CN204298542U - The take-up of automatic deploying and retracting cable and tracheae and doffer while doffer - Google Patents
The take-up of automatic deploying and retracting cable and tracheae and doffer while doffer Download PDFInfo
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- CN204298542U CN204298542U CN201420765289.1U CN201420765289U CN204298542U CN 204298542 U CN204298542 U CN 204298542U CN 201420765289 U CN201420765289 U CN 201420765289U CN 204298542 U CN204298542 U CN 204298542U
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Abstract
The take-up of automatic deploying and retracting cable and tracheae while the utility model discloses a kind of doffer, this take-up comprises framework, mandrel, spool assembly, rotates ventilation power device and power set, and mandrel is connected on framework by bearing; Power set are connected with mandrel, and band moving mandrel rotates; Spool assembly is wound on mandrel, and the two ends of spool assembly are provided with gas interface and plug respectively simultaneously; Rotating ventilation power device is connected on mandrel, one end of cable-assembly with rotate power device of ventilating and be connected.Automatic deploying and retracting work while this take-up can realize cable and tracheae.Also provide a kind of doffer, this doffer contains above-mentioned take-up simultaneously, makes doffer in the course of the work, change spinning frame time, need not on every platform spinning frame mounting cable, tracheae and drag chain, greatly save manufacture and maintenance cost.
Description
Technical field
The utility model relates to the device of field of textiles, specifically, and the take-up of automatic deploying and retracting cable and tracheae and doffer while relating to doffer.
Background technology
In the market, intelligent doffer is used for the work of doffing of textile mills' spinning frame.Multiple stage spinning frame served by an intelligent doffer.During doffer work, at spinning frame one end automatic moving to the spinning frame other end.The normal need of work power supply of doffer and source of the gas.In the prior art, every platform spinning frame is furnished with drag chain, includes cable and tracheae, the joint of cable and tracheae is fixed on drag chain seat.Drag chain seat moves with doffer, doffer power taking and get gas on drag chain seat.Drag chain one end is fixed on spinning frame, and the other end is fixed on drag chain seat, moves in tow with drag chain seat.This kind of mode, to need on every platform spinning frame all mounting cable, tracheae and drag chain, cost is high, and workload is large, and later maintenance has high input.
Summary of the invention
technical problem:technical problem to be solved in the utility model is: the take-up of automatic deploying and retracting cable and tracheae while providing a kind of doffer, automatic deploying and retracting work while this take-up can realize cable and tracheae.Also provide a kind of doffer, this doffer contains above-mentioned take-up simultaneously, makes doffer in the course of the work, change spinning frame time, need not on every platform spinning frame mounting cable, tracheae and drag chain, greatly save manufacture and maintenance cost.
technical scheme:for solving the problems of the technologies described above, the technical solution adopted in the utility model is:
A take-up for automatic deploying and retracting cable and tracheae while doffer, this take-up comprises framework, mandrel, spool assembly, rotates ventilation power device and power set, and mandrel is connected on framework by bearing; Power set are connected with mandrel, and band moving mandrel rotates; Spool assembly is wound on mandrel, and the two ends of spool assembly are provided with gas interface and plug respectively simultaneously; Rotating ventilation power device is connected on mandrel, one end of cable-assembly with rotate power device of ventilating and be connected.
Further, described spool assembly comprises a cable and a tracheae, and cable and tracheae are wound on mandrel respectively.
Further, described spool assembly comprises a cable and a tracheae, and cable is arranged in tracheae, and tracheae is wound on mandrel, and the two ends of tracheae are respectively equipped with an air chamber cavity, and cable is connected with tracheae by air chamber cavity.
Further, described air chamber cavity comprises hollow cavity, first and inserts gas joint, second slotting gas joint, seal plug and sealing ring soon soon; First inserts gas joint, second soon, and slotting gas joint, seal plug are fixedly connected on cavity respectively, and are communicated with cavity respectively soon; One end of described tracheae is fixedly connected on first and inserts soon on gas joint; Cable in tracheae, through seal plug, is positioned at outside seal plug; Sealing ring is between cable and seal plug.
Further, described rotation ventilation power device comprises rotary pneumatic joint and brushgear, is provided with the first cavity and the second cavity in mandrel; Rotary pneumatic joint and brushgear are fixedly connected on the two ends of mandrel respectively; One end of cable, through the first cavity of mandrel, is connected with the rotary slip ring of brushgear; One end of tracheae is communicated with one end of mandrel second cavity, and the end of thread of rotary pneumatic joint is communicated with the other end of mandrel second cavity.
Further, described rotation ventilation power device is mixing electric slip ring, mixing electric slip ring is fixedly connected on mandrel, and the electric wire that one end of cable and the rotor limit on mixing electric slip ring are drawn is connected, one end and the first gas fittings fixing on the ventilation screwed hole mixing electric slip ring upper rotor part limit of tracheae.
Further, the take-up of automatic deploying and retracting cable and tracheae while described doffer, also comprises two position-arresting disks, and these two position-arresting disks are fixedly connected on mandrel respectively, and the spool assembly be wound on mandrel is between two position-arresting disks.
Further, described power set are torque motor and belt, on the power output shaft that belt sleeve is contained in torque motor and mandrel.
A kind of doffer of the take-up containing automatic deploying and retracting cable while above-mentioned and tracheae, this doffer comprises doffer body and take-up, described take-up comprises framework, mandrel, spool assembly, rotates ventilation power device and power set, and mandrel is connected on framework by bearing; Power set are connected with mandrel, and band moving mandrel rotates; Spool assembly is wound on mandrel, and the two ends of spool assembly are provided with gas interface and plug respectively simultaneously; Rotating ventilation power device is connected on mandrel; Framework in described take-up is fixedly connected on doffer body, and the spool assembly of take-up is connected with the gentle interface of the electrical interface of doffer respectively by rotating ventilation power device.
Further, described spool assembly comprises a cable and a tracheae, and cable and tracheae are wound on mandrel respectively.
Further, described spool assembly comprises a cable and a tracheae, and cable is arranged in tracheae, and tracheae is wound on mandrel, and the two ends of tracheae are respectively equipped with an air chamber cavity, and cable is connected with tracheae by air chamber cavity.
Further, described air chamber cavity comprises hollow cavity, first and inserts gas joint, second slotting gas joint, seal plug and sealing ring soon soon; First inserts gas joint, second soon, and slotting gas joint, seal plug are fixedly connected on cavity respectively, and are communicated with cavity respectively soon; One end of described tracheae is fixedly connected on first and inserts soon on gas joint; Cable in tracheae, through seal plug, is positioned at outside seal plug; Sealing ring is between cable and seal plug.
