CN201049975Y - Twisting machine with each ingot station multilayer twisting operation - Google Patents
Twisting machine with each ingot station multilayer twisting operation Download PDFInfo
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- CN201049975Y CN201049975Y CNU2007200785784U CN200720078578U CN201049975Y CN 201049975 Y CN201049975 Y CN 201049975Y CN U2007200785784 U CNU2007200785784 U CN U2007200785784U CN 200720078578 U CN200720078578 U CN 200720078578U CN 201049975 Y CN201049975 Y CN 201049975Y
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- spindle
- yarn
- twisting
- frame
- paraphysis
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Abstract
The utility model discloses a twisting frame achieving multi-twisting operations at every spindle position, applicable to various yarn twisting methods, particularly applicable to the self-twisting type twisting frame. The utility model comprises a frame, a spindle drive gear, spindle components, a cone yarn molding mechanism, a tension mechanism, a yarn guiding mechanism and an electric control equipment. The utility model is characterized in that the frame comprises a frame head, a frame tail, wallboards and spindle rails transversely arranged on the wallboards for supporting the spindles; at least two layers of spindle rails are arranged on the wallboards in the height direction and at least two layers of spindle components arranged on the spindle rails through the spindle seats on the spindle components. With the utility model, two or more than two core spun yarn finished products are produce at one spindle position, therefore space use ratio and work efficiency are improved, and meanwhile artificial consumption and energy consumption are reduced.
Description
Technical field
The utility model belongs to field of textiles, a kind of specifically twisting machine, the twisting machine of especially a kind of every ingot position multilayer operation.Be applied to direct twisting type twisting machine and be applicable to twisting thread of floss silk, polyamide fibre, terylene, artificial silk, sewing thread etc.
Background technology
Traditional twisting is meant two strands or the more twisting of multistrand yarn.Modal twisting mode has: single thread twisting, strand yarn twisting, the twisting of volume pigtail formula, coating, structure twisting and their combination.The twisting machine that they adopt comprises two-for-one twister, three twisters, coating machine etc.But present various twisting machine all is individual layer operations, promptly every ingot position cladded yarn finished product of can only reeling.Its drawback is: one, space availability ratio is low; Two, manpower consumption is big; Three, energy resource consumption is big; Four, production efficiency is low.
In addition, in above-mentioned twisting mode, compile the twisting of pigtail formula and be called again that direct twisting is promptly straight twists with the fingers, compare with other several twisting modes to belong to high-performance twisting.High-performance twisting refers to the performance of speed, quality, economy, adaptability, raw material and each side such as easy to operate, and this has been not only a trend, but the challenge that the twist system development is faced conscientiously.Compile the twisting of pigtail formula two strands of raw material yarns are generally arranged.After the twisting, on the twisted yarn twist is arranged and single thread does not have the twist.This technology makes each threads fiber parallel with the twisting axis.Compare with other twisting modes, the twisting of volume pigtail formula is more economical, because in other twisting modes, first twist adding single twist retwist is more then wanted these twists of cancellation.So do not wishing that the twist is arranged or do not minding under the situation of twist disappearance that it is higher to compile pigtail formula twisting output on straight twister.
Yet, at present domestic also not with the industrialization of direct twisting type technology, only rest on the theory study stage, and the direct twisting type twisting machine that is used for fine denier filaments such as floss silk, polyamide fibre, terylene, artificial silk, sewing thread yet there are no report, and an ingot position that especially is not used in fine denier filaments such as floss silk, polyamide fibre, terylene, artificial silk, sewing thread can produce the direct twisting type twisting machine of two above cladded yarn finished products.
Summary of the invention
The utility model is intended at the above-mentioned state of the art, and the twisting machine of a kind of every ingot position multilayer twisting operation is provided,
Be applicable to all kinds of modes of twisting thread, be particularly useful for direct twisting type twisting machine.Adopt the utility model, an ingot position can produce two or more cladded yarn finished products, improves space availability ratio and production efficiency, and reduces manpower consumption, energy resource consumption.
