CN1718873A - Single silk drying winding system of orice reeling machine - Google Patents
Single silk drying winding system of orice reeling machine Download PDFInfo
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- CN1718873A CN1718873A CN 200510019234 CN200510019234A CN1718873A CN 1718873 A CN1718873 A CN 1718873A CN 200510019234 CN200510019234 CN 200510019234 CN 200510019234 A CN200510019234 A CN 200510019234A CN 1718873 A CN1718873 A CN 1718873A
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Abstract
The present invention discloses a brin drying winding system for reeling machine. In the concrete, it relates to brin dryer, strand silk translation mechanism and single-end rereeling reel. The invented structure is characterized by that according to the running direction of strand silk produced by reeling cocoon in reeling water are successively set cocoon ends thrower, filament guide button, throwing machine and skein machine, denierer, tension buffer drum, positioning drum, brin dryer, strand translation mechanism, traverse drum on the traverse rod, single-end rereeling reel and rereeling reel brake wheel under the single-end rereeling reel.
Description
Technical field
The present invention relates to the reeling machine in the silk textile industry throwing technical field, specifically, relate to an a kind of single silk drying winding system of orice reeling machine.
Background technology
The silk cocoon single natural silk is thin and irregular, powerful low, limited length, can not directly use, thereby must by many silk of some silk cocoons of water infiltration, swelling by himself intrinsic silk gum bonding, gather and be connected to become (thigh) strand of powerful height, even thickness, infinite in length extension, Here it is usually said filature.
On reeling machine, part moisture has been got rid of in the effect owing to high speed centrifugation power when strand passes through crosisure, but the strand regain is still more than 100%.This moment, if the strand structure was just fixing instant dry, and the strand volume is rich when big because of the effect of swelling silk gum, can make bonding, obvolvent mutually between the strand.Cut off because of strand takes place by force deadlocked power during unwinding later on, also can cause a look bad simultaneously.Therefore, must accomplish with reel silk from cocoons with do, water outlet promptly does, and is promptly rich before big at volume, strand is should moment dry rapidly.But the silk reeling technology of various countries, the world today does not all reach such level.
Since existing technology for making tobacco threds level do not accomplish strand with reel silk from cocoons with do, water outlet is promptly done, up to standard, the winding shaping of primary drying, so just have to take the remedial measure of twice heat drying, twice coiling, forms the two-step method filature of reel silk from cocoons behind the so-called preceding reel silk from cocoons.
Adopt the heating of steam pipe open type, cross-ventilation to bake and bank up with earth a sheet on the reeling machine of preceding reel silk from cocoons workshop.Strand not drying just is winding on the little , and the silk gum of swelling makes bonding obvolvent mutually between the strand on the strand, slowly is subjected to heated drying after the bonding again, and the silk sheet is with regard to deadlocked one-tenth lump shape (hard angle), and such silk sheet obviously can not be made for the usefulness of silk goods raw material.The measure of remedying is exactly the dewing of soaking again, makes the silk gum suction swelling deliquescing of having hardened on the strand be beneficial to that unwinding is got off and the heating, drying of reeling again, and Here it is filature workshop, so-called back is the reel silk from cocoons process again.For inter-adhesive, obvolvent phenomenon no longer takes place after reeling in the strand that makes again reel silk from cocoons, then have to adopt big , and strengthen a baking silk space, compartment, and improving baking silk temperature etc., attempt is accomplished with reel silk from cocoons with doing.
No matter be preceding reel silk from cocoons or back reel silk from cocoons, the technology of coiling limit, limit heating makes that the strand section of reeling earlier is long heat time heating time, the strand section weak point of reeling and in back heat time heating time, heat time heating time difference is the longest to reach 7 hours, though the silk sheet therefore on the same big , it is outer, in, the regain of internal layer strand section differs greatly, the silk sheet has tangible lamination, the shaping of silk sheet is bad, and color and luster differs, and unwinding is cut off many.For this reason, current technology has been set up little silk sheet water balance and big silk sheet water balance operation again.
