CN209721135U - A kind of separated in synchronization structure of the soft goods, materials and equipments of FPC - Google Patents
A kind of separated in synchronization structure of the soft goods, materials and equipments of FPC Download PDFInfo
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- CN209721135U CN209721135U CN201822232632.7U CN201822232632U CN209721135U CN 209721135 U CN209721135 U CN 209721135U CN 201822232632 U CN201822232632 U CN 201822232632U CN 209721135 U CN209721135 U CN 209721135U
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Abstract
The utility model discloses the separated in synchronization structures of one of the soft goods, materials and equipments processing technique field of the FPC soft goods, materials and equipments of FPC, rack is equipped with servo motor, blowing rotary shaft, upper winding rotary shaft and lower winding rotary shaft, discharging roll is cased in blowing rotary shaft, receiving volume is cased in upper winding rotary shaft, lower receiving volume is cased in lower winding rotary shaft, motor drum in-phase is cased on servo motor output shaft, motor drum in-phase and lower winding synchronization wheel rotate synchronously, lower winding synchronization wheel and blowing synchronizing wheel rotate synchronously, and blowing synchronizing wheel and upper winding synchronization wheel rotate synchronously.The utility model solves the problems, such as in board operation process because of goods, materials and equipments corrugation soft caused by strip separating rate is uneven, separating distance is inconsistent and separation failure, guarantee blowing, separation and the winding consistency of product, the problem of avoiding the occurrence of soft goods, materials and equipments corrugation or separation failure, reduce the waste of raw material simultaneously, the normal operation for guaranteeing whole equipment improves the efficiency of the soft goods, materials and equipments separation of FPC.
Description
Technical field
The utility model relates to the soft goods, materials and equipments processing technique fields of FPC, in particular to a kind of soft goods, materials and equipments of FPC is same
Walk separated structure.
Background technique
FPC soft board is also known as flexible circuit board, flexible printed circuit board etc., is widely used in intelligent communication equipment,
It has the characteristics that Distribution density is high, light-weight, thickness is thin.In the process of the soft goods, materials and equipments of FPC, the soft goods, materials and equipments Chang Yijuan of FPC
The form of material strip processed is fed, therefore the material of the soft goods, materials and equipments of FPC needs to attach protective film and protected, and then in process of manufacture
In, the soft goods, materials and equipments of FPC needs to carry out lock out operation.
The discharging roll and receiving volume of existing FPC separating mechanism are driven by different driving mechanisms respectively, this is easy for
Material itself is caused to cannot keep with protective film blowing, separation and the speed of winding, distance consistent, and speed is uneven, separation
It is be easy to cause soft goods, materials and equipments separation corrugation even failure apart from inconsistent, this has resulted in the waste of raw material, while also will affect soft
The normal operation of goods, materials and equipments separating mechanism reduces the efficiency of the soft goods, materials and equipments processing of later period FPC.
Drawbacks described above is worth improving.
Summary of the invention
In order to overcome the shortcomings of existing technology, the utility model provides a kind of separated in synchronization structure of soft goods, materials and equipments of FPC.
Technical solutions of the utility model are as described below:
A kind of separated in synchronization structure of the soft goods, materials and equipments of FPC, including rack, which is characterized in that the rack is revolved equipped with blowing
Shaft, upper winding rotary shaft and lower winding rotary shaft, are cased with discharging roll in the blowing rotary shaft, in the upper winding rotary shaft
It is cased with receiving volume, is cased with lower receiving volume in the lower winding rotary shaft；
Servo motor is fixed in the rack, the servo motor is connect with electric machine rotational axis, the electric machine rotational axis
It covers in the rack, motor drum in-phase is cased on the electric machine rotational axis, the motor drum in-phase and lower winding synchronization wheel are same
Step rotation, for the lower winding synchronization wheel case in the lower winding rotary shaft, the lower winding synchronization wheel passes through third synchronous belt
It is rotated synchronously with blowing synchronizing wheel, for the synchronous wheel case of the blowing in the blowing rotary shaft, the blowing synchronizing wheel passes through the
Four synchronous belts and upper winding synchronization wheel rotate synchronously, and the upper winding synchronization wheel case is in the upper winding rotary shaft.
