CN106978660B

CN106978660B - Section beam and the simultaneously bobbin cradle of shaft device

Info

Publication number: CN106978660B
Application number: CN201611114765.3A
Authority: CN
Inventors: E.保利
Original assignee: Karl Mayer Lo Tell LLC
Current assignee: Karl Mayer Lo Tell LLC
Priority date: 2016-01-15
Filing date: 2016-12-07
Publication date: 2019-08-30
Anticipated expiration: 2036-12-07
Also published as: EP3192905B1; ES2665677T3; TW201730392A; CN106978660A; EP3192905A1; TWI728015B; KR20170085985A; KR101881488B1; JP6360571B2; JP2017160584A

Abstract

The present invention relates to the bobbin cradles of section beam and simultaneously shaft device, specifically, illustrating section beam (1), have fuse (2) and two side disks (3,4) in two ends of the fuse (2).So that preparing to become easy for the yarn sheet of simultaneously axis by the phase.It is arranged thus, the section beam (1) has clamp (6) and is provided with fixed mechanism, using the fixed mechanism clamp (6) is capable of fixing between the side disk (3,4).

Description

Section beam and the simultaneously bobbin cradle of shaft device

Technical field

The present invention relates to section beams, with fuse, in the two side disks and folder of two ends of the fuse It clamps (Kluppe).

The present invention additionally relates to and the bobbin cradle (Gatter) of shaft device (Assembliervorrichtung), with extremely A few warp beam supporting member is for accommodating such section beam and bobbin cradle output end.

Background technique

In simultaneously shaft device, yarn sheet (yarn sheet is from least two but usually more section beams pull out) is unified into One warp beam.It is also feasible that also being processed to the yarn sheet, such as applying and cover equipped with slurries in the united process.

In order to combine the yarn sheet, the section beam be must be necessarily arranged in a bobbin cradle, the bobbin cradle It is arranged in front of described and shaft device input terminal.It must be hereafter by the yarn sheet from each point in order to prepare described and axis process Warp beam pulls out and is pulled to described and shaft device input terminal.Usually this following progress, i.e., so that operator is by arranging Yarn on a section beam forms two bundles, so that all yarns of corresponding section beam can utilize two Hand grasps.Hereafter the yarn bundle is straightened by the operator to described and shaft device input terminal.It cannot in practice at this It enough avoids, the yarn is loaded with lateral traction component, that is following traction force component, transverse to described The longitudinal of yarn extends to stretch.It means that certain length of the yarn of each section beam can not use.

Furthermore described to prepare to be relative to force and time consumption.Even if the section beam is unlatched, it is also desirable to big Tractive force, the yarn to be pulled out from the section beam and is placed in until described and shaft device input terminal.

Summary of the invention

The present invention is based on following tasks, so that preparing to become easy for the yarn sheet of simultaneously axis.

The task solves as follows by means of starting the section beam of the type referred to, i.e., the described section beam has Clamp and it is provided with fixed mechanism, using the fixed mechanism clamp is capable of fixing between described two disks.

Clamp is additional device, can be grasped on the entire width of yarn sheet using the additional device and described point fixed The yarn sheet of warp beam.That is following additional device is provided using the clamp, enables the yarn sheet by means of it It is drawn out in the case where not forming bundle, generates from without cross force onto the yarn.The yarn sheet can for example pass through It is fixedly clamped at the clamp.It is contemplated that other feasible programs.The clamp can be consolidated by means of the fixed mechanism It is scheduled between the side disk.This has the following advantages that that is, described clamp can be at the end of the generation of the section beam It has connect with the yarn sheet and hereafter it may be said that be able to maintain that in the section beam, and the clamp is continuing to grasp It is not interfered when indulging the section beam.Even if when the section beam rolls on the side disk, (this is usual For such situation) when, this is also suitable.The clamp is located within the periphery of the side disk, is without to evagination Out.When hereafter the section beam is put into the bobbin cradle, then only have to unclamp the fixed mechanism and The yarn sheet can be drawn out with its entire width.

Preferably, the fixed mechanism is configured to the component of the clamp.Thus the section beam is with its side disk There can be traditional structure with the fuse, the structure is relatively simple.The clamp can be no longer required at it Fixed mechanism described in Shi Liantong is removed from the section beam.The fixed mechanism is then whole from the slitting in the yarn Also without interference when warp beam is pulled open.

Preferably, the fixed mechanism has the length changing mechanism of the clamp.Described in being fixed on when the clamp When in section beam, then the length of the clamp simply extends as follows, the clamp is enabled to be clamped in the side Between face.

Preferably, the fixed mechanism is configured to grip force generation mechanism, produces between the clamp and the side disk Raw grip force.The clamp is hereafter by means of the grip force, that is by being frictionally held between the side disk.Thus make Obtaining the manipulation becomes simple.

