CN203320338U - Efficient drying cylinder device of high-speed toilet paper making machine system - Google Patents
Efficient drying cylinder device of high-speed toilet paper making machine system Download PDFInfo
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- CN203320338U CN203320338U CN2013203210623U CN201320321062U CN203320338U CN 203320338 U CN203320338 U CN 203320338U CN 2013203210623 U CN2013203210623 U CN 2013203210623U CN 201320321062 U CN201320321062 U CN 201320321062U CN 203320338 U CN203320338 U CN 203320338U
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Abstract
The utility model relates to an efficient drying cylinder device, in particular to the efficient drying cylinder device of a high-speed toilet paper making machine system. The efficient drying cylinder device of the high-speed toilet paper making machine system is especially suitable for efficient drying of thin paper and comprises an operation side shaft head and a transmission side shaft head. An inner pull cylinder is arranged between the operation side shaft head and the transmission side shaft head, a left end cover is arranged on and fixed with the outer ring of the operation side shaft head, a right end cover is arranged on and fixed with the outer ring of the transmission side shaft head, the left end cover and the right end cover are of the same structure, a casing body is arranged between and fixed with the top end of the inner wall of the left end cover and the top end of the inner wall of the right end cover, and a groove mechanism is arranged on the inner wall of the casing body. The efficient drying cylinder device of the high-speed toilet paper making machine system is compact in structure and capable of improving usage performance and reducing energy consumption.
Description
Technical field
The utility model relates to a kind of highly effective drying dryer device, relates in particular to a kind of highly effective drying dryer device of high speed health paper machine system, is specially adapted to the highly effective drying of thin paper page.
Background technology
In currently available technology, drying cylinder is the critical component in papermaking equipment, at the thin paper page, becomes in the paper technical process, and page is removed most of free water through moulding, squeezing, can only reach 40% mass dryness fraction, and the adsorbed water in page is difficult to remove mechanically again; In order to make it reach approximately 94% the requirement of finished product paper web mass dryness fraction, page needs further by paper machine oven dry section, with evaporation mode, to slough adsorbed water.Dryer Section of Paper Machine mainly comprises gas hood and drying cylinder; Steam enters drying cylinder by drying cylinder spindle nose inner chamber, and is full of whole inner chamber of cylinder block, and the heat that condensation discharges is delivered to page by condensation water layer, scale crust, cylinder wall and cylinder surface chemistry medicament layer successively.
In paper machine system, according to existing experience and machining accuracy, mechanical dehydration ability and transmission accuracy can meet the above paper machine operation requirement of the speed of a motor vehicle 1000 m/min fully; The papermaking speed of a motor vehicle largely depends on the Dryer Section of Paper Machine rate of drying.Therefore, improving drying cylinder heat transfer rate is of practical significance to promoting the speed of a motor vehicle.At present, generally adopt Yankee cylinder (single casing) in the toilet paper machine drying section, material selection HT250, HT300 and high-strength alloy casting pig, main-body structure comprises the structures such as cylinder body, fore side cylinder cap, transmission side cylinder cap, manhole device, attemperator.
Owing in existing cast iron dryer processing casting process, inevitably having some sand holes, pore, defects i.e.cracks, consideration in view of security, the saturated vapour pressure of working is less than 0.5MPa substantially, corresponding saturation temperature is about 152 degrees centigrade, up-to-date industry standard QB2551-2008, the design pressure of casting pig is no more than 0.8 MPa.And, for above-mentioned steel dryer, although solved safety problem, the more difficult control of welding process deflection, cause the distortion of teeth groove, difficulty of processing is large.
According to the heat transfer fundamental formular
, in order to improve rate of heat transfer, can realize by improving the methods such as material thermal conductivity, increase heat transfer area, increasing internal-external temperature difference.At present, accelerate rate of heat transfer and generally adopt hot blast gas hood and two kinds of methods of trench design, the high-speed paper machine that the combustion type hot blast gas hood that the Paper Making Machinery Plants such as Mei Zhuo adopt is above for the 1500m/min speed of a motor vehicle, yet the steam boiler thermal efficiency reaches 90%, the thermal efficiency of hot blast gas hood is only 55%, excessively increase hot blast gas hood drying capacity, additionally improve the machine dried ability, and do not meet the demand for development of energy-saving and emission-reduction.
The utility model content
The utility model is mainly to solve the deficiencies in the prior art, a kind of compact conformation is provided, with cast iron dryer, compare, can allow higher saturated vapor operating pressure, reduce the drying cylinder total quality, reduce the possibility of detonation, plasticity, toughness are all higher than casting pig, and the plough groove type housing structure of optimizing, make whole heat transfer property improve the highly effective drying dryer device of at least 30% high speed health paper machine system.
