CN209038770U - Wire spool, bobbin winder device and tin plating production line - Google Patents
Wire spool, bobbin winder device and tin plating production line Download PDFInfo
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- CN209038770U CN209038770U CN201821579061.8U CN201821579061U CN209038770U CN 209038770 U CN209038770 U CN 209038770U CN 201821579061 U CN201821579061 U CN 201821579061U CN 209038770 U CN209038770 U CN 209038770U
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Abstract
Wire spool is related to winding, coil or placing thin-line-shaped material apparatus technical field, including spaced apart first supporting element and the second supporting element, and at least two between the first supporting element and the second supporting element were respectively distributed around lines around one week around lines；At least one is hinged around one end of lines and the first supporting element, respectively detachably connected around the other end of lines and the second supporting element.Bobbin winder device includes wire spool above-mentioned.Tin plating production line includes bobbin winder device above-mentioned.Disposable whole line taking, line taking convenience and high-efficiency can be realized by way of dismantling the second supporting element from line taking on the wire spool of the utility model；Furthermore enable tin plating production to continue to carry out by the way that tinned wire is around in bobbin winder device in take-up thread-changing disk, tinned wire is avoided to be torn because staying in annealing device and tinning stack for a long time, be conducive to the quality and production efficiency that improve solder.
Description
Technical field
The utility model relates to wind, coil or place thin-line-shaped material apparatus technical field, specifically, being to be related to one
Kind wire spool, bobbin winder device and tin plating production line.
Background technique
Existing wire spool includes fixed around lines, to the line taking from wire spool, need the outermost layer from institute's coiling with
Line taking-up is moved back in method reversion similar to coiling, and line taking efficiency is very low.
The tin plating production line of core specifically includes that the stations such as unwrapping wire, annealing, pickling (adding scaling powder), tin plating, cooling, take-up,
Each station sequence arrangement, continuous production.
However the take-up on take-up station needs removable disk after a disk is expired in take-up, removable disk makees the production of production line
On the one hand industry interruption influences production efficiency, on the other hand stringent to time requirement due to annealing operation, core is in moves back for a long time
It is easy to cause the mechanical performance of core to be unsatisfactory for requirement in fiery device, is specifically exactly that prolonged high-temperature heating is easy
Making the tensile strength of core reduces, and makes tinned wire produced be easy to be pulled off, influences the production efficiency of tinned wire.
In addition, core is too long in the tinning stack residence time, also results in tin grain and securely stick on core, when core is tin plating
When afterwards by mold, tin grain is not easy to be struck off by mold, on the one hand mold is easy to cause to block, and increases craft sanitary frequency, separately
On the one hand it is easy to cause core to be pulled off, influences the production of tinned wire.
Summary of the invention
To solve the above-mentioned problems, one of the purpose of this utility model is to provide that a kind of structure is simple, line taking facilitates height
The wire spool of effect.
To achieve the goals above, the utility model provides a kind of wire spool, including spaced apart first supporting element and
Second supporting element, and at least two between the first supporting element and the second supporting element are around lines, respectively around lines around one week
Distribution；It is respectively connect around one end of lines with the first supporting element, and at least one is hinged around lines and the first supporting element, respectively around lines
The other end and the second supporting element it is detachably connected.
Therefore the utility model is designed by setting to wire spool and structure, since at least one is cut with scissors around lines
Be connected on the first supporting element, therefore in the case where being connected to the second supporting element around lines, respectively around lines by the second supporting element and
The common supporting and fixing of first supporting element is bobbin winder bracket, is convenient for wound around coil；In the case where being not connected with the second supporting element around lines,
It should can be rotated relative to first supporting element around lines, and disengage this with institute coiling around lines, and then make institute's coiling pine
It is dynamic, it is taken out convenient for institute's coiling from the side for installing the second supporting element；It can be with from line taking on the wire spool of the utility model
From outermost layer around taking in the way of the prior art, it can also realize that disposable entirety takes by way of dismantling the second supporting element
Line, the mode line taking convenience and high-efficiency of disposable entirety line taking.
One Preferable scheme is that, wire spool further includes pre-tightening apparatus, and pre-tightening apparatus is set to around lines and the first supporting element
Between, in the case where being not connected with the second supporting element around lines, be respectively articulated on the first supporting element around lines in pre-tightening apparatus
Under the action of to close to wire spool rotation axis side tilt.