According to the utility model of above scheme, which is characterized in that transfer rotary shaft is further fixed in the rack, it is described
Be cased with transfer synchronizing wheel in transfer rotary shaft, the transfer synchronizing wheel respectively with the motor drum in-phase, the lower winding synchronization
Wheel rotates synchronously.
Further, the transfer synchronizing wheel includes the first transfer synchronizing wheel and the second transfer synchronizing wheel, in described first
Turn synchronizing wheel to be fixedly connected with the second transfer synchronizing wheel, the first transfer synchronizing wheel passes through the first synchronous belt and the electricity
The connection of machine synchronizing wheel, the second transfer synchronizing wheel are connect by the second synchronous belt with the lower winding synchronization wheel.
Further, second synchronous belt and first tightens bearing touch, and described first, which tightens bearing, is equipped with the
One tightens wheel, and described first, which tightens bearing, is fixed in the rack.
According to the utility model of above scheme, which is characterized in that the lower winding synchronization wheel includes that the first lower winding is same
Step wheel and the second lower winding synchronization wheel, the described first lower winding synchronization wheel are fixedly connected with the described second lower winding synchronization wheel, institute
It states the first lower winding synchronization wheel and the motor drum in-phase rotates synchronously, the described second lower winding synchronization wheel is same by the third
Step band is connect with the blowing synchronizing wheel.
According to the utility model of above scheme, which is characterized in that the third synchronous belt and second tightens bearing touch,
Described second, which tightens bearing, tightens wheel equipped with second, and described second, which tightens bearing, is fixed in the rack.
According to the utility model of above scheme, which is characterized in that the blowing synchronizing wheel includes the first blowing synchronizing wheel
With the second blowing synchronizing wheel, the first blowing synchronizing wheel is fixedly connected with the second blowing synchronizing wheel, first blowing
Synchronizing wheel is connect by the third synchronous belt with the lower winding synchronization wheel, and the second blowing synchronizing wheel is synchronous by the 4th
Band is connect with the upper winding synchronization wheel.
According to the utility model of above scheme, which is characterized in that the 4th synchronous belt and third tighten bearing touch,
The third tightens bearing and tightens wheel equipped with third, and the third tightens bearing and is fixed in the rack.
According to the utility model of above scheme, which is characterized in that the outside of the rack is equipped with the transverse direction outwardly protruded
Protecting border and vertical protecting border, the cross-protection frame are located at the side plate lower end of the rack, the vertical protection side
Frame is located at the rear end of the side plate.
According to the utility model of above scheme, which is characterized in that the upper winding rotary shaft is located at blowing rotation
The upside of axis, the lower winding rotary shaft are located at the downside of the blowing rotary shaft, and the upper winding rotary shaft and it is described under
The distance for winding rotary shaft to the blowing rotary shaft is identical.
According to the utility model of above scheme, the beneficial effect is that: the utility model is solved in board operation
In journey because of the problem of goods, materials and equipments corrugation soft caused by strip separating rate is uneven, separating distance is inconsistent and separation failure, lead to
The same servo motor is crossed as power source, while driving blowing, separation and the wrapup procedure of product, guarantee product blowing,
Separation and winding consistency reduce the waste of raw material, guarantee entire the problem of avoiding the occurrence of soft goods, materials and equipments corrugation or separate failure
The normal operation of equipment improves the efficiency of the soft goods, materials and equipments separation of FPC；The utility model passes through only with a power source simultaneously
It is uniformly controlled the waste for reducing the energy；The utility model is driven by the combination of synchronizing wheel, simplifies the assembly difficulty of equipment,
Assembly efficiency is improved, replacing construction is greatly reduced.
Detailed description of the invention
Fig. 1 is the structural schematic diagram of the utility model.
Fig. 2 is the side view of the utility model.
10, rack in the figure；11, discharging roll；12, upper receiving volume；13, lower receiving volume；
20, servo motor；
31, motor drum in-phase；32, the first transfer synchronizing wheel；33, the second transfer synchronizing wheel；34, the first lower winding synchronization
Wheel；35, the second lower winding synchronization wheel；36, the first blowing synchronizing wheel；37, the second blowing synchronizing wheel；38, upper winding synchronization wheel；
41, the first synchronous belt；42, the second synchronous belt；43, third synchronous belt；44, third synchronous belt；
51, electric machine rotational axis；52, transfer rotary shaft；53, lower winding rotary shaft；54, blowing rotary shaft；55, upper winding rotation
Shaft；
61, first bearing is tightened；62, second bearing is tightened；63, third tightens bearing；
71, cross-protection frame；72, vertical protecting border.