Above-mentioned technical problem of the present utility model is mainly solved by following technical proposals:
A kind of highly effective drying dryer device of high speed health paper machine system, comprise fore side spindle nose and transmission side spindle nose, be provided with interior slide between described fore side spindle nose and transmission side spindle nose, the outer ring of described fore side spindle nose is provided with the left end cap fixed with it, the outer ring of described transmission side spindle nose is provided with the right end cap fixed with it, described left end cap and right end cap are same structure, be provided with the shell body fixed with it between the end face of described left end cap and the end face of right end cap, the inwall of described shell body is provided with groove mechanisms, be provided with the air inlet pipe be connected with interior slide in described fore side spindle nose, be provided with condensate draining pipe in described transmission side spindle nose, be provided with the condensate discharge system be connected with condensate draining pipe in described interior slide, the distribution that is complementary of described condensate discharge system and groove mechanisms.
As preferably, described groove mechanisms comprises continuous and equally distributed groove and the flank of tooth; The described flank of tooth is the horizontal linear shape, or circular-arc, or one or more mixing in the knuckle shape; The height of the described flank of tooth is same linearity, or 3～6 stepped distributions of the flank of tooth from outermost to the inside;
Described condensate discharge system comprises condensed water collector pipe and siphon pipe, described condensed water collector pipe is connected by 4 mutually equally distributed condensed water arms with siphon pipe, described condensed water arm passes interior slide and is connected with siphon pipe, described siphonal top is plugged with the suction pipe distributed separately with groove, described suction pipe extends in groove, described siphon pipe is connected with suction pipe, be provided with the condensed water collector pipe be connected with condensate draining pipe in described interior slide, 4 condensed water arms are collected in the condensed water collector pipe;
The spacing of the spacing of described left end cap and fore side spindle nose, right end cap and transmission side spindle nose is respectively 5～10mm.
As preferably, the bottom of described groove is circular-arc or bilateral rounded corner shape, and the diameter of described channel bottom is 12mm, the width of the described flank of tooth: the width=3:2 of groove, the degree of depth of described groove: the width=5:3 of the flank of tooth; The thickness of described shell body is 35mm;
Described siphonal bottom is plugged with the adjusting nut that is complementary and distributes with suction pipe, described adjusting nut and suction pipe are upper and lower linearity and distribute, between described suction pipe and siphon pipe, by locator, locate mutually, between the outer wall of described interior slide and siphonal inwall, by fixed support, fix, described condensed water arm and interior slide fix by mounting flange, and described condensed water collector pipe is reducer pipe;
The spacing of siphon pipe and shell body inwall is 1.5～2mm, and siphonal diameter is 8～10mm, and the diameter of suction pipe is 8～10mm, and the spacing of suction pipe and channel bottom is 5～8mm.
As preferably, described shell body is by left flange, right flange and center housing phase composition, between described left flange and left end cap, fix by fixed mechanism respectively between right flange and right end cap; Described interior slide is comprised of left mounting flange, right mounting flange and center pull rod; Described center pull rod is provided with equally distributed breeder tube, and the aperture of breeder tube is 25～35mm;
Between described center pull rod and fore side spindle nose, between left end cap and fore side spindle nose, by left mounting flange, fix respectively, between described center pull rod and transmission side spindle nose, between right end cap and transmission side spindle nose, by right mounting flange, fix respectively, the lateral wall of described left mounting flange and right mounting flange is respectively equipped with the screens breach, the top of described fore side spindle nose and screens breach are complementary, the top of described transmission side spindle nose and screens breach are complementary, the inwall of described fore side spindle nose and transmission side spindle nose is respectively equipped with the shelf position, described left mounting flange and right mounting flange fix with the shelf position respectively, between described left mounting flange and left end cap, between fore side spindle nose and left mounting flange, between right mounting flange and right end cap, between right mounting flange and transmission side spindle nose, by bolt, fix respectively, described left mounting flange and right mounting flange are integrated distribution with center pull rod respectively, the inwall on described left end cap top and the inwall on right end cap top are respectively equipped with the housing fixed bit, and described left flange is located respectively with the housing fixed bit mutually with right flange,
Seal mutually by air inlet O type circle between described air inlet pipe and fore side spindle nose, seal mutually by draining O type circle between described condensate draining pipe and transmission side spindle nose.
As preferably, described fixed mechanism comprises the fixedly blind hole that is located at left flange and right flange side, and described fixedly blind hole and left end cap and right end cap fix by screw rod respectively;
Or,
Described fixed mechanism comprise from left flange to left end cap extend or from left end cap left flange extend, extend from right flange to right end cap or, from the right end cap rectangular bolt that flange extends to the right, described rectangular bolt fixes by rectangular nut;
The lateral wall of described left end cap and right end cap is respectively equipped with a pair of end cap manhole that symmetry shape distributes that is, and described end cap manhole is rabbeted respectively the lateral wall at left end cap and right end cap, and described center pull rod is provided with the slide manhole;
Between described left flange and left end cap, between right flange and right end cap, between left mounting flange and fore side spindle nose, seal mutually by the sealing ring layer respectively between right mounting flange and transmission side spindle nose;
The left-hand end of described center pull rod is located at inwall or the top of left mounting flange, and the right-hand end of described center pull rod is located at inwall or the top of right mounting flange.