Further, described rotation ventilation power device comprises rotary pneumatic joint and brushgear, is provided with the first cavity and the second cavity in mandrel; Rotary pneumatic joint and brushgear are fixedly connected on the two ends of mandrel respectively; The first cavity of mandrel is passed in one end of cable, and be connected with the rotary slip ring of brushgear, the carbon brush of brushgear is connected with the power line of doffer; One end of tracheae is communicated with one end of mandrel second cavity, and the end of thread of rotary pneumatic joint is communicated with the other end of mandrel second cavity, and the fast interface of rotary pneumatic joint is connected with the gas source pipe of doffer.
Further, described rotation ventilation power device is mixing electric slip ring, mixing electric slip ring is fixedly connected on mandrel, and the electric wire that one end of cable and the rotor limit on mixing electric slip ring are drawn is connected, the electric wire that the stator limit of mixing electric slip ring is drawn is connected with the power line of doffer, one end of tracheae and the first gas fittings fixing on the ventilation screwed hole mixing electric slip ring upper rotor part limit, mix the second gas joint that the ventilation screwed hole on stator limit on electric slip ring is fixed and be connected with the gas source pipe of doffer.
beneficial effect:compared with prior art, the technical solution of the utility model has following beneficial effect:
1.greatly save cost, facilitate later maintenance.In prior art, every platform spinning frame all installs a set of drag chain and drag chain seat, and drag chain one end is fixed on spinning frame, and the other end is fixed on drag chain seat.Drag chain seat moves with doffer, doffer power taking and get gas on drag chain seat.Multiple stage spinning frame served by a usual doffer, needs all to be equipped with a set of drag chain and drag chain seat to every platform spinning frame.And in the utility model, doffer is installed a set of take-up.Take-up is for being communicated with air-flow and the electric current of spinning frame and doffer.Like this, in the doffer course of work, when spinning frame changed by needs, do not need, on every platform spinning frame, drag chain, tracheae and cable are installed, and only need, on every platform spinning frame, gas interface and electrical interface are installed.Doffer is realized from the power taking of multiple stage spinning frame with get gas work with a set of take-up.This provides cost savings greatly, facilitates later maintenance simultaneously.
2. change power supply plenum system.In prior art, the power supply air feed between spinning frame and doffer is realized by drag chain and drag chain seat combination.And this patent utilizes take-up to realize power supply and air feed.Take-up is connected on doffer.Take-up comprises framework, mandrel, spool assembly, rotates ventilation power device and power set.The two ends of spool assembly are provided with gas interface and plug respectively simultaneously; Rotating ventilation power device is connected on mandrel, one end of cable-assembly with rotate power device of ventilating and be connected.The other end of cable-assembly is connected with the gentle interface of the electrical interface of spinning frame, rotate ventilation power device to be connected with the gentle interface of the electrical interface of doffer, thus achieve source of the gas and power supply and flowed into doffer by take-up from spinning frame, doffer is normally worked.Meanwhile, in doffer of the present utility model, cable and tracheae are in the process reeled and unclasp, and winding mandrel rotates, but do not affect energising ventilation.
3. the automatic deploying and retracting of cable and tracheae.In prior art, spinning frame installs a set of drag chain and drag chain seat, and drag chain one end is fixed on spinning frame, and the other end is fixed on drag chain seat.Drag chain seat is connected on doffer.Move ahead in process at doffer, drag chain freely tows, and in doffer back off procedure, original position is got back to drag chain in one end that drag chain is fixed on drag chain seat, and the other end is fixing, and interlude freely tows.And in this patent, take-up comprises framework, mandrel, spool assembly, rotates ventilation power device and power set.Mandrel is connected on framework by bearing; Power set are connected with mandrel, and band moving mandrel rotates; Spool assembly is wound on mandrel.In doffer advance process, power set do not work.The synchronous axial system of spool assembly, is relied on mandrel to be arranged on framework by bearing and realizes.Now, spool assembly stretches out from mandrel.In doffer back off procedure, spool assembly, under the effect of torque motor, achieves and is synchronously wound on mandrel.The utility model, with the cable in winding method folding and unfolding energising and the tracheae in ventilation, cable with the need and air tubing length to be released and reels retracting cable tracheae automatically.In the whole doffer course of work, the folding and unfolding of spool assembly on mandrel does not affect ventilation and energising.
4. the take-up of this patent is connected on doffer, and it is convenient to install, simple to operate, reliable and stable, and maintenance is convenient with replacing.
Accompanying drawing explanation
Fig. 1 is the front view of a kind of structure of the present utility model.
Fig. 2 is the sectional view of a kind of structure of the present utility model.
Fig. 3 is the sectional view of another kind of structure of the present utility model.
Have in figure: electric wire 704, air chamber cavity 8, cavity 801, first slotting gas joint 802, second slotting gas joint 803, seal plug 804, torque motor 9, belt 10, position-arresting disk 11 soon soon that framework 1, mandrel 2, first cavity 201, second cavity 202, cable 3, tracheae 4, rotary pneumatic joint 5, brushgear 6, mixing electric slip ring 7, first gas joint 701, second gas joint 702, the electric wire 703 of rotor limit extraction, stator limit are drawn.
Detailed description of the invention
Below in conjunction with drawings and Examples, the technical solution of the utility model is described in detail.
As depicted in figs. 1 and 2, the take-up of automatic deploying and retracting cable and tracheae while a kind of doffer of the present utility model, comprises framework 1, mandrel 2, spool assembly, rotates ventilation power device and power set.Mandrel 2 is connected on framework 1 by bearing.Power set are connected with mandrel 2, and band moving mandrel 2 rotates.Spool assembly is wound on mandrel 2, and the two ends of spool assembly are provided with gas interface and plug respectively simultaneously; Rotating ventilation power device is connected on mandrel 2, one end of cable-assembly with rotate power device of ventilating and be connected.
In the take-up of said structure, spool assembly comprises cable and tracheae, for being communicated with the gas connected sum electric connection between doffer and spinning frame.Spool assembly can have various structures form.As a kind of preferred structure, spool assembly comprises a cable 3 and a tracheae 4, and cable 3 and tracheae 4 are wound on mandrel 2 respectively.As another kind of preferred structure, spool assembly comprises a cable 3 and a tracheae 4, and cable 3 is arranged in tracheae 4, and tracheae 4 is wound on mandrel 2, and the two ends of tracheae 4 are respectively equipped with an air chamber cavity 8, and cable 3 is connected with tracheae 4 by air chamber cavity 8.