For realizing the utility model purpose, the technical solution adopted in the utility model is as follows:
The twisting machine of a kind of every ingot position multilayer twisting operation, comprise frame, spindle driver, spindle arrangement, cone yarn forming mechanism, tension mechanism, thread guide mechanism, control panel, it is characterized in that: frame comprises head, tail, wallboard, laterally be installed in the rail of wallboard upper support spindle, be provided with two-layer at least rail in the wallboard short transverse, and the two-layer at least spindle arrangement that is installed on the rail, spindle arrangement is installed on the rail through the spindle support on it, an every cover spindle arrangement and a cover thread guide mechanism on the ingot position, tension mechanism, cone yarn forming mechanism constitutes one deck mechanism that twists thread.
Also be provided with operation platen, paraphysis pipe, paraphysis plate, gripper shoe on the described frame, paraphysis pipe and paraphysis plate are vertically mounted on the rail, the paraphysis plate is positioned at yarn jar both sides and is installed on the gripper shoe, and the second yarn tube yarn penetrates the spindle mesopore through the paraphysis pipe, and gripper shoe is installed on the wallboard.
Spindle arrangement comprises by the spindle of spindle driver transmission, twisting dish, yarn jar; The first yarn tube places in the yarn jar, and yarn is pulled out from yarn jar upper end, and by first tensioner control tension force that is installed in yarn jar upper end; Described spindle is a hollow ingot, and there is a wire vent hole twisting dish outer end and is communicated with the spindle mesopore; The frame lower end is provided with the second yarn tube, and the yarn of the second yarn tube enters the spindle mesopore and passes from the wire vent hole of twisting dish through thread guide mechanism, second tensioner; Yarn jar upper end is provided with the plying thread guide, and two strands of yarns behind the plying draw to cone yarn forming mechanism through roller.
Spindle is made of spindle blade, spindle support, and in the spindle blade of spindle upper end, the twisting dish is positioned at yarn tube holder lower end and is installed on the spindle blade and with spindle rotation yarn tube holder through bearing holder (housing, cover).
Yarn tube holder arranged outside has the location magnetic sheet, and the location magnetic sheet is by rack-mounted gripper shoe support fixation.
The second yarn tube yarn is thrown out of the twisting dish under the rotation of spindle, the upper end and first yarn twine with the air ring form and rotate around the yarn jar, and first and second yarns are combined into one for two strands at the top place of air ring,
Cone yarn forming mechanism comprises the screw mandrel that traverses, friction cylinder, rolling pipe, and the rolling pipe is fixed by clipping bobbin cradle.
The beneficial effects of the utility model show:
Adopt the utility model, an ingot position can produce two or more cladded yarn finished products, improves space availability ratio and production efficiency, and reduces manpower consumption, energy resource consumption.
When being applied to direct twisting type twisting machine, machine consumption reduces by 66%, and manpower consumption reduces by 60%, and energy resource consumption reduces by 40%, weaves cost and reduces by 30%, and production cost reduces by 30%, is the ideal twisting equipment that short flow process is produced two strands of Industry threads of symmetry.
Direct twisting type twisting machine of the present invention also possesses following characteristics:
The steel plate frame, the whole joint vanning of per 13 ingot sections makes things convenient for Installation and Debugging;
Batch transmission by servo motor driven, have speed monitoring;
Traverse seal wire, reciprocating traverse, the coiling angle of the crossing, anti-stacked by Electronic Control, control does not accurately need change gear;
Coiler device: adopt clipping bobbin cradle, it is big to have a package, and winding point is constant, characteristics such as coiling plus-pressure autobalance, and it is good to have guaranteed to be shaped;
Tensioner: adopt the electromagnetic type tensioner, yarn tension can be unified to set, and interior yarn matches with outer yarn tension, guarantees that two one threads are isometric;
Uniform twister: this device can be at twisting position balance yarn tension force.