Therefore, highly effective drying dryer device and the drying means thereof of high speed health paper machine system of the present utility model, compact conformation, promote serviceability, reduces energy consumption.
The accompanying drawing explanation
Fig. 1 is structural representation of the present utility model;
Fig. 2 is the structural representation of condensate discharge system in Fig. 1;
Fig. 3 is the structural representation of II section in the utility model;
Fig. 4 is the structural representation of III section in the utility model;
Fig. 5 is the structural representation of I section in the utility model;
Fig. 6 is the structural representation of the second fixed form of I section in the utility model;
Fig. 7 is the structural representation of the third fixed form of I section in the utility model;
Fig. 8 is the structural representation of groove in the utility model;
Fig. 9 is the second structural representation of the flank of tooth in the utility model;
Figure 10 is the third structural representation of the flank of tooth in the utility model;
Figure 11 is the another kind of fixed structure schematic diagram of center pull rod in the utility model.
The specific embodiment
Below by embodiment, and by reference to the accompanying drawings, the technical solution of the utility model is described in further detail.
Embodiment 1: as Fig. 1, Fig. 2, Fig. 3, Fig. 4, Fig. 5, Fig. 6, Fig. 7, Fig. 8, Fig. 9, shown in Figure 10 and Figure 11, a kind of highly effective drying dryer device of high speed health paper machine system, comprise fore side spindle nose 1 and transmission side spindle nose 2, 2 of described fore side spindle nose 1 and transmission side spindle noses are provided with interior slide 3, the outer ring of described fore side spindle nose 1 is provided with the left end cap 4 fixed with it, the outer ring of described transmission side spindle nose 2 is provided with the right end cap 5 fixed with it, described left end cap 4 is same structure with right end cap 5, be provided with the shell body 6 fixed with it between the end face of the end face of described left end cap 4 and right end cap 5, the inwall of described shell body 6 is provided with groove mechanisms, be provided with the air inlet pipe 27 be connected with interior slide 3 in described fore side spindle nose 1, be provided with condensate draining pipe 28 in described transmission side spindle nose 2, be provided with the condensate discharge system be connected with condensate draining pipe 28 in described interior slide 3, the distribution that is complementary of described condensate discharge system and groove mechanisms.
Described groove mechanisms comprises continuous and equally distributed groove 7 and the flank of tooth 8; The described flank of tooth 8 is the horizontal linear shape, or circular-arc, or one or more mixing in the knuckle shape; The height of the described flank of tooth 8 is same linearity, or 3 stepped distributions of the flank of tooth 8 from outermost to the inside;
Described condensate discharge system comprises condensed water collector pipe 29 and siphon pipe 30, described condensed water collector pipe 29 is connected by 4 mutually equally distributed condensed water arms 31 with siphon pipe 30, described condensed water arm 31 passes interior slide 3 and is connected with siphon pipe 30, the top of described siphon pipe 30 is plugged with the suction pipe 32 distributed separately with groove 7, described suction pipe 32 extends in groove 7, described siphon pipe 30 is connected with suction pipe 32, be provided with the condensed water collector pipe 33 be connected with condensate draining pipe 28 in described interior slide 3, 4 condensed water arms 31 are collected in condensed water collector pipe 29,
Described left end cap 4 is respectively 5mm with spacing, the right end cap 5 of fore side spindle nose 1 with the spacing of transmission side spindle nose 2.
The bottom of described groove 7 is circular-arc or bilateral rounded corner shape, and the diameter of described groove 7 bottoms is 12mm, the width of the described flank of tooth 8: the width=3:2 of groove 7, the degree of depth of described groove 7: the width=5:3 of the flank of tooth 8; The thickness of described shell body 6 is 35mm;
The bottom of described siphon pipe 30 is plugged with the adjusting nut 34 that is complementary and distributes with suction pipe 32, described adjusting nut 34 is upper and lower linearity with suction pipe 32 and distributes, described suction pipe 32 is located by locator 35 mutually with 30, siphon pipe, between the inwall of the outer wall of described interior slide 3 and siphon pipe 30, by fixed support 36, fix, described condensed water arm 31 fixes by mounting flange 37 with interior slide 3, and described condensed water collector pipe 29 is reducer pipe;
Siphon pipe 30 is 1.5mm with the spacing of shell body 6 inwalls, and the diameter of siphon pipe 30 is 8mm, and the diameter of suction pipe 32 is 8mm, and suction pipe 32 is 5mm with the spacing of groove 7 bottoms.
