CN203159754U - Low-spinning-position filament drafting winding device - Google Patents
Low-spinning-position filament drafting winding device Download PDFInfo
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- CN203159754U CN203159754U CN 201320125793 CN201320125793U CN203159754U CN 203159754 U CN203159754 U CN 203159754U CN 201320125793 CN201320125793 CN 201320125793 CN 201320125793 U CN201320125793 U CN 201320125793U CN 203159754 U CN203159754 U CN 203159754U
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Abstract
The utility model discloses a low-spinning-position filament drafting winding device, and belongs to the technical field of chemical fiber mechanical manufacturing. The low-spinning-position filament drafting winding device comprises a rack, a feeding drafting device and a winding device. The feeding drafting device is located at the lower portion of the rack. The winding device is located on one side of the feeding drafting device. A guiding disc device is arranged above the winding device. A filament outlet of the feeding drafting device corresponds to a filament inlet of the guiding disc device. A terminal network part is arranged between a filament outlet of the guiding disc device and a filament inlet of the winding device. The filament outlet of the guiding disc device corresponds to a filament inlet of the terminal network part. A filament outlet of the terminal network part corresponds to the filament inlet of the winding device. Only one operating worker is required to complete spinning-in operations of spinning, and meanwhile an operating steel platform can be eliminated. The low-spinning-position filament drafting winding device not only can spin filaments for the polypropylene fiber industry, but also can spin polypropylene fiber pre-oriented filaments, and achieves a multi-purpose technical effect.
Description
Technical field
The utility model relates to chemical fibre equipment manufacturing technology field, relates in particular to an a kind of low filament drawing coiler device that spins.
Background technology
Along with fast development of national economy, China's chemical fibre industry has obtained significant progress.The variation of chemical-fibres filaments kind is the inexorable trend of future development, especially polypropylene fibre product, because its purposes continually developed and broke through in recent years, just be used for before being different from ribbon, case and bag cloth, rope than single market, present polypropylene fibre product is widely used in fields such as cable and wire, clad material, framework material, building and medical treatment step by step.The prospect of its industrial field is very good, and the market demand of polypropylene fibre product also presents the situation that rises year by year, has much the market competitiveness.
In the prior art, the drawing-off coiler device of traditional microtomy spinning filament yarn mainly comprises pre-tropism continuous yarn drawing-off coiler device (POY), fully drafting drawing-off coiler device (FDY) and industrial filament drawing coiler device.These three kinds traditional filament drawing coiler devices worldwide obtain using widely for a long time in the long filament manufacturing enterprise.
Described pre-tropism continuous yarn drawing-off coiler device comprises: frame, the pretreatment unit that is positioned at upper rack, godet device and be positioned at the coiler device of frame lower; Pretreatment unit comprises the installation panel that is placed on upper rack and the cutting and inhale silk parts, pre-network components thereon of distributing successively; The godet device comprises a following draw-off godet and a last draw-off godet, and following draw-off godet is positioned at the below of pre-network components, and last draw-off godet is positioned at the oblique upper of draw-off godet down; The filament mouth length direction of pre-network components intersects vertical with the described axis direction of draw-off godet down, be provided with between pretreatment component and the drafting unit be used to the guide wire means of reversing tow, the up-coiler in the coiler device advances the length direction of silk mouth perpendicular to installation panel.This pre-tropism continuous yarn drawing-off coiler device can only be for the production of pre-tropism continuous yarn, can't the manufacture long filament.
Described fully drafting drawing-off coiler device comprises: frame, the pretreatment unit that is positioned at upper rack, drafting system and be positioned at the coiler device of frame lower; Pretreatment unit comprises the installation panel that is placed on upper rack and distribute the successively parts that oil thereon, pre-network components, and drafting system comprises two groups of drawing roller groups; The drawing roller group is the stairstepping setting with respect to installation panel.It is vertical that the filament mouth length direction of pre-network components and the axis direction of drawing roller group intersect, is provided with guide wire means between network components and the drawing roller group in advance, the guide wire means tow direction that changes, separation tow, the effect of stablizing tow.Winding head in the coiler device advances the length direction of silk mouth perpendicular to installation panel.
Industrial filament drawing coiler device comprises frame, be positioned at pretreatment unit, the drafting system of upper rack and be positioned at the coiler device of frame lower.Pretreatment unit comprises the installation panel that is placed on upper rack and distribute the successively parts that oil thereon, pre-network components and a pair of feeding roller group.Drafting system comprises at least three pairs of drawing roller groups that are distributed on the frame; Feeding roller group and described each drawing roller group are the stairstepping setting successively with respect to installation panel.Be provided with guide wire means between pre-network components and the feeding roller group.The guide wire means tow direction that changes is separated tow, the effect of stablizing tow.Winding head in the coiler device advances the length direction of silk mouth perpendicular to installation panel.Obviously, this industrial filament drawing coiler device can only should not be produced pre-tropism continuous yarn for the production of industrial long filament.