Therefore in the case where being not connected with the second supporting element around lines, the setting of pre-tightening apparatus, so that being articulated with
Tilting around lines to the rotation axis side close to wire spool for one supporting element, had not only been able to satisfy the purpose for facilitating line taking, but also avoid
It is freely rotated around lines, avoiding being freely rotated around lines influences line taking operation；It additionally can be by being set to pre-tightening apparatus
Set, adjust the tilt angle around lines, for example, adjusted by selecting the torsional spring of different trips the rotation axis of wire spool with around
The angle of lines.
Another Preferable scheme is that, further include the first magnetic substance set on lines, be not connected with second around lines
In the case where supporting element, be respectively articulated on the first supporting element around lines under the action of the first magnetic substance to close to wire spool
The inclination of rotation axis side.
Therefore it is the same with pre-tightening apparatus, for the first magnetic substance is arranged on lines, also the can be not connected with around lines
In the case where two supporting elements, make to be articulated with tilting around lines towards the direction close to wire spool rotation axis on the first supporting element,
Avoiding moveing freely around lines influences line taking operation.
Further embodiment is that wire spool further includes supporter, is respectively distributed around lines around supporter, supporter is from first
Supporting element protrudes above and extends to the direction of the second supporting element, each hinged in the case where being not connected with the second supporting element around lines
In being tilted around lines to the rotation axis side close to wire spool on the first supporting element, and contradict to supporter.
Therefore setting supporter makes around lines in the case where not connected second supporting element, contradicts around lines to branch
Support body is more advantageous to is fixed in position around lines in this way, and is conducive to the regular arrangement around lines.
Further scheme is that supporter is equipped with the second magnetic substance, in the feelings for being not connected with the second supporting element around lines
Under condition, it is respectively articulated with contradicting under the action of the second magnetic substance to supporter on the first supporting element around lines.
Therefore the second magnet is set on supporter, the second magnet is easier to respectively around line strip at attraction, and
Due to being respectively distributed around lines around supporter, respectively the distance around lines to supporter is suitable, is conducive to the second magnet to each
Attraction around lines is uniform.
Further scheme is that supporter further includes the first protrusion, the case where being not connected with the second supporting element around lines
Under, it is respectively articulated on the first supporting element and is close to the first protrusion around lines；Or, being articulated with being equipped with around lines for the first supporting element
Second protrusion, in the case where being not connected with the second supporting element around lines, each second protrusion is close to supporter.
Therefore first protrusion or second protrusion setting limitation around lines tilt angle, set according to requirements
Various sizes of protrusion is set, convenient for being arranged according to requirements, around the tilt angle of lines；On the other hand due to being more around lines
Root, more may cause respectively towards the inclination of the rotation axis side of wire spool around lines collision around lines, cause respectively around streak-inclined
Afterwards in irregular shape, therefore the first protrusion is set, the first protrusion limitation guarantees respectively around lines over-tilting respectively around streak-inclined
It reforms orderly.
Further scheme is that supporter is equipped with the first groove being distributed around supporter, is being not connected with the around lines
In the case where two supporting elements, the second protrusion is close to the first groove；The is equipped with around lines or, being respectively articulated on the first supporting element
Two grooves, in the case where being not connected with the second supporting element around lines, the first protrusion is close to the second groove.
Therefore first groove and the second protrusion be equipped with and the second groove raised is equipped with first
Further make respectively around streak-inclined regular orderly.
Further scheme is, is arc panel around lines, in the case where being connected to the second supporting element around lines, arc
The arc radius of plate is not more than the rotation axis of wire spool to the distance of arc panel.
Therefore arc panel be provided be conducive to keep institute's coiling curvature on bobbin winder bracket uniform, avoid coil around
Stress is excessive at line edge, reduces institute's coiling and is broken off or pulls disconnected risk；The arc radius of arc panel is not more than coiling
The rotation axis of disk is conducive to further avoid institute's coiling excessive around lines edge stress to the distance of arc panel, into
One step reduces the risk that institute's coiling fractures.
Further scheme is that the second supporting element includes the first hole and the second hole, is being connected to the second support around lines
In the case where part, supporter runs through the first hole, and the part for being pierced by the first hole of supporter connect with nut, is plugged in the around lines
Two holes.
Therefore such mode is installed and fixes the second supporting element, installs and fixes reliably, and facilitates the peace of the second supporting element
Assembly and disassembly mount and dismount easy to operate.
Further scheme is that wire spool further includes being set to the first supporting element or the set line on the second supporting element
Part.