Air chamber cavity 8 is for dredging of gas and being located by connecting of cable.As a kind of preferred structure, air chamber cavity 8 comprises hollow cavity 801, first and inserts gas joint 802, second slotting gas joint 803, seal plug 804 and sealing ring soon soon.First inserts gas joint 802, second soon, and slotting gas joint 803, seal plug 804 are fixedly connected on respectively on cavity 801, and are communicated with cavity 801 respectively soon.One end of tracheae 4 is fixedly connected on first and inserts soon on gas joint 802.Cable 3 in tracheae 4, through seal plug 804, is positioned at outside seal plug 804.Sealing ring is between cable 3 and seal plug 804.
One end of tracheae 4 is fixedly connected on first of an air chamber cavity 8 and inserts soon on gas joint 802, and the other end of tracheae 4 is fixedly connected on first of another air chamber cavity 8 and inserts soon on gas joint 802.Like this, tracheae 4 is communicated with the cavity 801 of two air chamber cavitys 8.Second of an air chamber cavity 8 is inserted gas joint 803 soon and is connected with the gas interface of spinning frame, second of another air chamber cavity 8 is inserted gas joint 803 soon and is connected with the gas interface of doffer by rotating ventilation power device, thus achieves the circulation of gas from spinning frame to doffer.One end of cable 3 is stretched out from the seal plug 804 of an air chamber cavity 8, be connected with the electrical interface of spinning frame, the other end of cable 3 stretches out from the seal plug 804 of another air chamber cavity 8, be connected with the electrical interface of doffer by rotating ventilation power device, thus realize the flowing of electric current from spinning frame to doffer.
Those skilled in the art, under the inspiration of said structure, can make the improvement of non-creativeness to air chamber cavity 8, but as long as realize cable to draw from tracheae, ensure air tight simultaneously, all belong to the protection domain of this patent.
In two air chamber cavitys, air chamber cavity 8 for realize tracheae 4 and cable 3 respectively with rotate being communicated with or being connected of power device of ventilating, another air chamber cavity 8 for realize tracheae 4 and cable 3 respectively with the gas interface of spinning frame and being communicated with or being connected of electrical interface.As long as can realize this function, its version under the inspiration of the concrete structure of the application, can be made multiple routine and changes.
In said structure, rotating ventilation power device, to be used for electricity gentle to spinning frame, connection between doffer and spool assembly.As the first preferred structure: rotate ventilation power device and comprise rotary pneumatic joint 5 and brushgear 6, be provided with the first cavity 201 and the second cavity 202 in mandrel 2; Rotary pneumatic joint 5 and brushgear 6 are fixedly connected on the two ends of mandrel 2 respectively; One end of cable 3, through the first cavity of mandrel 2, is connected with the rotary slip ring of brushgear 6; One end of tracheae 4 is communicated with one end of mandrel 2 second cavity 202, and the end of thread of rotary pneumatic joint 5 is communicated with the other end of mandrel 2 second cavity.
As the second preferred structure: rotate ventilation power device for mixing electric slip ring 7, mixing electric slip ring 7 is fixedly connected on mandrel 2, and the electric wire 703 that one end of cable 3 and the rotor limit on mixing electric slip ring 7 are drawn is connected, one end of tracheae 4 is communicated with the first gas joint 701 fixing on the ventilation screwed hole on mixing electric slip ring 7 upper rotor part limit.
Equally, ventilation power device is rotated gentle to spinning frame, connection between doffer and spool assembly for realizing electricity.As long as can realize this function, its version under the inspiration of the concrete structure of the application, can be made multiple routine and changes.In said structure, the effect Shi Dai moving mandrel 2 of power set rotates.Power set can adopt multiple concrete structure to realize this function.As preferably, power set are torque motor 9 and belt 10, on the power output shaft that belt 10 is sleeved on torque motor 9 and mandrel 2.Certainly, power set can also be air motor and belt, on the power output shaft that belt sleeve is contained in air motor and mandrel 2.The all right scroll spring of power set, scroll spring the inner is fixedly connected with mandrel, and outer end is fixed on framework 1.Power set can also adopt common electric machine to do power source, meanwhile, are equipped with the rotation speed change that clutch adapts to mandrel 2.Power set can also be pinion and rack and spring energy storage parts.Mandrel is installed a pinion rackwork, and gear is fixedly connected on mandrel 2, rotates together with mandrel 2.Rack and pinion engages, and one end of tooth bar is connected with spring energy storage part.Accumulation of energy part can be extension spring, spring, air spring, elastic spring, air bag etc.In doffer advance process, spool assembly is outwards pullled, and mandrel 2 driven gear rotates, with the tooth bar of gears meshing to a lateral movement.Now, the spring energy storage part be connected with tooth bar is stretched or compressed or bends, and starts accumulation of energy.In doffer return course, accumulation of energy part starts to release energy, and orders about tooth bar to a reverse lateral movement, and rack drives gear reversely rotates, and mandrel 2 has been reeled cable.Certainly, said gear rackwork also can replace around the rope on mandrel 2 with one.One end of rope is fixedly connected with mandrel 2, and the other end is connected with spring energy storage part.Spool assembly is by the process pullling out, and mandrel 2 is by rope winding on mandrel 2, and the rope other end is pulled, and spring energy storage part is pullled or to be compressed or bending.In doffer return course, accumulation of energy part starts to release energy, and drives rope to a reverse lateral movement, mandrel 2 has been reeled cable.
Due to spool assembly be recovered on mandrel time, As time goes on, its winding radius is increasing, thus adopt torque motor 9 be conducive to the winding of spool assembly on mandrel 2.Torque motor 9 rotating speed, with the passive change of the size of cable 3 and tracheae 4 winding diameter, makes cable 3 and tracheae 4 moment keep tensioning state.
Further, the take-up of automatic deploying and retracting cable and tracheae while described doffer, also comprise two position-arresting disks 11, these two position-arresting disks 11 are fixedly connected on mandrel 2 respectively, and the spool assembly be wound on mandrel 2 is between two position-arresting disks 11.Arranging position-arresting disk 11 can prevent spool assembly from laying out mandrel 2, plays spacing effect to spool assembly.
Further, while described doffer automatic deploying and retracting cable and tracheae take-up in, described framework 1 is provided with type leading wheel framework, and one end of spool assembly is through this type leading wheel framework.One end through the spool assembly of this type leading wheel framework is used for being connected with spinning frame.Type leading wheel framework being set, for limiting the moving direction of spool assembly, avoiding scratching in doffer moving process between spool assembly and miscellaneous part or spinning frame.