Described shell body 6 is by left flange 9, right flange 10 and center housing 11 phase compositions, and described left flange 9 and 4 of left end caps, right flange 10 and 5 of right end caps fix by fixed mechanism respectively; Described interior slide 3 is comprised of left mounting flange 12, right mounting flange 13 and center pull rod 14; Described center pull rod 14 is provided with equally distributed breeder tube 15, and the aperture of breeder tube 15 is 25mm;
1 of described center pull rod 14 and fore side spindle nose, 1 of left end cap 4 and fore side spindle nose fix by left mounting flange 12 respectively, 2 of described center pull rod 14 and transmission side spindle noses, 2 of right end cap 5 and transmission side spindle noses fix by right mounting flange 13 respectively, described left mounting flange 12 is respectively equipped with screens breach 16 with the lateral wall of right mounting flange 13, the top of described fore side spindle nose 1 and screens breach 16 are complementary, the top of described transmission side spindle nose 2 and screens breach 16 are complementary, described fore side spindle nose 1 is respectively equipped with shelf position 17 with the inwall of transmission side spindle nose 2, described left mounting flange 12 fixes with shelf position 17 respectively with right mounting flange 13, 4 of described left mounting flange 12 and left end caps, 12 of fore side spindle nose 1 and left mounting flanges, 5 of right mounting flange 13 and right end caps, 2 of right mounting flange 13 and transmission side spindle noses fix by bolt 18 respectively, described left mounting flange 12 is integrated distribution with center pull rod 14 respectively with right mounting flange 13, the inwall on described left end cap 4 tops and the inwall on right end cap 5 tops are respectively equipped with housing fixed bit 19, and described left flange 9 is located respectively with housing fixed bit 19 mutually with right flange 10,
Described air inlet pipe 27 seals by air inlet O type circle 38 mutually with 1 of fore side spindle nose, and described condensate draining pipe 28 seals by draining O type circle 39 mutually with 2 of transmission side spindle noses.
Described fixed mechanism comprises the fixedly blind hole 20 that is located at left flange 9 and right flange 10 sides, and described fixedly blind hole 20 fixes by screw rod 21 respectively with left end cap 4 and right end cap 5;
Or,
Described fixed mechanism comprise from left flange 9 to left end cap 4 extend or from left end cap 4 left flange 9 extend, 5 extend or, from the right end cap 5 rectangular bolt 22 that flange 10 extends to the right, described rectangular bolt 22 fixes by rectangular nut 23 from right flange 10 to right end cap;
Described left end cap 4 is respectively equipped with a pair of end cap manhole 24 that symmetry shape distributes that is with the lateral wall of right end cap 5, and described end cap manhole 24 is rabbeted respectively the lateral wall with right end cap 5 at left end cap 4, and described center pull rod 14 is provided with slide manhole 25;
Between described left flange 9 and 4 of left end caps, right flange 10 and right end cap, left mounting flange 12 and 1 of fore side spindle nose, right mounting flange 13 and 2 of transmission side spindle noses seal mutually by sealing ring layer 26 respectively;
The left-hand end of described center pull rod 14 is located at inwall or the top of left mounting flange 12, and the right-hand end of described center pull rod 14 is located at inwall or the top of right mounting flange 13.
Embodiment 2: a kind of highly effective drying dryer device of high speed health paper machine system, comprise fore side spindle nose 1 and transmission side spindle nose 2, 2 of described fore side spindle nose 1 and transmission side spindle noses are provided with interior slide 3, the outer ring of described fore side spindle nose 1 is provided with the left end cap 4 fixed with it, the outer ring of described transmission side spindle nose 2 is provided with the right end cap 5 fixed with it, described left end cap 4 is same structure with right end cap 5, be provided with the shell body 6 fixed with it between the end face of the end face of described left end cap 4 and right end cap 5, the inwall of described shell body 6 is provided with groove mechanisms, be provided with the air inlet pipe 27 be connected with interior slide 3 in described fore side spindle nose 1, be provided with condensate draining pipe 28 in described transmission side spindle nose 2, be provided with the condensate discharge system be connected with condensate draining pipe 28 in described interior slide 3, the distribution that is complementary of described condensate discharge system and groove mechanisms.
Described groove mechanisms comprises continuous and equally distributed groove 7 and the flank of tooth 8; The described flank of tooth 8 is the horizontal linear shape, or circular-arc, or one or more mixing in the knuckle shape; The height of the described flank of tooth 8 is same linearity, or 5 stepped distributions of the flank of tooth 8 from outermost to the inside;
Described condensate discharge system comprises condensed water collector pipe 29 and siphon pipe 30, described condensed water collector pipe 29 is connected by 4 mutually equally distributed condensed water arms 31 with siphon pipe 30, described condensed water arm 31 passes interior slide 3 and is connected with siphon pipe 30, the top of described siphon pipe 30 is plugged with the suction pipe 32 distributed separately with groove 7, described suction pipe 32 extends in groove 7, described siphon pipe 30 is connected with suction pipe 32, be provided with the condensed water collector pipe 33 be connected with condensate draining pipe 28 in described interior slide 3, 4 condensed water arms 31 are collected in condensed water collector pipe 29,
Described left end cap 4 is respectively 8mm with spacing, the right end cap 5 of fore side spindle nose 1 with the spacing of transmission side spindle nose 2.