Therefore the setting for covering line piece can be fixed institute's coiling when wire spool being facilitated just to start coiling, then
Carry out coiling.
Further scheme is that the first supporting element is equipped with limiting slot, is articulated with limit around lines and the first supporting element
In slot, slewing area of the limiting slot limitation around lines with respect to the first supporting element；Or, the first supporting element is equipped with retention bead, limit
Slewing area of the position protrusion limitation around lines with respect to the first supporting element.
Therefore slewing area of the setting limitation of limiting slot or retention bead around lines with respect to the first supporting element, it keeps away
Exempt from the case where being not connected with the second supporting element around lines, be freely rotated around lines with respect to the first supporting element, influence line taking operation,
Furthermore it is also beneficial to the regular orderly arrangement of coiling item.
To solve the above-mentioned problems, the two of the purpose of this utility model are to provide that a kind of structure is simple, line taking facilitates height
The bobbin winder device of effect.
To achieve the goals above, the utility model also provides a kind of bobbin winder device, including rack, power-equipment and control
Device further includes above-mentioned wire spool, and power-equipment is installed in rack, and the shaft of power-equipment is fixed or passed with the first supporting element
Dynamic connection, controller are electrically connected with power-equipment.
Therefore the bobbin winder device of the utility model is able to pass through the controller control power-equipment and to turn wire spool
It is dynamic to be controlled, further, since the bobbin winder device of the utility model can pass through the second support of disassembly using wire spool above-mentioned
The mode of part realizes disposable whole line taking, is conducive to from the efficient line taking of bobbin winder device.
To solve the above-mentioned problems, the three of the purpose of this utility model are to provide a kind of produce convenient for continuous high-efficient and not
The tin plating production line easily to break.
To achieve the goals above, the utility model also provides a kind of tin plating production line, including suitable along core row line diameter
Actinobacillus device, annealing device, tinning stack, take-up and the bobbin winder device above-mentioned of sequence arrangement, along the line direction of core
On see, bobbin winder device and take-up are set to the downstream of tinning stack.
Therefore the tin plating production line of the utility model is in the added downstream bobbin winder device of tinning stack, so that receiving
Tinned wire can be around in bobbin winder device in thread-changing disk by line apparatus, so that tin plating production line be made to continue tin plating production；In addition,
Avoiding tinned wire in process of production influences the mechanical performance of tinned wire because staying in annealing device for a long time, avoids tinned wire
A large amount of solidification tin liquors blocking molds are adhered to due to the production time staying in tinning stack, and tinned wire is avoided to stay in annealing because producing the time
Device and tinning stack and be torn, guarantee the quality of tinned wire, be conducive to improve solder production efficiency；And due to using
Bobbin winder device above-mentioned, the tin plating production line of the utility model is in the completion of take-up thread-changing disk and solder wraparound take-up
Afterwards, the solder being wound on bobbin winder device can quickly remove processing, and the line taking of bobbin winder device is high-efficient.
Detailed description of the invention
Fig. 1 is state diagram of the utility model wire spool when being not connected with the second supporting element around lines；
Fig. 2 is state diagram of the utility model wire spool when being connected to the second supporting element around lines；
Fig. 3 is the perspective view of the utility model bobbin winder device.
Specific embodiment
Wire spool embodiment:
Fig. 1 and Fig. 2 is please referred to, the wire spool 100 of the present embodiment has spaced apart first supporting element 101 and second
Support member 103, there are also 4 between the first supporting element 101 and the second supporting element 103 around lines 102, for the ease of observing,
Two are merely illustrated in Fig. 1 around 2,4, lines being distributed for rotation axis one week around lines 102 around wire spool 100；Respectively around lines
102 one end is hinged with the first supporting element 101, and the other end is inserted in the second hole 109 on the second supporting element 103.This reality
Example is applied due to being respectively articulated on the first supporting element 101 around lines 102, is being connected to the second supporting element 103 around lines 102
In the case where, it is respectively bobbin winder bracket by the second supporting element 103 and the common supporting and fixing of the first supporting element 101 around lines 102, convenient for twining
Coiling；It, being capable of opposite first supporting element 101 around lines 102 in the case where being not connected with the second supporting element 103 around lines 102
Rotation makes to eliminate extruding between lines 102 and institute's coiling, loosens coil, convenient for coil from for installing the second support
One lateral edge of part 103 is axially taken out；The second supporting element 103 of disassembly can be passed through from line taking on the wire spool 100 of the present embodiment
Mode realizes disposable whole line taking, the mode line taking convenience and high-efficiency of disposable entirety line taking.
