CN203865677U - Membrane-material processing device - Google Patents
Membrane-material processing device Download PDFInfo
- Publication number
- CN203865677U CN203865677U CN201420296297.6U CN201420296297U CN203865677U CN 203865677 U CN203865677 U CN 203865677U CN 201420296297 U CN201420296297 U CN 201420296297U CN 203865677 U CN203865677 U CN 203865677U
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- China
- Prior art keywords
- film material
- carrying surface
- angle
- feeding device
- state
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Abstract
The utility model relates to a membrane-material processing device. The membrane-material processing device comprises a machine frame, a material supplying device and a winding device, wherein the material supplying device is used for supplying to-be-cut membrane materials and arranged on the machine frame. The winding device of the to-be-cut membrane materials comprises a rotating shaft, an arc-shaped bearing surface of the to-be-cut membrane materials and a moving structure, wherein the rotating shaft is arranged on the machine frame; the arc-shaped bearing surface of the to-be-cut membrane materials is connected to the rotating shaft through a connecting part; the moving structure is used for controlling change between a first state and a second state of the relative position relation of the material supplying device and the bearing surface, so that a preset gap is formed between the edges of every two adjacent to-be-cut membrane materials wound on the winding device of the to-be-cut membrane materials in the direction parallel to the axial direction of the rotating shaft. In the first state, an angle between a connection line of the center of the material supplying device and the center of the bearing surface and the axial centerline of the rotating shaft is a first angle. In the second state, the angle between the connection line of the center of the material supplying device and the center of the bearing surface and the axial centerline of the rotating shaft is a second angle. Cutting of a great number of membrane materials is completed, and each membrane material is conveniently separated and taken for use.
Description
Technical field
The utility model relates to LCD product mounting equipment field, relates in particular to a kind of film material treatment facility.
Background technology
In prior art, cutting of film material is generally artificial or adopts electric slicer, and because film material is very thin, multilayer cuts be inconvenient to point get use, gets use for the ease of dividing, and is all piecemeal cutting, and increase work capacity and efficiency are low.
Utility model content
In order to solve the problems of the technologies described above, the utility model provides a kind of film material treatment facility, can large batch ofly cut film material, raises the efficiency.
In order to achieve the above object, the technical solution adopted in the utility model is: a kind of film material treatment facility, comprising:
Frame;
For the feeding device of film material to be cut is provided, be arranged in described frame;
Wind, described in film material wind to be cut comprise:
Be arranged at the S. A. in described frame;
Be connected in the film material arc carrying surface to be cut on described S. A. by attaching parts;
For the relative position relation of controlling described feeding device and carrying surface changing between the first state and the second state, with between the edge of the adjacent two layers film material on film material wind to be cut described in making to be wound in the direction of the axially parallel of described S. A. on there is the moving structure of predeterminable range, wherein, when described the first state, the angle between the center of described feeding device and the line at the center of described carrying surface and the longitudinal center line of described S. A. is the first angle; When described the second state, described feeding device and described wind and the direction of described S. A. axially parallel on relative motion, to make the angle between the center of described feeding device and the line at the center of described carrying surface and the longitudinal center line of described S. A. be the second angle.
Further, be provided with multiple groovings that hold cutting tool on described carrying surface, the length of the film material between adjacent two groovings is preset width.
Further, described moving structure is arranged on described wind or on described feeding device.
Further, described moving structure comprises:
Be set in the sleeve of described S. A. outside, described sleeve lining prolongs it and is axially arranged with the first groove, and described S. A. outer wall is axially arranged with second groove suitable with described the first groove along it;
Be arranged at the rotating disc of described S. A. one end, the inner side of described rotating disc is provided with wedge shape projection;
Be located on described sleeve and one end can with the elasticity Collapsible structure of side contacts in described rotating disc;
Rotating disc rotation contacts to described wedge shape projection the angle making between described feeding device and described carrying surface and changes between described the first angle and described the second angle with described elasticity Collapsible structure.
Further, described elasticity Collapsible structure comprises:
Be arranged at described sleeve near the inner core of the sheathed connection of one end of described rotating disc, middle cylinder and urceolus, one end of described inner core can with the interior side contacts of described rotating disc, the outer wall of the other end of described inner core is provided with flange, the outer wall of described middle cylinder is provided with and is interval with the first broached-tooth design, and the inwall of described urceolus is interval with second broached-tooth design suitable with described the first broached-tooth design;
Be arranged at the Flexible Connector between the other end and the described S. A. of described sleeve.