Specific embodiment
With reference to the accompanying drawing and the utility model is further described in embodiment:
As shown in Figure 1 and Figure 2, the separated in synchronization structure of the soft goods, materials and equipments of a kind of FPC, including rack 10, rack 10 are equipped with blowing
Rotary shaft 54, upper winding rotary shaft 53 and lower winding rotary shaft 55.
Discharging roll 11 is cased in blowing rotary shaft 54, the outside of blowing rotary shaft 54 is fixed with blowing synchronizing wheel；Upper winding
Receiving volume 12 is cased in rotary shaft 55, the outside of upper winding rotary shaft 55 is fixed with winding synchronization wheel 38；Lower winding rotation
Lower receiving volume 13 is cased on axis 53, the outside of lower winding rotary shaft 53 is fixed with lower winding synchronization wheel.Preferably, blowing synchronizing wheel
Including the first blowing synchronizing wheel 36 and the second blowing synchronizing wheel 37, the first blowing synchronizing wheel 36 and the second blowing synchronizing wheel 37 are fixed
Connection；Lower winding synchronization wheel includes the first lower winding synchronization wheel 34 and the second lower winding synchronization wheel 35, the first lower winding synchronization wheel
34 are fixedly connected with the second lower winding synchronization wheel 35；Make blowing synchronizing wheel, lower winding synchronization wheel side by side by two synchronizing wheels
Synchronous belt rotation between upper winding synchronization wheel 38 is more smooth, will not have an impact between each other.
Servo motor 20 is fixed in rack 10, servo motor 20 is connect with electric machine rotational axis 51, and 51 sets of electric machine rotational axis
In rack 10, motor drum in-phase 31 is cased on electric machine rotational axis 51, motor drum in-phase 31 and lower winding synchronization wheel rotate synchronously,
Lower winding synchronization wheel and blowing synchronizing wheel rotate synchronously, and blowing synchronizing wheel and upper winding synchronization wheel 38 rotate synchronously.It passes sequentially through
Motor drum in-phase 31, lower winding synchronization wheel, blowing synchronizing wheel and upper winding synchronization wheel 31 synchronous rotation, realize the soft money of FPC
The synchronism of material blowing, separation and wrapup procedure.
In the present embodiment, it is further fixed on transfer rotary shaft 52 in rack 10, it is synchronous that transfer is cased in transfer rotary shaft 52
Wheel, transfer synchronizing wheel are rotated synchronously with motor drum in-phase 31, lower winding synchronization wheel respectively, by transfer rotary shaft 52 to servo electricity
Machine 20 export power buffered, avoid servo motor 20 directly drive synchronizing wheel keep its stress irregular and caused by damage.
Preferably, transfer synchronizing wheel includes the first transfer synchronizing wheel 32 and the second transfer synchronizing wheel 33, and the first transfer is synchronous
Wheel 32 is fixedly connected with the second transfer synchronizing wheel 33.It is rotated synchronously, is led to motor drum in-phase 31 by the first transfer synchronizing wheel 32
It crosses the second transfer synchronizing wheel 33 to rotate synchronously with lower winding synchronization wheel, realizes servo motor 20 and lower rolling-up mechanism, feeding machine
The linkage of structure and upper rolling-up mechanism, while the effect that links is more excellent, and is convenient for the installation of product component.
In linkage process, motor drum in-phase 31 is connect by the first synchronous belt 41 with the first transfer synchronizing wheel 32, and second
Transfer synchronizing wheel 33 connect by the second synchronous belt 42 with the first lower winding synchronization wheel 34, and second descends winding synchronization wheel 35 to pass through the
Three synchronous belts 43 are connect with the first blowing synchronizing wheel 36, and the second blowing synchronizing wheel 37 passes through the 4th synchronous belt 44 and upper winding synchronization
38 connection of wheel.