A doffer for take-up containing automatic deploying and retracting cable while above-mentioned and tracheae, comprises doffer body and take-up.Take-up comprises framework 1, mandrel 2, spool assembly, rotates ventilation power device and power set, and mandrel 2 is connected on framework 1 by bearing; Power set are connected with mandrel 2, and band moving mandrel 2 rotates; Spool assembly is wound on mandrel 2, and the two ends of spool assembly are provided with gas interface and plug respectively simultaneously; Rotate ventilation power device to be connected on mandrel 2.Framework 1 in take-up is fixedly connected on doffer body, and the spool assembly of take-up is connected with the gentle interface of the electrical interface of doffer respectively by rotating ventilation power device.
In above-mentioned doffer, spool assembly comprises cable and tracheae, for being communicated with the gas connected sum electric connection between doffer and spinning frame.Spool assembly can have various structures form.As a kind of preferred structure, spool assembly comprises a cable 3 and a tracheae 4, and cable 3 and tracheae 4 are wound on mandrel 2 respectively.As another kind of preferred structure, spool assembly comprises a cable 3 and a tracheae 4, and cable 3 is arranged in tracheae 4, and tracheae 4 is wound on mandrel 2, and the two ends of tracheae 4 are respectively equipped with an air chamber cavity 8, and cable 3 is connected with tracheae 4 by air chamber cavity 8.Air chamber cavity 8 is for dredging of gas and being located by connecting of cable.As a kind of preferred structure, air chamber cavity 8 comprises hollow cavity 801, first and inserts gas joint 802, second slotting gas joint 803, seal plug 804 and sealing ring soon soon.First inserts gas joint 802, second soon, and slotting gas joint 803, seal plug 804 are fixedly connected on respectively on cavity 801, and are communicated with cavity 801 respectively soon.One end of tracheae 4 is fixedly connected on first and inserts soon on gas joint 802.Cable 3 in tracheae 4, through seal plug 804, is positioned at outside seal plug 804.Sealing ring is between cable 3 and seal plug 804.
In above-mentioned doffer, the structure rotating ventilation power device is different, also different from the connected mode of doffer.Rotate ventilation power device and comprise rotary pneumatic joint 5 and brushgear 6, in mandrel 2, be provided with the first cavity 201 and the second cavity 202.Rotary pneumatic joint 5 and brushgear 6 are fixedly connected on the two ends of mandrel 2 respectively.The first cavity of mandrel 2 is passed in one end of cable 3, and be connected with the rotary slip ring of brushgear 6, the carbon brush of brushgear 6 is connected with the power line of doffer.One end of tracheae 4 is communicated with one end of mandrel 2 second cavity 202, and the end of thread of rotary pneumatic joint 5 is communicated with the other end of mandrel 2 second cavity, and the fast interface of rotary pneumatic joint 4 is connected with the gas source pipe of doffer.
Rotate ventilation power device for mixing electric slip ring 7, mixing electric slip ring 7 is fixedly connected on mandrel 2, and the electric wire 703 that one end of cable 3 and the rotor limit on mixing electric slip ring 7 are drawn is connected, the electric wire 704 that the stator limit of mixing electric slip ring 7 is drawn is connected with the power line of doffer, one end of tracheae 4 is communicated with the first gas joint 701 fixing on the ventilation screwed hole on mixing electric slip ring 7 upper rotor part limit, mixes the second gas joint 702 that the ventilation screwed hole on stator limit on electric slip ring 7 is fixed and is connected with the gas source pipe of doffer.
Adopt the doffer of said structure, take-up is arranged on doffer.Like this, during doffer work, when needing to change spinning frame, do not need, on every platform spinning frame, drag chain, tracheae and cable are installed, and only need, on every platform spinning frame, gas interface and electrical interface are installed.Prior art is that every platform spinning frame installs drag chain and drag chain seat, and n platform spinning frame served by a doffer, joins drag chain and drag chain seat will to n platform spinning frame.And with the take-up of this patent, only need this take-up a set of is installed on doffer, just may be used for multiple stage spinning frame, greatly provide cost savings, later maintenance also facilitates.
In doffer of the present utility model, cable and tracheae are in the process reeled and unclasp, and winding mandrel rotates, but do not affect energising ventilation.The utility model, with the cable in winding method folding and unfolding energising and the tracheae in ventilation, cable with the need and air tubing length to be released and reels retracting cable tracheae automatically.In winding process, the diameter meeting time changing of cable and tracheae coiling and molding, to ask the linear velocity of intelligent doffer constant, then the angular speed meeting time changing of wireline reel, then the power source needing speed to change in the moment, such as, adopt torque motor.
Take-up installed by doffer of the present utility model, and doffer operationally, is ventilated by take-up energising.Only need mix power switch in every platform spinning frame one end is connected this take-up with gas source connector, without the need to distribution cable and tracheae on all spinning frames.
Exemplify embodiment below.
embodiment 1
For a take-up with automatic deploying and retracting cable and tracheae simultaneously for doffer, comprise framework 1, mandrel 2, spool assembly, rotate ventilation power device and power set.Mandrel 2 is connected on framework 1 by bearing.Power set are torque motor 9 and belt 10, on the power output shaft that belt 10 is sleeved on torque motor 9 and mandrel 2.Spool assembly comprises a cable 3 and a tracheae 4.Cable 3 and tracheae 4 are wound on mandrel 2 respectively.The two ends of cable 3 are provided with plug.The two ends of tracheae 4 are provided with gas interface.Rotate ventilation power device and comprise rotary pneumatic joint 5 and brushgear 6.The first cavity 201 and the second cavity 202 is provided with in mandrel 2.Rotary pneumatic joint 5 and brushgear 6 are fixedly connected on the two ends of mandrel 2 respectively.The plug of cable 3 one end passes the first cavity of mandrel 2, and be connected with the rotary slip ring of brushgear 6, the gas interface of tracheae 4 one end is communicated with one end of mandrel 2 second cavity 202, and the thread head of rotary pneumatic joint 5 is communicated with the other end of mandrel 2 second cavity.
In embodiment 1, the course of work of take-up as described in example 2 above.
embodiment 2
A kind of doffer, comprises doffer body and take-up.The concrete structure of take-up as described in Example 1.One end that tracheae 4 is wound on mandrel 2 is winding end, and the other end of tracheae is free end.One end that cable 3 is wound on mandrel 2 is winding end, and the other end of cable is free end.Framework 1 in take-up is fixedly connected on doffer body, and the carbon brush of brushgear 6 is connected with the power line of doffer body.The fast interface of rotary pneumatic joint 5 is connected with the gas source pipe of doffer body.