The bottom of described groove 7 is circular-arc or bilateral rounded corner shape, and the diameter of described groove 7 bottoms is 12mm, the width of the described flank of tooth 8: the width=3:2 of groove 7, the degree of depth of described groove 7: the width=5:3 of the flank of tooth 8; The thickness of described shell body 6 is 35mm;
The bottom of described siphon pipe 30 is plugged with the adjusting nut 34 that is complementary and distributes with suction pipe 32, described adjusting nut 34 is upper and lower linearity with suction pipe 32 and distributes, described suction pipe 32 is located by locator 35 mutually with 30, siphon pipe, between the inwall of the outer wall of described interior slide 3 and siphon pipe 30, by fixed support 36, fix, described condensed water arm 31 fixes by mounting flange 37 with interior slide 3, and described condensed water collector pipe 29 is reducer pipe;
Siphon pipe 30 is 1.8mm with the spacing of shell body 6 inwalls, and the diameter of siphon pipe 30 is 9mm, and the diameter of suction pipe 32 is 9mm, and suction pipe 32 is 7mm with the spacing of groove 7 bottoms.
Described shell body 6 is by left flange 9, right flange 10 and center housing 11 phase compositions, and described left flange 9 and 4 of left end caps, right flange 10 and 5 of right end caps fix by fixed mechanism respectively; Described interior slide 3 is comprised of left mounting flange 12, right mounting flange 13 and center pull rod 14; Described center pull rod 14 is provided with equally distributed breeder tube 15, and the aperture of breeder tube 15 is 30mm;
1 of described center pull rod 14 and fore side spindle nose, 1 of left end cap 4 and fore side spindle nose fix by left mounting flange 12 respectively, 2 of described center pull rod 14 and transmission side spindle noses, 2 of right end cap 5 and transmission side spindle noses fix by right mounting flange 13 respectively, described left mounting flange 12 is respectively equipped with screens breach 16 with the lateral wall of right mounting flange 13, the top of described fore side spindle nose 1 and screens breach 16 are complementary, the top of described transmission side spindle nose 2 and screens breach 16 are complementary, described fore side spindle nose 1 is respectively equipped with shelf position 17 with the inwall of transmission side spindle nose 2, described left mounting flange 12 fixes with shelf position 17 respectively with right mounting flange 13, 4 of described left mounting flange 12 and left end caps, 12 of fore side spindle nose 1 and left mounting flanges, 5 of right mounting flange 13 and right end caps, 2 of right mounting flange 13 and transmission side spindle noses fix by bolt 18 respectively, described left mounting flange 12 is integrated distribution with center pull rod 14 respectively with right mounting flange 13, the inwall on described left end cap 4 tops and the inwall on right end cap 5 tops are respectively equipped with housing fixed bit 19, and described left flange 9 is located respectively with housing fixed bit 19 mutually with right flange 10,
Described air inlet pipe 27 seals by air inlet O type circle 38 mutually with 1 of fore side spindle nose, and described condensate draining pipe 28 seals by draining O type circle 39 mutually with 2 of transmission side spindle noses.
Described fixed mechanism comprises the fixedly blind hole 20 that is located at left flange 9 and right flange 10 sides, and described fixedly blind hole 20 fixes by screw rod 21 respectively with left end cap 4 and right end cap 5;
Or,
Described fixed mechanism comprise from left flange 9 to left end cap 4 extend or from left end cap 4 left flange 9 extend, 5 extend or, from the right end cap 5 rectangular bolt 22 that flange 10 extends to the right, described rectangular bolt 22 fixes by rectangular nut 23 from right flange 10 to right end cap;
Described left end cap 4 is respectively equipped with a pair of end cap manhole 24 that symmetry shape distributes that is with the lateral wall of right end cap 5, and described end cap manhole 24 is rabbeted respectively the lateral wall with right end cap 5 at left end cap 4, and described center pull rod 14 is provided with slide manhole 25;
Between described left flange 9 and 4 of left end caps, right flange 10 and right end cap, left mounting flange 12 and 1 of fore side spindle nose, right mounting flange 13 and 2 of transmission side spindle noses seal mutually by sealing ring layer 26 respectively;
The left-hand end of described center pull rod 14 is located at inwall or the top of left mounting flange 12, and the right-hand end of described center pull rod 14 is located at inwall or the top of right mounting flange 13.
Embodiment 3: a kind of highly effective drying dryer device of high speed health paper machine system, comprise fore side spindle nose 1 and transmission side spindle nose 2, 2 of described fore side spindle nose 1 and transmission side spindle noses are provided with interior slide 3, the outer ring of described fore side spindle nose 1 is provided with the left end cap 4 fixed with it, the outer ring of described transmission side spindle nose 2 is provided with the right end cap 5 fixed with it, described left end cap 4 is same structure with right end cap 5, be provided with the shell body 6 fixed with it between the end face of the end face of described left end cap 4 and right end cap 5, the inwall of described shell body 6 is provided with groove mechanisms, be provided with the air inlet pipe 27 be connected with interior slide 3 in described fore side spindle nose 1, be provided with condensate draining pipe 28 in described transmission side spindle nose 2, be provided with the condensate discharge system be connected with condensate draining pipe 28 in described interior slide 3, the distribution that is complementary of described condensate discharge system and groove mechanisms.