Preferably, one week respectively around lines 102 around cylindrical surface is distributed, it is notable that " cylindrical surface " here is not
Refer to the cylindrical surface for having the cylinder of an entity, a but virtual cylinder respectively can be coiled into a circle around lines 102 for indicating
Distribution, so that institute's coiling curvature is uniform.
Quantity around lines 102 can be selected as the case may be, in above embodiments around lines 102 be 4, however
4 have been not necessarily to around lines 102, can be 2 around the minimum number of lines 102,2 around lines 102 and first
It, also can be with respect to first around lines 102 in the case where being not connected with the second supporting element 103 around lines 102 when support member 101 is hinged
Supporting element 101 rotates, and the coil being around on lines 100 can also loosened, and realization facilitates whole line taking purpose of utility model；
Preferably, it is more than or equal to 3 around 102 quantity of lines, is more preferably 4 to 6 around the quantity of lines 102, around the number of lines 102
It is easy to measure installation and removal that are more few more being conducive to the second supporting element 103, however it is more more around the quantity of lines 102 more be conducive to institute
The stress equalization of coiling, therefore will compromise around 102 quantity of lines is 4 to 6, not only can guarantee that installation and removal are easy, but also energy
A degree of stress equalization for guaranteeing institute's coiling.
Selectively, around the connection relationship of lines 102 and the first supporting element 101, it can be all hingedly, be also possible to portion
It is point hinged, if wherein have 1 it is hinged around lines 102 and the first supporting element 101, around not connected second supporting element of lines 102
In the case where 103, leads to institute's coiling on wire spool 100 and loosen, can achieve the purpose that facilitate whole line taking, set certainly
Set larger number ratio around lines 102 and hinged the first supporting element 101 when, institute's coiling can loosen more on wire spool 100
Add obvious, line taking is more easier, for example, by using 4 described in above-described embodiment around lines 102 all with the first supporting element 101
Hingedly, line taking can be made to be more easier in the case where being not connected with the second supporting element 103 around lines 102.
Preferably, 42 be oppositely arranged piece in lines 102 are fixed around lines 102 and the first supporting element 101, in addition
2 fixed around lines 102 and the first supporting element 101.Due to being connected to the second supporting element 103 around lines 102 and not connecting
Under the two states of two supporting elements 103, the state around lines 102 for being articulated with the first supporting element 101 is different, in installation second
When support member 103, need to be articulated with the first supporting element 101 is allocated to connection position with the second supporting element 103 around lines 102, such as
Whole hinged with the first supporting element 101 around lines 102 of fruit, when installing the second supporting element 103, it is necessary to fluctuate 4 around
Lines 102 to the connection position respectively with the second supporting element 103, installation difficulty will increase, therefore using 2 coilings of compromise
Item 102 and the first supporting element 101 are hinged, and it is convenient not only to have can guarantee line taking, but also are unlikely to excessively to increase the installation of the second supporting element 103
Connect difficulty；Certainly it selects opposite 2 hinged around lines 102 and the first supporting element 101, also makes coil on wire spool
It loosens more uniform, is also beneficial to quick line taking.
Preferably, wire spool 100 further includes pre-tightening apparatus (not shown), pre-tightening apparatus is set to around 102 He of lines
Between first supporting element 101, in the case where being not connected with the second supporting element 103 around lines 102, it is respectively articulated with the first supporting element
Being tilted under the action of pre-tightening apparatus to the rotation axis side close to wire spool 100 around lines 102 on 101.Around lines
In the case where 102 not connected second supporting elements 103, the setting of pre-tightening apparatus so that be articulated with the first supporting element 101 around lines
102 tilt to the rotation axis side close to wire spool 100, have both been able to satisfy the purpose for facilitating line taking, and have in turn avoided around lines 102
It is freely rotated, avoiding being freely rotated around lines 102 influences line taking operation；Additionally can by the setting to pre-tightening apparatus come
The tilt angle around lines 102 is adjusted, such as adjusts the rotation axis of wire spool 100 by selecting the torsional spring of different trips
With the angle around lines 102.
