CN209193231U - A kind of clutch bar system of fully automatic high-speed layer winder - Google Patents
A kind of clutch bar system of fully automatic high-speed layer winder Download PDFInfo
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- CN209193231U CN209193231U CN201822043494.8U CN201822043494U CN209193231U CN 209193231 U CN209193231 U CN 209193231U CN 201822043494 U CN201822043494 U CN 201822043494U CN 209193231 U CN209193231 U CN 209193231U
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- coiling
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Abstract
A kind of clutch bar system of fully automatic high-speed layer winder belongs to winding device technical field, including dividing disc, coiling shaft, clutch stick and right linkage shaft；The coiling shaft is in hollow cylindric；Coiling shaft is laterally arranged, and inside is inserted with clutch stick；The coiling shaft inner wall is provided with lateral sliding groove, and the clutch stick outer wall is provided with the first clutch key for being embedded at sliding groove；The right linkage shaft rotational installation is coaxially disposed in right rack and with the clutch stick of coiling station；The right linkage shaft and clutch stick be can disengaging type connect.This equipment realizes the transmission clutch of coiling shaft and right linkage shaft on coiling station.By the way that the present apparatus is arranged, so that multiple station coordinations, improve winding efficiency.
Description
Technical field
The utility model belongs to winding device technical field, in particular to the clutch stick system of a kind of fully automatic high-speed layer winder
System.
Background technique
In the production process of Welding Wire Protected by Carbon Dioxide Gas, the welding wire in deep bid I-beam wheel is needed according to standard weights
In subpackage to welding wire vinyl disc, to complete the subpackage process of welding wire.Layer winder also known as essence around machine, wrapping machine, twine disk machine, be by
Welding Wire Protected by Carbon Dioxide Gas or other tinsels are wound into the equipment on vinyl disc from subpackage in deep bid I-beam wheel.
Traditional layer winder, for coiling main shaft usually by unilateral power drive, coiling main shaft drives vinyl disc rotation, realizes
Winding process.Layer winder, if using multistation, when coiling station vinyl disc around it is full after, need by the station around
Line main shaft is separated with transmission shaft, then engages the coiling main shaft on other stations with transmission shaft, realizes different coiling masters
The clutch of axis and transmission shaft.
Therefore, it is necessary to a kind of clutch bar system of fully automatic high-speed layer winder be researched and developed, to realize above-mentioned function.
Utility model content
In view of above-mentioned deficiencies of the prior art place, the purpose of this utility model is to provide a kind of fully automatic high-speed layer around
The clutch bar system of machine.
In order to achieve the above object, the utility model takes technical solution below.
A kind of clutch bar system of fully automatic high-speed layer winder, including dividing disc, coiling shaft, clutch stick and right linkage turn
Axis；The coiling shaft is in hollow cylindric；Coiling shaft is laterally arranged, and inside is inserted with clutch stick；The coiling shaft
Inner wall is provided with lateral sliding groove, and the clutch stick outer wall is provided with the first clutch key for being embedded at sliding groove；It is described right
The rotational installation of turn axis is coaxially disposed in right rack and with the clutch stick of coiling station；The right linkage shaft and clutch stick are can
Disengaging type connection.
The clutch stick right end sliding is embedded at right linkage shaft, and the clutch stick right end is provided with the second clutch of protrusion
Key；The right linkage shaft inner wall is provided with the clutch slot to be embedded the second clutch key.
The dividing disc is provided with 2 ~ 7 stations, is rotatably equipped with coiling shaft on each station；The coiling shaft
Dividing disc is angularly distributed in centered on dividing disc main shaft.
The coiling shaft outer wall is fixedly installed left card convex and right card convex；It is arranged between the coiling shaft and dividing disc
There are roll bearing sleeve, coiling left bearing and coiling right bearing；The coiling shaft left side exposes to dividing disc, to wear plastics
Disk；The roll bearing sleeve outer wall is fixed on dividing disc, and inner wall card touches coiling left bearing and coiling right bearing；The coiling left axle
It holds left side inner ring and contacts left card convex, right side outer ring contacts roll bearing sleeve；Outer ring contacts roll on the left of the coiling right bearing
Bearing sleeve, right side contact right card convex.
