CN205636352U - Manufacture paper with pulp vegetable fibre's dry method of paper -making system of anhydrous little electricity - Google Patents
Manufacture paper with pulp vegetable fibre's dry method of paper -making system of anhydrous little electricity Download PDFInfo
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- CN205636352U CN205636352U CN201620295254.5U CN201620295254U CN205636352U CN 205636352 U CN205636352 U CN 205636352U CN 201620295254 U CN201620295254 U CN 201620295254U CN 205636352 U CN205636352 U CN 205636352U
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Abstract
The utility model discloses a manufacture paper with pulp vegetable fibre's dry method of paper -making system of anhydrous little electricity adopts little static fibre forming of manufacturing paper with pulp, will carry single paper making fibre's air and send into high voltage direct current electric field, and the corona discharge that utilizes the negative pole that discharges makes single paper making fibre negative electrification lotus, and the single paper making fibre of negative electrification lotus is directional motion to the anode plate, and the deposit of finally discharging on the anode plate obtains the paper making fibre net, and it is further, carry out spraying humidification to single paper making fibre, make it have the water smoke liquid drop to single paper making fibre's electric conductivity has been improved widely, the utility model discloses utilize the hot -rolling pressure equipment to put and extrude compaction and dehydration to the paper web, do benefit to the subsequent processing process and run well, to summer up, the utility model provides high among the dry process forming process paper making fibre's shaping speed and shaping quality, and can not produce sewage, practiced thrift the water resource, protected the environment.
Description
Technical field
This utility model relates to Paper DryForming Technology field, especially relates to a kind of anhydrous micro-electricity and manufactures paper with pulp the dry method of paper-making system of Plant fiber.
Background technology
Papermaking is divided into traditional wet papermaking and the dry method of paper-making.The dry method of paper-making is the most more advanced and forward position a kind of papermaking process, and its general principles is: with air as the carrier of paper-making fibre, form fibre thin layer, then be bonded into a kind of special papermaking process of paper with binding agent on forming net.With conventional wet papermaking process difference, it is that fiber is to form paper web in the absence of water.Due to finished appearance, performance and purposes all between paper and fabric (cloth), can have the outward appearance close with paper as required and the performance close with cloth and feel, and in application more characteristic, thus this dry method of paper-making method is included again in the non-woven fabrics category in fabric by textile limit.
With traditional wet papermaking process difference: 1. manufacture process replaces water as dispersion, the medium of conveying fiber with air, be not dehydration when shaping but suction air, make fiber form paper web on forming net；2. the combination between paper-making fibre unlike in conventional wet papermaking process by hydrogen bonded, but heat by polymer binder or hot-melt fiber itself.Melted combination.Therefore, the great advantage of the dry method of paper-making is without water, does not produce the pollution of water and air, and this is also the major reason that dry method of paper-making recent decades obtains developing rapidly.Dry-formed grades is in addition to having the characteristic of conventional wet papermaking, the feature of its maximum is to have stronger adaptability to raw material and be more easy to realize the multifunctionality of paper, available Plant fiber (such as cotton, fiber crops, bast and lumber fibre etc.), staple fibre, synthetic fibers (such as viscose rayon and various polymer fibers) and mineral fibres (such as asbestos, glass fiber, mineral wool etc.) are raw material, and can be according to the different binding agent of different needs adapted during fabrication and the various auxiliary agents such as filler and waterproofing agent, antiaging agent, softening agent, penetrating agent, fire retardant.
The key point of dry method of paper-making method now is fiber dry-forming technique, the most how by rambling, do not have the free paper-making fibre of annexation to make paper-making fibre net orderly, annexation.Mostly duse process method now is to use air conveying to shape paper-making fibre.Along with economic development and scientific and technological progress, the paper-making fibre net obtained by air duse process technique increasingly can not meet in forming speed and forming quality (such as: the bonding strength arranged between order degree, paper-making fibre of paper-making fibre, paper-making fibre net thickness uniformity coefficient diametrically etc.) and is actually needed.
Therefore, how to provide a kind of dry method of paper-making system, improve the forming speed of paper-making fibre during duse process and forming quality is that current those skilled in the art need badly and solve the technical problem that.
Utility model content
In view of this, the purpose of this utility model is to provide a kind of anhydrous micro-electricity and manufactures paper with pulp the dry method of paper-making system of Plant fiber, and this dry method of paper-making system can improve forming speed and the forming quality of paper-making fibre during duse process.