Further, described attaching parts is provided with and regulates the adjustment structure of described carrying surface to the distance between described S. A..
Further, described attaching parts comprises the quadrilateral structure being connected to form by four pipe link head and the tail and the box body structure that is located in described quadrilateral structure outside;
Described quadrilateral structure comprises two the first point of connection and two the second point of connection that are oppositely arranged, and two described the first point of connection are connected with described carrying surface and described S. A. respectively;
Described adjustment structure comprises the fix screw that is connected to two tooth bars of two described the second point of connection and is located between two described tooth bars and two described tooth bars are changed between the third state and the 4th state;
Described fix screw comprises and exposes to the nut of described box body structure the first side and be positioned at double-screw bolt described box body structure, tapered structure, the sectional area of described double-screw bolt reduces to the second end away from described nut gradually from the first end near described nut, described the second end is provided with projection, and a side relative with described the first side on described box body structure is provided with the draw-in groove suitable with described projection;
When two described tooth bars are positioned at the described third state, described protruding clamping enters in described draw-in groove, described double-screw bolt respectively with described the first tooth bar and described the second tooth bar close contact to lock two described tooth bars;
When two described tooth bars are positioned at described the 4th state, described fix screw outwards moves to described projection and described draw-in groove departs from, between described double-screw bolt and two described tooth bars, all there is gap, two described tooth bars can be in opposite directions or opposing movement to regulate described carrying surface to the distance between described S. A..
Further, on two described tooth bars, be equipped with and represent the scale value of described carrying surface to the adjustment structure distance of the distance between described S. A..
Further, described carrying surface can obtain by following formula to the distance R between described S. A.: R=(n*a)/(2*3.14), and wherein, the quantity that n is described grooving, a is described predetermined width.
Further, described feeding device is one to be wound with the spool of film material to be cut.
The beneficial effects of the utility model are: film material multiple wraps between wind and adjacent two layers film material with the direction of the axially parallel of S. A. on there is predeterminable range, complete the use of point getting that cuts and facilitate every film material of large batch of film material.
Brief description of the drawings
Fig. 1 represents the utility model structural representation;
Fig. 2 represents the utility model wind structural representation;
Fig. 3 represents the utility model connecting-piece structure schematic diagram;
Fig. 4 represents the utility model moving structure schematic diagram;
Fig. 5 represents the utility model adjustment structure schematic diagram.
Detailed description of the invention
Below in conjunction with accompanying drawing, structure of the present utility model and principle are elaborated, illustrated embodiment, only for explaining the utility model, not limits the utility model with this.
As Figure 1-Figure 5, the present embodiment provides a kind of film material treatment facility, comprising:
Frame 1;
For the feeding device 2 of film material to be cut is provided, be arranged in described frame 1;
Wind 3, described in film material wind 3 to be cut comprise:
Be arranged at the S. A. 31 in described frame 1;
Be connected in the film material arc carrying surface 32 to be cut on described S. A. 31 by attaching parts 34;
For the relative position relation of controlling described feeding device 2 and carrying surface 32 changing between the first state and the second state, with between the edge of the adjacent two layers film material on film material wind 3 to be cut described in making to be wound in the direction of the axially parallel of described S. A. 31 on there is the moving structure of predeterminable range, wherein, when described the first state, the angle between the center of described feeding device 2 and line and the longitudinal center line of described S. A. 31 at described carrying surface 32 center is the first angle; When described the second state, described feeding device 2 and described wind 3 and the direction of described S. A. 31 axially parallels on angle between relative motion, the center that makes described feeding device 2 and line and the longitudinal center line of described S. A. 31 at described carrying surface 32 center be the second angle.
The relative position relation of described feeding device 2 and carrying surface 32 changes between the first state and the second state, between the edge of the adjacent two layers film material described in being wound on film material wind 3 to be cut with the direction of the axially parallel of described S. A. 31 on there is predeterminable range, like this when being wound in multilayer film material on wind 3 by disposable cutting, realize cutting in enormous quantities of film material, and facilitate get use the dividing of film material after every a slice is cut.
In the present embodiment, described the first angle is 90 degree, described the second angle is different from described the first angle, but be not limited to this, if realize the relative position relation of described feeding device 2 and carrying surface 32 change to make to be wound in described between the edge of adjacent two layers film material on film material wind 3 to be cut with the direction of the axially parallel of described S. A. 31 on there is predeterminable range.