It is arranged with vinyl disc on the left of the coiling shaft, the plastics disc side opens up pin hole；Outside the coiling shaft
Wall fixing sleeve is equipped with right driver plate；The finger to be inserted in vinyl disc pin hole is fixedly installed on the left of the right driver plate；Left card convex
Contact right driver plate.
Horizontal spring is provided between the coiling shaft and clutch stick；The spring left end contacts clutch stick outer wall
Protrusion, right end contact coiling shaft.
This equipment realizes the transmission clutch of coiling shaft and right linkage shaft on coiling station: when coiling, right linkage
Shaft drives the rotation of coiling shaft by clutch stick；When changing station, clutch stick is detached from right linkage shaft.At this point, Left-wing Federation's turn axis
There are gaps with vinyl disc, and clutch stick and right rack are there are gap, and dividing disc rotates by a certain angle, by the vinyl disc that coiling is full
It goes in discharge station, in case subsequent progress lower wall operation, empty vinyl disc is gone on coiling station from upper disk station, with
It is standby to carry out next winding process.By the way that the present apparatus is arranged, so that multiple station coordinations, improve winding efficiency.
Detailed description of the invention
Fig. 1 is the structural schematic diagram of the utility model；
In figure: dividing disc A001, coiling shaft A009, clutch stick A010, the first clutch key A011, left card convex A012, the right side
Card convex A013, roll bearing sleeve A014, coiling left bearing A015, coiling right bearing A016, the second clutch key A017, spring
A018, vinyl disc A019, right driver plate A020, finger A021, right linkage shaft B104, Left-wing Federation turn axis B210, left driver plate B211,
Right rack C002.
Specific embodiment
With reference to the accompanying drawing, the utility model is described in further detail.
A kind of clutch bar system of fully automatic high-speed layer winder, including dividing disc A001, coiling shaft A009, clutch stick
A010, right linkage shaft B104 and Left-wing Federation turn axis B210.
The dividing disc A001 is provided with 2 ~ 7 stations, and coiling shaft A009 is rotatably equipped on each station；It is described
Coiling shaft A009 is angularly distributed in dividing disc A001 centered on dividing disc principal axis A 002.Preferably, the dividing disc
A001 is provided with 3 stations, and a coiling shaft A009 is rotatably equipped on each station, therefore shares 3 coiling shaft A009；
At this point, when the vinyl disc on the coiling shaft A009 of a station is in winding operation, other two station can respectively into
Disk operation and lower wall operation on row.Therefore, this equipment has greatly saved the take-up time, improves take-up efficiency.As another
Preferably, when dividing disc A001 is provided with 2 stations, the vinyl disc on the coiling shaft A009 of a station is in winding operation to kind
When, another station can carry out unloading disk operation and the operation of upper disk.When dividing disc A001 is provided with 4 or more stations, a work
When vinyl disc on the coiling shaft A009 of position is in winding operation, remaining station can carry out unloading disk operation and upper disk behaviour on demand
Make.
The coiling shaft A009 is in hollow cylindric；Coiling shaft A009 is laterally arranged, and inside is inserted with clutch stick
A010；The coiling shaft A009 inner wall is provided with lateral sliding groove, and the clutch stick A010 outer wall, which is provided with, is embedded at cunning
First clutch key A011 of dynamic slot.Clutch stick A010 can slide laterally relative to coiling shaft A009, meanwhile, clutch stick A010 turns
When dynamic, structure is set by the card of sliding groove and the first clutch key A011, coiling shaft A009 is driven to rotate synchronously.
Specifically, the coiling shaft A009 outer wall is fixedly installed left card convex A012 and right card convex A013；The coiling
Roll bearing sleeve A014, coiling left bearing A015 and coiling right bearing A016 are provided between shaft A009 and dividing disc A001；
The left side coiling shaft A009 exposes to dividing disc A001, to wear vinyl disc A019；Outside the roll bearing sleeve A014
Wall is fixed on dividing disc A001, and inner wall card touches coiling left bearing A015 and coiling right bearing A016；The coiling left bearing A015
Left side inner ring contacts left card convex A012, and right side outer ring contacts roll bearing sleeve A014；Outer ring on the left of the coiling right bearing A016
Roll bearing sleeve A014 is contacted, right side contacts right card convex A013.The setting of bearing and bearing block, realize coiling shaft A009 and
Rotary spacing between dividing disc A001: coiling shaft A009 had not only been able to achieve relative to dividing disc A001 rotation, but also was able to achieve phase
For dividing disc A001 axially position.