Preferably, further including set on the first magnetic substance on lines 102, around not connected second support of lines 102
In the case where part 103, be respectively articulated on the first supporting element 101 around lines 102 under the action of the first magnetic substance to close to around
The rotation axis side of drum 100 tilts.It is the same with pre-tightening apparatus, for the first magnetic substance is arranged on lines 102, also can around
In the case that lines 102 are not connected with the second supporting element 103, make to be articulated on the first supporting element 101 around lines 102 towards setting
Direction inclination, avoiding moveing freely around lines 102 influences line taking operation.
Wire spool 100 further includes supporter 104, is respectively distributed around lines 102 around supporter 104, supporter 104 from first
Supporting element 101 protrudes above and extends to the direction of the second supporting element 103, in the feelings for being not connected with the second supporting element 103 around lines 102
Under condition, it is respectively articulated with tilting around lines 102 to the rotation axis side close to wire spool 100 on first supporting element 101, and support
It touches to supporter 104.Supporter 104 is set, is made in the case where being not connected with the second supporting element 103 around lines 102, around lines
102 contradict to supporter 104, are more advantageous to are fixed in position around lines 102 in this way, and be conducive to around the regular of lines 102
Arrangement.
Preferably, the first supporting element 101 is convex hoop shape, and the first bulge loop can be integrally formed with supporter 104, can also be with
The structure being mounted on supporter 104；From the foregoing, it will be observed that the purpose of the first supporting element 101 setting is in order to around the peace of lines 102
Dress, as long as being able to satisfy the installation around lines 102, the first supporting element 101 can be made various shapes, however, wire spool 100
Body is for rotating coiling, and the first supporting element 101 is set as convex hoop shape and is conducive to the simple for structure of wire spool 100.
Selectively, pre-tightening apparatus can be tension spring or torsional spring；When pre-tightening apparatus be tension spring when, tension spring some connection around
Lines 102, the other end connect the rotation axis of the close wire spool 100 of supporter 104 or the other end the first supporting element 101 of connection
One end；When pre-tightening apparatus be torsional spring when, torsional spring be set to the first supporting element 101 with around the angle that lines 102 are connect.It can from above
Know, tension spring and torsional spring can drive in the case where being not connected with the second supporting element 103 around lines 102 and be articulated with the first supporting element
The 101 rotation axis side inclination around lines 102 to close wire spool 100.
Supporter 104 is equipped with the second magnetic substance 106, in the case where being not connected with the second supporting element 103 around lines 102,
Respectively it is articulated with contradicting under the action of the second magnetic substance 106 to supporter 104 on first supporting element 101 around lines 102.By
Two magnets are set on supporter 104, and the second magnet is easier to respectively attraction is formed around lines 102, and due to respectively around lines
102 are distributed around supporter 104, therefore the distance respectively around lines 102 to supporter 104 is suitable, is conducive to the second magnet to each
Attraction around lines 102 is uniform.
It when the first magnetic substance is arranged on lines 102, respectively attracts each other around lines 102, can be realized and be respectively articulated with
On one supporting element 101 around lines 102 jointly to the inclined purpose in rotation axis side of wire spool 100；On supporter 104
Second magnetic substance 106 is set, those skilled in the art should know need be articulated on the first supporting element 101 around lines
Irony body or setting magnet are set on 102, and selectively, magnet can be only set on supporter 104, and around lines 102
Upper setting can be attracting with magnet irony body；Magnet can also only be set to and (be articulated on the first supporting element 101 around lines 102
Around lines 102) on, and the irony body that can be arranged on supporter 104 can be attracting with magnet；It certainly can also be in supporter
104 and magnet is provided on lines 102, magnet and magnet is attracting drives around lines 102 to the rotary shaft of wire spool 100
The inclination of line side.
Selectively, the shape of supporter 104 can there are many selections, and can be according to the quantity and cloth around lines 102
The mode of setting selects the shape of different supporters 104, such as when being 5 around lines 102, supporter 104 is set as 5 prisms, respectively
It is corresponded around each side of lines 102 and prism, is conducive to the regular arrangement around lines 102；Such as supporter 104 can be
Cylindrical body, the supporter 104 of cylindrical body can adapt to different number and layout around lines 102, and preferably supporter 104 is circle
When cylinder, the axis of supporter 104 and the rotation axis coincident of wire spool 100 are conducive to make so respectively around lines 102 to support
The distance of body 104 is suitable, and it is more regular to be conducive to arrangement when around the conflict of lines 102 to supporter 104.