Described groove mechanisms comprises continuous and equally distributed groove 7 and the flank of tooth 8; The described flank of tooth 8 is the horizontal linear shape, or circular-arc, or one or more mixing in the knuckle shape; The height of the described flank of tooth 8 is same linearity, or 3～6 stepped distributions of the flank of tooth 8 from outermost to the inside;
Described condensate discharge system comprises condensed water collector pipe 29 and siphon pipe 30, described condensed water collector pipe 29 is connected by 4 mutually equally distributed condensed water arms 31 with siphon pipe 30, described condensed water arm 31 passes interior slide 3 and is connected with siphon pipe 30, the top of described siphon pipe 30 is plugged with the suction pipe 32 distributed separately with groove 7, described suction pipe 32 extends in groove 7, described siphon pipe 30 is connected with suction pipe 32, be provided with the condensed water collector pipe 33 be connected with condensate draining pipe 28 in described interior slide 3, 4 condensed water arms 31 are collected in condensed water collector pipe 29,
Described left end cap 4 is respectively 10mm with spacing, the right end cap 5 of fore side spindle nose 1 with the spacing of transmission side spindle nose 2.
The bottom of described groove 7 is circular-arc or bilateral rounded corner shape, and the diameter of described groove 7 bottoms is 12mm, the width of the described flank of tooth 8: the width=3:2 of groove 7, the degree of depth of described groove 7: the width=5:3 of the flank of tooth 8; The thickness of described shell body 6 is 35mm;
The bottom of described siphon pipe 30 is plugged with the adjusting nut 34 that is complementary and distributes with suction pipe 32, described adjusting nut 34 is upper and lower linearity with suction pipe 32 and distributes, described suction pipe 32 is located by locator 35 mutually with 30, siphon pipe, between the inwall of the outer wall of described interior slide 3 and siphon pipe 30, by fixed support 36, fix, described condensed water arm 31 fixes by mounting flange 37 with interior slide 3, and described condensed water collector pipe 29 is reducer pipe;
Siphon pipe 30 is 2mm with the spacing of shell body 6 inwalls, and the diameter of siphon pipe 30 is 10mm, and the diameter of suction pipe 32 is 10mm, and suction pipe 32 is 8mm with the spacing of groove 7 bottoms.
Described shell body 6 is by left flange 9, right flange 10 and center housing 11 phase compositions, and described left flange 9 and 4 of left end caps, right flange 10 and 5 of right end caps fix by fixed mechanism respectively; Described interior slide 3 is comprised of left mounting flange 12, right mounting flange 13 and center pull rod 14; Described center pull rod 14 is provided with equally distributed breeder tube 15, and the aperture of breeder tube 15 is 35mm;
1 of described center pull rod 14 and fore side spindle nose, 1 of left end cap 4 and fore side spindle nose fix by left mounting flange 12 respectively, 2 of described center pull rod 14 and transmission side spindle noses, 2 of right end cap 5 and transmission side spindle noses fix by right mounting flange 13 respectively, described left mounting flange 12 is respectively equipped with screens breach 16 with the lateral wall of right mounting flange 13, the top of described fore side spindle nose 1 and screens breach 16 are complementary, the top of described transmission side spindle nose 2 and screens breach 16 are complementary, described fore side spindle nose 1 is respectively equipped with shelf position 17 with the inwall of transmission side spindle nose 2, described left mounting flange 12 fixes with shelf position 17 respectively with right mounting flange 13, 4 of described left mounting flange 12 and left end caps, 12 of fore side spindle nose 1 and left mounting flanges, 5 of right mounting flange 13 and right end caps, 2 of right mounting flange 13 and transmission side spindle noses fix by bolt 18 respectively, described left mounting flange 12 is integrated distribution with center pull rod 14 respectively with right mounting flange 13, the inwall on described left end cap 4 tops and the inwall on right end cap 5 tops are respectively equipped with housing fixed bit 19, and described left flange 9 is located respectively with housing fixed bit 19 mutually with right flange 10,
Described air inlet pipe 27 seals by air inlet O type circle 38 mutually with 1 of fore side spindle nose, and described condensate draining pipe 28 seals by draining O type circle 39 mutually with 2 of transmission side spindle noses.