For solving above-mentioned technical problem, the technical scheme that this utility model provides is:
nullA kind of realize above-mentioned anhydrous micro-electricity and manufacture paper with pulp the system of dry method of paper-making method of Plant fiber，Including the aerator for providing air with pressure for air conveying、For the gas-solid mixing device that pulpboard is mixed with air、For pulpboard being ground into the fiber pulverizer of paper-making fibre group、For the further stirring and segregation of described paper-making fibre group being become the fiber separation device of single paper-making fibre、For produce containing a large amount of water smoke drops containing water smoke air single paper-making fibre to be carried out the atomizing humidifier of spraying humidification、For numerous single paper-making fibres being configured to the Electrostatic deformation device of paper-making fibre net、For providing the high-voltage DC power supply of high voltage direct current for described Electrostatic deformation device、For the paper web of described Electrostatic deformation device output being carried out the hot-rolling pressure device of roll-in shaping and drying and dehydrating、For carrying out the heat-conducting oil furnace of heating and thermal insulation for the hot-pressing roller in described hot-rolling pressure device、For spraying front glue-spraying device and the reverse side glue-spraying device of water soluble latex on paper web、Reverse side vacuum suction apparatus and front vacuum suction apparatus for pump up water based latex、For the hot-air drying stove that the paper web after spraying water soluble latex is dried、For page being carried out the roll presses for paper industry of press polish process、For page being batched the coiling machine of process；
Described fiber separation device includes the intensive stirring vane for the further stirring and segregation of described paper-making fibre group becomes single paper-making fibre；
Described Electrostatic deformation device is box profile, including being arranged at its internal electric discharge negative electrode and positive plate and being arranged at the air inlet on its side wall and air outlet, described electric discharge negative electrode is connected with the negative electricity of high-voltage DC power supply, and described positive plate is connected with the positive electrical of high-voltage DC power supply；
Described hot-rolling pressure device includes hot-pressing roller, has cavity, the oil-in of the cavity in described hot-pressing roller to connect with the oil-out of described heat-conducting oil furnace in described hot-pressing roller, and the oil-out of the cavity in described hot-pressing roller connects with the oil-in of described heat-conducting oil furnace；
Described glue-spraying device includes that the inlet of described force (forcing) pump connects with the liquid outlet of described latex tank for storing the latex tank of water soluble latex, force (forcing) pump and latex nozzle, and the liquid outlet of described force (forcing) pump connects with the inlet of described latex nozzle；
Described gas-solid mixing device includes air inlet, charging aperture and air outlet, the air inlet of described gas-solid mixing device connects with the air outlet of described aerator, the air outlet of described gas-solid mixing device connects with the air inlet of described fiber pulverizer, the air outlet of described fiber pulverizer connects with the air inlet of described fiber separation device, the air outlet of described fiber separation device is connected with the air inlet of described Electrostatic deformation device by pipeline, connect described fiber separation device and be provided with the opening for connecting with the fog outlet of described atomizing humidifier on the pipeline of described Electrostatic deformation device, the gas outlet of described Electrostatic deformation device connects with the air inlet of described fiber separation device；
The paper web that Electrostatic deformation on it is obtained by described positive plate by web transfer supplies the roll gap between the hot-pressing roller to described hot-rolling pressure device；
Described hot-air drying stove, described roll presses for paper industry and described coiling machine set gradually along the direction of travel of paper web；
Described front glue-spraying device and described reverse side vacuum suction apparatus are arranged between described hot-rolling pressure device and described hot-air drying stove, and the latex nozzle of described front glue-spraying device is arranged at the face side of described paper web, and the suction nozzle of described reverse side vacuum suction apparatus is arranged at the reverse side of paper web；
Described reverse side glue-spraying device and described front vacuum suction apparatus are arranged between hot-air drying stove and described roll presses for paper industry, and the latex nozzle of described reverse side glue-spraying device is arranged at the reverse side of described paper web, and the suction nozzle of described front vacuum suction apparatus is arranged at the face side of paper web.
Preferably, described positive plate is plane tabular, some pieces of described positive plate parallel interval are arranged, and the length direction of described electric discharge negative electrode is parallel with described positive plate, and the plane at the place, length and width face of described positive plate is parallel to the line between air inlet and its air outlet of described Electrostatic deformation device.