The filament drawing coiler device of above-mentioned three kinds of prior aries is because the spinning filament yarn kind is single, therefore will spin many kinds long filament just need set up above-mentioned plurality of devices simultaneously, this shows, first defective that the filament drawing coiler device of prior art exists is: equipment cost and capital construction cost increase greatly, greatly influence the economic benefit that spinning is produced.Again because installation panel integral body is positioned at the top of frame, be in the top of winding head, increased the height of drafting system greatly, make the total height of equipment the shortest also considerably beyond operating personnel's height, so that spinning-in operation that operating personnel can't carry out spinning, must be finished the spinning-in operation of spinning by operating personnel that are in lower and operating personnel's co-operating that is in eminence, for this reason, must between drafting system and coiler device, set up the operation steel platform of standing for operating personnel, further increase the distance between drafting system and the coiler device simultaneously, the height that is higher than operating personnel with the basal surface position of guaranteeing to operate the steel platform, convenient two operating personnel's co-operatings, increased the total height of equipment so again further, its total height is 3.9～4.3 meters.This shows, second defective that the filament drawing coiler device of prior art exists is: equipment is too high, the manufacturing cost of equipment, the installation cost of equipment, the capital construction cost of factory building and the recruitment cost of spinning have been increased greatly, the spinning repiece time is long, influence the raising of long filament output, produce a large amount of waste starting fibres.
The utility model content
The technical problems to be solved in the utility model provides an a kind of low filament drawing coiler device that spins, the total height of equipment and operating personnel's height are adapted, the manufacturing cost of reduction equipment, the installation cost that reduces equipment and the recruitment cost of spinning, shorten the spinning repiece time, relatively prolong the spinning time, improve the output of long filament, reduce the waste silk that produces because of repiece.
In order to solve the problems of the technologies described above, of the present utility model hanging down spun a filament drawing coiler device, comprises frame, feeding drafting system and coiler device, and described feeding drafting system is positioned at the bottom of described frame; Described coiler device is positioned at a side of described feeding drafting system; The top of described coiler device is provided with the godet device; The filament mouth of described feeding drafting system and described godet device to advance silk mouthful corresponding; Advancing between the silk mouth of the filament mouth of described godet device and described coiler device is provided with whole network components; The filament mouth of described godet device and described whole network components to advance silk mouthful corresponding; The filament mouth of described whole network components and described coiler device to advance silk mouthful corresponding.
The technical program is owing to adopted the top of coiler device to be provided with the technological means of godet device, so, the feeding drafting system can be arranged on the bottom of frame, and coiler device can be arranged on a side that feeds drafting system, greatly reduce the height of drafting system, make equipment (comprise a low fully drafting drawing-off coiler device that spins, the low industrial filament drawing coiler device in position and the low pre-tropism continuous yarn drawing-off coiler device that spins of spinning) total height and operating personnel's height adapt, only need operating personnel can finish the spinning-in operation of spinning, and can save the operation steel platform of standing for operating personnel, this shows, the low total height of spinning a filament drawing coiler device of the present utility model reduces, greatly reduce the manufacturing cost of equipment, greatly reduce the installation cost of equipment, the capital construction cost of factory building and the recruitment cost of spinning, shortened the spinning repiece time greatly, relatively prolonged the spinning time, improved the output of long filament, the waste silk that produces because of repiece significantly reduces.
Described feeding drafting system comprises laterally and places feeding unit and the drafting system of described frame lower; Described feeding unit comprises the installation panel that is placed on described frame lower one side and distribute the successively parts that oil thereon, pre-network components, guide wire means and a pair of feeding roller group from top to bottom; Described a pair of feeding roller group comprises two feeding rollers, and wherein, one is the low level feeding roller that is positioned at described guide wire means below, and another is contiguous described drafting system, be positioned at the high position feeding roller of described low level feeding roller oblique upper; Described drafting system comprises the three counter extensioin roller groups that are distributed in described frame lower opposite side, is followed successively by the first drawing roller group, the second drawing roller group and the 3rd drawing roller group from bottom to top; Described a pair of feeding roller group and described three counter extensioin roller groups are the stairstepping setting successively with respect to described installation panel; Each is laterally distributed to two drawing roller in the described drawing roller group, and wherein, one is the low level drawing roller of contiguous described feeding unit, and another is the high-order drawing roller of contiguous described coiler device; Described godet device is fixedlyed connected with the top of described frame by the support conjunction with whole network components; The filament mouth of described the 3rd drawing roller group and described godet device to advance silk mouthful corresponding.
The technical program has been owing to adopted the technological means of the parts that oil, a pair of feeding roller group and three counter extensioin roller groups, so, can be used for spinning various (comprising polypropylene fibre, terylene and polyamide fibre etc.) industrial long filament.Again because the distribution of feeding roller group and drawing roller group is optimized, so the structure that makes equipment is compact and reasonable more, and created advantage for next step improvement.
The described first drawing roller group, godet device, whole network components and coiler device have two installation positions respectively, and one is the preceding installation position for the industrial long filament of spinning, and another is the back installation position for the spinning pre-tropism continuous yarn; When the described first drawing roller group, godet device, whole network components and coiler device lay respectively at preceding installation position, the described first drawing roller group and described a pair of feeding roller group are the stairstepping setting, described godet device to advance silk mouthful corresponding with the filament mouth of described the 3rd drawing roller group; When the described first drawing roller group, godet device, whole network components and coiler device lay respectively at the installation position, back, high-order roller in the described first drawing roller group to advance silk mouthful corresponding with the filament mouth of low level roller in the described a pair of feeding roller group, the filament mouth that advances the high-order roller in silk mouth and the described first drawing roller group of described godet device is corresponding.
