paper wind surface uniform with pressure；Paper winding device realizes coil paper by drive roll and driven voller, and little driven voller is winding roll, diameter ratio between drive roll and driven voller is this scope of 4:1 ~ 3:1, and driven voller is supported by the supporting track tilted, so that drive roll is close to by driven voller, the diameter of paper roll can be followed to change at any time when coil paper, ensure that the degree of packing inside and outside paper is identical, tensile force is the most moderate, the gradient of supporting track is at about 15 ~ 20 °, the frictional force that angle too conference makes paper be subject to is too high, affects quality, and the least meeting of angle easily makes the paper roll degree of packing inconsistent.
The embodiment of the above is only the preferred embodiment of this utility model, not limits practical range of the present utility model with this, therefore the change that all shapes according to this utility model, principle are made, all should contain in protection domain of the present utility model.
Claims (5)
- null1. a very thin all-glass paper production system，It is characterized in that: it includes mixing arrangement (A)、Buffer unit (B)、Water treatment plant (C)、Cutting device (D)、Conveyer device (E)、Paper winding device (F)，Wherein，Blender (G) outlet is connected with diluting tank (H)，Diluting tank (H) is connected with mixing arrangement (A) one end，Mixing arrangement (A) other end is connected with all-glass paper shaped device，All-glass paper shaped device arrival end is provided with buffer unit (B)，Water treatment plant (C) it is provided with in all-glass paper shaped device，The all-glass paper shaped device port of export is provided with conveyer device (E)，Conveyer device (E) is connected with baking oven (I)，Baking oven (I) exit is provided with cutting device (D)，Cutting device (D) outfan is provided with paper winding device (F)；Described mixing arrangement (A) includes mixing shell (A1), the main body of mixing shell (A1) is tubular, mixing shell (A1) two ends respectively set one and connect ring (A2), the connection contact surface connecting ring (A2) is provided with stair-stepping sealing ring (A3), and sealing ring (A3) is positioned at connection ring (A2) inner side；Connect and on ring (A2) anchor ring, be evenly equipped with several connections fixing hole (A4)；Being provided with shaft (A6) in mixing shell (A1), shaft (A6) is provided with two groups of abnormity mixing tabs (A5), and two groups of abnormity mixing tabs (A5) are wrapped in shaft (A6) outer peripheral face both sides relatively；Often group abnormity mixing tab (A5) is constituted by some blades, is welded on shaft (A6) inside blade, and blade body is reversed into abnormity, and in the shape of a spiral, mixing shell (A1) one end is provided with water inlet pipe (A7) to its outer ledge；Buffer unit (B) includes front apron (B1), backboard (B2), wherein, the feed end medial wall of net cage (B3) is provided with vertical gathering sill (B4), movable set is in corresponding gathering sill (B4) respectively for front apron (B1), backboard (B2) two ends, and front apron (B1) is positioned at side, net cage (B3) feed end end；Between front apron (B1) bottom and net cage (B3) bottom after installation, reserved certain distance forms control slurry passage, and backboard (B2) bottom contacts with net cage (B3) bottom, and front apron (B1) overhead height is more than backboard (B2) overhead height；Being positioned at gathering sill (B4) notch of charging aperture side and be provided with deflector (B10), deflector (B10) uses flexible material to make molding, and its side is fixed on net cage (B3) sidewall, and opposite side contacts with front apron (B1)；Front apron (B1) is arranged over height adjustment mechanism, described height adjustment mechanism includes crossbeam (B5), bearing (B6), adjusting rod (B7), wherein, crossbeam (B5) is fixed on net cage (B3) top, crossbeam (B5) is provided with bearing (B6), adjusting rod (B7) middle part activity is assemblied in bearing (B6), adjusting rod (B7) bottom is provided with external screw thread, this external screw thread engages with front apron (B1) top of crossbeam (B5) lower section, front apron (B1) top is provided with recessed female thread groove (B8), adjusting rod (B7) bottom is engaged in female thread groove (B8)；Adjusting rod (B7) top is provided with adjusting handle (B9).
- One the most according to claim 1 very thin all-glass paper production system, it is characterized in that: water treatment plant (C) includes filtering tank (C1), filtering tank (C1) side is provided with adpting flange (C2), adpting flange (C2) is connected with suction nozzle (C3), and filtering tank (C1) opposite side is connected with vacuum pump connecting tube (C4)；Being provided with dividing plate (C5) vertically downward in filtering tank (C1), adpting flange (C2) is positioned at filtering tank (C1) top, and its outlet is just to dividing plate (C5)；Between dividing plate (C5) bottom and filtering tank (C1) bottom, reserved certain distance formed gas passage (C6), filtering tank (C1) inwall both sides are provided with draw-in groove, dividing plate (C5) both sides are installed in corresponding draw-in groove, and dividing plate (C5) top after card dress is touched with cover (C7) bottom connection；Cover (C7) bottom is provided with card article with groove (C10), and this card article (C10) is stuck in dividing plate (C5) top；Filtering tank (C1) bottom is provided with the water leg (C8) of inverted cone, and water leg (C8) bottom is provided with drain pipe (C11)；Filtering tank (C1) middle part is provided with negative tube (C9).
