CN85102858A - Device for storage of empty bossing - Google Patents
Device for storage of empty bossing Download PDFInfo
- Publication number
- CN85102858A CN85102858A CN198585102858A CN85102858A CN85102858A CN 85102858 A CN85102858 A CN 85102858A CN 198585102858 A CN198585102858 A CN 198585102858A CN 85102858 A CN85102858 A CN 85102858A CN 85102858 A CN85102858 A CN 85102858A
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- blank pipe
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- fine spining
- spining machine
- storage facility
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Abstract
Fine spining machine of the present invention includes a passage, and the blank pipe of being sent back to by the conveyer that is provided in the fine spining machine top by this passage is drawn towards the blank pipe supply section that with automatic replace tubes machine be connected subsidiary with fine spining machine.It in the middle of guide channel a bifurcation point and the distributor that distributes blank pipe that guide channel is divided into left and right sides part.Above-mentioned bifurcation point below is the storage part of storing blank pipe with horizontal level in the middle of the part of the left and right sides.
Description
The present invention relates to a guide channel and storage facility, install the blank pipe supply section that the blank pipe guiding of discharging from bobbin winder is connected with the automatic replace tubes machine of fine spining machine by means of this.
In order to run neck and neck with the fabrication processes automation, directly the fine spining machine that is connected with bobbin winder is very common.In this case, the spool of the complete winding shaping of preparing on fine spining machine is sent to bobbin winder, and bobbin winder gets off to become a yarn to yarn unwinding from the spool.Automatically supply from the blank pipe that bobbin winder is discharged, so that be used for again on fine spining machine around yarn to the blank pipe supply section that is connected with the automatic replace tubes machine of fine spining machine.
In said system, must temporarily store the blank pipe of sending back to from bobbin winder.Such storage facility discloses a kind ofly at Japanese patent laid-open publication gazette (disclosing) NO.106630/1979, wherein, be equipped with a blank pipe return conveyor in fine spining machine main body top position.
In this device, blank pipe is placed on the return conveyor with its big end, is orientated consistent with the direct of travel of return conveyor constant drive.When blank pipe transmits on transveyer as a result,, on transveyer, store with the straight length direction by means of the blank pipe retainer.The blank pipe supply section that blank pipe is transported to the subsidiary automatic replace tubes machine of fine spining machine is opened and shut to this retainer.
In this prior art device, because the transveyer constant drive will wear and tear certainly, and blank pipe is to be stored on the transveyer by sliding-contact.In addition, the operating time of blank pipe retainer must be controlled by complex control apparatus.
If when fine spining machine was supplied blank pipe, the blank pipe return conveyor started in the side, rather than constant drive at needs, in this case, the transveyer driving control system may be just very complicated.In addition, when blank pipe should be when bobbin winder transports in the transveyer dwell time, these blank pipes just are deposited in the load terminal of transveyer, at this moment just can not be contained in these blank pipes on the transveyer.
Therefore, main purpose of the present invention is the shortcoming of eliminating in the above-mentioned prior art device, and a kind of feeding mechanism is provided.This apparatus structure is simple, be convenient to keep in repair and wherein need not store blank pipe on the blank pipe return conveyor above the fine spining machine main body that links to each other with bobbin winder.
In view of above-mentioned purpose, the present invention is target with the fine spining machine.In fine spining machine, by being installed in the blank pipe that fine spining machine main body top transveyer is sent back to, be transported to the blank pipe supply section that links to each other with the subsidiary automatic replace tubes machine of fine spining machine by means of guide channel.According to the present invention, have in the middle of the guide channel one to be used for above-mentioned guide channel is divided into about partly bifurcation point and the distribution member that links to each other with above-mentioned bifurcation point.In the middle of guide channel left and right sides part, there is a storage part of storing blank pipe with horizontal level above-mentioned bifurcation point below.
In other words, major advantage of the present invention is present in such fact: because blank pipe is not stored on the blank pipe return conveyor, above-mentioned blank pipe retainer or return conveyor complex control apparatus can be removed.Blank pipe can be stored ， And and can like this, just can be guaranteed enough blank pipe storage capacities in configuration storage part, fine spining machine both sides by simple structure.
With reference to accompanying drawing and only as an example the following explanation of most preferred embodiment, it is more obvious that the present invention will become.Wherein:
Fig. 1 is the principle side view that whole system of the present invention is used in expression;
Fig. 2 is a front view that shows the storage facility basic element of character of the present invention;
Fig. 3 is the side view of Fig. 2;
Fig. 4 is bifurcation point and the perspective view that forms the distribution member of a storage facility part of the present invention;
Fig. 5 is one and also constitutes the separation of a storage facility part of the present invention and the perspective view of transmitting element;
Fig. 6 is the front view of the present invention that is used for explaining separation and transmitting element operation to Fig. 8.