Description of drawings
Fig. 1 is the total assembling structure front schematic view of the utility model
Fig. 2 is the utility model general assembly texture edge schematic diagram
Fig. 3 is the utility model spindle arrangement structural representation
Fig. 4 is thread guide mechanism and seal wire conspectus
Mark among the figure:
1 tengential belt wheel, 2 motors, 3 are wound into molding box, 4 gripper shoes, 5 coiler devices, 6 rolling tubes, 7 friction cylinders, 8 moulding move a mouth, 9 pressure rollers, 10 rollers, 11 first tensioners, 12 plying thread guides, 13 yarn jars, 14 tengential belts, 15 rails, 16 operation platens, 17 second tensioners, 18 heads, 19 tails, 20 paraphysis pipes, paraphysis plate, 21 wallboards, 22 spindle spindle blades, 23 spindle spindle supports, 24 yarn tube holders, 25 location magnetic sheets, 26 wire vent holes, 27 spindle mesopores, 28 second yarn tubes, 31 twisting dishes, 32 put filament plate
The specific embodiment
Shown in Fig. 1,2,3,4, what the present invention proposed is the twisting machine of a kind of every ingot position multilayer twisting operation, is particularly useful for direct twisting type twisting machine.
The twisting machine of a kind of every ingot position multilayer twisting operation, comprise frame, spindle driver, spindle arrangement, cone yarn forming mechanism, tension mechanism, thread guide mechanism, control panel, frame comprises head, tail, wallboard, laterally is installed in the rail of wallboard upper support spindle, be provided with two-layer at least rail in the wallboard short transverse, and the two-layer at least spindle arrangement that is installed on the rail, spindle arrangement is installed on the rail through the spindle support on it, and every cover spindle arrangement and cover thread guide mechanism, a tension mechanism, cone yarn forming mechanism constitute one deck mechanism that twists thread on the ingot position.
Also be provided with operation platen, paraphysis pipe, paraphysis plate, gripper shoe on the described frame, paraphysis pipe and paraphysis plate are vertically mounted on the rail, the paraphysis plate is positioned at yarn jar both sides and is installed on the gripper shoe, and the second yarn tube yarn penetrates the spindle mesopore through the paraphysis pipe, and gripper shoe is installed on the wallboard.
Spindle arrangement comprises that spindle is made of spindle blade, spindle support by the spindle of spindle driver transmission, twisting dish, yarn jar; The first yarn tube places in the yarn jar, and yarn is pulled out from yarn jar upper end, and by first tensioner control tension force that is installed in yarn jar upper end; In the spindle blade of spindle upper end, the twisting dish is positioned at yarn tube holder lower end and is installed on the spindle blade and with spindle rotation yarn tube holder through bearing holder (housing, cover); Described spindle is a hollow ingot, and there is a wire vent hole twisting dish outer end and is communicated with the spindle mesopore; The creel of frame lower end is provided with the filament plate of putting of placing the second yarn tube, the yarn of the second yarn tube enters the spindle mesopore and passes from the wire vent hole of twisting dish through thread guide mechanism, second tensioner, second yarn is thrown out of the twisting dish under the rotation of spindle, and the upper end and first yarn twine with the air ring form around the rotation of yarn jar.First and second yarns are combined into one for two strands at the top place of air ring, enter the plying thread guide then, after roller traction, cone yarn forming mechanism obtain a twisting tube yarn finished product, cone yarn forming mechanism comprises the screw mandrel that traverses, friction cylinder, rolling pipe, and the rolling pipe is fixed by clipping bobbin cradle.
Frame comprises the head of tengential belt wheel, motor being installed, being wound into molding box, and tail, wallboard, laterally be installed in wallboard upper support spindle rail, be positioned at the creel of frame lower.Be provided with two-layer at least rail in the wallboard short transverse, creel is provided with at least two rows and puts filament plate; Spindle arrangement is installed on the rail through the spindle support on it.Also be provided with operation platen, paraphysis pipe, paraphysis plate, gripper shoe on the described frame, paraphysis pipe and paraphysis plate are vertically mounted on the rail, and the paraphysis plate is positioned at yarn jar both sides and is installed on the gripper shoe, and the second yarn tube yarn penetrates the spindle mesopore through the paraphysis pipe.Gripper shoe is installed on the wallboard, and the location magnetic sheet that is used for fixing yarn tube holder is installed on the gripper shoe.