The technical program so equipment of the present utility model both can spin industrial long filament, can spin pre-tropism continuous yarn owing to adopted the first drawing roller group, godet device, whole network components and coiler device that the technological means of two installation positions is arranged respectively again.When the described first drawing roller group, godet device, whole network components and coiler device lay respectively at preceding installation position, the first drawing roller group and a pair of feeding roller group are the stairstepping setting, described godet device to advance silk mouthful corresponding with the filament mouth of described the 3rd drawing roller group, at this moment, equipment of the present utility model becomes the low industrial filament drawing coiler device in position that spins; When the described first drawing roller group, godet device, whole network components and coiler device lay respectively at the installation position, back, high-order roller in the described first drawing roller group to advance silk mouthful corresponding with the filament mouth of low level roller in the described a pair of feeding roller group, described godet device to advance silk mouthful corresponding with the filament mouth of high-order roller in the described first drawing roller group, at this moment, equipment of the present utility model becomes a low pre-tropism continuous yarn drawing-off coiler device that spins.Therefore, equipment of the present utility model has the technique effect of dual-use.Save a large amount of spaces and produced input cost, saved the consumption of public work, greatly improved the economic benefit that spinning is produced, created advantage for the market demand that satisfies multi-assortment production, increased the market competitiveness.
The opposite side of described frame lower is the framework conjunction; The first drawing roller group in the described drafting system is fixedlyed connected with described framework conjunction by dismantled and assembled johning knot component; Described dismantled and assembled johning knot component has two kinds, for selecting a use, wherein, a kind of is the dismantled and assembled johning knot component in preceding installation position that the first drawing roller group is installed in preceding installation position, and another kind is the dismantled and assembled johning knot component in back installation position that the high-order roller in the first drawing roller group is installed in the installation position, back; The dismantled and assembled johning knot component in described preceding installation position comprise with the fixedly connected cushion block of described framework conjunction with described drawing roller group in two casings that drawing roller is connected, described cushion block is fixedlyed connected with described casing; The dismantled and assembled johning knot component in installation position, described back comprises the connection panel that is connected with high-order drawing roller in the described drawing roller group, and described connection panel is fixedlyed connected with described framework conjunction by angle steel; The top of described frame is the framework conjunction of outstanding described installation panel; A lateral vertical of described framework conjunction is in described installation panel; Two installation positions are arranged on the described side, the front portion of described side is the preceding installation position of described godet device and described whole network components, the rear portion of described side is the back installation position of described godet device and described whole network components, and described preceding installation position and installation position, back are respectively equipped with one group of installing hole; Described godet device is fixedlyed connected by a support conjunction with described whole network components; Described support conjunction has a face that docks with the installation position on the framework conjunction, and the one group installing hole corresponding with one group of installing hole of described installation position arranged on the face of described butt joint; Described support conjunction and described framework conjunction are bolted to connection in described installation position; Described coiler device comprises strip shape base plate and up-coiler; Fix on the ground to described strip shape base plate horizontal, its length direction is perpendicular to described installation panel, described strip shape base plate upper offset arranges the preceding installation position of described coiler device in its front portion, described strip shape base plate upper offset arranges the back installation position of described coiler device in its rear portion, each described installation position is provided with one group of installing hole; The bottom surface of described up-coiler is provided with the one group installing hole corresponding with one group of installing hole of described installation position; Described up-coiler and described base plate are bolted to connection in described installation position.
The technical program is owing to carried out concrete optimization to top, godet device and the installation position thereof of frame, whole network components and installation position thereof and coiler device and installation position thereof, so, simplified the program of each parts of dismounting greatly, reduce maintenance personal's labour intensity, saved the dismounting time greatly.
Two feeding rollers in the described a pair of feeding roller group are drive respectively; Each is to two drawing roller difference drive in the described drawing roller group; Two drawing roller in the described second drawing roller group and two drawing roller in the 3rd drawing roller group are respectively the electrical induction roller, and the heating element heater in the described electrical induction roller is single hop temperature control element or multistage temperature control element; Up-coiler in the described coiler device adopts BWA-G series up-coiler.
The technical program is owing to having adopted the technological means that respectively feeds roller and each drawing roller difference drive, so process adjustments is flexible.Again owing to adopted two drawing roller in the second drawing roller group and two drawing roller in the 3rd drawing roller group to be respectively the electrical induction roller, heating element heater in the electrical induction roller is the technological means of single hop temperature control element or multistage temperature control element, so, can make workspace, the drawing roller surface temperature of heating evenly reliable, make that the performance of the drawing-off of tow and HEAT SETTING retraction is more stable, therefore, be particularly suitable for spinning the polypropylene industrial long filament.Also owing to the technological means that has adopted BWA-G series up-coiler, so in the process of spinning filament yarn, the handover success rate height is shaped well.
Describedly low spin a filament drawing coiler device two spinning stations are arranged, described two spinning stations are left-right symmetry each other, two adjacent settings of described feeding unit.