Again newly-increased strand fault that produces of reel silk from cocoons operation such as wide silk, pollute silk, raw silk rings, mariages, lousiness, the circumfili that falls, hard or angle, layering silk, horizontal hair, long tie etc.
In sum, the main drawback of visible existing silk reeling technology has:
1) filature coal-burning boiler steam pipe system heat supply, one ton of silk of every production will expend 13 ~ 18 tons of coals, corresponding discharging C0
2And SO
2More than totally 30 tons, breeze is more than 1 ton, serious environment pollution.
2) steam pipe system opens wide diffuse type heating, cross-ventilation baking silk, and its heat major part has heated pipe network, workshop, compartment, has only very fraction heater strip sheet.For heating target silk sheet, the thermal efficiency is low, the thermal technology is of poor quality, is working environment " thermal pollution " for the operator.
3) raw silk again reel silk from cocoons be reverse processing, both increased processing charges, produce new fault again, reduce raw silk quality.
At the above-mentioned drawback of current technology, the method for one step of fresh silkworm cocoon filature has been invented by Chengdu Tianyou Devpt Co., Ltd in 2003, abandoned the backward technology of reel silk from cocoons again.But because the prevailing condition restriction, the method is only applicable to fresh silkworm cocoon.And silk reeling industry is in the production process in 1 year both at home and abroad at present, and the most of the time is all adopted the dried cocoon filature.Therefore, with step silk reeling technology extensive use, be necessary innovation once more on original fresh silkworm cocoon basis for further." the dry reel system of the monofilament of a step reeling machine " patent of invention of this application, one step principle, structure and material and the thread route of filature heat drying system has its different characteristics, is not only applicable to fresh cocoon reeling, more is applicable to one step of dried cocoon filature.New through looking into, do not find that as yet the system identical with content of the present invention is disclosed and uses both at home and abroad.
Summary of the invention
Purpose of the present invention just is to overcome the above-mentioned shortcoming and defect that prior art exists, an a kind of single silk drying winding system of orice reeling machine that is applicable to that mulberry cocoon (comprising bright cocoon and dried cocoon) produces is provided, thereby reduce filature production process---rereeling and the moisture absorption of silk sheet vacuum etc., saving equipment, investment, personnel and operating cost; Replace Boiler Steam heat drying silk sheet with the electrothermal drying strand, eliminate or reduce pollution that caused by coal burning significantly, reduce workshop moisture temperature significantly and improve working conditions; Dwindle heating target significantly, improve energy utilization rate.
The present invention can directly produce strand dress raw silk, silk sheet weight 180g, and 1.5 meters of silk sheet girths, the silk sheet is wide 65 ~ 80 millimeters, and indexs such as silk sheet regain 9% ~ 12% traces silk sheet moulding etc. all meet national standard.
The object of the present invention is achieved like this.
Filature production is in order to extract silk and to be wound into the raw silk commodity size and dimension of regulation, must heat drying by the silk of a large amount of suctions of swelling be wound into shape.The existing filature of this process is finished with preceding reel silk from cocoons and two a plurality of operations in workshop of back reel silk from cocoons.Breaking conventional conception renewal technology route of the present invention, set about from the change of heat drying object, dwindle heating target significantly, reduce heat time heating time, once finishing the raw silk commodity during filature is shaped, change existing relatively backward technological process on the whole, reduced production process, no longer be confined to only respectively each operation be studied improvement one by one.
Specifically, the present invention changes the heater strip sheet and is the heating strand, becomes twice suction, dry is once suction, drying, and changing twice winding shaping is a winding shaping, and changing the burning in boiler coal, to produce Steam Heating be that heating heats.