It is preferred here that the grip force generating elements has spring assembly.The spring assembly for example can be along the folder That is the longitudinal direction of pincers is pre-tightened along the width direction of the yarn sheet of the section beam.When the clamp will be fixed When in the section beam, then the clamp is slightly extruded in their longitudinal direction, be placed in the side disk it Between and then relax.Thus the clamp is fixed in the section beam with enough reliabilities.

Preferably, the clamp is respectively equipped with the end pieces made of the material of caoutchouc elasticity in two end.This The end pieces of sample increase the friction between the clamp and the side disk, without may require that bigger consumption.

The task is solved as follows using the bobbin cradle of type that beginning refers to, i.e., in the warp beam supporting member and described Transport device is disposed between bobbin cradle output end, the transport device has at least one clamp receiving member.

Using the transport device then but also the beginning of the yarn sheet fills from the section beam to described and axis The transport for the input terminal set becomes easy.For this purpose, the clamp only has to the clamp for being placed in or being put into the transport device In receiving member and the transport device must be manipulated.The transport device is then by the clamp together with being fixed therein Yarn sheet is delivered to described and shaft device entrance from the section beam.

It is preferred here that there are two bag-like elements that is opposed and opening towards each other for the clamp receiving member tool.Institute Along the longitudinal direction and thus clamp is stated thus to keep at two longitudinal rims of the yarn sheet in two end.Institute It states transport device then traction is applied on the clamp, the clamp can keep yarn sheet with desired orientation wherein. It is described to be orientated the trend for being preferably perpendicular to the yarn of the yarn sheet.Thus all Yarn homogeneous of the yarn sheet by load simultaneously And the tension of interference effect is not generated in the yarn.

Preferably, the bag-like element is arranged at traction element, especially at chain, the traction element be respectively provided with as Under section, the section can from the warp beam supporting member towards the direction of the bobbin cradle output end move.That is The section of the traction element by the bag-like element from the section beam be delivered to the bobbin cradle output end and by This extremely described and shaft device entrance.

It is preferred here that the traction element is configured to circular traction element.Thus following driver is used enough In the traction element, the driver works in one direction.In the case where application chain is as traction element, such as can Enough that the chain is guided by two sprocket wheels, the sprocket wheel is by common axis and is connected to each other.The axis can be by motor, example It is driven such as electric notor.

Preferably, it is disposed with following one another along the direction between the warp beam supporting member and the bobbin cradle output end Pass through crossbeam between the bag-like element that multiple bag-like elements and the traction element following one another are arranged and is connected to each other. Especially when the bobbin cradle has multiple warp beam supporting members, then multiple bag-like elements are suitable, so that the transport fills More than one clamp can be grasped simultaneously and clamp is pulled to the bobbin cradle output end from the warp beam supporting member by setting.But i.e. Make in the case where only one unique warp beam supporting member, multiple bag-like elements are also advantageous, because in this case in phase The warp beam supporting member answered nearby has bag-like element with higher possibility.The crossbeam is responsible on the upside of the two sides of the clamp Stablize the transport element upwards.

Preferably, the transport device is arranged under the warp beam supporting member along gravity direction.This has the advantages that multiple. On the one hand the operator need not lift the clamp together with fixed yarn sheet at which, to put it into the transport In device.On the other hand the yarn sheet can guide in the region on floor, and yarn sheet can be found out well at this, from And the distraction procedure and expansion process can be monitored well later.

Preferably, the transport device has the section stretched vertically in the region of the bobbin cradle output end.Institute Yarn sheet described in bobbin cradle output multiple checks is stated to be necessary.In many cases, the manipulation of the yarn of the yarn sheet It is desired.When the transport device vertically stretches, then but also the clamp is perpendicular together with the yarn sheet being fixed therein It directly is drawn, thus the yarn sheet section same vertical extension in the section of the transport device stretched vertically.

Detailed description of the invention

The present invention is described in conjunction with the accompanying in accordance with the preferred embodiment below.Wherein:

Fig. 1 shows section beam,

Clamp Fig. 2 shows yarn sheet together with fixation at which,

Fig. 3 shows the schematical diagram of the end of clamp,

Fig. 4 shows the section beam in warp beam supporting member,

Fig. 5 shows the schematical diagram of the bobbin cradle with multiple section beams,

Fig. 6 shows the partial view of transport device, and

Fig. 7 shows multiple yarn sheets in the bobbin cradle output.

Specific embodiment

Fig. 1 shows section beam 1, with fuse 2 and in two side disks 3,4 of two ends of the fuse 2. On yarn sheet volume 5 on the fuse 2.The yarn sheet by be largely arranged side by side along the longitudinal direction of the fuse 2 with it is parallel The yarn of extension is constituted.