In the present embodiment, be provided with multiple groovings 33 that hold cutting tool on described carrying surface 32, the length of the film material between adjacent two groovings 33 is preset width.
Described preset width determines according to the required width that cuts of film material.
In the present embodiment, described moving structure is arranged on described wind 3 or on described feeding device 2.Described wind 3 or described feeding device 2 move predeterminable range in the direction axially paralleling with described S. A. 31, described feeding device 2 and the relative position relation of described carrying surface 32 are changed, and be to take at described S. A. 31 relative position relation that changes described feeding device 2 and described carrying surface 32 after described carrying surface 32 rotates a circle to, the edge that is wound in like this adjacent two layers film material on described carrying surface 32 has predeterminable range in the direction axially paralleling with described S. A. 31, and the edge of film material also can produce because of described feeding device 2 fold in the time being wound around with the change of the relative position relation of described carrying surface 32, this fold is forming air layer to facilitate get use the dividing of film material after cutting between the edge of adjacent two layers film material.
In the present embodiment, described predeterminable range is 0.5cm, but not as limit.
The version of described moving structure can have multiple, if realize described feeding device 2 or carrying surface 32 with the side axially paralleling of described S. A. 31 predeterminable range that moves up.Be specifically introduced with a kind of version that is arranged at the moving structure on described wind 3 below.
In the present embodiment, described moving structure comprises:
Be set in the sleeve 312 of described S. A. 31 outsides, described sleeve 312 inwalls prolong it and are axially arranged with the first groove, and described S. A. 31 outer walls are axially arranged with second groove suitable with described the first groove along it;
The rotating disc 310 that is arranged at described S. A. 31 one end, the inner side of described rotating disc 310 is provided with wedge shape projection 311;
Be located on described sleeve 312 and one end can with the elasticity Collapsible structure 313 of described rotating disc 310 interior side contacts;
Rotating disc 310 rotations contact to described wedge shape projection 311 angle making between described feeding device 2 and described carrying surface 32 and change between described the first angle and described the second angle with described elasticity Collapsible structure 313.
The described sleeve 312 that is arranged so that of described the first groove and described the second groove can relatively move with described S. A. 31 in the axial direction of described S. A. 31, but moves with described S. A. 31 synchronous rotaries.
When the inner side of rotating disc 310 contacts with described elasticity Collapsible structure 313, the relative position relation between described feeding device 2 and described carrying surface 32 is in described the first state; Rotating disc 310 rotations to described wedge shape projection 311 contacts with described elasticity Collapsible structure 313, described elastic extension structure drives described carrying surface 32 to move axially predeterminable range along described S. A. 31, make the angle between described feeding device 2 and described carrying surface 32 be changed to described the second angle by described the first angle, continue that 310 of rotating discs of rotation are wound in skim material on wind 3 and the edge of last layer film material is staggered.
The rotation of described rotating disc 310 can be manual, can be also that in the present embodiment, the outside of described rotating disc 310 is provided with handle, manually rotates described rotating disc 310 automatically.
The version of described elasticity Collapsible structure 313 can have multiple, in the present embodiment,
Described elasticity Collapsible structure 313 comprises:
Be arranged at described sleeve 312 near the inner core 100 of the sheathed connection of one end of described rotating disc 310, middle cylinder 200 and urceolus 300, one end of described inner core 100 can with the interior side contacts of described rotating disc 310, the outer wall of the other end of described inner core 100 is provided with flange, the outer wall of described middle cylinder 200 is provided with and is interval with the first broached-tooth design, and the inwall of described urceolus 300 is interval with second broached-tooth design suitable with described the first broached-tooth design;
Be arranged at the Flexible Connector 34 between the other end and the described S. A. 31 of described sleeve 312.
Described elasticity Collapsible structure 313 has utilized structure and the principle of an Auto Signature refill expansion, wedge shape projection 311 on rotating disc 310 and an end in contact of described inner core 100, during inner core 100 promotes, cylinder 200 moves inward, under the cooperation of described the first broached-tooth design and described the second broached-tooth design, described middle cylinder 200 rotates and makes described carrying surface 32 at the axle of described S. A. 31 predeterminable range that moves up.
In the present embodiment, described attaching parts 34 is provided with and regulates the adjustment structure of described carrying surface 32 to the distance between described S. A. 31.