Described fixed mechanism comprises the fixedly blind hole 20 that is located at left flange 9 and right flange 10 sides, and described fixedly blind hole 20 fixes by screw rod 21 respectively with left end cap 4 and right end cap 5;
Or,
Described fixed mechanism comprise from left flange 9 to left end cap 4 extend or from left end cap 4 left flange 9 extend, 5 extend or, from the right end cap 5 rectangular bolt 22 that flange 10 extends to the right, described rectangular bolt 22 fixes by rectangular nut 23 from right flange 10 to right end cap;
Described left end cap 4 is respectively equipped with a pair of end cap manhole 24 that symmetry shape distributes that is with the lateral wall of right end cap 5, and described end cap manhole 24 is rabbeted respectively the lateral wall with right end cap 5 at left end cap 4, and described center pull rod 14 is provided with slide manhole 25;
Between described left flange 9 and 4 of left end caps, right flange 10 and right end cap, left mounting flange 12 and 1 of fore side spindle nose, right mounting flange 13 and 2 of transmission side spindle noses seal mutually by sealing ring layer 26 respectively;
The left-hand end of described center pull rod 14 is located at inwall or the top of left mounting flange 12, and the right-hand end of described center pull rod 14 is located at inwall or the top of right mounting flange 13.
Claims (5)
1. the highly effective drying dryer device of a high speed health paper machine system, it is characterized in that: comprise fore side spindle nose (1) and transmission side spindle nose (2), be provided with interior slide (3) between described fore side spindle nose (1) and transmission side spindle nose (2), the outer ring of described fore side spindle nose (1) is provided with the left end cap (4) fixed with it, the outer ring of described transmission side spindle nose (2) is provided with the right end cap (5) fixed with it, described left end cap (4) is same structure with right end cap (5), be provided with the shell body (6) fixed with it between the end face of the end face of described left end cap (4) and right end cap (5), the inwall of described shell body (6) is provided with groove mechanisms, be provided with the air inlet pipe (27) be connected with interior slide (3) in described fore side spindle nose (1), be provided with condensate draining pipe (28) in described transmission side spindle nose (2), be provided with the condensate discharge system be connected with condensate draining pipe (28) in described interior slide (3), the distribution that is complementary of described condensate discharge system and groove mechanisms.
2. the highly effective drying dryer device of high speed health paper machine system according to claim 1, it is characterized in that: described groove mechanisms comprises continuous and equally distributed groove (7) and the flank of tooth (8); The described flank of tooth (8) is the horizontal linear shape, or circular-arc, or one or more mixing in the knuckle shape; The height of the described flank of tooth (8) is same linearity, or the stepped distribution of 3～6 flank of tooth (8) from outermost to the inside;
Described condensate discharge system comprises condensed water collector pipe (29) and siphon pipe (30), described condensed water collector pipe (29) is connected by 4 mutually equally distributed condensed water arms (31) with siphon pipe (30), described condensed water arm (31) passes interior slide (3) and is connected with siphon pipe (30), the top of described siphon pipe (30) is plugged with the suction pipe (32) distributed separately with groove (7), described suction pipe (32) extends in groove (7), described siphon pipe (30) is connected with suction pipe (32), be provided with the condensed water collector pipe (33) be connected with condensate draining pipe (28) in described interior slide (3), 4 condensed water arms (31) are collected in condensed water collector pipe (29),
Described left end cap (4) is respectively 5～10mm with spacing, the right end cap (5) of fore side spindle nose (1) with the spacing of transmission side spindle nose (2).
3. the highly effective drying dryer device of high speed health paper machine system according to claim 2, it is characterized in that: the bottom of described groove (7) is circular-arc or bilateral rounded corner shape, the diameter of described groove (7) bottom is 12mm, the width of the described flank of tooth (8): the width=3:2 of groove (7), the degree of depth of described groove (7): the width=5:3 of the flank of tooth (8); The thickness of described shell body (6) is 35mm;
The bottom of described siphon pipe (30) is plugged with the adjusting nut (34) that is complementary and distributes with suction pipe (32), described adjusting nut (34) is upper and lower linearity with suction pipe (32) and distributes, between described suction pipe (32) and siphon pipe (30), by locator (35), locate mutually, between the inwall of the outer wall of described interior slide (3) and siphon pipe (30), by fixed support (36), fix, described condensed water arm (31) fixes by mounting flange (37) with interior slide (3), and described condensed water collector pipe (29) is reducer pipe;
Siphon pipe (30) is 1.5～2mm with the spacing of shell body (6) inwall, and the diameter of siphon pipe (30) is 8～10mm, and the diameter of suction pipe (32) is 8～10mm, and suction pipe (32) is 5～8mm with the spacing of groove (7) bottom.