The technical program has been owing to adopted two spinning stations left-right symmetry each other, the technological means of two adjacent settings of parts that oil, so, can when increasing spinning station, reduce the floor space of equipment to greatest extent, reduce the factory building cost further.
Description of drawings
Fig. 1 is the front-view schematic diagram of a spinning station for the low filament drawing coiler device that spins that the utility model embodiment provides.
Fig. 2 looks schematic diagram for the low left side of filament drawing coiler device when the godet device is positioned at preceding installation position of spinning that the utility model embodiment provides.
Fig. 3 lowly spins the mounting structure forward sight enlarged diagram that the first drawing roller group and framework conjunction are connected by the dismantled and assembled johning knot component in preceding installation position in the filament drawing coiler device for what the utility model embodiment provided.
Fig. 4 looks enlarged diagram with the framework conjunction by the mounting structure left side that the dismantled and assembled johning knot component in preceding installation position is connected for the low first drawing roller group of spinning in the filament drawing coiler device that the utility model embodiment provides.
Fig. 5 looks schematic diagram for the low left side of a filament drawing coiler device when the godet device is positioned at the installation position, back of spinning that the utility model embodiment provides.
The mounting structure forward sight enlarged diagram that the low high-order roller that spins the first drawing roller group in the filament drawing coiler device that Fig. 6 provides for the utility model embodiment and framework conjunction are connected by the dismantled and assembled johning knot component in installation position, back.
Fig. 7 looks enlarged diagram with the framework conjunction by the mounting structure left side that the dismantled and assembled johning knot component in installation position, back is connected for the low high-order roller that spins the first drawing roller group in the filament drawing coiler device that the utility model embodiment provides.
Fig. 8 is the front-view schematic diagram of two spinning stations for the low filament drawing coiler device that spins that the utility model embodiment provides.
The specific embodiment
Below in conjunction with the drawings and specific embodiments the utility model is described in further detail.
As depicted in figs. 1 and 2, the low filament drawing coiler device that spins that the utility model embodiment provides comprises frame 1, feeding drafting system 2 and coiler device 3.
Described frame 1 preferably includes framework conjunction 12, the framework conjunction 13 that constitutes right side, frame 1 bottom that constitutes frame 1 lower left side, the framework conjunction 11 that constitutes frame 1 top, described framework conjunction 11 is offset to the upper right side of frame 1 bottom, and framework conjunction 12 is fixedlyed connected with ground by one group of bolt respectively with framework conjunction 13.Obviously, such frame is a kind of optimal way, can save the manufacturing cost of frame greatly, and can assemble selectively according to practical condition.
Described feeding drafting system 2 both can be the feeding drafting system for the spinning fully drafting, it also can be the feeding drafting system for the industrial long filament of spinning, can also be that its concrete structure sees for details hereinafter described for the feeding drafting system of spinning pre-tropism continuous yarn.Feeding drafting system 2 is positioned at the bottom of described frame 1, and the filament mouth of feeding drafting system 2 is positioned at the right side of feeding drafting system 2.
Described coiler device 3 is used for the tow plurality of threads after the drawing-off is scatter and this plurality of threads is reeled simultaneously, and coiler device 3 vertically is arranged at the right side of described feeding drafting system 2, and it advances the silk mouth up.
The top of coiler device 3 is provided with a godet device 4, described godet device 4 is used for tow is turned to, twines and drawing-off, godet device 4 comprises a draw-off godet 41 and a guide wire means 42 that is positioned at the draw-off godet filament mouth, this guide wire means 42 is used for the tow behind draw-off godet is separated, and the effect of stable tow.Godet device 4 is by the right flank fixed installation of support conjunction 14 with described framework conjunction 11.Described godet device 4 is fixedly mounted on the place ahead of support conjunction 14 top right side, the filament mouth of described feeding drafting system 2 (namely hereinafter the filament mouth of drawing roller group 63 in the described drafting system 6) and described godet device 4 to advance silk mouthful corresponding.As can be seen from Figure 1 feed the filament mouth of drafting system 2 towards the upper right side, godet device 4 advance silk mouthful towards the lower left, its filament mouth (being the filament mouth of guide wire means 42) is down.
Advancing between the silk mouth of the filament mouth of described godet device 4 and described coiler device 3 is provided with whole network components 7, and whole network components 7 is used for tow is improved the air jet texturing processing of back processing characteristics.Described whole network components 7 is fixedly connected on the place ahead on right side, described support conjunction 14 bottom, and it advances the silk mouth up, and filament mouth down.The filament mouth of described godet device 4 and described whole network components 7 to advance silk mouthful corresponding; The filament mouth of described whole network components 7 and described coiler device 3 to advance silk mouthful corresponding.Certainly, described whole network components 7 also can be fixedlyed connected with framework conjunction 11 by another support conjunction.