- One the most according to claim 1 very thin all-glass paper production system, it is characterized in that: cutting device (D) includes cuts seat (D1), cutting seat (D1) is two, lay respectively at conveyer top of the trellis both sides, cut seat (D1) to be made up of riser and transverse slat, riser is vertically fixed on conveyer top of the trellis, and riser top is fixed with transverse slat；Lift cylinder (D2) cylinder body is arranged on transverse slat；The piston rod of lift cylinder (D2) is connected through transverse slat with elevating bracket (D3) vertically downward；Elevating bracket (D3) end is provided with lifting slider (D4), is provided with vertically arranged lifting guide pillar (D5) inside riser, and lifting guide pillar (D5) bottom is fixed by fixed block (D6), and lifting guide pillar (D5) top is fixed on bottom transverse slat；Lifting slider (D4) is sleeved in lifting guide pillar (D5), and elevating bracket (D3) side is provided with horizontal rail (D10), and tool rest (D7) activity is assemblied on horizontal rail (D10)；Tool rest (D7) bottom is provided with cylinder blade (D8), and cylinder blade (D8) is controlled by the blade cylinder (D9) in tool rest (D7).
- One the most according to claim 1 very thin all-glass paper production system, it is characterized in that: conveyer device (E) includes conveyer belt (E1), pressing plate (E2), adsorbent equipment (E3), blowing cover (E4), wherein, conveyer belt (E1) support face is netted, conveyer belt (E1) feed end is provided with pressing plate (E2), pressing plate (E2) bottom is fixed with white flexible layer (E5) and light surface layer (E6) successively, pressing plate (E2) two ends are passed through to regulate bolt (E7) accordingly respectively and are arranged in frame (E8), adsorbent equipment (E3) it is provided with bottom conveyer belt (E1) discharge end, adsorbent equipment (E3) is arranged over blowing cover (E4), blowing cover (E4) is arranged in the frame of conveyer belt (E1) top (E8)；Axial flow blower (E9) is installed on described blowing cover (E4) top, the baffle plate (E10) of some strips it is provided with in the air outlet of blowing cover (E4) bottom, between adjacent screen (E10), reserved certain distance forms wind groove, and wind slot length is equal to conveyer belt (E1) width；Adsorbent equipment (E3) bottom is provided with lifting bolt (E11), and lifting bolt (E11) is fixed on conveyer belt (E1) lower section, and adsorbent equipment (E3) activity is assemblied on lifting bolt (E11), and passes through nut check.
- nullOne the most according to claim 1 very thin all-glass paper production system，It is characterized in that: paper winding device (F) includes reeling-up stand (F1)、Drive roll (F2)、Driven voller (F3)，Wherein，Drive roll (F2) is arranged on reeling-up stand (F1)，Reeling-up stand (F1) outfan both sides respectively set one group of supporting track (F4)，It is hinged on fixed block (F5) by bearing pin (F6) bottom supporting track (F4) one end，Fixed block (F5) is arranged on the reeling-up stand (F1) of drive roll (F2) side，Articulation block (F7) it is provided with bottom supporting track (F4) other end，Articulation block (F7) is hinged with adjusting screw rod (F8) one end，Adjusting screw rod (F8) other end engages with the adjusting nut (F9) on reeling-up stand (F1) downwards，Supporting track (F4) surface after assembling tilts，Its relatively low one end is positioned at drive roll (F2) side；Supporting track (F4) top is provided with the direction recess (F10) along track length direction distribution；Being fixed with bearing (F11) on the end axle at driven voller (F3) two ends, bearing (F11) activity is placed in direction recess (F10)；Chart drum (F12) it is set with on driven voller (F3).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620108516.2U CN205443783U (en) | 2016-02-03 | 2016-02-03 | Extremely thin glass fiber paper production system |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620108516.2U CN205443783U (en) | 2016-02-03 | 2016-02-03 | Extremely thin glass fiber paper production system |
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| CN205443783U true CN205443783U (en) | 2016-08-10 |
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| CN201620108516.2U Expired - Fee Related CN205443783U (en) | 2016-02-03 | 2016-02-03 | Extremely thin glass fiber paper production system |
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Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105568734A (en) * | 2016-02-03 | 2016-05-11 | 浙江兰良实业有限公司 | Ultra-thin glass fiber paper production system |
| CN108910407A (en) * | 2018-08-27 | 2018-11-30 | 镇江仕德汽车零部件有限公司 | A kind of intelligent regulating mechanism of feed device |
-
2016
- 2016-02-03 CN CN201620108516.2U patent/CN205443783U/en not_active Expired - Fee Related
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105568734A (en) * | 2016-02-03 | 2016-05-11 | 浙江兰良实业有限公司 | Ultra-thin glass fiber paper production system |
| CN108910407A (en) * | 2018-08-27 | 2018-11-30 | 镇江仕德汽车零部件有限公司 | A kind of intelligent regulating mechanism of feed device |
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