The utility model can be two-layer twisting machine, when making three layers, the wallboard short transverse is provided with three layers of rail, and three layers of spindle arrangement that is installed on the rail, spindle arrangement is installed on the rail through the spindle support on it, and every cover spindle arrangement and cover thread guide mechanism, a tension mechanism, cone yarn forming mechanism constitute one deck mechanism that twists thread on the ingot position.More than three layers by that analogy, all within protection domain of the present utility model.
Claims (6)
1. the twisting machine of every ingot position multilayer twisting operation, comprise frame, spindle driver, spindle arrangement, cone yarn forming mechanism, tension mechanism, thread guide mechanism, control panel, it is characterized in that: frame comprises head, tail, wallboard, laterally is installed in the rail of wallboard upper support spindle, be provided with two-layer at least rail in the wallboard short transverse, and the two-layer at least spindle arrangement that is installed on the rail, spindle arrangement is installed on the rail through the spindle support on it.
2. the twisting machine of every ingot according to claim 1 position multilayer twisting operation, it is characterized in that: also be provided with operation platen, paraphysis pipe, paraphysis plate, gripper shoe on the described frame, paraphysis pipe and paraphysis plate are vertically mounted on the rail, the paraphysis plate is positioned at yarn jar both sides and is installed on the gripper shoe, the second yarn tube yarn penetrates the spindle mesopore through the paraphysis pipe, and gripper shoe is installed on the wallboard.
3. the twisting machine of every ingot according to claim 2 position multilayer twisting operation, it is characterized in that: spindle arrangement comprises by the spindle of spindle driver transmission, twisting dish, yarn jar; The first yarn tube places in the yarn jar, and yarn is pulled out from yarn jar upper end, and by first tensioner control tension force that is installed in yarn jar upper end; Described spindle is a hollow ingot, and there is a wire vent hole twisting dish outer end and is communicated with the spindle mesopore; The frame lower end is provided with the second yarn tube, and the yarn of the second yarn tube enters the spindle mesopore and passes from the wire vent hole of twisting dish through thread guide mechanism, second tensioner; Yarn jar upper end is provided with the plying thread guide, and two strands of yarns behind the plying draw to cone yarn forming mechanism through roller.
4. the twisting machine of every ingot according to claim 3 position multilayer twisting operation, it is characterized in that: spindle is made of spindle blade, spindle support, in the spindle blade of spindle upper end, the twisting dish is positioned at yarn tube holder lower end and is installed on the spindle blade and with spindle rotation yarn tube holder through bearing holder (housing, cover).
5. the twisting machine of every ingot according to claim 4 position multilayer twisting operation, it is characterized in that: yarn tube holder arranged outside has the location magnetic sheet, and the location magnetic sheet is by rack-mounted gripper shoe support fixation.
6. the twisting machine of every ingot according to claim 5 position multilayer twisting operation, it is characterized in that: cone yarn forming mechanism comprises the screw mandrel that traverses, friction cylinder, rolling pipe, and the rolling pipe is fixed by clipping bobbin cradle.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CNU2007200785784U CN201049975Y (en) | 2007-02-15 | 2007-02-15 | Twisting machine with each ingot station multilayer twisting operation |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CNU2007200785784U CN201049975Y (en) | 2007-02-15 | 2007-02-15 | Twisting machine with each ingot station multilayer twisting operation |
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| Publication Number | Publication Date |
|---|---|
| CN201049975Y true CN201049975Y (en) | 2008-04-23 |
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Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CNU2007200785784U Expired - Fee Related CN201049975Y (en) | 2007-02-15 | 2007-02-15 | Twisting machine with each ingot station multilayer twisting operation |
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| CN (1) | CN201049975Y (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107142569A (en) * | 2017-06-10 | 2017-09-08 | 浙江华诺材料科技有限公司 | A kind of large package twisting machine |
-
2007
- 2007-02-15 CN CNU2007200785784U patent/CN201049975Y/en not_active Expired - Fee Related
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107142569A (en) * | 2017-06-10 | 2017-09-08 | 浙江华诺材料科技有限公司 | A kind of large package twisting machine |
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20080423 Termination date: 20150215 |
|
| EXPY | Termination of patent right or utility model |