As Fig. 1, the present invention is disposed with end feeding device 16, collection thread device 15, sth. made by twisting strand 14, denierer 12, tension force buffering drum 13, locatees network strand drum 6, the big 8 of single thread on drum 2, monofilament drier 3, strand translation mechanism 11, the network shed stick 7 by the traffic direction of the strand 1 of 17 generations of thread spoiled cocoon in the filature soup 18; Below the big 8 of single thread, be provided with big braked wheel 10.
The course of work of the present invention is as follows: in filature soup 18, the silk that fully is extracted on several the silk cocoons 17 of swelling, merge into strand through end feeding device 16, collection thread device 15, form around last boot pulley then and twist with the fingers strand (crosisure) 14, moisture high speed centrifugation on the strand is thrown away, strand phase mutual friction simultaneously and extruding, detect the strand thickness through denierer 12 after increasing the strand obvolvent, making normal, thick or thin partially partially judgement (and cooperate with tension force buffer gear 13) controls its leverage and moves---and add thread or stop big , turn round or handling failure.
Strand continues rising and enters the dry reel system of monofilament of the present invention.The dry sealing of stainless steel that enters monofilament drier 3 behind the strand 1 process location drum 2 is subjected to heat drying, passes through translation drum 5 (back position---run location) and network strand drum 6 again, is winding to form a sheet 9 on the big 8 of single thread.
When strand breaks down need stop big the time, press the control button of strand translation mechanism 11, translation drum 5 from the right side (run location) automatically to left movement, troubleshooting is carried out in arrival machine outside translation drum 4 (front positions).
After troubleshooting finishes, press the control button of strand translation mechanism 11 once more, translation drum 4 moves right the inboard translation drum of arrival machine 5 run locations automatically.
The building motion of strand is finished by the network strand drum 6 guiding strands that network is twisted on shape mechanism (Project design in addition) the drive network shed stick 7.Strand is wound onto the required pattern structure of formation on the big 8 of single thread by simple harmonic quantity (sine) characteristics of motion, is convenient to the lacing skeining---form strand dress raw silk finished product.
When the silk on the big 8 of single thread after a sheet reaches predetermined weight, take off from reeling machine by the special use car (Project design in addition) that falls, let the hair grow at special-purpose lacing car (Project design in addition) lacing.At accompanying drawing 4] in can see, insert between the backstay 50 of the big or 8 of single thread and the movable spoke 47 about 90 ° of rotation with common flat mouthful screwdriver, location Xiao 48 is withdrawed from the hole of movable spoke 47.It is lax that back of the body silk a tree, used in making timber for boats 57 is subjected to be reduced to " following thread attitude " silk sheet under the pressure of a sheet 44, promptly can take off a sheet from the big 8 of single thread easily; When the empty big 8 of single thread need reuse, outwards pull out back of the body silk a tree, used in making timber for boats 58, location Xiao 48 is reentered under the effect of retainer spring 49 in the hole of movable spoke 47, can recover reeling condition.And then with or axle put on 10 big 8 of single thread, lift and be put on the reeling machine with the special use car (Project design in addition) that falls, can carry out the operation of next round filature.
The present invention is compared with the prior art, and has the following advantages and good effect:
When 1, dry, change the heater strip sheet, reduce heating target, have that heating is with strong points, the thermal efficiency is high, energy-efficient performance good, significantly improve characteristics such as filature workshop working condition for the heating strand.
The present invention is only at the operation purpose---and remove the moisture that strand absorbs when swelling, only heat monofilament drier and strand (rather than silk sheet).Then in addition existing silk reeling technology technology heats the bicycle shed of the big of little , ambient air, baking fiber tube road and steam conveying pipe, reeling machine and the railway carriage of rereeling machine, preceding reel silk from cocoons and afterwards the medium water of space, boiler and corollary equipment facility thereof, the transferring heat energy in reel silk from cocoons workshop and steam etc. also unnecessaryly.Therefore the present invention has remarkable energy saving effect.
Simultaneously, the present invention has and approaches enclosed heat drying environment, and the electric energy thermal efficiency is more than 60%.Existing silk reeling technology technology then is the heat drying environment of open type, and its coal-fired steam integrated heat efficiency utilization rate only is 1.6～7.2%, and the energy scatters and disappears very serious.