Preferably, described electric discharge negative electrode is that elongate cylinder is shaft-like.
Preferably, described electric discharge negative electrode is flat bar, and the dual-side on its length direction is zigzag.
Preferably, described electric discharge negative electrode includes flat metal bar and multiple metal prickle；
Described metal prickle is short sheet metal and its free end to be provided with several tip-like protruding；
Multiple described metal prickles split the dual-side of described flat metal bar equably, and the prickle that is positioned at side side is asymmetric with the prickle being positioned at opposite side side is crisscross arranged.
Compared with prior art, this utility model provides a kind of anhydrous micro-electricity and manufactures paper with pulp the dry method of paper-making system of Plant fiber, this utility model has carried out many places change to existing dry method of paper-making technique, mainly revolutionize the fibre-forming method in existing dry method of paper-making technique, original fiber forming process is that air conveying fiber vacuum draw simultaneously forms fleece on forming net, and this utility model is micro-electrostatic manufactures paper with pulp fibre forming, the air carrying single paper-making fibre is sent into high-voltage dc, the corona discharge utilizing electric discharge negative electrode produces free electron, free electron makes it electronegative with the collision of single paper-making fibre, single paper-making fibre electronegative under the effect of electric field force does directed movement to positive plate, finally on positive plate, discharge depositing obtains paper-making fibre net；And further, in order to improve the conductivity of single paper-making fibre, make it easier to carry negative charge, it is made to move faster to positive plate, make its on positive plate discharge depositing more smoothly evenly, this utility model be also mixed in the forward direction air carrying single paper-making fibre and entering Electrostatic deformation device containing a large amount of water smoke drops containing water smoke air, single paper-making fibre is carried out spraying humidification, make it with water smoke drop, thus greatly increase the electric conductivity of single paper-making fibre；After single paper-making fibre is deposited on positive plate, water smoke drop thereon i.e. loses use value, but be likely to be negatively affected follow-up treatment process, to this end, this utility model utilizes hot-rolling pressure device to process paper web after Electrostatic deformation device, one is pressurization shaping, compacting paper web, two is to utilize the heat in hot-pressing roller that paper web is thermally dried dehydration, is removed by the water smoke drop on single paper-making fibre, it is beneficial to subsequent treatment operation run well, kills two birds with one stone.To sum up, this utility model utilizes micro-electrostatic Forming Theory of manufacturing paper with pulp that single paper-making fibre is configured to fleece, compared to air conveying and the two air-flow power produced of negative pressure of vacuum suction, the electrostatic force that high-voltage dc produces is more powerful, single paper-making fibre can be moved to positive plate more quickly, thus improve forming speed, the electrostatic force that high-voltage dc produces is more controlled and strong and weak size distribution is evenly in whole electric field, numerous single paper-making fibres is made to deposit evenly on positive plate, thus improve forming quality, and this utility model will not produce sewage, save water resource, protect environment.
Accompanying drawing explanation
Fig. 1 manufacture paper with pulp for anhydrous micro-electricity that this utility model embodiment provides Plant fiber dry method of paper-making system in Electrostatic deformation device operation principle schematic diagram.
In figure: 1 electric discharge negative electrode, 2 positive plates, 3 high-voltage DC power supplies.
Detailed description of the invention
In order to be further appreciated by this utility model, below in conjunction with embodiment, this utility model preferred embodiment is described, it is understood that these descriptions simply further illustrate feature of the present utility model and advantage rather than the restriction to this utility model claim.
As it is shown in figure 1, Fig. 1 manufactures paper with pulp for anhydrous micro-electricity that this utility model embodiment provides in the dry method of paper-making system of Plant fiber Electrostatic deformation device operation principle schematic diagram.