Present embodiment is owing to adopted the top that is positioned at described coiler device to be provided with the technological means of godet device, so, the feeding drafting system can be arranged on the bottom of frame, and coiler device can be arranged on a side that feeds drafting system, greatly reduce the height of drafting system, make equipment (comprise a low fully drafting drawing-off coiler device that spins, the low industrial filament drawing coiler device in position and the low pre-tropism continuous yarn drawing-off coiler device that spins of spinning) total height and operating personnel's height adapt, only need operating personnel can finish the spinning-in operation of spinning, and can save the operation steel platform of standing for operating personnel, this shows, the low total height of spinning a filament drawing coiler device of the present utility model reduces, greatly reduce the manufacturing cost of equipment, greatly reduce the installation cost of equipment, the capital construction cost of factory building and the recruitment cost of spinning, shortened the spinning repiece time greatly, relatively prolonged the spinning time, improved the output of long filament, the waste silk that produces because of repiece significantly reduces.
As a kind of improvement of present embodiment, as depicted in figs. 1 and 2, described feeding drafting system 2 comprises and places feeding unit 5 and the drafting system 6 of frame 1 bottom, described drafting system 6 contiguous described coiler devices 3.
Described feeding unit 5 comprises the installation panel 51 that is placed on framework conjunction 12 and is distributed in the parts 52 that oil on the installation panel 51, pre-network components 53 and a pair of feeding roller group 54 from top to bottom successively.
The described parts 52 of oiling are used for tow is oiled, and comprise oil tanker parts 521 and the oil nozzle parts 522 that oil that oil.Described oil tanker parts 521 and the oil nozzle parts 522 that oil that oil can adopt simultaneously or adopt separately according to technological requirement, when adopting simultaneously, preferred oil tanker parts 521 and the oil nozzle parts 522 that oil that oil are installed on the described panel 51 from top to bottom in regular turn, the described parts 52 that oil advance silk mouthful up, filament mouth is down.
Described pre-network components 53 is used for the tow after oiling is done further even oil processing, and it advances the silk mouth up, and filament mouth down.Described pre-network components 53 to advance silk mouthful corresponding with the filament mouth of the described parts 52 that oil.
Described a pair of feeding roller group 54 is used for that tow is carried out preliminary drawing-off to be handled, and it is corresponding with the filament mouth of described pre-network components 53 that it advances the silk mouth.Described a pair of feeding roller group 54 can be cold feeding roller group, can also replace with a cold roller of list.
Described drafting system 6 comprises the three counter extensioin roller groups 61,62,63 that are distributed on the framework conjunction 13, is the first drawing roller group 61, the second drawing roller group 62, the 3rd drawing roller group 63 in regular turn.Described three counter extensioin roller groups 61,62,63 are used for the tow after the preliminary drawing-off is carried out multistage drafting and add HEAT SETTING handling further.As can be seen from Figure 2 there are a plurality of stairstepping frameworks that are the front side of framework conjunction 13, and the framework on each rank is installed a pair of drawing roller group.Can make a pair of feeding roller group 54 and three counter extensioin roller groups 61,62,63 be the stairstepping setting successively like this.Therefore, tow is twined a few in a pair of feeding roller group 54 and three counter extensioin roller groups 61,62,63 respectively successively, the filament mouth that can guarantee to feed roller group 54 and drawing roller group 61 to advance silk mouthful corresponding, the filament mouth of drawing roller group 61 and drawing roller group 62 to advance silk mouthful corresponding, the filament mouth of drawing roller group 62 and drawing roller group 63 to advance silk mouthful corresponding, spinning is produced carries out smoothly.Obviously, in the described drafting system 6 logarithm of drawing roller group can also be a pair of, two pairs or how right.
Present embodiment has been owing to adopted the technological means of oil parts and drawing roller group, so, can be used for spinning various (comprising polypropylene fibre, terylene and polyamide fibre etc.) fully drafting or industrial long filament.
Further improve as present embodiment, as shown in Figure 1, described a pair of feeding roller group 54 comprises two feeding rollers, and wherein, one is low level feeding roller 541, and another is high-order feeding roller 542; Described low level feeding roller 541 is positioned at the below of described pre-network components 53, and described high-order feeding roller 542 contiguous described drafting systems 6 are positioned at the oblique upper of described low level feeding roller 541.
Present embodiment is owing to optimize the distribution of feeding roller group and drawing roller group, so the structure that makes equipment is compact and reasonable more, is fit to the various industrial long filaments of spinning and created advantage for next step improvement.
Further improve as present embodiment, to shown in Figure 7, the described first drawing roller group 61 has two installation positions as Fig. 1, and one is preceding installation position A2, and another is that back installation position B2(is referring to Fig. 1, Fig. 3, Fig. 4, Fig. 6 and Fig. 7).
The first drawing roller group 61 in the described drafting system 6 is fixedlyed connected with described framework conjunction 13 by dismantled and assembled johning knot component; Described dismantled and assembled johning knot component has two kinds, for selecting a use, wherein, a kind of is the dismantled and assembled johning knot component 613 in preceding installation position that the first drawing roller group is installed in preceding installation position A2, and another kind is the dismantled and assembled johning knot component 616 in back installation position that the high-order roller in the first drawing roller group is installed in back installation position B2.
As shown in Figure 3 and Figure 4, the dismantled and assembled johning knot component 613 in described preceding installation position comprise with the fixedly connected cushion block 614 of described framework conjunction 13 with described drawing roller group 61 in two drawing roller 611,612 casings that are connected 615.Described cushion block 614 is tabular cuboid, and two groups of installing holes are arranged on it, and one group of installing hole is used for fixedlying connected with framework conjunction 13, and another group installing hole is used for fixedlying connected with casing 615.Described cushion block 614 is used for making drawing roller group 61 and other roller group to form the stairstepping setting with respect to installation panel.