Therefore, the present invention can increase substantially energy utilization rate, has great power savings advantages; Can spend effectively and reduce the workshop temperature and humidity, can improve abominable working condition, reduce labor strength, tangible economic and social benefit is arranged.
In addition, strand heated time of the present invention is extremely short, and the heated time of each section strand is identical.And existing silk reeling technology technology, be wound up into earlier on the big the heated time of the silk Duan Yuhou silk section of reeling, maximum differs and can reach 7 hours.Thereby congenitally cause a sheet drying is seriously inhomogeneous everywhere, influence the raw silk inherent quality.And the difficulty of processing of increase back operation.
No longer need boiler combustion coal supply steam when 2, dry
The present invention is a heating heat drying strand.And prior art produces the dry silk of Steam Heating sheet with the burning in boiler coal.Thereby, can solve filature production from the source and need consume non-renewable resources and serious coal-fired environmental pollution problems.Each ton silk expends coal-fired 13～18 tons, corresponding discharging CO
2, SO
2More than totally 30 tons, breeze is more than 1 ton, and national filature industry is annual to consume about 1,000,000 tons of coal, thereby the present invention has tangible environmental benefit and social benefit.
3, the present invention can reduce the unnecessary operation of existing reeling mill
After having used technology of the present invention, main production process such as the rereeling in reel silk from cocoons workshop, the moisture absorption of little vacuum, little silk sheet balance afterwards will be reduced; Can reduce even remove heating boiler and corollary equipment facility thereof.If newly-increased medium-scale Silk Mill can save steam webmaster heating system and invest 3,000,000 yuan, save back reel silk from cocoons rereeling system and invest more than 2,000,000 yuan.Thereby, help enhancing productivity, reduce recruitment, reduce operating cost, reduce the investment of founding the factory.Thereby the present invention has tangible economic benefit.
4, the big independent operation of single thread helps improving operating efficiency and raw silk quality
Existing strand dress silk is shaped and carries out on rereeling machine.The as a whole big of per 5 thread raw silks, all start-stops of a thread stall five threads, it is very difficult to be used for the filature operation, can't normally use, and serious the obstruction operated, and reduces production efficiency and influences raw silk quality.The every thread independent operation of the big of single thread of the present invention has solved this problem.
Considered the compatibility on existing automatic silk reeling machine, transformed when 5, the present invention designs; In the accessories selection, base oneself upon employing standard, general equipment, element and material, can control manufacturing (or existing mill type modification) cost effectively, guarantee stability, reliability, security and the economy of its work.Thereby, improved the economic feasibility of the present invention's popularization and the ability to accept in market.
Description of drawings
Fig. 1-the present invention forms schematic diagram, wherein:
The 1-strand; 2-locatees drum; 3-monofilament drier;
4-front position translation drum; Position translation drum behind the 5-; 6-network strand drum;
7-network shed stick; The big of the single thread of 8-; 9-silk sheet;
The big braked wheel of 10-; 11-strand translation mechanism; The 12-denierer;
13-tension force buffering drum; 14-twists with the fingers strand (crosisure); 15-collection thread device;
16--end feeding device; 17-thread spoiled cocoon; 18-filature soup.
Fig. 2-monofilament dryer configuration schematic diagram comprises: Fig. 2 .1-front view, Fig. 2 .2-side view; Wherein:
The dry sealing of 19-stainless steel; The 20-strand that is dried; The motion of 21-strand;
The 22-heating; The 23-dryer shell; The 24-hot blast;
The 25-mini fan; The 26-air intake; 27-low-voltage direct converter;
The 28-power regulator; The 29-pressure regulation is switch separately.