When using the doffer of said structure, in take-up, the gas interface of the winding end of tracheae is communicated with one end of mandrel 2 second cavity 202, the thread head of rotary pneumatic joint 5 is communicated with the other end of mandrel 2 second cavity, and the fast interface of rotary pneumatic joint 5 is connected with the gas source pipe of doffer body.The free end of tracheae is connected with the source of the gas joint chair that spinning frame is installed.The winding end of cable 3 is through the first cavity of mandrel 2, and the power line of the carbon brush and doffer that are connected brushgear 6 with the rotary slip ring of brushgear 6 is connected.The free end of cable 3 is connected with the supply socket of spinning frame.
The course of work of above-mentioned doffer is: doffer hangs up guide rail in spinning frame one end, and the free end of the tracheae in take-up is by the air source socket be manually connected on spinning frame, and the free end of cable is by the supply socket be manually connected on spinning frame.Then, start doffer and spinning frame, doffer advances along the guide rail on spinning frame to the spinning frame other end, is wound on cable 3 on mandrel 2 and tracheae 4 is pullled out with the advance of doffer.Now, mandrel 2 is in rotary state.The gas carried in spinning frame air source socket by after the second cavity 202 of tracheae 4, mandrel 2, rotary pneumatic joint 5, is passed in the gas source pipe of doffer successively.Electric current passes in cable 3 by the supply socket of spinning frame, and electric current passes in the rotary slip ring of brushgear 6 by cable 3, utilizes the carbon brush of brushgear 6 to be passed in doffer by electric current.Like this, achieve in doffer advance process, the electric current of spinning frame is to the conveying of doffer, and the source of the gas of spinning frame is to the conveying of doffer.In doffer advance process, power set do not work.The synchronous axial system of cable 3 and tracheae 4, is relied on mandrel 2 to be arranged on framework by bearing and realizes.Doffer returns after arriving the spinning frame other end, and meanwhile, start power set, torque motor 9 rotates, and the cable 3 and tracheae 4 of pullling out mandrel 2 is again wound up on mandrel 2.Torque motor 9 rotating speed, with the passive change of the size of cable 3 and tracheae 4 winding diameter, makes cable 3 and tracheae 4 moment keep tensioning state, till starting point got back to by doffer.In doffer back off procedure, cable 3 and tracheae 4, under the effect of torque motor 9, achieve and are synchronously wound on mandrel 2.After doffer work completes, manually pull up cable 3 and tracheae 4 from spinning frame.In the process, achieve in doffer advance process, cable 3 and tracheae 4 synchronously pull out from mandrel 2, and in doffer back off procedure, cable 3 and tracheae 4 are synchronously wound on mandrel 2.
embodiment 3
For a take-up with automatic deploying and retracting cable and tracheae simultaneously for doffer, comprise framework 1, mandrel 2, spool assembly, rotate ventilation power device and power set.Mandrel 2 is connected on framework 1 by bearing.Power set are scroll spring, and scroll spring the inner is fixedly connected with mandrel 2, and outer end is fixed on framework 1.Spool assembly comprises a cable 3 and a tracheae 4.Cable 3 and tracheae 4 are wound on mandrel 2 respectively.The two ends of cable 3 are provided with plug.The two ends of tracheae 4 are provided with gas interface.Rotate ventilation power device for mixing electric slip ring 7, mixing electric slip ring 7 is fixedly connected on mandrel 2, and the electric wire 703 that one end of cable 3 and the rotor limit on mixing electric slip ring 7 are drawn is connected, one end of tracheae 4 is communicated with the first gas joint 701 fixing on the ventilation screwed hole on mixing electric slip ring 7 upper rotor part limit.
In embodiment 3, the course of work of take-up as described in example 4 above.
embodiment 4
A kind of doffer, comprises doffer body and take-up.The concrete structure of take-up as described in Example 3.One end that tracheae 4 is wound on mandrel 2 is winding end, and the other end of tracheae is free end.One end that cable 3 is wound on mandrel 2 is winding end, and the other end of cable is free end.Framework 1 in take-up is fixedly connected on doffer body.The electric wire 703 that winding end and the rotor limit on mixing electric slip ring 7 of cable 3 are drawn is connected, and the electric wire 704 that the stator limit of mixing electric slip ring 7 is drawn is connected with the power line of doffer.The winding end of tracheae 4 is communicated with the first gas joint 701 fixing on the ventilation screwed hole on mixing electric slip ring 7 upper rotor part limit, mixes the second gas joint 702 that the ventilation screwed hole on stator limit on electric slip ring 7 is fixed and is connected with the gas source pipe of doffer.
When using the doffer of said structure, the first gas joint 701 fixing on the gas interface of the winding end of tracheae and the ventilation screwed hole on mixing electric slip ring 7 upper rotor part limit in take-up is communicated with, on mixing electric slip ring 7 stator limit ventilation screwed hole on the second fixing gas joint 702 be connected with the gas source pipe of doffer.The free end of tracheae is connected with the air source socket on spinning frame.The electric wire 703 that winding end and the rotor limit on mixing electric slip ring 7 of cable 3 are drawn is connected, and the electric wire 704 that the stator limit of mixing electric slip ring 7 is drawn is connected with the power line of doffer.The free end of cable 3 is connected with the supply socket on spinning frame.
The course of work of above-mentioned doffer is: doffer hangs up guide rail in spinning frame one end, and the free end of the tracheae in take-up is by the air source socket be manually connected on spinning frame, and the free end of cable is by the supply socket be manually connected on spinning frame.Then, start doffer and spinning frame, doffer advances along the guide rail on spinning frame to the spinning frame other end, is wound on cable 3 on mandrel 2 and tracheae 4 is pullled out with the advance of doffer.Now, mandrel 2 is in rotary state.Scroll spring one end is rotated with mandrel 2, energy accumulation.The gas carried in spinning frame air source socket by after tracheae 4 and mixing electric slip ring 7, is passed in the gas source pipe of doffer successively.Electric current passes in cable 3 by the supply socket of spinning frame, and electric current is passed in doffer by mixing electric slip ring 7 by cable 3.Like this, achieve in doffer advance process, the electric current of spinning frame is to the conveying of doffer, and the source of the gas of spinning frame is to the conveying of doffer.In doffer advance process, power set do not work.The synchronous axial system of cable 3 and tracheae 4, is relied on mandrel 2 to be arranged on framework 1 by bearing and realizes.Doffer returns after arriving the spinning frame other end, and meanwhile, scroll spring starts to discharge its energy stored, the energy that mandrel 2 relies on scroll spring to discharge and rotating.The rotation of mandrel 2, is wound up on mandrel 2, till starting point got back to by doffer by the cable 3 and tracheae 4 of pullling out mandrel 2 again.In doffer back off procedure, cable 3 and tracheae 4, under the effect of scroll spring, achieve and are synchronously wound on mandrel 2.After doffer quits work, manually pull up cable 3 and tracheae 4 from spinning frame.In the process, achieve in doffer advance process, cable 3 and tracheae 4 synchronously pull out from mandrel 2, and in doffer back off procedure, cable 3 and tracheae 4 are synchronously wound on mandrel 2.