Clamp 6 is parallel to the fuse 2 and stretches.The clamp 6(it illustrates in greater detail in Fig. 2) it will be along described point The yarn of the width direction of warp beam 1 side by side remains fixed at end and similarly acts on all yarns.For this purpose, The clamp 6 has clamp fuse 7 and clip 8.Guided simultaneously around 7 surrounding of clamp fuse to the yarn U-shaped of the yarn sheet 5 And it is then fixed at the clamp fuse 7 using the clip 8.This fixing foot with by the yarn of the yarn sheet 5 reliably It remains fixed at the clamp 6.

As can be found out in Fig. 1, the clamp 6 is fixed between the side disk 3,4 of the section beam. Use the fixed mechanism 9 illustrated in greater detail in Fig. 3 thus, the fixed mechanism is the component part, more really of the clamp 6 It says with cutting as the component part of the clamp fuse 7.It can be realized using the fixed mechanism clamp 6, at least described The length of clamp fuse 7 changes.For this purpose, the clamp fuse has spring 10, the spring is parallel to the longitudinal direction of the clamp 6 Direction the sliding part 11 that can be contained in shifting in the clamp fuse 7 is loaded outward.The sliding part 11 is in its end Place carrying end pieces 12 made of the material of caoutchouc elasticity.The other end of the clamp 6 can be again provided with such end Component.

When the yarn sheet 5 is fixed at the clamp 6, as this is shown in FIG. 2, then the sliding part 11 Overcome the power of the spring 10 to be forced into the clamp fuse 7, thus the clamp can be placed at the side disk 4 it Between.Hereafter the sliding part 11 can be slightly squeezed out from the clamp fuse 7 again by the power of the spring 10, thus The clamp 6, which is then securely fixed, to be maintained between the side disk 3,4.End made of the material caoutchouc elasticity Part 12 is responsible for enough frictions between the clamp 6 and the side disk 3,4, so that the clamp 6 is reliably held at In the section beam 1.

The clamp 6 is located within the diameter of the side disk 3,4, so that the section beam 1 can be in the side (when this is required) is rolled on face 3,4.Therefore the clamp 6 does not interfere the further behaviour of the section beam 1 It is vertical.

When the section beam 1(is as this is shown in FIG. 4) when being arranged in warp beam supporting member 13, then institute Sliding part 11 is stated to overcome the power of the spring 10 and be slightly extruded in the clamp fuse 7 and the clamp 6 can It is released between the side disk 3,4 and the yarn sheet 5 can be drawn with complete width from the section beam 1 Out.The lateral stress of the yarn sheet, that is can transverse to longitudinal power extended to stretch of the yarn of the yarn sheet 5 Thus it is avoided by.Operator can then be continued to manipulate the yarn sheet 5 by means of the clamp and transmit the yarn sheet 5 To at transport device, next the transport device illustrates.

Fig. 5 schematically shows bobbin cradle 14, and there are many section beams for arrangement wherein.The bobbin cradle is transverse to it That is longitudinal direction transverse to the direction being drawn out along yarn sheet described in its has two rows of warp beam supporting members.The bobbin Frame 14 also transverses to its longitudinal direction and can shift, to can be disposed in row's warp beam bearing position current processed Section beam (wherein that is the yarn sheet is drawn out), and can arrange in another row's warp beam bearing position and quasi- Standby section beam.

As can be found out in Fig. 5, the yarn sheet 5 is extracted downwards from the section beam 1 and along weight Power direction is pulled to the bobbin cradle output end under the section beam 1.Here, the yarn sheet 5 is stretched under bridge 15 Prolong, the bridge covers the yarn sheet 5.

It is disposed with transport dress under the bridge 15 under the warp beam supporting member 13, that is also along gravity direction 16 are set, to be explained in more detail according to Fig. 6.

The transport device 16 is respectively provided with chain 17 at two longitudinal edge, and the chain can be configured to circular. Each chain 17 is guided by sprocket wheel 18, and the sprocket wheel can be driven.The chain 17 is by crossbeam 19 and is connected to each other.

It is respectively disposed with clamp receiving member between corresponding two adjacent crossbeams, the clamp receiving member is configured to herein Bag-like element 20.Each bag-like element, which has, accommodates opening 21.The receiving opening 21 of opposed bag-like element is directed toward towards each other.Institute It states bag-like element therefore opens towards each other.