4. according to the highly effective drying dryer device of claim 1 or 2 or 3 described high speed health paper machine systems, it is characterized in that: described shell body (6) is by left flange (9), right flange (10) and center housing (11) phase composition, between described left flange (9) and left end cap (4), fix by fixed mechanism respectively between right flange (10) and right end cap (5); Described interior slide (3) is comprised of left mounting flange (12), right mounting flange (13) and center pull rod (14); Described center pull rod (14) is provided with equally distributed breeder tube (15), and the aperture of breeder tube (15) is 25～35mm;
Between described center pull rod (14) and fore side spindle nose (1), between left end cap (4) and fore side spindle nose (1), by left mounting flange (12), fix respectively, between described center pull rod (14) and transmission side spindle nose (2), between right end cap (5) and transmission side spindle nose (2), by right mounting flange (13), fix respectively, described left mounting flange (12) is respectively equipped with screens breach (16) with the lateral wall of right mounting flange (13), the top of described fore side spindle nose (1) and screens breach (16) are complementary, the top of described transmission side spindle nose (2) and screens breach (16) are complementary, described fore side spindle nose (1) is respectively equipped with shelf position (17) with the inwall of transmission side spindle nose (2), described left mounting flange (12) fixes with shelf position (17) respectively with right mounting flange (13), between described left mounting flange (12) and left end cap (4), between fore side spindle nose (1) and left mounting flange (12), between right mounting flange (13) and right end cap (5), between right mounting flange (13) and transmission side spindle nose (2), by bolt (18), fix respectively, described left mounting flange (12) is integrated distribution with center pull rod (14) respectively with right mounting flange (13), the inwall on the inwall on described left end cap (4) top and right end cap (5) top is respectively equipped with housing fixed bit (19), and described left flange (9) is located respectively with housing fixed bit (19) mutually with right flange (10),
Seal mutually by air inlet O type circle (38) between described air inlet pipe (27) and fore side spindle nose (1), seal mutually by draining O type circle (39) between described condensate draining pipe (28) and transmission side spindle nose (2).
5. the highly effective drying dryer device of high speed health paper machine system according to claim 4, it is characterized in that: described fixed mechanism comprises the fixedly blind hole (20) that is located at left flange (9) and right flange (10) side, and described fixedly blind hole (20) fixes by screw rod (21) respectively with left end cap (4) and right end cap (5);
Or,
Described fixed mechanism comprise from left flange (9) to left end cap (4) extend or from left end cap (4) left flange (9) extend, extend from right flange (10) to right end cap (5) or, from right end cap (5) the rectangular bolt (22) that flange (10) extends to the right, described rectangular bolt (22) fixes by rectangular nut (23);
Described left end cap (4) is respectively equipped with a pair of end cap manhole (24) that symmetry shape distributes that is with the lateral wall of right end cap (5), described end cap manhole (24) is rabbeted respectively the lateral wall with right end cap (5) at left end cap (4), and described center pull rod (14) is provided with slide manhole (25);
Between described left flange (9) and left end cap (4), between right flange (10) and right end cap, between left mounting flange (12) and fore side spindle nose (1), seal mutually by sealing ring layer (26) respectively between right mounting flange (13) and transmission side spindle nose (2);
The left-hand end of described center pull rod (14) is located at inwall or the top of left mounting flange (12), and the right-hand end of described center pull rod (14) is located at inwall or the top of right mounting flange (13).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2013203210623U CN203320338U (en) | 2013-06-05 | 2013-06-05 | Efficient drying cylinder device of high-speed toilet paper making machine system |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2013203210623U CN203320338U (en) | 2013-06-05 | 2013-06-05 | Efficient drying cylinder device of high-speed toilet paper making machine system |
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| Publication Number | Publication Date |
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| CN203320338U true CN203320338U (en) | 2013-12-04 |
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| Application Number | Title | Priority Date | Filing Date |
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| CN2013203210623U Withdrawn - After Issue CN203320338U (en) | 2013-06-05 | 2013-06-05 | Efficient drying cylinder device of high-speed toilet paper making machine system |
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Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN103334332A (en) * | 2013-06-05 | 2013-10-02 | 杭州大路实业有限公司 | High-efficiency dry cylinder device of high-speed sanitary paper machine system and drying method of high-efficiency dry cylinder device |
| CN110878485A (en) * | 2019-12-04 | 2020-03-13 | 丹东新兴造纸机械有限公司 | Drying cylinder |
| CN115287932A (en) * | 2022-07-25 | 2022-11-04 | 永发（江苏）模塑包装科技有限公司 | Ultrasonic dewatering drying cylinder with novel super-energy-saving structure and process |
-
2013
- 2013-06-05 CN CN2013203210623U patent/CN203320338U/en not_active Withdrawn - After Issue
Cited By (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN103334332A (en) * | 2013-06-05 | 2013-10-02 | 杭州大路实业有限公司 | High-efficiency dry cylinder device of high-speed sanitary paper machine system and drying method of high-efficiency dry cylinder device |
| CN103334332B (en) * | 2013-06-05 | 2015-06-10 | 杭州大路装备有限公司 | High-efficiency dry cylinder device of high-speed sanitary paper machine system and drying method of high-efficiency dry cylinder device |
| CN110878485A (en) * | 2019-12-04 | 2020-03-13 | 丹东新兴造纸机械有限公司 | Drying cylinder |
| CN115287932A (en) * | 2022-07-25 | 2022-11-04 | 永发（江苏）模塑包装科技有限公司 | Ultrasonic dewatering drying cylinder with novel super-energy-saving structure and process |
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