nullThis utility model provides and a kind of realize above-mentioned anhydrous micro-electricity and manufacture paper with pulp the system of dry method of paper-making method of Plant fiber，Including the aerator for providing air with pressure for air conveying、For the gas-solid mixing device that pulpboard is mixed with air、For pulpboard being ground into the fiber pulverizer of paper-making fibre group、For the further stirring and segregation of described paper-making fibre group being become the fiber separation device of single paper-making fibre、For produce containing a large amount of water smoke drops containing water smoke air single paper-making fibre to be carried out the atomizing humidifier of spraying humidification、For numerous single paper-making fibres being configured to the Electrostatic deformation device of paper-making fibre net、For providing the high-voltage DC power supply 3 of high voltage direct current for described Electrostatic deformation device、For the paper web of described Electrostatic deformation device output being carried out the hot-rolling pressure device of roll-in shaping and drying and dehydrating、For carrying out the heat-conducting oil furnace of heating and thermal insulation for the hot-pressing roller in described hot-rolling pressure device、For spraying front glue-spraying device and the reverse side glue-spraying device of water soluble latex on paper web、Reverse side vacuum suction apparatus and front vacuum suction apparatus for pump up water based latex、For the hot-air drying stove that the paper web after spraying water soluble latex is dried、For page being carried out the roll presses for paper industry of press polish process、For page being batched the coiling machine of process；
Described fiber separation device includes the intensive stirring vane for the further stirring and segregation of described paper-making fibre group becomes single paper-making fibre；
Described Electrostatic deformation device is box profile, including being arranged at its internal electric discharge negative electrode 1 and positive plate 2 and being arranged at the air inlet on its side wall and air outlet, described electric discharge negative electrode 1 is connected with the negative electricity of high-voltage DC power supply 3, and described positive plate 2 is connected with the positive electrical of high-voltage DC power supply 3；
Described hot-rolling pressure device includes hot-pressing roller, has cavity, the oil-in of the cavity in described hot-pressing roller to connect with the oil-out of described heat-conducting oil furnace in described hot-pressing roller, and the oil-out of the cavity in described hot-pressing roller connects with the oil-in of described heat-conducting oil furnace；Also carry by a small amount of water introduced containing water smoke air on paper web out from Electrostatic deformation device, this a small amount of water can reduce the intensity of paper web, make it easily broken, and affect the coating quality of follow-up spraying water soluble latex, to this end, be dehydrated with heat drying paper web being carried out roll-in shaping here with the hot-pressing roller in hot-rolling pressure device；
Described glue-spraying device includes that the inlet of described force (forcing) pump connects with the liquid outlet of described latex tank for storing the latex tank of water soluble latex, force (forcing) pump and latex nozzle, and the liquid outlet of described force (forcing) pump connects with the inlet of described latex nozzle；
Described gas-solid mixing device includes air inlet, charging aperture and air outlet, preferably, the air inlet of described gas-solid mixing device connects with the air outlet of described aerator, the air outlet of described gas-solid mixing device connects with the air inlet of described fiber pulverizer, the air outlet of described fiber pulverizer connects with the air inlet of described fiber separation device, the air outlet of described fiber separation device is connected with the air inlet of described Electrostatic deformation device by pipeline, connect described fiber separation device and be provided with the opening for connecting with the fog outlet of described atomizing humidifier on the pipeline of described Electrostatic deformation device, the gas outlet of described Electrostatic deformation device connects with the air inlet of described fiber separation device the non-single paper-making fibre secondary stirring not deposited in air draught on positive plate 2 to be separated, to being separated into single paper-making fibre；
The paper web that Electrostatic deformation on it is obtained by described positive plate 2 by web transfer supplies the roll gap between the hot-pressing roller to described hot-rolling pressure device；
Described hot-air drying stove, described roll presses for paper industry and described coiling machine set gradually along the direction of travel of paper web；
Described front glue-spraying device and described reverse side vacuum suction apparatus are arranged between described hot-rolling pressure device and described hot-air drying stove, and the latex nozzle of described front glue-spraying device is arranged at the face side of described paper web, and the suction nozzle of described reverse side vacuum suction apparatus is arranged at the reverse side of paper web；
Described reverse side glue-spraying device and described front vacuum suction apparatus are arranged between hot-air drying stove and described roll presses for paper industry, and the latex nozzle of described reverse side glue-spraying device is arranged at the reverse side of described paper web, and the suction nozzle of described front vacuum suction apparatus is arranged at the face side of paper web.
In an embodiment of the present utility model, described positive plate 2 is plane tabular, some pieces of described positive plate 2 parallel interval are arranged, the length direction of described electric discharge negative electrode 1 is parallel with described positive plate 2, the plane at the place, length and width face of described positive plate 2 is parallel to the line between air inlet and its air outlet of described Electrostatic deformation device, the air carrying single paper-making fibre enters from the air inlet of Electrostatic deformation device, then even into the space between positive plate 2 and minus plate, through space, fiber forming process is completed during space, the final air removing the single paper-making fibre of part flows out Electrostatic deformation device from air outlet.