Have two on the described casing 615 for hole and two groups of installing holes that drawing roller 611,612 is passed respectively, one group of installing hole is used for fixedlying connected with cushion block 614, and another group installing hole is used for fixedlying connected with drawing roller 611,612.
Described cushion block 614 is horizontally placed on the top of framework conjunction 13 frame mouths, fixedlys connected with framework conjunction 13 by bolt.Described casing 615 is bolted to connection with described cushion block 614.Described drawing roller 611,612 and casing 615 be bolted to connection.Certainly, described cushion block 614 also can replace with channel-section steel.
As shown in Figure 6 and Figure 7, the dismantled and assembled johning knot component 616 in installation position, described back comprises the connection panel 618 that is connected with high-order drawing roller 611 in the described drawing roller group 61, described connection panel 618 is rectangular, the one side has one for hole and two groups of installing holes that drawing roller 611 is passed, one group of installing hole is used for fixedlying connected with framework conjunction 13 by angle steel 617, and another group installing hole is used for fixedlying connected with drawing roller 611.
By the comparison to Fig. 3 and Fig. 6, as can be seen, drawing roller 611 among Fig. 6 is farther apart from the upper frame bar of framework conjunction 13, right moulding apart from framework conjunction 13 is nearer, therefore, after the dismantled and assembled johning knot component 616 in installation position fixedly mounts with framework conjunction 13 after drawing roller 611 is passed through, will be offset to the lower right (referring to Fig. 1).Be conducive to spin pre-tropism continuous yarn like this.
As Fig. 2 and shown in Figure 5, the top of described frame 1 is the framework conjunction 11 of outstanding described installation panel 51; A lateral vertical of described framework conjunction 11 is in described installation panel 51; Two installation positions are arranged on this side, the front portion of this side is the preceding installation position A1 of described godet device 4 and described whole network components 7, the rear portion of this side is the back installation position B1 of described godet device 4 and described whole network components 7, and described preceding installation position A1 and back installation position B1 are respectively equipped with one group of installing hole; Described godet device 4 is fixedlyed connected by a support conjunction 14 with described whole network components 7; Described support conjunction 14 has a face that docks with the installation position on the framework conjunction 11, and the one group installing hole corresponding with one group of installing hole of described installation position arranged on the face of this butt joint; Described support conjunction 14 is bolted to connection in described installation position with described framework conjunction 11.Certainly, two installation positions of godet device 4 and two installation positions of whole network components 7 also can be set respectively on the framework conjunction 11, described godet device 4 is fixedlyed connected with a support conjunction, this support conjunction and framework conjunction 11 are bolted to connection in the installation position of godet device 4, described whole network components 7 is fixedlyed connected with another support conjunction, and this support conjunction and framework conjunction 11 are bolted to connection in the installation position of whole network components 7.
As can be seen from Figure 2, because the outstanding installation panel 51 in the top of framework conjunction 11, so length could arrange two installation positions of godet device 4 and whole network components 7 in the side of framework conjunction 11 like this much larger than the front and back length of support conjunction 14 before and after it.Certainly, framework conjunction 11 also can not given prominence to installation panel 51, as long as the front and back length long enough of support conjunction 14, two installation positions of godet device 4 and whole network components 7 just can be set at the left surface of support conjunction 14, in each described installation position one group of installing hole is set, at the right flank of framework conjunction 11 corresponding one group of installing hole is set.
This shows that there is multiple different embodiment two installation positions of godet device 4 and two installation positions of whole network components 7.
As Fig. 2 and shown in Figure 5, described coiler device 3 comprises strip shape base plate 32 and up-coiler 31; Fix on the ground to described strip shape base plate 32 horizontal, its length direction is perpendicular to described installation panel 51, these strip shape base plate 32 upper offsets arrange the preceding installation position A3 of described coiler device in its front portion, these strip shape base plate 32 upper offsets arrange the back installation position B3 of described coiler device in its rear portion, each described installation position is provided with one group of installing hole; The bottom surface of described up-coiler 31 is provided with the one group installing hole corresponding with one group of installing hole of described installation position; Described up-coiler 31 is bolted to connection in described installation position with described base plate 32.
According to Fig. 2 and in conjunction with Fig. 1, Fig. 3 and Fig. 4 as can be seen, the described first drawing roller group 61 is positioned at preceding installation position A2, described godet device 4 and whole network components 7 are positioned at preceding installation position A1, described coiler device 3 is positioned at preceding installation position A3, the described first drawing roller group 61 is the stairstepping setting for 54 groups with described a pair of feeding roller, described godet device 4 advance silk mouthful corresponding with the filament mouth of described the 3rd drawing roller group 63 (referring to Fig. 2).Can spin industrial long filament this moment.