The version of described adjustment structure has multiple, below introduces several versions of adjustment structure described in the present embodiment.
In the present embodiment, described attaching parts 34 comprises the quadrilateral structure being connected to form by four pipe links, 341 head and the tail and the box body structure that is located in described quadrilateral structure outside;
Described quadrilateral structure comprises two the first point of connection and two the second point of connection that are oppositely arranged, and two described the first point of connection are connected with described carrying surface 32 and described S. A. 31 respectively;
Described adjustment structure comprises and is connected to two tooth bars 342 of two described the second point of connection and is located between two described tooth bars 342 and the fix screw 343 that two described tooth bars 342 are changed between the third state and the 4th state;
Described fix screw 343 comprises and exposes to the nut of described box body structure the first side and be positioned at double-screw bolt described box body structure, tapered structure, the sectional area of described double-screw bolt reduces to the second end away from described nut gradually from the first end near described nut, described the second end is provided with projection, and a side relative with described the first side on described box body structure is provided with the draw-in groove suitable with described projection;
When two described tooth bars 342 are positioned at the described third state, described protruding clamping enters in described draw-in groove, described double-screw bolt respectively with described the first tooth bar 342 and described the second tooth bar 342 close contacts to lock two described tooth bars 342;
When two described tooth bars 342 are positioned at described the 4th state, described fix screw 343 outwards moves to described projection and described draw-in groove departs from, between described double-screw bolt and two described tooth bars 342, all there is gap, two described tooth bars 342 can be in opposite directions or opposing movement to regulate described carrying surface 32 to the distance between described S. A. 31.
In the present embodiment, on two described tooth bars 342, be equipped with and represent the scale value of described carrying surface 32 to the adjustment structure distance of the distance between described S. A. 31, facilitate the adjusting of described carrying surface 32 to the distance between described S. A. 31.
In another embodiment, described attaching parts 34 comprises the quadrilateral structure being connected to form by four pipe links, 341 head and the tail;
Described quadrilateral structure comprises two the first point of connection and two the second point of connection that are oppositely arranged, and two described the first point of connection are connected with described carrying surface 32 and described S. A. 31 respectively;
Described adjustment structure comprises the first adjust bar and the second adjust bar and the bolt of rear end plate that are connected to two described the second point of connection;
Described the first adjust bar is provided with the first screw, described the second adjust bar is provided with the second screw, described bolt of rear end plate is through the first screw, described the first adjust bar and described the second adjust bar in opposite directions or opposing motion to regulate described carrying surface 32 to the distance between described S. A. 31, described bolt of rear end plate is through described the first screw and described the second screw, and described the first adjust bar and described the second adjust bar are locked.
In the present embodiment, described carrying surface 32 can obtain by following formula to the distance R between described S. A. 31: R=(n*a)/(2*3.14), wherein, n is the quantity of described cutter groove, a is described predetermined width, i.e. the length of the film material between described adjacent two groovings 33.
In the present embodiment, described feeding device 2 is one to be wound with the spool of film material to be cut.
The above is the utility model preferred embodiment; it is pointed out that to those skilled in the art, do not departing under the prerequisite of principle described in the utility model; can also make some improvements and modifications, these improvements and modifications also should be considered as the utility model protection domain.
Claims (10)
1. a film material treatment facility, is characterized in that, comprising:
Frame;
For the feeding device of film material to be cut is provided, be arranged in described frame;
Wind, described in film material wind to be cut comprise:
Be arranged at the S. A. in described frame;
Be connected in the film material arc carrying surface to be cut on described S. A. by attaching parts;
For the relative position relation of controlling described feeding device and carrying surface changing between the first state and the second state, with between the edge of the adjacent two layers film material on film material wind to be cut described in making to be wound in the direction of the axially parallel of described S. A. on there is the moving structure of predeterminable range, wherein, when described the first state, the angle between the center of described feeding device and the line at the center of described carrying surface and the longitudinal center line of described S. A. is the first angle; When described the second state, described feeding device and described wind and the direction of described S. A. axially parallel on relative motion, to make the angle between the center of described feeding device and the line at the center of described carrying surface and the longitudinal center line of described S. A. be the second angle.
2. film material treatment facility according to claim 1, is characterized in that, is provided with multiple groovings that hold cutting tool on described carrying surface, and the length of the film material between adjacent two groovings is preset width.
3. film material treatment facility according to claim 1, is characterized in that, described moving structure is arranged on described wind or on described feeding device.