In an embodiment of the present utility model, described electric discharge negative electrode 1 is that elongate cylinder is shaft-like.
In an embodiment of the present utility model, described electric discharge negative electrode 1 is flat bar, and the dual-side on its length direction is zigzag.
In an embodiment of the present utility model, described electric discharge negative electrode 1 includes flat metal bar and multiple metal prickle；
Described metal prickle is short sheet metal and its free end to be provided with several tip-like protruding；
Multiple described metal prickles split the dual-side of described flat metal bar equably, and the prickle that is positioned at side side is asymmetric with the prickle being positioned at opposite side side is crisscross arranged.
In this utility model, above-mentioned aerator, gas-solid mixing device, fiber pulverizer, fiber separation device, atomizing humidifier, high-voltage DC power supply 3, hot-rolling pressure device, heat-conducting oil furnace, front glue-spraying device and reverse side glue-spraying device, the kind of reverse side vacuum suction apparatus and front vacuum suction apparatus, hot-air drying stove, roll presses for paper industry and coiling machine and specification and the kind of parts thereof and specification are not particularly limited, use the relevant device of the prior art known to man skilled in the art to meet above-mentioned use function.
This utility model has carried out many places change to existing dry method of paper-making technique, mainly revolutionize the fibre-forming method in existing dry method of paper-making technique, original fiber forming process is that air conveying fiber vacuum draw simultaneously forms fleece on forming net, and this utility model is micro-electrostatic manufactures paper with pulp fibre forming, the air carrying single paper-making fibre is sent into high-voltage dc, the corona discharge utilizing electric discharge negative electrode 1 produces free electron, free electron makes it electronegative with the collision of single paper-making fibre, single paper-making fibre electronegative under the effect of electric field force does directed movement to positive plate 2, finally on positive plate 2, discharge depositing obtains paper-making fibre net；And further, in order to improve the conductivity of single paper-making fibre, make it easier to carry negative charge, it is made to move faster to positive plate 2, make its on positive plate 2 discharge depositing more smoothly evenly, this utility model be also mixed in the forward direction air carrying single paper-making fibre and entering Electrostatic deformation device containing a large amount of water smoke drops containing water smoke air, single paper-making fibre is carried out spraying humidification, make it with water smoke drop, thus greatly increase the electric conductivity of single paper-making fibre；After single paper-making fibre is deposited on positive plate 2, water smoke drop thereon i.e. loses use value, but be likely to be negatively affected follow-up treatment process, to this end, this utility model utilizes hot-rolling pressure device to process paper web after Electrostatic deformation device, one is pressurization shaping, compacting paper web, two is to utilize the heat in hot-pressing roller that paper web is thermally dried dehydration, is removed by the water smoke drop on single paper-making fibre, it is beneficial to subsequent treatment operation run well, kills two birds with one stone.To sum up, this utility model utilizes micro-electrostatic Forming Theory of manufacturing paper with pulp that single paper-making fibre is configured to fleece, compared to air conveying and the two air-flow power produced of negative pressure of vacuum suction, the electrostatic force that high-voltage dc produces is more powerful, single paper-making fibre can be moved to positive plate 2 more quickly, the electrostatic force that high-voltage dc produces is more controlled and strong and weak size distribution is evenly in whole electric field, numerous single paper-making fibres is made to deposit evenly on positive plate 2, thus improve forming quality, and this utility model will not produce sewage, save water resource, protect environment.