Fig. 3-strand translation mechanism structural representation, wherein:
30-translation drum; The 31-micromachine; 32-driving gear (or friction pulley);
33-translation tooth bar (or fricting strip); The 34-travel switch;
35-translation drum front position (handling failure); 36-triple-lap drawer rail;
Behind the 37-translation drum position (operation); The 38-travel switch;
39-strand run location; 40-strand troubleshooting position;
41-comes from tension buffer; 42-on-off switch (2 often open 2 normally closed self-lock switch);
43-AC power (220V).
The big structural representation of Fig. 4-single thread comprises: Fig. 4 .1-front view, and Fig. 4 .2-side view,
Fig. 4 .3-partial enlarged drawing; Wherein:
9-silk sheet comprises: 9.1-reeling condition silk sheet, 9.2-relaxed state silk sheet;
44-inserts bottle opener (half-twist).
45-back of the body silk a tree, used in making timber for boats comprises: the back of the body silk a tree, used in making timber for boats of 45.1-reeling condition, the back of the body silk a tree, used in making timber for boats of thread attitude under the 45.2-;
The movable spoke of 46-;
The 47-detent mechanism comprises: 47.1-locatees Xiao, 47.2-retainer spring, 47.3-backstay;
48-or axle; 49-hub end cover; 50-frictional drive toe
The big wheel hub of 51-; 52-is spoke fixedly; The 53-brake hoop;
The specific embodiment
Below in conjunction with accompanying drawing, the present invention is further described.
1, the monofilament drier 3
Change the heater strip sheet and be the heating strand.
As Fig. 2, the structure of monofilament drier 3 is: in dryer shell 23, from top to bottom, be disposed with the dry sealing 19 of stainless steel, heating 22, mini fan 25; Heating 22, power regulator 28, power supply 43 are electrically connected successively; Mini fan 25, low-voltage direct converter 27, power supply 43 are electrically connected successively.
The course of work of monofilament drier 3 of the present invention is as follows: adopt the heating of standard electric thermal element, with not only fire-resistant, heat-insulation and heat-preservation but also the special concrete forming materials housing that insulate, the narrow smooth strand dry channel of stainless steel thin slice moulding has disposed the mini fan ventilation.80 ~ the 180V that has been equipped with heating can regulate the 6V dc source of power supply and blower fan.
This monofilament drier can adopt several heat transfer types of conduction, radiation and convection current more all sidedly, make full use of the heat energy that heating transformed exposed in housing and form hot blast, make the small space process of strand, be heated and finish drying 210 millimeters of wide 1 millimeters long.Only about about 0.075～0.21 second of strand elapsed time in drier (can turn down or the convoluting speed scope in approximately: 1.0 ~ 2.8 meter per seconds).Direct winding shaping and reach the silk sheet regain 9% ~ 12% of dry standard; Do not need to come moisture absorption and dry winding shaping with vacuum moisture absorption of little silk sheet and rereeling machine once more, become twice suction/drying and be suction/drying once, changing twice winding shaping is a winding shaping.
2, the strand translation mechanism 11, make strand can pass in and out the monofilament drier automatically
As Fig. 3, the structure of strand translation mechanism 11 is:
Micromachine 31, driving gear (or friction pulley) 32, translation tooth bar (or fricting strip) 33, triple-lap drawer rail 36, translation drum 30 connect successively;
Left lateral journey switch 38 and right lateral journey switch 34 be placed in respectively translation tooth bar (or fricting strip) 33 about the end;
Left lateral journey switch 38 and right lateral journey switch 34, on-off switch 42, AC power 43 are electrically connected successively.
The course of work of strand translation mechanism 11 of the present invention is as follows:
Employing standard triple-lap formula drawer rail 36 formations move horizontally track, drive 30 horizontal movements of translation drum with micromachine 31 by driving gear (or friction pulley) 32 and tooth bar (fricting strip) 33, make strand pass in and out monofilament drier 3 on demand automatically, carry out the operation of drying coiling or stop handling the strand fault.Dispose the distance of two travel switches, 38,34 fixing turnover, dispose on-off switch 42 a controlling organizations turnover.This strand translation mechanism 11 uses conventional power supply.