4. film material treatment facility according to claim 3, is characterized in that, described moving structure comprises:
Be set in the sleeve of described S. A. outside, described sleeve lining prolongs it and is axially arranged with the first groove, and described S. A. outer wall is axially arranged with second groove suitable with described the first groove along it;
Be arranged at the rotating disc of described S. A. one end, the inner side of described rotating disc is provided with wedge shape projection;
Be located on described sleeve and one end can with the elasticity Collapsible structure of side contacts in described rotating disc;
Rotating disc rotation contacts to described wedge shape projection the angle making between described feeding device and described carrying surface and changes between described the first angle and described the second angle with described elasticity Collapsible structure.
5. film material treatment facility according to claim 4, is characterized in that, described elasticity Collapsible structure comprises:
Be arranged at described sleeve near the inner core of the sheathed connection of one end of described rotating disc, middle cylinder and urceolus, one end of described inner core can with the interior side contacts of described rotating disc, the outer wall of the other end of described inner core is provided with flange, the outer wall of described middle cylinder is provided with and is interval with the first broached-tooth design, and the inwall of described urceolus is interval with second broached-tooth design suitable with described the first broached-tooth design;
Be arranged at the Flexible Connector between the other end and the described S. A. of described sleeve.
6. film material treatment facility according to claim 2, is characterized in that, described attaching parts is provided with and regulates the adjustment structure of described carrying surface to the distance between described S. A..
7. film material treatment facility according to claim 6, is characterized in that,
Described attaching parts comprises the quadrilateral structure being connected to form by four pipe link head and the tail and the box body structure that is located in described quadrilateral structure outside;
Described quadrilateral structure comprises two the first point of connection and two the second point of connection that are oppositely arranged, and two described the first point of connection are connected with described carrying surface and described S. A. respectively;
Described adjustment structure comprises the fix screw that is connected to two tooth bars of two described the second point of connection and is located between two described tooth bars and two described tooth bars are changed between the third state and the 4th state;
Described fix screw comprises and exposes to the nut of described box body structure the first side and be positioned at double-screw bolt described box body structure, tapered structure, the sectional area of described double-screw bolt reduces to the second end away from described nut gradually from the first end near described nut, described the second end is provided with projection, and a side relative with described the first side on described box body structure is provided with the draw-in groove suitable with described projection;
When two described tooth bars are positioned at the described third state, described protruding clamping enters in described draw-in groove, described double-screw bolt respectively with described the first tooth bar and described the second tooth bar close contact to lock two described tooth bars;
When two described tooth bars are positioned at described the 4th state, described fix screw outwards moves to described projection and described draw-in groove departs from, between described double-screw bolt and two described tooth bars, all there is gap, two described tooth bars can be in opposite directions or opposing movement to regulate described carrying surface to the distance between described S. A..
8. film material treatment facility according to claim 7, is characterized in that, is equipped with and represents the scale value of described carrying surface to the adjustment structure distance of the distance between described S. A. on two described tooth bars.
9. film material treatment facility according to claim 7, it is characterized in that, described carrying surface can obtain by following formula to the distance R between described S. A.: R=(n*a)/(2*3.14), wherein, n is the quantity of described grooving, and a is described predetermined width.
10. film material treatment facility according to claim 1, is characterized in that, described feeding device is one to be wound with the spool of film material to be cut.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201420296297.6U CN203865677U (en) | 2014-06-05 | 2014-06-05 | Membrane-material processing device |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201420296297.6U CN203865677U (en) | 2014-06-05 | 2014-06-05 | Membrane-material processing device |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN203865677U true CN203865677U (en) | 2014-10-08 |
Family
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Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201420296297.6U Expired - Fee Related CN203865677U (en) | 2014-06-05 | 2014-06-05 | Membrane-material processing device |
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| Country | Link |
|---|---|
| CN (1) | CN203865677U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105366420A (en) * | 2015-12-10 | 2016-03-02 | 安庆市鑫顺塑业有限公司 | Fixed-length film cutting machine |
-
2014
- 2014-06-05 CN CN201420296297.6U patent/CN203865677U/en not_active Expired - Fee Related
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105366420A (en) * | 2015-12-10 | 2016-03-02 | 安庆市鑫顺塑业有限公司 | Fixed-length film cutting machine |
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| Date | Code | Title | Description |
|---|---|---|---|
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20141008 |
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| CF01 | Termination of patent right due to non-payment of annual fee |