Second synchronous belt 42 tightens bearing 61 with first and contacts, and first, which tightens bearing 61, tightens wheel equipped with first, and first
It tightens bearing 61 to be fixed in rack 10, first tightens tightness of the bearing 61 by the first regulating wheel to the second synchronous belt 42
It is adjusted, guarantees that the rotation of the second synchronous belt 42 is more smooth.Third synchronous belt 43 and second tighten axis 62 accept touch, second
It tightens bearing 62 and tightens wheel equipped with second, second, which tightens bearing 62, is fixed in rack 10, and second, which tightens bearing 62, passes through the
The tightness of third synchronous belt 43 is adjusted in two regulating wheels, guarantees that the rotation of third synchronous belt 43 is more smooth.4th
Synchronous belt 44 tightens bearing 63 with third and contacts, and third tightens bearing 63 and tightens wheel equipped with third, and it is solid that third tightens bearing 63
It is scheduled in rack 10, third tightens bearing 63 and is adjusted by tightness of the third regulating wheel to the 4th synchronous belt 44, protects
The rotation for demonstrate,proving the 4th synchronous belt 44 is more smooth.
Preferably, the outside of rack 10 is equipped with the cross-protection frame 71 and vertical protecting border 72 outwardly protruded, laterally
Protecting border 71 is located at the side plate lower end of rack 10, and vertical protecting border 72 is located at the rear end of side plate, passes through cross-protection frame
71 and vertical protecting border 72 formed rack outside guard space, each synchronizing wheel and each bearing holder (housing, cover) that tightens are in the guard space
It is interior, the protection of cross-protection frame 71 and vertical protecting border 72 can be obtained, avoids external environment from operating it and causes
Influence so that system operating it is safer.
In the present embodiment, upper winding rotary shaft 55 is located at the upside of blowing rotary shaft 54, and lower winding rotary shaft 53 is located at
The downside of blowing rotary shaft 54, and upper winding rotary shaft 55 is identical with the distance of lower winding rotary shaft 53 to blowing rotary shaft 54.
When servo motor 20 rotates, electric machine rotational axis 51, transfer rotary shaft 52, lower winding rotary shaft 53, blowing rotary shaft 54, upper receipts
Convolution shaft 55 will be converted to the rotation speed of needs according to the gear ratio between each synchronizing wheel to meet feed separation demand.
The utility model solves in board operation process due to strip separating rate is uneven, separating distance is inconsistent
The problem of caused soft goods, materials and equipments corrugation and separation failure, while manufacturing cost has been saved, simplify process control difficulty.
It should be understood that for those of ordinary skills, it can be modified or changed according to the above description,
And all these modifications and variations all should belong to the protection scope of the appended claims for the utility model.
Illustrative description is carried out to the utility model patent above in conjunction with attached drawing, it is clear that the reality of the utility model patent
It is now not subject to the restrictions described above, as long as being carried out using the method concept and technical solution of the utility model patent various
Improve, or it is not improved the conception and technical scheme of the utility model patent are directly applied into other occasions, in this reality
With in novel protection scope.
Claims (10)
1. a kind of separated in synchronization structure of the soft goods, materials and equipments of FPC, including rack, which is characterized in that the rack is rotated equipped with blowing
Axis, upper winding rotary shaft and lower winding rotary shaft are cased with discharging roll in the blowing rotary shaft, cover in the upper winding rotary shaft
There is upper receiving volume, is cased with lower receiving volume in the lower winding rotary shaft；
Servo motor is fixed in the rack, the servo motor is connect with electric machine rotational axis, and the electric machine rotational axis covers
In the rack, motor drum in-phase is cased on the electric machine rotational axis, the motor drum in-phase is synchronous with lower winding synchronization wheel to be turned
Dynamic, in the lower winding rotary shaft, the lower winding synchronization wheel passes through third synchronous belt and puts the lower winding synchronization wheel case
Expect that synchronizing wheel rotates synchronously, for the synchronous wheel case of the blowing in the blowing rotary shaft, the blowing synchronizing wheel is same by the 4th
Step band is rotated synchronously with upper winding synchronization wheel, and the upper winding synchronization wheel case is in the upper winding rotary shaft.
2. the separated in synchronization structure of the soft goods, materials and equipments of FPC according to claim 1, which is characterized in that also fixed in the rack
There is transfer rotary shaft, transfer synchronizing wheel is cased in the transfer rotary shaft, the transfer synchronizing wheel is synchronous with the motor respectively
Wheel, the lower winding synchronization wheel rotate synchronously.