Fig. 1 to Fig. 8 represents a most preferred embodiment of the present invention.
At first with reference to Fig. 1.Fig. 1 has represented a fine spining machine 1 of being furnished with automatic tube ejector or any appropriate configuration device (not shown).Fine spining machine 1 is connected on the bobbin winder of any appropriate configuration by transveyer 5,8, blank pipe return conveyor 9 and guide channel 10.Above-mentioned various conveyer is installed in series between fine spining machine and bobbin winder one by one.Transveyer 5 is used for the spool 4 that whole packages of being sent here by the transveyer 3 that is connected with above-mentioned tube ejector are shaped is transported to bobbin winder 2, transveyer 8 is used for a blank pipe 7 and transports to bobbin winder 2 tops, and yarn becomes a yarn 6 in bobbin winder 2 unwinding from the spool.Blank pipe return conveyor 9 is provided in fine spining machine main part Shang orientation Zhi And and is used for the blank pipe 7 that is transported by transveyer 8 is transported to the end of fine spining machine with respect to bobbin winder 2.Guide channel 10 is used for receiving the blank pipe 7 sent here by return conveyor 9 and they is transported to transveyer 3.
What extend to mid point is the single pipeline 11 in a zigzag in a square-section from last on the top of guide channel 10.In the lower end of pipeline 11 are bifurcation points 12.From this point, on one side two square- section pipelines 13,14 respectively extend at fine spining machine.Part is in a zigzag also arranged at above-mentioned pipeline 13,14 tops.Distribute lever 15 to be provided in bifurcation point 12, blank pipe 7 is distributed in the pipeline 13,14, and is installed on the driving shaft 18 of automatically controlled annular tubular solenoid 17, solenoid 17 is installed in bifurcation point 12 by support arm 16.Lever is with respect to an end of annular tubular solenoid, supported by the axle (not shown) that is fixed on a little on 12.Guiding parts 19 is fixed on a side of the lower wall of pipeline 13,14, and these parts of microcephaly's process of blank pipe are to prevent downward-sloping by 13,14 o'clock blank pipe microcephalies of passage.
The blank pipe storage unit 21,22 that is connecting appropriate configuration in pipeline 13,14 lower ends, these storage units are stored some blank pipes 7 and are guided the lower end of blank pipe 7 and the protruding nail engagement on the transveyer 3.
Square- section pipeline 13,14 tops pipe section in a zigzag are used for storing blank pipe 7.The top and bottom of pipe section are equipped with electrooptical device 24,25 that detects the blank pipe heap upper limit and the electrooptical device 26,27 that detects blank pipe heap lower limit separately in a zigzag.What be connected these pipe section lower ends is that blank pipe separates and transmitting element 28,29.
The separation and the dispensing device that are installed in pipeline 13 illustrate with reference to Fig. 5 to Fig. 8 below.In the outside of pipeline 13 front and rear walls, round back shaft 41,42 wheel hub 43,44 is installed rotationally.A pair of upper arm 45,46 and a pair of underarm 47,48 are protruding upward from the wheel hub 43,44.
What extend downwards from wheel hub 43 is a lever 53, and is connected with the armature 55 of solenoid 54 by connecting pin 56, and this solenoid 54 is installed on the pipeline 13 by Support bracket 57.In above-mentioned separation and transmitting element structure, last stop rod 51 and following stop rod 52 separate orthogonally and can pass that through hole stretches in the pipeline 13 on pipeline 13 sidewalls, and separation that is connected with pipeline 14 and transmitting element 29 and said units 28 structures are similar.
Operating in of separation and transmitting element 28 below with reference to Fig. 7 and Fig. 8 explanation.
After solenoid 54 energisings, armature 55 moves right, and wheel hub 43,44 is rotated counterclockwise.Go up stop rod 51 like this and just stretch into pipeline 13, stop rod 52 withdraws from from pipeline 13 at present together.
The nethermost blank pipe of being supported by following stop rod 52 7 is by the space landing between stop rod 52 and the pipeline right side inwall down, and, the blank pipe 7 directly over the above-mentioned nethermost blank pipe 7 by on stop rod 51 support.
When solenoid 54 outages, armature 55 is protruded, wheel hub 43,44 turns clockwise, so that stop rod 51 is withdrawed from from pipeline 13.And stop rod 52 stretches into pipeline 13(Fig. 8 down).In this course, by the last stop rod 51 temporary transient blank pipes of supporting 7 just can below fall And and temporarily support by stop rod 52.