It is arranged with vinyl disc A019 on the left of coiling shaft A009, the side the vinyl disc A019 opens up pin hole；It is described around
Line shaft A009 outer wall fixing sleeve is equipped with right driver plate A020；It is fixedly installed on the left of the right driver plate A020 to be inserted in plastics
The finger A021 of disk A019 pin hole；Left card convex A012 contacts right driver plate A020, plays the role of the right driver plate A020 of limit.Work as plastics
When disk A019 is by active force to the right, right driver plate A020 is bonded on the right side of vinyl disc A019, finger A021 is inserted in plastics
Disk A019 pin hole rotates synchronously vinyl disc A019, right driver plate A020 and coiling shaft A009.
Horizontal spring A018 is provided between the coiling shaft A009 and clutch stick A010；The left end the spring A018
The protrusion of clutch stick A010 outer wall is contacted, right end contacts coiling shaft A009.Under the action of spring A018, clutch stick A010 has
A kind of trend being moved to the left.When clutch stick A010 is not by active force to the right, clutch stick A010 and right linkage turn
Axis B104 is to be detached from, and at this moment dividing disc A001 is rotary, can reset station.
The right linkage shaft B104 rotational installation is coaxially set in right rack C002 and with the clutch stick A010 of coiling station
It sets；The right linkage shaft B104 and clutch stick A010 be can disengaging type connect.Specifically, the clutch stick A010 right end sliding
It is embedded at right linkage shaft B104, the clutch stick A010 right end is provided with the second clutch key A017 of protrusion；The right linkage
Shaft B104 inner wall is provided with the clutch slot to be embedded the second clutch key A017.
Left-wing Federation's turn axis B210 right end is provided with left driver plate B211.Left-wing Federation's turn axis B210, right linkage shaft
The coiling shaft A009 of B104 and coiling station is coaxially disposed.
When this equipment works, dividing disc A001 rotates by a certain angle, so that a station is fallen on coiling station.Coiling work
Position carries out layer around process, remaining station can carry out disk and/or lower wall process.At this point, the coiling shaft of coiling station
A009, Left-wing Federation turn axis B210, right linkage shaft B104 are in same straight line.Left driver plate B211 contacts the plastics on coiling station
Disk A019, Left-wing Federation turn axis B210 push clutch stick A010 to move right so that clutch stick A010 and right linkage shaft B104 card
It connects.Right linkage shaft B104 drives coiling shaft A009 rotation by clutch stick A010.Due to vinyl disc A019 right end and right group
Disk A020 is contacted, and finger A021 is inserted in vinyl disc A019 pin hole, and the left end vinyl disc A019 is contacted with left driver plate B211, plastics
Disk A019 stress equalization, revolving speed is steady, carries out layer around process.
When Left-wing Federation turn axis B210 is moved back to the left, Left-wing Federation turn axis B210 and clutch stick A010 are detached from, and clutch stick A010 exists
It is moved to the left under the drive of spring A018, so that clutch stick A010 is detached from right linkage shaft B104.At this point, Left-wing Federation's turn axis
There are gap, clutch stick A010 and right rack C002 by B210 and vinyl disc A019 there are gap, and dividing disc A001 rotates certain angle
Degree, the full vinyl disc of coiling is gone in discharge station, in case subsequent progresss lower wall operation, by the vinyl disc of sky from upper disk work
It is gone on coiling station on position, in case carrying out next winding process.
Left-wing Federation turn axis B210 is rotatablely installed in rack, and the rack is along guide rail linearly operating, this is conventional arrangement, no longer
It repeats.
The noun of locality in the application, such as up, down, left, right, before and after, simply to illustrate that component in the technical program
Relative position does not do absolute limitation.It is understood that for those of ordinary skills, it can be practical new according to this
Technical solution and its utility model design of type are subject to equivalent substitution or change, and all these changes or replacement all should belong to this
The protection scope of utility model the attached claims.