From the foregoing, it will be observed that the wire spool 100 of the utility model, it is only necessary to be not connected with the second supporting element 103 around lines 102
In the case of, the purpose that can be achieved with efficient line taking can be respectively tilted to the rotation axis side close to wire spool 100 around lines 102,
It is not absolutely required to after the inclination of lines 102 with a certain component contact or contact with each other, it is of course possible to will respectively be set around lines 102
Be set to inclination after contact with each other dependences, or respectively around lines 102 inclination after contact at supporter 104, be conducive in this way holding respectively around
The stabilization of lines 102.
Preferably, supporter 104 further includes the first raised (not shown), second not connected around lines 102
In the case where support member 103, respectively it is articulated on the first supporting element 101 and is close to the first protrusion around lines 102；Or, being articulated with first
Supporting element 101 is equipped with the second protrusion 107 around lines 102, the case where being not connected with the second supporting element 103 around lines 102
Under, each second protrusion 107 is close to supporter 104.Inclination of the setting limitation of first protrusion or the second protrusion 107 around lines 102
Various sizes of protrusion is arranged in angle according to requirements, convenient for the tilt angle around lines 102 is arranged according to requirements；
On the other hand due to being more around lines 102, more may be led around lines 102 towards the inclination of the rotation axis side of wire spool 100
It causes respectively mutually to collide around lines 102, causes the state respectively after the inclination of lines 102 irregular, therefore the first protrusion is set, first
Protrusion limitation guarantees respectively to tilt around lines 102 regular orderly respectively around 102 over-tilting of lines.
As the first supporting element 101, the first protrusion can be set to various shapes, it is only necessary to the first protrusion energy and coiling
Item 102 abuts, it is preferable that the first protrusion is set as convex hoop shape, when convex hoop shape is conducive to respectively contradict the first protrusion around lines 102
It can be more regular；Selectively, the first protrusion can be integrally formed with supporter 104, be also possible to be installed on supporter 104
On structure.
Preferably, supporter 104 is equipped with the first groove 105 being distributed around supporter 104, do not connect around lines 102
In the case where connecing the second supporting element 103, the second protrusion 107 is close to the first groove 105；Or, being respectively articulated on the first supporting element 101
Around lines 102 be equipped with the second groove, around lines 102 be not connected with the second supporting element 103 in the case where, first protrusion be close to
Second groove；First groove 105 and the second protrusion 107 be equipped with and the second groove and the first protrusion be equipped with into
One step makes respectively to tilt around lines 102 regular orderly.
Preferably, the second protrusion 107 is sphere, is respectively articulated on the first supporting element 101 and sets a ball respectively around lines 102
Body, in the case where being not connected with the second supporting element 103 around lines 102, sphere is close to the first groove 105.
Preferably, be arc panel around lines 102, in the case where being connected to the second supporting element 103 around lines 102, arc
The arc radius of shape plate is not more than the rotation axis of wire spool 100 to the distance of arc panel；Arc panel be provided be conducive to make institute around
Coil curvature on bobbin winder bracket is uniform, avoids coil excessive around 102 edge stress of lines, reduce institute's coiling be broken off or
Pull disconnected risk；The arc radius of arc panel is not more than the rotation axis of wire spool 100 to the distance of arc panel, is conducive into one
Step avoids institute's coiling from further decreasing the risk that institute's coiling fractures excessive around 102 edge stress of lines.
Selectively, supporter 104 can pass through the first supporting element 101, but with 103 arranged for interval of the second supporting element；Branch
Support body 104 can also extend to the second supporting element 103, connect with the second supporting element 103；Preferably, the second supporting element 103 includes
First hole 110 and the second hole 109, in the case where being connected to the second supporting element 103 around lines 102, supporter 104 is through the
One hole 110 is plugged in the second hole 109 around lines 102；Supporter 104 is conducive to pass through support through being provided with for the first hole 110
The second supporting element 103 is fixed in body 104；Selectively, it can be beaten in the part for being pierced by the first hole 110 of supporter 104
The second supporting element 103 is fixed by way of to third hole insertion pin in third hole, when needing to dismantle the second supporting element 103,
It only needs from third hole to extract pin out, it is easy to operate；Preferably, the part for being pierced by the first hole 110 of supporter 104 and nut
112 connections；The second supporting element 103 is fixed in thread connecting mode installation, is installed and is fixed reliably, and facilitates the second supporting element 103
Installation and removal mount and dismount easy to operate.
Wire spool 100 further includes being set to the first supporting element 101 or the set line piece 111 on the second supporting element 103；Cover line
The setting of part 111 facilitates wire spool 100 that institute's coiling can be fixed when just having started coiling, then carries out coiling.