This strand translation mechanism 11 makes the structure height compactness of native system, makes the automatic silk reeling machine can " thread transform a thread as ", the compatibility and the economy that provide the present invention to promote.This strand translation mechanism 11 only need be pressed same button and get final product when changing the strand position, easy for operation, reliable operation.
3, the big 8 of single thread, private volume is around device.
As Fig. 4, big 8 structures of single thread are:
With big axle 48 is the center of circle, outwards is connected with in turn: big wheel hub 51, and hub end cover 49, frictional drive toe 50,5 of arranging by 60 degree angles are spoke 52 and a movable spoke 46 fixedly, a back of the body silk a tree, used in making timber for boats 45, brake hoop 53;
Described movable spoke 46 is made up of forward and backward spoke, and the centre is provided with detent mechanism 47; Detent mechanism 47 is made up of location Xiao 47.1, retainer spring 47.2, backstay 47.3, and the front end of backstay 47.3 is provided with location Xiao 47.1, and the centre of backstay 47.3 is provided with retainer spring 47.2.
The course of work of the big 8 of single thread of the present invention is as follows:
During production, following later big of empty single thread of previous round, before reusing, outwards pull out back of the body silk a tree, used in making timber for boats 45, i.e. back of the body silk a tree, used in making timber for boats 45.1 from the back of the body silk a tree, used in making timber for boats 45.2 of following thread attitude to reeling condition, make location Xiao 47.1 under the effect of retainer spring 47.2, reenter in the hole of movable spoke 46, can on reeling machine, continue the coiling filature;
After silk amount that the big of single thread 8 reels reaches predetermined weight, take off from reeling machine by a special use car that falls, be placed on the special-purpose lacing car lacing and let the hair grow, take off then, as at Fig. 4 .3.Turn 90 degrees with revolving between screwdriver 54 insertion backstays 47.3 and the movable spoke 46, location Xiao 47.1 is withdrawed from the hole of movable spoke 46, reeling condition silk sheet 44.1 is reduced to the position of relaxed state silk sheet 44.2 under the pressure of silk sheet 44, silk sheet 44 relaxes and promptly can take off from the big of single thread easily.
The big 8 of single thread adopts standard steel section (or Birmasil or die carter engineering plastics) to manufacture the wheel-like structure of six spoke supports.Wherein the support of spoke is Collapsible structure, can take off easily after a sheet is rolled up.Big 8 is by two pairs of frictional drive toes of being furnished with spring for single thread, and the power of transmission or axle drives.When strand breaks down, can overcome its frictional force and make the big stall of single thread, to treat operational processes.
The big 8 of single thread of the present invention can self-movement---braking and stall, startup and running, easy to use flexibly, favourable raising operating efficiency and product quality.
Silk chip size and the quality of big 8 moulding of single thread of the present invention meets strand dress raw silk export standard, and silk sheet weight 180g, silk sheet girth 1.5 meter, thread sheets are wide 65 ~ 80 millimeters.
According to different designs with create conditions, utilize above project organization, the big 8 of single thread can state under the prerequisite of function in realization, and the moulding of the concrete thin portion of design adopts aluminium alloy casting or engineering plastics to make die cast.
When outside air temperature and the bigger variation of relative humidity generation, need to adjust the operating power of monofilament drier.In Fig. 2, can see, can regulate 29, improve or reduce heating 22 operating voltages, increase or reduce its operating power, keep the silk sheet to reach the regain of regulation, promptly 9% ~ 12% with the parted hair switch of regulating power supply 28.
In the monofilament drier, by regulating 22 power supplies of 28 pairs of heatings of power supply, the small space in the heat drier housing 23.Driving mini fans 25 by low-voltage dc power supply 27 provides limited ventilation to form hot blast, the strand 20 that passes through of heat drying promptly in stainless steel drying sealing 19.In the position that strand passes through, make the dry sealing 19 of a pair of stainless steel with the stainless steel thin slice, form the only passage of the wide long 210mm of 1mm.The wear-resisting strand that do not damage of any surface finish can be guaranteed the strand quality.