When solenoid 54 is switched on once more.As mentioned above, have only nethermost blank pipe 7 to land downwards.
In blank pipe storing apparatus operation, 1 that produce by fine spining machine, transport to spool 4 that whole packages of transveyer 3 are shaped by subsidiary automatic replace tubes unit and be transplanted on transveyer 5 according to the needs of subsidiary bobbin winder 2, and deliver to bobbin winder 2 by transveyer 5.At this moment, the spool 4 that is shaped to bobbin winder 2 supply packages in fine spining machine L side (or as shown in Figure 2).Spool on all L sides is gone up the spool 4 that whole packages are shaped in R side (or right side) as shown in Figure 2 all by this way after bobbin winder has been carried.Beginning is to bobbin winder 2 supplies.Blank pipe 7 promptly becomes a yarn 6 to yarn unwinding from the yarn tube at bobbin winder 2, transports to bobbin winder 2 upper areas by transveyer 8, and here, blank pipe 7 is placed on the return conveyor 9 that is connected with transveyer.Like this, the blank pipe that is transported to directly over the guiding channel 10 is introduced into guide channel 10 and is transported to bifurcation point 12 by zig-zag type pipeline 11.The outer tube that waits that has loose thread is rejected by device not shown in the figures.Should be noted that therefore, blank pipe 7 lower ends are heavier because blank pipe 7 is tapered from the bottom to the top.Like this, blank pipe just has the trend that tilts gradually when descending with horizontal level by pipeline 11 at the beginning, finally be the upright position of its lower ends downward.But, blank pipe collides on the skew wall of pipeline 11 and the horizontal level when recovering it and descending by pipeline 11.
Because at first supply the spool 4 that the complete package on the L side is shaped to bobbin winder 2, the distribution lever 15 that is operated in bifurcation point 12 by annular tubular solenoid 17 is oblique to the R inclination, make pipeline 13 supplies of blank pipe 7 to the L side.
Discharged And and blank pipe 7 at the spool 4 that all complete packages on the left side transveyer 3 are shaped and be placed on below all spindles of L side when the sensor (not shown) at the right-hand member of fine spining machine shown in Fig. 1 detects, then annular tubular solenoid 17 is by the instruction energising from sensor, make and distribute lever 15 oblique to the L inclination, beginning is to R side supply blank pipe 7.
Introduce the blank pipe 7 of pipeline 13 or 14 from bifurcation point 12, be stored in the space of separation and transmitting element 28,29 tops with the close packed state.Requirement according to bobbin winder 2, transveyer 3 advances, and blank pipe 7 is pulled to transveyer 3 from storage box 21,22, when when storage box 21,22 forms the favourable space of an extra empty tube 7 of reception, separate and transmitting element 28,29 startings, shift blank pipe 7 onto storage box 21,22.
Should be noted that when normally moving that the blank pipe quantity of sending fine spining machine 1 back to from bobbin winder 2 is substantially equal to the quantity that is delivered to the spool 4 that the complete package of bobbin winder 2 is shaped from fine spining machine 1, promptly equal to be delivered to the quantity of the blank pipe 7 of transveyer 3 in system.Therefore, in pipe section 13,14, can not cause the rapid variation of blank pipe 7 storage capacities, and the blank pipe 7 of a storage topmost is at last horizon sensor 24,25 and following horizon sensor 26,27 intermediate altitudes.But, when fine spining machine some occur when unusual, surpass the spool quantity of releasing from fine spining machine if be transmitted back to the spool quantity of fine spining machine, the storage capability of blank pipe 7 just is higher than horizon sensor 24,25, and this just may cause that bifurcation point 12 distribution levers bother.Therefore, reached upper sensor at 24,25 o'clock at the upper horizontal plane one that stores blank pipe 7 heaps, return conveyor 9 just shuts down, and is lower than the sensor at the upper horizontal plane one of storage blank pipe 7 heaps, and return conveyor 9 restarts running.
On the contrary, if the quantity of sending blank pipe 7 back to from bobbin winder 2 is owing to blank pipe outside producing etc. reduces, the upper horizontal plane of blank pipe 7 heaps of storage has been lower than lower limited sensor 26,27, and belt 3 remains in operation, and storage box 21,22 will exhaust blank pipe 7.Therefore, at this moment wait, belt 3 should not remain in operation, and with the error of avoiding may occurring when the protruding nail 23 that blank pipe 7 is delivered on the belt 3, and is higher than lower limited sensor at 26,27 o'clock at blank pipe 7 storage capacities, and belt 3 restarts to turn round.