First supporting element 101 is equipped with limiting slot 108, is articulated with limiting slot 108 around lines 102 and the first supporting element 101
It is interior, slewing area of the limitation of limiting slot 108 around lines 102 with respect to the first supporting element 101；Or, the first supporting element 101 is equipped with
Retention bead, slewing area of the retention bead limitation around lines 102 with respect to the first supporting element 101.Limiting slot 108 or retention bead
Slewing area of the setting limitation around lines 102 with respect to the first supporting element 101, avoid around not connected second support of lines 102
In the case where part 103, be freely rotated around lines 102 with respect to the first supporting element 101, influence line taking operation, be furthermore also beneficial to around
The regular orderly arrangement of lines 102.
Specifically, the rotation of the cell wall Yu wire spool 100 of the rotation axis side of the close wire spool 100 of limiting slot 108
Axis is in 20 ° to 40 ° of angle, the cell wall and wire spool 100 of the rotation axis side of the separate wire spool 100 of limiting slot 108
Rotation axis it is parallel, this allow for limiting slot 108 allow around lines 102 towards close to wire spool 100 rotation axis side
At most 20 ° to 40 ° of inclination, and cannot be tilted to the rotation axis side away from wire spool 100.
Bobbin winder device embodiment:
Referring to figure 2. and Fig. 3, bobbin winder device include rack, power-equipment, controller and above-mentioned wire spool 100, power
Equipment is installed in rack, and the shaft of power-equipment and the first supporting element 101 are fixed or be sequentially connected, controller and power-equipment
Electrical connection.The bobbin winder device of the present embodiment is able to pass through the controller control power-equipment to control to the rotation of wire spool 100
System, further, since the bobbin winder device of the present embodiment can pass through the side of the second supporting element of disassembly using wire spool 100 above-mentioned
Formula realizes disposable whole line taking, is conducive to from the efficient line taking of bobbin winder device.
Tin plating production line embodiment:
Tin plating production line, including actinobacillus device, the annealing device, tinning stack, receipts along core row line diameter sequence arrangement
Line apparatus and bobbin winder device above-mentioned, look up along the line side of core, and bobbin winder device and take-up are set to tinning stack
Downstream.The tin plating production line of the present embodiment tinning stack added downstream bobbin winder device so that take-up is in thread-changing
Tinned wire can be around in bobbin winder device when disk, so that tin plating production line be made to continue tin plating production；In addition, also tinned wire is avoided to exist
The mechanical performance for influencing tinned wire in production process because staying in annealing device for a long time avoids tinned wire from stopping because producing the time
A large amount of solidification tin liquor blocking molds are adhered in tinning stack, tinned wire is avoided to stay in annealing device and tin plating dress because producing the time
It sets and is torn, guarantee the quality of tinned wire, be conducive to improve solder production efficiency；And it is above-mentioned around traditional thread binding due to using
It sets, the tin plating production line of the present embodiment is completed in take-up thread-changing disk and after solder wraparound take-up, is wound in around traditional thread binding
The solder set can quickly remove processing, and the line taking of bobbin winder device is high-efficient.
Finally it is emphasized that the above is only the preferred embodiment of the present invention, it is not limited to this reality
With novel, for those skilled in the art, the utility model can have various change and change, all in the utility model
Spirit and principle within, any modification, equivalent substitution, improvement and etc. done should be included in the protection model of the utility model
Within enclosing.
Claims (13)
1. wire spool, including spaced apart first supporting element and the second supporting element, and it is located at first supporting element and institute
At least two between the second supporting element are stated around lines, it is each it is described around lines around distribution in one week；
It is characterized by:
It is connect around one end of lines with first supporting element described in each, and around lines and first support described at least one
Part is hinged, each described detachably connected around the other end of lines and second supporting element.
2. wire spool according to claim 1, it is characterised in that:
Further include pre-tightening apparatus, the pre-tightening apparatus be set to it is described between lines and first supporting element, in the coiling
In the case that item is not connected with second supporting element, described on first supporting element is respectively articulated with around lines in the preload
It is tilted under the action of device to the rotation axis side close to the wire spool.
3. wire spool according to claim 1, it is characterised in that:
It further include set on first magnetic substance on lines, in described the case where being not connected with second supporting element around lines
Under, be respectively articulated with described on first supporting element around lines under the action of first magnetic substance to close to the coiling
The rotation axis side of disk tilts.