embodiment 5
As shown in Figure 2, a kind of take-up with automatic deploying and retracting cable and tracheae simultaneously for doffer, comprises framework 1, mandrel 2, spool assembly, rotates ventilation power device and power set.Mandrel 2 is connected on framework 1 by bearing.Power set are air motor and belt, on the power output shaft that belt sleeve is contained in air motor and mandrel 2.Spool assembly comprises a cable 3 and a tracheae 4, and cable 3 is arranged in tracheae 4, and tracheae 4 is wound on mandrel 2, and the two ends of tracheae 4 are respectively equipped with an air chamber cavity 8, and cable 3 is connected with tracheae 4 by air chamber cavity 8.Rotate ventilation power device and comprise rotary pneumatic joint 5 and brushgear 6.The first cavity 201 and the second cavity 202 is provided with in mandrel 2.Rotary pneumatic joint 5 and brushgear 6 are fixedly connected on the two ends of mandrel 2 respectively.The first cavity of air chamber cavity 8 and mandrel 2 is passed in one end of cable 3, be connected with the rotary slip ring of brushgear 6, the gas interface of air chamber cavity 8 is communicated with one end of mandrel 2 second cavity 202, and the thread head of rotary pneumatic joint 5 is communicated with the other end of mandrel 2 second cavity.
In embodiment 5, the course of work of take-up as described in example 6 above.
embodiment 6
A kind of doffer, comprises doffer body and take-up.The concrete structure of take-up as described in Example 5.One end that tracheae 4 is wound on mandrel 2 is winding end, and the other end of tracheae is free end.Framework 1 in take-up is fixedly connected on doffer body.The carbon brush of brushgear 6 is connected with the power line of doffer body.The fast interface of rotary pneumatic joint 5 is connected with the gas source pipe of doffer body.
When using the doffer of said structure, the gas interface being positioned at the air chamber cavity 8 of the winding end of tracheae in take-up is communicated with one end of mandrel 2 second cavity 202, the thread head of rotary pneumatic joint 5 is communicated with the other end of mandrel 2 second cavity, and the fast interface of rotary pneumatic joint 4 is connected with the gas source pipe of doffer body.The free end of tracheae is connected with the air source socket of spinning frame.Be arranged in the air chamber cavity 8 of the winding end of tracheae, cable 3 passes the first cavity of air chamber cavity 8 and mandrel 2, and be connected with the rotary slip ring of brushgear 6, the carbon brush of brushgear 6 is connected with the power line of doffer.The free end of cable 3 is connected with the supply socket of spinning frame.
The course of work of above-mentioned doffer is: doffer hangs up guide rail in spinning frame one end, gas interface in the air chamber cavity 8 of tracheae free end is in by the air source socket be manually connected on spinning frame in take-up, the free end of cable passes air chamber cavity 8, by the supply socket be manually connected on spinning frame.Then, start doffer and spinning frame, doffer advances along the guide rail on spinning frame to the spinning frame other end, and the spool assembly be wound on mandrel 2 is pullled out with the advance of doffer.Now, mandrel 2 is in rotary state.The gas carried in spinning frame air source socket by after the second cavity 202 of tracheae 4, mandrel 2, rotary pneumatic joint 5, is passed in the gas source pipe of doffer successively.Electric current passes in cable 3 by the supply socket of spinning frame, and electric current passes in the rotary slip ring of brushgear 6 by cable 3, utilizes the carbon brush of brushgear 6 to be passed in doffer by electric current.Like this, achieve in doffer advance process, the electric current of spinning frame is to the conveying of doffer, and the source of the gas of spinning frame is to the conveying of doffer.In doffer advance process, power set do not work.The synchronous axial system of spool assembly, is relied on mandrel 2 to be arranged on framework by bearing and realizes.Doffer returns after arriving the spinning frame other end, meanwhile, starts air motor, is again wound up on mandrel 2 by the spool assembly pullling out mandrel 2.Air motor rotating speed, with the passive change of the size of spool assembly winding diameter, makes the spool assembly moment keep tensioning state, till starting point got back to by doffer.In doffer back off procedure, spool assembly, under the effect of air motor, achieves and is synchronously wound on mandrel 2.After doffer work completes, manually pull up air chamber cavity 8 from spinning frame and stretch out the cable 3 of air chamber cavity 8.In the process, achieve in doffer advance process, cable 3 and tracheae 4 synchronously pull out from mandrel 2, and in doffer back off procedure, cable 3 and tracheae 4 are synchronously wound on mandrel 2.
embodiment 7
As shown in Figure 3, a kind of take-up with automatic deploying and retracting cable and tracheae simultaneously for doffer, comprises framework 1, mandrel 2, spool assembly, rotates ventilation power device and power set.Mandrel 2 is connected on framework 1 by bearing.Power set are torque motor 9 and belt 10, on the power output shaft that belt 10 is sleeved on torque motor 9 and mandrel 2.Spool assembly comprises a cable 3 and a tracheae 4, and cable 3 is arranged in tracheae 4, and tracheae 4 is wound on mandrel 2, and the two ends of tracheae 4 are respectively equipped with an air chamber cavity 8, and cable 3 is connected with tracheae 4 by air chamber cavity 8.Rotate ventilation power device for mixing electric slip ring, mixing electric slip ring 7 is fixedly connected on mandrel 2, and the electric wire that one end of cable 3 is drawn through air chamber cavity 8 and the rotor limit on mixing electric slip ring 7 is connected, one end and the gas fittings fixing on the ventilation screwed hole mixing electric slip ring 7 upper rotor part limit of air chamber cavity 8.