Claims (6)
1. a kind of clutch bar system of fully automatic high-speed layer winder, which is characterized in that including dividing disc (A001), coiling shaft
(A009), clutch stick (A010) and right linkage shaft (B104)；The coiling shaft (A009) is in hollow cylindric；Coiling turns
Axis (A009) is laterally arranged, and inside is inserted with clutch stick (A010)；Coiling shaft (A009) inner wall is provided with lateral cunning
Dynamic slot, clutch stick (A010) outer wall are provided with the first clutch key (A011) for being embedded at sliding groove；The right linkage shaft
(B104) rotational installation is coaxially disposed in right rack (C002) and with the clutch stick (A010) of coiling station；The right linkage shaft
(B104) with clutch stick (A010) be can disengaging type connect.
2. a kind of clutch bar system of fully automatic high-speed layer winder as described in claim 1, which is characterized in that the clutch stick
(A010) right end sliding is embedded at right linkage shaft (B104), and clutch stick (A010) right end is provided with the second clutch of protrusion
Key (A017)；Described right linkage shaft (B104) inner wall is provided with the clutch slot to be embedded the second clutch key (A017).
3. a kind of clutch bar system of fully automatic high-speed layer winder as described in claim 1, which is characterized in that the dividing disc
(A001) 2 ~ 7 stations are provided with, coiling shaft (A009) is rotatably equipped on each station；The coiling shaft (A009)
Dividing disc (A001) is angularly distributed in centered on dividing disc main shaft (A002).
4. a kind of clutch bar system of fully automatic high-speed layer winder as described in claim 1, which is characterized in that the coiling turns
Axis (A009) outer wall is fixedly installed left card convex (A012) and right card convex (A013)；The coiling shaft (A009) and dividing disc
(A001) roll bearing sleeve (A014), coiling left bearing (A015) and coiling right bearing (A016) are provided between；The coiling
The left side shaft (A009) exposes to dividing disc (A001), to wear vinyl disc (A019)；The roll bearing sleeve (A014) is outside
Wall is fixed on dividing disc (A001), and inner wall card touches coiling left bearing (A015) and coiling right bearing (A016)；The coiling left axle
It holds inner ring on the left of (A015) to contact left card convex (A012), right side outer ring contacts roll bearing sleeve (A014)；The coiling right bearing
(A016) left side outer ring contacts roll bearing sleeve (A014), and right side contacts right card convex (A013).
5. a kind of clutch bar system of fully automatic high-speed layer winder as described in claim 1, which is characterized in that the coiling turns
It is arranged with vinyl disc (A019) on the left of axis (A009), vinyl disc (A019) side opens up pin hole；The coiling shaft
(A009) outer wall fixing sleeve is equipped with right driver plate (A020)；It is fixedly installed on the left of the right driver plate (A020) to be inserted in plastics
The finger (A021) of disk (A019) pin hole；Left card convex (A012) contacts right driver plate (A020).
6. a kind of clutch bar system of fully automatic high-speed layer winder as described in claim 1, which is characterized in that the coiling turns
Horizontal spring (A018) is provided between axis (A009) and clutch stick (A010)；Spring (A018) left end contacts clutch stick
(A010) protrusion of outer wall, right end contact coiling shaft (A009).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201822043494.8U CN209193231U (en) | 2018-12-06 | 2018-12-06 | A kind of clutch bar system of fully automatic high-speed layer winder |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201822043494.8U CN209193231U (en) | 2018-12-06 | 2018-12-06 | A kind of clutch bar system of fully automatic high-speed layer winder |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN209193231U true CN209193231U (en) | 2019-08-02 |
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ID=67427932
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201822043494.8U Active CN209193231U (en) | 2018-12-06 | 2018-12-06 | A kind of clutch bar system of fully automatic high-speed layer winder |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN209193231U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN110980403A (en) * | 2019-11-22 | 2020-04-10 | 台州达邦贸易有限公司 | Yarn winding device of sizing machine |
-
2018
- 2018-12-06 CN CN201822043494.8U patent/CN209193231U/en active Active
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN110980403A (en) * | 2019-11-22 | 2020-04-10 | 台州达邦贸易有限公司 | Yarn winding device of sizing machine |
| CN110980403B (en) * | 2019-11-22 | 2022-04-26 | 盐城市荣意来纺机有限公司 | Yarn winding device of sizing machine |
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