Anhydrous micro-electricity that this utility model provides is manufactured paper with pulp the mode of operation of dry method of paper-making system of Plant fiber: comprise the following steps:
1) first pulpboard is mixed with air with pressure, then the air carrying pulpboard is delivered to be ground into by pulpboard in fiber pulverizer paper-making fibre group, then the paper-making fibre group in air is additionally separated into single paper-making fibre, be then mixed in the air being mixed with a large amount of single paper-making fibre containing a large amount of water smoke drops containing water smoke air for the electric conductivity that water smoke drop sticks to improve on single paper-making fibre single paper-making fibre；
2) then mixed for the humidification air being mixed with single paper-making fibre is sent in the high-voltage dc produced by electric discharge negative electrode 1 and positive plate 2, wherein electric discharge negative electrode 1 is connected with the negative electricity of high-voltage DC power supply 3, positive plate 2 is connected with the positive electrical of high-voltage DC power supply 3, corona discharge is produced near electric discharge negative electrode 1, by air ionization, produce substantial amounts of cation and electronics, electronics therein collides with the single paper-making fibre being stained with water smoke drop and then makes negative charge on single paper-making fibre band, then carry and move to positive plate 2 under the effect of the single paper-making fibre of the negative charge electric field force in high-voltage dc, finally discharge on positive plate 2 and be deposited on positive plate 2；Numerous single paper-making fibres with negative charge discharge and deposit on positive plate 2 and ultimately form paper-making fibre net；
3) hot-pressing roller is utilized to step 2) the paper-making fibre net that obtains carries out extruding compacting and dehydrate, obtains paper web；
4) to step 3) spray water soluble latex on the front of paper web that obtains, utilize the water soluble latex on the vacuum suction apparatus suction paper web front being positioned at paper web reverse side to make it permeate the sandwich layer of paper web simultaneously, then the paper web after the glue spraying of front is sent into hot-air drying stove and be dried；Then dried for glue spraying paper web is carried out reverse side spraying water soluble latex, utilize the water soluble latex on the vacuum suction apparatus suction paper web reverse side being positioned at paper web face side to make it permeate the sandwich layer of paper web simultaneously, then the paper web after reverse side glue spraying is sent into hot-air drying stove to be dried, obtain page；Then page is carried out successively press polish, batches, obtain finished paper.
In an embodiment of the present utility model, described pulpboard is Plant fiber's pulpboard.
In an embodiment of the present utility model, the high temperature circulation conduction oil utilizing heat transfer oil heater output carries out heating and thermal insulation to hot-pressing roller, heat-conducting oil furnace is a kind of novel heating furnace, the conduction oil utilizing high temperature circulation transfers heat to the hot-pressing roller of hot-rolling pressure device so that hot-pressing roller can also heat while roll-in.
In this utility model, the raw material of the most detailed description, device, equipment and method are prior art, and here is omitted.
The explanation of above example is only intended to help to understand method of the present utility model and core concept thereof.Should be understood that; for those skilled in the art; on the premise of without departing from this utility model principle, it is also possible to this utility model is carried out some improvement and modification, these improve and modification also falls in this utility model scope of the claims.
Described above to the disclosed embodiments, makes professional and technical personnel in the field be capable of or uses this utility model.Multiple amendment for these embodiments is apparent from for those skilled in the art, and generic principles defined herein can realize in the case of without departing from spirit or scope of the present utility model in other embodiments.Therefore, this utility model is not intended to be limited to the embodiments shown herein, and is to fit to the widest range consistent with principles disclosed herein and features of novelty.
Claims (5)
1. an anhydrous micro-electricity is manufactured paper with pulp the dry method of paper-making system of Plant fiber, it is characterised in that include for defeated for air
Send provide air with pressure aerator, for the gas-solid mixing device that pulpboard is mixed with air, be used for being ground into pulpboard
The fiber pulverizer of paper-making fibre group, for the further stirring and segregation of described paper-making fibre group is become the fibre of single paper-making fibre
Dimension segregation apparatus, for produce containing a large amount of water smoke drops containing water smoke air so that single paper-making fibre is carried out spraying humidification
Atomizing humidifier, for numerous single paper-making fibres being configured to the Electrostatic deformation device of paper-making fibre net, being used for as institute
State Electrostatic deformation device and provide the high-voltage DC power supply of high voltage direct current, for the paper web of described Electrostatic deformation device output is carried out
The hot-rolling pressure device of roll-in shaping and drying and dehydrating, for carrying out heating and thermal insulation for the hot-pressing roller in described hot-rolling pressure device
Heat-conducting oil furnace, for spraying the front glue-spraying device of water soluble latex and reverse side glue-spraying device on paper web, for pump up water
The reverse side vacuum suction apparatus of based latex and front vacuum suction apparatus, for the paper web after spraying water soluble latex is entered