According to Fig. 5 and in conjunction with Fig. 1, Fig. 6 and Fig. 7 as can be seen, high-order roller 611 in the described first drawing roller group 61 is positioned at back installation position B2, described godet device 4 and whole network components 7 are positioned at back installation position B1, described coiler device is positioned at back installation position B3, high-order roller 611 in the described first drawing roller group 61 to advance silk mouthful corresponding with the filament mouth of low level roller 541 in the described a pair of feeding roller group 54, the filament mouth corresponding (referring to Fig. 5) that advances the high-order roller 611 in silk mouth and the described first drawing roller group 61 of described godet device 4.Can spin pre-tropism continuous yarn this moment.Spin the dismountable second drawing roller group of pre-tropism continuous yarn and the 3rd drawing roller group for convenience.
Present embodiment so equipment of the present utility model both can spin industrial long filament, also can spin pre-tropism continuous yarn owing to adopted the first drawing roller group, godet device, whole network components and coiler device to be respectively equipped with the technological means of two installation positions.Therefore, equipment of the present utility model has the technique effect of dual-use.Save a large amount of spaces and produced input cost, saved the consumption of public work, greatly improved the economic benefit that spinning is produced, created advantage for the market demand that satisfies multi-assortment production, increased the market competitiveness.Again because frame assembly 11, godet device and installation position thereof, whole network components and installation position thereof and coiler device and installation position thereof have been carried out concrete optimization, so, simplify the program of each parts of dismounting greatly, reduced maintenance personal's labour intensity, saved the dismounting time greatly.
Further improve again as present embodiment, each is to two drawing roller difference drive in the described drawing roller group; Two drawing roller 621 in the described second drawing roller group 62, two drawing roller 631,632 in the 622 and the 3rd drawing roller group 63 are respectively the electrical induction roller, and the heating element heater in the described electrical induction roller is single hop temperature control element or multistage temperature control element; Up-coiler 31 in the described coiler device 3 adopts BWA-G series up-coiler.
Present embodiment is owing to having adopted the technological means that respectively feeds roller and each drawing roller difference drive, so process adjustments is flexible.Again owing to adopted two drawing roller in the second drawing roller group and two drawing roller in the 3rd drawing roller group to be respectively the electrical induction roller, heating element heater in the electrical induction roller is the technological means of single hop temperature control element or multistage temperature control element, so, can make workspace, the drawing roller surface temperature of heating evenly reliable, make that the performance of the drawing-off of tow and HEAT SETTING retraction is more stable, therefore, be particularly suitable for spinning the polypropylene industrial long filament.Also owing to the technological means that has adopted BWA-G series up-coiler, so in the process of spinning filament yarn, the handover success rate height is shaped well.
Further improve again as present embodiment, as shown in Figure 8, describedly lowly spin a filament drawing coiler device two spinning stations are arranged, these two spinning stations are left-right symmetry each other, two described feeding unit 5 adjacent settings.
Present embodiment has been owing to adopted two spinning stations left-right symmetry each other, the technological means of two adjacent settings of parts that oil, so, can when increasing spinning station, reduce the floor space of equipment to greatest extent, reduce the factory building cost further.
The utility model is not limited to above-mentioned embodiment; no matter be the low industrial filament drawing coiler device in position, a low fully drafting drawing-off coiler device, the low pre-tropism continuous yarn drawing-off coiler device that spins of spinning of spinning; no matter also do any variation in its shape or structure; every feeding drafting system is arranged at the bottom of frame; coiler device is arranged at a side of drafting system, and the low filament drawing coiler device that spins that the top of coiler device is provided with the godet device all drops within the utility model protection domain.
Claims (6)
1. one kind low is spun a filament drawing coiler device, comprises frame, feeding drafting system and coiler device, and it is characterized in that: described feeding drafting system is positioned at the bottom of described frame; Described coiler device is positioned at a side of described feeding drafting system; The top of described coiler device is provided with the godet device; The filament mouth of described feeding drafting system and described godet device to advance silk mouthful corresponding; Advancing between the silk mouth of the filament mouth of described godet device and described coiler device is provided with whole network components; The filament mouth of described godet device and described whole network components to advance silk mouthful corresponding; The filament mouth of described whole network components and described coiler device to advance silk mouthful corresponding.
2. according to claim 1 hanging down spun a filament drawing coiler device, it is characterized in that: described feeding drafting system comprises laterally and places feeding unit and the drafting system of described frame lower; Described feeding unit comprises the installation panel that is placed on described frame lower one side and distribute the successively parts that oil thereon, pre-network components, guide wire means and a pair of feeding roller group from top to bottom; Described a pair of feeding roller group comprises two feeding rollers, and wherein, one is the low level feeding roller that is positioned at described guide wire means below, and another is contiguous described drafting system, be positioned at the high position feeding roller of described low level feeding roller oblique upper; Described drafting system comprises the three counter extensioin roller groups that are distributed in described frame lower opposite side, is followed successively by the first drawing roller group, the second drawing roller group and the 3rd drawing roller group from bottom to top; Described a pair of feeding roller group and described three counter extensioin roller groups are the stairstepping setting successively with respect to described installation panel; Each is laterally distributed to two drawing roller in the described drawing roller group, and wherein, one is the low level drawing roller of contiguous described feeding unit, and another is the high-order drawing roller of contiguous described coiler device; Described godet device is fixedlyed connected with the top of described frame by the support conjunction with whole network components; The filament mouth of described the 3rd drawing roller group and described godet device to advance silk mouthful corresponding.