Claims (5)
1, an a kind of single silk drying winding system of orice reeling machine is characterized in that:
Traffic direction by the strand (1) of thread spoiled cocoon (17) generation in the filature soup (18) is disposed with end feeding device (16), collection thread device (15), sth. made by twisting strand (14), denierer (12), tension force buffering drum (13), locatees network strand drum (6), Dan Xuda on drum (2), monofilament drier (3), strand translation mechanism (11), the network shed stick (7)
(8); At Dan Xuda
(8) below is provided with greatly
Braked wheel (10).
2, by the dry reel system of the described monofilament of claim 1, it is characterized in that the structure of monofilament drier (3) is:
In dryer shell (23), from top to bottom, be disposed with the dry sealing (19) of stainless steel, heating (22), mini fan (25); Heating (22), power regulator (28), power supply (43) are electrically connected successively; Mini fan (25), low-voltage direct converter (27), power supply (43) are electrically connected successively.
3, by the dry reel system of the described monofilament of claim 1, it is characterized in that the structure of strand translation mechanism (11) is:
Micromachine (31), driving gear or friction pulley (32), translation tooth bar or fricting strip (33), triple-lap drawer rail (36), translation drum (30) connect successively;
Left lateral journey switch (38) and right lateral journey switch (34) are placed in the left and right end of translation tooth bar or fricting strip (33) respectively;
Left lateral journey switch (38) and right lateral journey switch (34), on-off switch (42), AC power (43) are electrically connected successively.
4, by the dry reel system of the described monofilament of claim 1, it is characterized in that single thread is big
(8) structure is:
With greatly
Axle (48) is the center of circle, outwards is connected with in turn: big
Wheel hub (51), hub end cover (49), frictional drive toe (50), 5 of arranging by 60 degree angles are spoke (52) and a movable spoke (46) fixedly, a back of the body a tree, used in making timber for boats (45), brake hoop (53).
5, by the dry reel system of the described monofilament of claim 4, it is characterized in that the structure of movable spoke (46) is: be made up of forward and backward spoke, the centre is provided with detent mechanism (47); Detent mechanism (47) is made up of location Xiao (47.1), retainer spring (47.2), backstay (47.3), and the front end of backstay (47.3) is provided with location Xiao (47.1), and the centre of backstay (47.3) is provided with retainer spring (47.2).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CNB2005100192341A CN100357502C (en) | 2005-08-04 | 2005-08-04 | Single silk drying winding system of orice reeling machine |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CNB2005100192341A CN100357502C (en) | 2005-08-04 | 2005-08-04 | Single silk drying winding system of orice reeling machine |
Publications (2)
| Publication Number | Publication Date |
|---|---|
| CN1718873A true CN1718873A (en) | 2006-01-11 |
| CN100357502C CN100357502C (en) | 2007-12-26 |
Family
ID=35930817
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CNB2005100192341A Expired - Fee Related CN100357502C (en) | 2005-08-04 | 2005-08-04 | Single silk drying winding system of orice reeling machine |
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| JP2691499B2 (en) * | 1993-04-14 | 1997-12-17 | 大日精化工業株式会社 | Colored silk thread manufacturing method |
| CN2244056Y (en) * | 1995-07-06 | 1997-01-01 | 无锡市长城机器总厂 | End holding device for automatic reeling machine |
| JP2003147650A (en) * | 2001-11-05 | 2003-05-21 | Masaaki Tomichi | Latently hollow raw silk yarn having alternative twist and method for producing the same |
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| CN2811330Y (en) * | 2005-08-04 | 2006-08-30 | 成都天友发展有限公司 | Monofilament drying winding device for one-step reeling machine |
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- 2005-08-04 CN CNB2005100192341A patent/CN100357502C/en not_active Expired - Fee Related
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