Clamp 6 can be put at this time in each pair of bag-like element 20.In addition, the sliding part 11 can be pressed into again it is described In clamp fuse 7, so that the clamp or anyway the clamp fuse have the following length, the length is less than in a pair Spacing between the bag-like element 20 of bag-like element.When again hereafter the spring can relax and the clamp fuse 7 lengthens When, then the clamp 6 is securely contained in the transport device 16.When the sprocket wheel 18 is driven, then the clamp 6 The bobbin cradle output end 22 can be pulled to together with fixed yarn sheet 5 and corresponding section beam 1 at which.The traction Power is applied by driver (not shown) herein, and the driver is connect with the sprocket wheel 18.The tractive force of people is to be not required to It wants.It can be disposed with steering component under the bridge 15, can correspondingly turn to the yarn sheet 5.

Instead of shown chain 17, naturally it is also possible to use other traction elements, such as band, tape or the like.

In the bobbin cradle output end 22(, it is shown in FIG. 7) at, the transport device 16(its herein only schematically Ground is shown by base) there is the section stretched vertically, that is such as lower curtate, it is stretched along gravity direction.Concept "vertical" not understand in stringent meaning mathematically at this.The yarn sheet 5 at this however by the clamp 6 from it is lower to Upper movement, so that the yarn sheet 5 can be found out well by operator and can also be manipulated well if necessary.

Simultaneously shaft device is disposed with after the bobbin cradle output end 22, by all section warpings in described and shaft device The yarn sheet 5 of axis 1 is combined.The other processing of the yarn sheet, for example apply cover slurries also can also be with described and axis connection.

Batch replacement can be executed with the relatively short time using shown bobbin cradle, without may require that biggish body Power labour.It must be placed into the warp beam supporting member 13 with clamp 6 come the section beam 1 prepared.The clamp is together with solid Fixed yarn sheet 5 at which only has to pull down, and fills until the clamp reaches the transport together with fixed yarn sheet 5 at which Set 16.There, the clamp is put into the bag-like element 20.Once all clamps are put into corresponding bag In the very best part 20, then the transport device 16 can be manipulated and it is then by all yarn sheets 5 in the feelings for not needing manpower Condition is pulled down to the bobbin cradle output end 22 and pulls up there, so that the yarn sheet 5 is provided herein.

The section beam can be had been placed in herein in rows of warp beam supporting member 13, just without yarn sheet from institute Warp beam supporting member is stated to be drawn out.The yarn sheet can also be prepared there, mode is that the clamp 6 is put into the transport dress It sets in 16.When needing batch replacement, then simply entire bobbin cradle is laterally shifted.

Claims

1. section beam (1) has fuse (2) and two side disks (3,4) in two ends of the fuse (2), It is characterized in that, the section beam (1) has clamp (6) and is provided with fixed mechanism (9), the fixed mechanism is utilized So that the clamp (6) is capable of fixing between the side disk (3,4).

2. section beam according to claim 1, which is characterized in that the fixed mechanism (9) is configured to the clamp (6) component.

3. section beam according to claim 2, which is characterized in that the fixed mechanism (9) has the clamp (6) Length changing mechanism.

4. section beam according to any one of claim 1 to 3, which is characterized in that fixed mechanism (9) construction For grip force generation mechanism, the grip force generation mechanism generates grip force between the clamp (6) and the side disk (3,4).

5. section beam according to claim 4, which is characterized in that the grip force generation mechanism has spring assembly.

6. section beam according to claim 1, which is characterized in that the clamp (6) is distinguished in two end Equipped with end pieces made of the material caoutchouc elasticity (12).

7. the simultaneously bobbin cradle (14) of shaft device, has: at least one warp beam supporting member (13) is for accommodating according to claim 1 extremely Section beam (l) described in any one of 6 and bobbin cradle output end (22), which is characterized in that in the warp beam supporting member (13) it is disposed between the bobbin cradle output end (22) transport device (16), the transport device has at least one clamp Receiving member.

8. bobbin cradle according to claim 7, which is characterized in that there are two opposed and courts for the clamp receiving member tool The bag-like element (20) opened each other.

9. bobbin cradle according to claim 8, which is characterized in that the bag-like element (20) is arranged at traction element, The traction element is respectively provided with following section, and the section can be along from the warp beam supporting member (13) to the bobbin cradle The direction of output end (22) moves.

10. bobbin cradle according to claim 9, which is characterized in that the traction element is configured to circular traction element.

11. bobbin cradle according to claim 9 or 10, which is characterized in that along in the warp beam supporting member (13) and described Direction between bobbin cradle output end (22) is disposed with multiple bag-like elements (20) with following one another and the traction element exists Pass through crossbeam (19) between the bag-like element (20) arranged with following one another and is connected to each other.

12. bobbin cradle according to claim 7, which is characterized in that the transport device (16) is arranged along gravity direction Under the warp beam supporting member (13).

13. bobbin cradle according to claim 7, which is characterized in that the transport device (16) exports in the bobbin cradle Holding has the section stretched vertically in the region of (22).

14. bobbin cradle according to claim 9, which is characterized in that the traction element is chain.