3. according to claim 2 hanging down spun a filament drawing coiler device, it is characterized in that: the described first drawing roller group, godet device, whole network components and coiler device have two installation positions respectively, one is the preceding installation position for the industrial long filament of spinning, and another is the back installation position for the spinning pre-tropism continuous yarn; When the described first drawing roller group, godet device, whole network components and coiler device lay respectively at preceding installation position, the described first drawing roller group and described a pair of feeding roller group are the stairstepping setting, described godet device to advance silk mouthful corresponding with the filament mouth of described the 3rd drawing roller group; When the described first drawing roller group, godet device, whole network components and coiler device lay respectively at the installation position, back, high-order roller in the described first drawing roller group to advance silk mouthful corresponding with the filament mouth of low level roller in the described a pair of feeding roller group, the filament mouth that advances the high-order roller in silk mouth and the described first drawing roller group of described godet device is corresponding.
4. according to claim 3 hanging down spun a filament drawing coiler device, and it is characterized in that: the opposite side of described frame lower is the framework conjunction; The first drawing roller group in the described drafting system is fixedlyed connected with described framework conjunction by dismantled and assembled johning knot component; Described dismantled and assembled johning knot component has two kinds, for selecting a use, wherein, a kind of is the dismantled and assembled johning knot component in preceding installation position that the first drawing roller group is installed in preceding installation position, and another kind is the dismantled and assembled johning knot component in back installation position that the high-order roller in the first drawing roller group is installed in the installation position, back; The dismantled and assembled johning knot component in described preceding installation position comprise with the fixedly connected cushion block of described framework conjunction with described drawing roller group in two casings that drawing roller is connected, described cushion block is fixedlyed connected with described casing; The dismantled and assembled johning knot component in installation position, described back comprises the connection panel that is connected with high-order drawing roller in the described drawing roller group, and described connection panel is fixedlyed connected with described framework conjunction by angle steel; The top of described frame is the framework conjunction of outstanding described installation panel; A lateral vertical of described framework conjunction is in described installation panel; Two installation positions are arranged on the described side, the front portion of described side is the preceding installation position of described godet device and described whole network components, the rear portion of described side is the back installation position of described godet device and described whole network components, and described preceding installation position and installation position, back are respectively equipped with one group of installing hole; Described godet device is fixedlyed connected by a support conjunction with described whole network components; Described support conjunction has a face that docks with the installation position on the framework conjunction, and the one group installing hole corresponding with one group of installing hole of described installation position arranged on the face of described butt joint; Described support conjunction and described framework conjunction are bolted to connection in described installation position; Described coiler device comprises strip shape base plate and up-coiler; Fix on the ground to described strip shape base plate horizontal, its length direction is perpendicular to described installation panel, described strip shape base plate upper offset arranges the preceding installation position of described coiler device in its front portion, described strip shape base plate upper offset arranges the back installation position of described coiler device in its rear portion, each described installation position is provided with one group of installing hole; The bottom surface of described up-coiler is provided with the one group installing hole corresponding with one group of installing hole of described installation position; Described up-coiler and described base plate are bolted to connection in described installation position.
5. according to claim 4 hanging down spun a filament drawing coiler device, it is characterized in that: two feeding rollers in the described a pair of feeding roller group are drive respectively; Each is to two drawing roller difference drive in the described drawing roller group; Two drawing roller in the described second drawing roller group and two drawing roller in the 3rd drawing roller group are respectively the electrical induction roller, and the heating element heater in the described electrical induction roller is single hop temperature control element or multistage temperature control element; Up-coiler in the described coiler device adopts BWA-G series up-coiler.
6. describedly low spin a filament drawing coiler device according to claim 1 to 5 is arbitrary, it is characterized in that: describedly lowly spin a filament drawing coiler device two spinning stations are arranged, described two spinning stations are left-right symmetry each other, two adjacent settings of described feeding unit.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN 201320125793 CN203159754U (en) | 2013-03-19 | 2013-03-19 | Low-spinning-position filament drafting winding device |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN 201320125793 CN203159754U (en) | 2013-03-19 | 2013-03-19 | Low-spinning-position filament drafting winding device |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN203159754U true CN203159754U (en) | 2013-08-28 |
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Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN 201320125793 Expired - Lifetime CN203159754U (en) | 2013-03-19 | 2013-03-19 | Low-spinning-position filament drafting winding device |
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| CN (1) | CN203159754U (en) |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105369370A (en) * | 2015-12-04 | 2016-03-02 | 浙江古纤道新材料股份有限公司 | Medium-strength fiber and processing equipment thereof |
| CN114076272A (en) * | 2020-08-19 | 2022-02-22 | 怀化恒祺农业发展股份有限公司 | Multifunctional illuminating lamp for organic vegetable planting |
-
2013
- 2013-03-19 CN CN 201320125793 patent/CN203159754U/en not_active Expired - Lifetime
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105369370A (en) * | 2015-12-04 | 2016-03-02 | 浙江古纤道新材料股份有限公司 | Medium-strength fiber and processing equipment thereof |
| CN114076272A (en) * | 2020-08-19 | 2022-02-22 | 怀化恒祺农业发展股份有限公司 | Multifunctional illuminating lamp for organic vegetable planting |
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