In embodiment 7, the course of work of take-up as described in example 8 above.
embodiment 8
A kind of doffer, comprises doffer body and take-up.The concrete structure of take-up as described in Example 7.One end that tracheae 4 is wound on mandrel 2 is winding end, and the other end of tracheae is free end.One end that cable 3 is wound on mandrel 2 is winding end, and the other end of cable 3 is free end.Framework 1 in take-up is fixedly connected on doffer body.Be arranged in tracheae 4 winding end air chamber cavity 8, the winding end of cable 3 is through this air chamber cavity 8, and the electric wire 703 of drawing with the rotor limit on mixing electric slip ring 7 is connected, and the electric wire 704 that the stator limit of mixing electric slip ring 7 is drawn is connected with the power line of doffer.Be positioned at the first gas joint 701 fixing on the gas interface of the air chamber cavity 8 of tracheae 4 winding end and the ventilation screwed hole on mixing electric slip ring 7 upper rotor part limit to be communicated with, mix the second gas joint 702 that the ventilation screwed hole on stator limit on electric slip ring 7 is fixed and be connected with the gas source pipe of doffer.
When using the doffer of said structure, in take-up, be positioned at the first gas joint 701 fixing on the gas interface of the air chamber cavity 8 of tracheae 4 winding end and the ventilation screwed hole on mixing electric slip ring 7 upper rotor part limit to be communicated with, mix the second gas joint 702 that the ventilation screwed hole on stator limit on electric slip ring 7 is fixed and be connected with the gas source pipe of doffer.The gas interface being positioned at the air chamber cavity 8 of tracheae 4 free end is connected with the air source socket of spinning frame.The winding end of cable 3 is through air chamber cavity 8, and the electric wire 703 of drawing with the rotor limit on mixing electric slip ring 7 is connected, and the electric wire 704 that the stator limit of mixing electric slip ring 7 is drawn is connected with the power line of doffer.The free end of cable 3 is connected with the supply socket of spinning frame.
The course of work of above-mentioned doffer is: doffer hangs up guide rail in spinning frame one end, gas interface in the air chamber cavity 8 of tracheae free end is in by the air source socket be manually connected on spinning frame in take-up, the free end of cable passes air chamber cavity 8, by the supply socket be manually connected on spinning frame.Then, start doffer and spinning frame, doffer advances along the guide rail on spinning frame to the spinning frame other end, and the spool assembly be wound on mandrel 2 is pullled out with the advance of doffer.Now, mandrel 2 is in rotary state.The gas carried in spinning frame air source socket by tracheae 4 and mixing electric slip ring 7, is passed in the gas source pipe of doffer successively.Electric current passes in cable 3 by the supply socket of spinning frame, and electric current is passed in doffer by mixing electric slip ring 7 by cable 3.Like this, achieve in doffer advance process, the electric current of spinning frame is to the conveying of doffer, and the source of the gas of spinning frame is to the conveying of doffer.In doffer advance process, power set do not work.The synchronous axial system of spool assembly, is relied on mandrel 2 to be arranged on framework by bearing and realizes.Doffer returns after arriving the spinning frame other end, and meanwhile, start power set, torque motor 9 rotates, and is again wound up on mandrel 2 by the spool assembly pullling out mandrel 2.Torque motor 9 rotating speed, with the passive change of the size of spool assembly winding diameter, makes the spool assembly moment keep tensioning state, till starting point got back to by doffer.In doffer back off procedure, spool assembly, under the effect of torque motor 9, achieves and is synchronously wound on mandrel 2.After doffer work completes, manually pull up air chamber cavity 8 from spinning frame and stretch out the cable 3 of air chamber cavity 8.In the process, achieve in doffer advance process, cable 3 and tracheae 4 synchronously pull out from mandrel 2, and in doffer back off procedure, cable 3 and tracheae 4 are synchronously wound on mandrel 2.
The above is only optimal technical scheme of the present utility model; be noted that for those skilled in the art; under the prerequisite not departing from the utility model principle; can also make some improvements and modifications, these improvements and modifications also should be considered as protection domain of the present utility model.
Claims (15)
1. the take-up of automatic deploying and retracting cable and tracheae while a doffer, it is characterized in that, this take-up comprises framework (1), mandrel (2), spool assembly, rotates ventilation power device and power set, and mandrel (2) is connected on framework (1) by bearing; Power set are connected with mandrel (2), and band moving mandrel (2) rotates; Spool assembly is wound on mandrel (2), and the two ends of spool assembly are provided with gas interface and plug respectively simultaneously; Rotating ventilation power device is connected on mandrel (2), one end of cable-assembly with rotate power device of ventilating and be connected.
2. according to the take-up of automatic deploying and retracting cable and tracheae while doffer according to claim 1, it is characterized in that, described spool assembly comprises a cable (3) and a tracheae (4), and cable (3) and tracheae (4) are wound on mandrel (2) respectively.
3. according to the take-up of automatic deploying and retracting cable and tracheae while doffer according to claim 1, it is characterized in that, described spool assembly comprises a cable (3) and a tracheae (4), cable (3) is arranged in tracheae (4), tracheae (4) is wound on mandrel (2), the two ends of tracheae (4) are respectively equipped with an air chamber cavity (8), and cable (3) is connected with tracheae (4) by air chamber cavity (8).
4. according to the take-up of automatic deploying and retracting cable and tracheae while doffer according to claim 3, it is characterized in that, described air chamber cavity (8) comprises hollow cavity (801), first and inserts gas joint (802), second slotting gas joint (803), seal plug (804) and sealing ring soon soon; First inserts gas joint (802), second soon, and slotting gas joint (803), seal plug (804) are fixedly connected on respectively on cavity (801), and are communicated with cavity (801) respectively soon; One end of described tracheae (4) is fixedly connected on first and inserts soon on gas joint (802); Cable (3) in tracheae (4), through seal plug (804), is positioned at seal plug (804) outside; Sealing ring is positioned between cable (3) and seal plug (804).
5. according to the take-up of automatic deploying and retracting cable and tracheae while doffer according to claim 1, it is characterized in that, described rotation ventilation power device comprises rotary pneumatic joint (5) and brushgear (6), is provided with the first cavity (201) and the second cavity (202) in mandrel (2); Rotary pneumatic joint (5) and brushgear (6) are fixedly connected on the two ends of mandrel (2) respectively; One end of cable (3), through the first cavity of mandrel (2), is connected with the rotary slip ring of brushgear (6); One end of tracheae (4) is communicated with one end of mandrel (2) second cavity (202), and the end of thread of rotary pneumatic joint (5) is communicated with the other end of mandrel (2) second cavity.
6. according to the take-up of automatic deploying and retracting cable and tracheae while doffer according to claim 1, it is characterized in that, described rotation ventilation power device is mixing electric slip ring (7), mixing electric slip ring (7) is fixedly connected on mandrel (2), and the electric wire (703) that one end of cable (3) and the rotor limit in mixing electric slip ring (7) are drawn is connected, one end of tracheae (4) is communicated with the first gas joint (701) fixing on the ventilation screwed hole on mixing electric slip ring (7) upper rotor part limit.