Hot-air drying stove that row is dried, for page being carried out the roll presses for paper industry of press polish process, for page is batched place
The coiling machine of reason；
Described fiber separation device includes for the further stirring and segregation of described paper-making fibre group is become single paper-making fibre
Intensive stirring vane；
Described Electrostatic deformation device is box profile, including being arranged at its internal electric discharge negative electrode and positive plate and being arranged at it
Air inlet on the wall of side and air outlet, described electric discharge negative electrode is connected with the negative electricity of high-voltage DC power supply, described anode
Plate is connected with the positive electrical of high-voltage DC power supply；
Described hot-rolling pressure device includes hot-pressing roller, has cavity, the oil-in of the cavity in described hot-pressing roller in described hot-pressing roller
Connect with the oil-out of described heat-conducting oil furnace, the oil-out of the cavity in described hot-pressing roller and the oil-in of described heat-conducting oil furnace
Connection；
Described glue-spraying device includes for storing the latex tank of water soluble latex, force (forcing) pump and latex nozzle, described pressurization
The inlet of pump connects with the liquid outlet of described latex tank, the liquid outlet of described force (forcing) pump and the inlet of described latex nozzle
Connection；
Described gas-solid mixing device includes air inlet, charging aperture and air outlet, the air inlet of described gas-solid mixing device with
The air outlet connection of described aerator, the air outlet of described gas-solid mixing device connects with the air inlet of described fiber pulverizer
Logical, the air outlet of described fiber pulverizer connects with the air inlet of described fiber separation device, described fiber separation device
Air outlet is connected with the air inlet of described Electrostatic deformation device by pipeline, connects described fiber separation device and becomes with described electrostatic
The opening for connecting, going out of described Electrostatic deformation device it is provided with the fog outlet of described atomizing humidifier on the pipeline of shape device
QI KOU connects with the air inlet of described fiber separation device；
The paper web supply extremely described hot-rolling pressure device that Electrostatic deformation on it is obtained by described positive plate by web transfer
On hot-pressing roller between roll gap；
Described hot-air drying stove, described roll presses for paper industry and described coiling machine set gradually along the direction of travel of paper web；
Described front glue-spraying device and described reverse side vacuum suction apparatus are arranged at described hot-rolling pressure device and described hot air drying
Between dry stove, and the latex nozzle of described front glue-spraying device is arranged at the face side of described paper web, and described reverse side vacuum
The suction nozzle of aspirator is arranged at the reverse side of paper web；
Described reverse side glue-spraying device and described front vacuum suction apparatus are arranged at hot-air drying stove and described roll presses for paper industry
Between, and the latex nozzle of described reverse side glue-spraying device is arranged at the reverse side of described paper web, and described front vacuum draw
The suction nozzle of device is arranged at the face side of paper web.
Dry method of paper-making system the most according to claim 1, it is characterised in that described positive plate is plane tabular,
Some pieces of described positive plate parallel interval are arranged, and the length direction of described electric discharge negative electrode is parallel with described positive plate, described sun
The plane at the place, length and width face of pole plate is parallel to the line between air inlet and its air outlet of described Electrostatic deformation device.
Dry method of paper-making system the most according to claim 1, it is characterised in that described electric discharge negative electrode is elongate cylinder
Shaft-like.
Dry method of paper-making system the most according to claim 1, it is characterised in that described electric discharge negative electrode is flat bar,
Dual-side on its length direction is zigzag.
Dry method of paper-making system the most according to claim 1, it is characterised in that described electric discharge negative electrode includes flat gold
Belong to bar and multiple metal prickle；
Described metal prickle is short sheet metal and its free end to be provided with several tip-like protruding；
Multiple described metal prickles split the dual-side of described flat metal bar equably, and be positioned at the prickle of side side with
It is positioned at that the prickle of opposite side side is asymmetric to be crisscross arranged.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620295254.5U CN205636352U (en) | 2016-04-11 | 2016-04-11 | Manufacture paper with pulp vegetable fibre's dry method of paper -making system of anhydrous little electricity |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620295254.5U CN205636352U (en) | 2016-04-11 | 2016-04-11 | Manufacture paper with pulp vegetable fibre's dry method of paper -making system of anhydrous little electricity |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN205636352U true CN205636352U (en) | 2016-10-12 |
Family
ID=57063737
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201620295254.5U Expired - Fee Related CN205636352U (en) | 2016-04-11 | 2016-04-11 | Manufacture paper with pulp vegetable fibre's dry method of paper -making system of anhydrous little electricity |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN205636352U (en) |
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2016
- 2016-04-11 CN CN201620295254.5U patent/CN205636352U/en not_active Expired - Fee Related
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