3. the separated in synchronization structure of the soft goods, materials and equipments of FPC according to claim 2, which is characterized in that the transfer synchronizing wheel packet
Include the first transfer synchronizing wheel and the second transfer synchronizing wheel, the first transfer synchronizing wheel and the fixed company of the second transfer synchronizing wheel
It connects, the first transfer synchronizing wheel is connect by the first synchronous belt with the motor drum in-phase, and the second transfer synchronizing wheel is logical
The second synchronous belt is crossed to connect with the lower winding synchronization wheel.
4. the separated in synchronization structure of the soft goods, materials and equipments of FPC according to claim 3, which is characterized in that second synchronous belt with
First tightens bearing touch, and described first, which tightens bearing, tightens wheel equipped with first, and described first tightens described in bearing is fixed on
In rack.
5. the separated in synchronization structure of the soft goods, materials and equipments of FPC according to claim 1, which is characterized in that the lower winding synchronization wheel
Including the first lower winding synchronization wheel and the second lower winding synchronization wheel, the described first lower winding synchronization wheel and the second lower winding are same
Step wheel is fixedly connected, and the described first lower winding synchronization wheel and the motor drum in-phase rotate synchronously, the described second lower winding synchronization
Wheel is connect by the third synchronous belt with the blowing synchronizing wheel.
6. the separated in synchronization structure of the soft goods, materials and equipments of FPC according to claim 1, which is characterized in that the third synchronous belt with
Second tightens bearing touch, and described second, which tightens bearing, tightens wheel equipped with second, and described second tightens described in bearing is fixed on
In rack.
7. the separated in synchronization structure of the soft goods, materials and equipments of FPC according to claim 1, which is characterized in that the blowing synchronizing wheel packet
Include the first blowing synchronizing wheel and the second blowing synchronizing wheel, the first blowing synchronizing wheel and the fixed company of the second blowing synchronizing wheel
It connects, the first blowing synchronizing wheel is connect by the third synchronous belt with the lower winding synchronization wheel, and second blowing is same
Step wheel is connect by the 4th synchronous belt with the upper winding synchronization wheel.
8. the separated in synchronization structure of the soft goods, materials and equipments of FPC according to claim 1, which is characterized in that the 4th synchronous belt with
Third tightens bearing touch, and the third tightens bearing and tightens wheel equipped with third, and the third tightens described in bearing is fixed on
In rack.
9. the separated in synchronization structure of the soft goods, materials and equipments of FPC according to claim 1, which is characterized in that set on the outside of the rack
Outwardly convex cross-protection frame and vertical protecting border out, the cross-protection frame are located under the side plate of the rack
End, the vertical protecting border are located at the rear end of the side plate.
10. the separated in synchronization structure of the soft goods, materials and equipments of FPC according to claim 1, which is characterized in that the upper winding rotary shaft
Positioned at the upside of the blowing rotary shaft, the lower winding rotary shaft is located at the downside of the blowing rotary shaft, and the upper receipts
Convolution shaft is identical with the distance of lower winding rotary shaft to the blowing rotary shaft.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201822232632.7U CN209721135U (en) | 2018-12-28 | 2018-12-28 | A kind of separated in synchronization structure of the soft goods, materials and equipments of FPC |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201822232632.7U CN209721135U (en) | 2018-12-28 | 2018-12-28 | A kind of separated in synchronization structure of the soft goods, materials and equipments of FPC |
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| CN209721135U true CN209721135U (en) | 2019-12-03 |
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| CN201822232632.7U Active CN209721135U (en) | 2018-12-28 | 2018-12-28 | A kind of separated in synchronization structure of the soft goods, materials and equipments of FPC |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN111573352A (en) * | 2020-05-12 | 2020-08-25 | 天津津荣天宇精密机械股份有限公司 | Protection film winding device and material release and protection film winding integrated equipment |
-
2018
- 2018-12-28 CN CN201822232632.7U patent/CN209721135U/en active Active
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN111573352A (en) * | 2020-05-12 | 2020-08-25 | 天津津荣天宇精密机械股份有限公司 | Protection film winding device and material release and protection film winding integrated equipment |
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