7. according to the take-up of automatic deploying and retracting cable and tracheae while doffer according to claim 1, it is characterized in that, also comprise two position-arresting disks (11), these two position-arresting disks (11) are fixedly connected on mandrel (2) respectively, and the spool assembly be wound on mandrel (2) is positioned between two position-arresting disks (11).
8. according to the take-up of automatic deploying and retracting cable and tracheae while doffer according to claim 1, it is characterized in that, described power set are torque motor (9) and belt (10), on the power output shaft that belt (10) is sleeved on torque motor (9) and mandrel (2).
9. according to the take-up of automatic deploying and retracting cable and tracheae while doffer according to claim 1, it is characterized in that, described framework (1) is provided with type leading wheel framework, and one end of spool assembly is through this type leading wheel framework.
10. the doffer containing the take-up of automatic deploying and retracting cable and tracheae while according to claim 1, it is characterized in that, this doffer comprises doffer body and take-up,
Described take-up comprises framework (1), mandrel (2), spool assembly, rotates ventilation power device and power set, and mandrel (2) is connected on framework (1) by bearing; Power set are connected with mandrel (2), and band moving mandrel (2) rotates; Spool assembly is wound on mandrel (2), and the two ends of spool assembly are provided with gas interface and plug respectively simultaneously; Rotating ventilation power device is connected on mandrel (2);
Framework (1) in described take-up is fixedly connected on doffer body, and the spool assembly of take-up is connected with the gentle interface of the electrical interface of doffer respectively by rotating ventilation power device.
11. according to the doffer containing the take-up of automatic deploying and retracting cable and tracheae simultaneously according to claim 10, it is characterized in that, described spool assembly comprises a cable (3) and a tracheae (4), and cable (3) and tracheae (4) are wound on mandrel (2) respectively.
12. according to the doffer containing the take-up of automatic deploying and retracting cable and tracheae simultaneously according to claim 10, it is characterized in that, described spool assembly comprises a cable (3) and a tracheae (4), cable (3) is arranged in tracheae (4), tracheae (4) is wound on mandrel (2), the two ends of tracheae (4) are respectively equipped with an air chamber cavity (8), and cable (3) is connected with tracheae (4) by air chamber cavity (8).
13. according to the doffer containing the take-up of automatic deploying and retracting cable and tracheae simultaneously according to claim 12, it is characterized in that, described air chamber cavity (8) comprises hollow cavity (801), first and inserts gas joint (802), second slotting gas joint (803), seal plug (804) and sealing ring soon soon; First inserts gas joint (802), second soon, and slotting gas joint (803), seal plug (804) are fixedly connected on respectively on cavity (801), and are communicated with cavity (801) respectively soon; One end of described tracheae (4) is fixedly connected on first and inserts soon on gas joint (802); Cable (3) in tracheae (4), through seal plug (804), is positioned at seal plug (804) outside; Sealing ring is positioned between cable (3) and seal plug (804).
14. according to the doffer containing the take-up of automatic deploying and retracting cable and tracheae simultaneously according to claim 10, it is characterized in that, described rotation ventilation power device comprises rotary pneumatic joint (5) and brushgear (6), is provided with the first cavity (201) and the second cavity (202) in mandrel (2); Rotary pneumatic joint (5) and brushgear (6) are fixedly connected on the two ends of mandrel (2) respectively; The first cavity of mandrel (2) is passed in one end of cable (3), and be connected with the rotary slip ring of brushgear (6), the carbon brush of brushgear (6) is connected with the power line of doffer; One end of tracheae (4) is communicated with one end of mandrel (2) second cavity (202), and the end of thread of rotary pneumatic joint (5) is communicated with the other end of mandrel (2) second cavity, and the fast interface of rotary pneumatic joint (4) is connected with the gas source pipe of doffer.
15. according to the doffer containing the take-up of automatic deploying and retracting cable and tracheae simultaneously according to claim 10, it is characterized in that, described rotation ventilation power device is mixing electric slip ring (7), mixing electric slip ring (7) is fixedly connected on mandrel (2), and the electric wire (703) that one end of cable (3) and the rotor limit in mixing electric slip ring (7) are drawn is connected, the electric wire (704) that the stator limit of mixing electric slip ring (7) is drawn is connected with the power line of doffer, one end of tracheae (4) is communicated with the first gas joint (701) fixing on the ventilation screwed hole on mixing electric slip ring (7) upper rotor part limit, on the ventilation screwed hole on the upper stator limit of mixing electric slip ring (7), the second fixing gas joint (702) is connected with the gas source pipe of doffer.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201420765289.1U CN204298542U (en) | 2014-12-09 | 2014-12-09 | The take-up of automatic deploying and retracting cable and tracheae and doffer while doffer |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201420765289.1U CN204298542U (en) | 2014-12-09 | 2014-12-09 | The take-up of automatic deploying and retracting cable and tracheae and doffer while doffer |
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| Publication Number | Publication Date |
|---|---|
| CN204298542U true CN204298542U (en) | 2015-04-29 |
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201420765289.1U Withdrawn - After Issue CN204298542U (en) | 2014-12-09 | 2014-12-09 | The take-up of automatic deploying and retracting cable and tracheae and doffer while doffer |
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| CN (1) | CN204298542U (en) |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104480584A (en) * | 2014-12-09 | 2015-04-01 | 铜陵松宝智能装备股份有限公司 | Take-up device coiling and uncoiling cables and pipes simultaneously for doffer and doffer |
| CN109666998A (en) * | 2017-10-16 | 2019-04-23 | 马佐里机器纺织股份公司 | The more changing device and its component and working method of spool and pipe in Spinning process line |
-
2014
- 2014-12-09 CN CN201420765289.1U patent/CN204298542U/en not_active Withdrawn - After Issue
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104480584A (en) * | 2014-12-09 | 2015-04-01 | 铜陵松宝智能装备股份有限公司 | Take-up device coiling and uncoiling cables and pipes simultaneously for doffer and doffer |
| CN109666998A (en) * | 2017-10-16 | 2019-04-23 | 马佐里机器纺织股份公司 | The more changing device and its component and working method of spool and pipe in Spinning process line |
| CN109666998B (en) * | 2017-10-16 | 2022-04-29 | 马佐里机器纺织股份公司 | Device for changing spools and tubes in spinning lines, assembly and method for operating the device |
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