But, according to the present invention, the blank pipe storage unit is provided in each blank pipe supply section that is connected with the automatic replace tubes machine in fine spining machine both sides, therefore, standby blank pipe is stored enough quantity, the running of transveyer 3 or transveyer 9 be difficult for to be interrupted, unless in case of emergency, just for example operation interrupted may occur during the fine spining machine fault.
In sum, can find out, a spinning frame And who directly is connected with bobbin-winding machine is provided in layout of the present invention and has been furnished with passage guiding blank pipe and entered the blank pipe supply section that the spinning frame both sides are connected with automatic replace tubes machine, the bifurcation point that midway arranges at passage and distributor, this passage is separated into left and right sides branch pipeline, in the middle of the pipeline of the above-mentioned left and right sides, stores blank pipe with horizontal level. This mode, although storage facility is simple in structure, easy to maintenance, the blank pipe that it can store sufficient amount is to prevent to the blank pipe shortage of spinning frame supply and to exhaust.
Claims (9)
1, the blank pipe storage facility on the fine spining machine includes the conveyer that is installed in the fine spining machine top, and this device is used for a blank pipe that the bobbin winder that is connected with fine spining machine is discharged and sends fine spining machine back to; One is used for the blank pipe of loopback introduced and the passage of the blank pipe supply section that automatic replace tubes machine that fine spining machine is subsidiary links to each other.It is characterized in that: lead to midway above-mentioned, a bifurcation point that above-mentioned passage is separated to the left side and the right side of fine spining machine is arranged, so that two channel parts to be provided; The device that links to each other with above-mentioned bifurcation point is assigned to an above-mentioned guide channel end or the other end partly to blank pipe selectively, and wherein, in the middle of left and right sides guide channel part, there is the storage part of storing above-mentioned blank pipe with horizontal level above-mentioned bifurcation point below.
2, the storage facility that requires according to claim 1 is characterized in that: the above-mentioned passage above above-mentioned bifurcation point is single pipeline in a zigzag.
3, the storage facility that requires according to claim 1 is characterized in that above-mentioned distributor comprises a distribution lever that is supported on above-mentioned bifurcation point rotationally, and the device that drives above-mentioned distribution lever.
4, the storage facility that requires according to claim 3 is characterized in that above-mentioned drive unit is an annular tubular solenoid.
5, the storage facility that requires according to claim 1 is characterized in that on above-mentioned each guide channel part lower inner wall a guiding parts being arranged, and the small end of blank pipe is downward-sloping to prevent the blank pipe small end by these parts.
6, the storage facility that requires according to claim 1 is characterized in that the lower end of above-mentioned guide channel part is connected on the blank pipe storage box.
7, the storage facility that requires according to claim 1 is characterized in that above-mentioned storage part is the zig-zag type pipeline.
8, the storage facility that requires according to claim 7 is characterized in that above-mentioned storage part comprises the upper limit sensor of a blank pipe, the lower limited sensor of a blank pipe, and a blank pipe that is positioned at above-mentioned upper and lower bound sensor below separates and dispensing device.
9, the storage facility that requires according to claim 8, it is characterized in that above-mentioned each separation and dispensing device include the integrally a pair of upper arm and a pair of underarm of pivot on, they stretch into or return from the relative wall of above-mentioned passage storage part, and the device that makes these arms integral body and pivot anti-phasely, when a pair of in upper arm or the underarm stretches into above-mentioned siphunculus storage part, support the two ends of above-mentioned blank pipe.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN198585102858A CN85102858A (en) | 1985-04-17 | 1985-04-17 | Device for storage of empty bossing |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN198585102858A CN85102858A (en) | 1985-04-17 | 1985-04-17 | Device for storage of empty bossing |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN85102858A true CN85102858A (en) | 1986-10-15 |
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ID=4792810
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN198585102858A Pending CN85102858A (en) | 1985-04-17 | 1985-04-17 | Device for storage of empty bossing |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN85102858A (en) |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN102078863A (en) * | 2010-06-21 | 2011-06-01 | 刘士法 | Automatic-spooler type hollow pipe sorter |
| CN110205719A (en) * | 2019-07-04 | 2019-09-06 | 嘉兴亿豪新材料股份有限公司 | A kind of spool changing device on doffer |
-
1985
- 1985-04-17 CN CN198585102858A patent/CN85102858A/en active Pending
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN102078863A (en) * | 2010-06-21 | 2011-06-01 | 刘士法 | Automatic-spooler type hollow pipe sorter |
| CN110205719A (en) * | 2019-07-04 | 2019-09-06 | 嘉兴亿豪新材料股份有限公司 | A kind of spool changing device on doffer |
| CN110205719B (en) * | 2019-07-04 | 2020-07-10 | 浙江港伦纺织有限公司 | Yarn drum replacing device for doffer |
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