4. wire spool according to any one of claims 1 to 3, it is characterised in that:
The wire spool further includes supporter, it is each it is described around lines around supporter distribution, the supporter is from described the
One supporting element protrudes above and extends to the direction of second supporting element, is not connected with second supporting element around lines described
In the case of, be respectively articulated on first supporting element it is described around lines to close to the wire spool rotation axis one roll
Tiltedly, it and contradicts to the supporter.
5. wire spool according to claim 4, it is characterised in that:
The supporter is equipped with the second magnetic substance, it is described be not connected with second supporting element around lines in the case where, it is each to cut with scissors
Be connected on first supporting element described contradicts under the action of second magnetic substance to the supporter around lines.
6. wire spool according to claim 4, it is characterised in that:
The supporter further includes the first protrusion, it is described be not connected with second supporting element around lines in the case where, it is each hinged
It is close to first protrusion around lines described on first supporting element；Or,
Be articulated with first supporting element is equipped with the second protrusion around lines, is not connected with second support around lines described
In the case where part, each second protrusion is close to the supporter.
7. wire spool according to claim 6, it is characterised in that:
The supporter is equipped with the first groove being distributed around the supporter, is not connected with second support around lines described
In the case where part, second protrusion is close to first groove；Or,
Respectively be articulated on first supporting element it is described be equipped with the second groove around lines, described not connected described around lines
In the case where second supporting element, first protrusion is close to second groove.
8. wire spool according to claim 4, it is characterised in that:
It is described around lines be arc panel, it is described be connected to second supporting element around lines in the case where, the arc panel
Arc radius is not more than the axis of the supporter to the distance of the arc panel.
9. wire spool according to claim 4, it is characterised in that:
Second supporting element includes the first hole and the second hole, in described the case where being connected to second supporting element around lines
Under, the supporter runs through first hole, and the part for being pierced by first hole of the supporter connect with nut, it is described around
Lines are plugged in second hole.
10. wire spool according to any one of claims 1 to 3, it is characterised in that:
The wire spool further includes being set to first supporting element or the set line piece on second supporting element.
11. wire spool according to any one of claims 1 to 3, it is characterised in that:
First supporting element is equipped with limiting slot, described to be articulated in the limiting slot around lines and first supporting element,
The limiting slot limitation slewing area around relatively described first supporting element of lines；Or,
First supporting element is equipped with retention bead, and the retention bead limitation is described around relatively described first supporting element of lines
Slewing area.
12. bobbin winder device, including rack, power-equipment and controller, it is characterised in that: further include such as claim 1 to 11
Wire spool, the power-equipment are installed in the rack, the shaft of the power-equipment and first supporting element fix or
Transmission connection, the controller are electrically connected with the power-equipment.
13. tin plating production line, including actinobacillus device, annealing device, tinning stack and the receipts along core row line diameter sequence arrangement
Line apparatus, it is characterised in that:
Further include bobbin winder device as claimed in claim 12, looks up along the line side of core, the bobbin winder device and described
Take-up is set to the downstream of the tinning stack.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201821579061.8U CN209038770U (en) | 2018-09-27 | 2018-09-27 | Wire spool, bobbin winder device and tin plating production line |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201821579061.8U CN209038770U (en) | 2018-09-27 | 2018-09-27 | Wire spool, bobbin winder device and tin plating production line |
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| Publication Number | Publication Date |
|---|---|
| CN209038770U true CN209038770U (en) | 2019-06-28 |
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201821579061.8U Active CN209038770U (en) | 2018-09-27 | 2018-09-27 | Wire spool, bobbin winder device and tin plating production line |
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| CN (1) | CN209038770U (en) |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109052053A (en) * | 2018-09-27 | 2018-12-21 | 珠海格力电工有限公司 | Wire spool, bobbin winder device, tin plating production line and tin plating method |
| CN115092778A (en) * | 2022-06-21 | 2022-09-23 | 长飞光纤光缆股份有限公司 | Method for transferring scrapped optical cable by using tray |
-
2018
- 2018-09-27 CN CN201821579061.8U patent/CN209038770U/en active Active
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109052053A (en) * | 2018-09-27 | 2018-12-21 | 珠海格力电工有限公司 | Wire spool, bobbin winder device, tin plating production line and tin plating method |
| CN115092778A (en) * | 2022-06-21 | 2022-09-23 | 长飞光纤光缆股份有限公司 | Method for transferring scrapped optical cable by using tray |
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