TWI532669B - A manufacturing system for an optical film roll, and a method for manufacturing an optical film roll - Google Patents
A manufacturing system for an optical film roll, and a method for manufacturing an optical film roll Download PDFInfo
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- TWI532669B TWI532669B TW103118260A TW103118260A TWI532669B TW I532669 B TWI532669 B TW I532669B TW 103118260 A TW103118260 A TW 103118260A TW 103118260 A TW103118260 A TW 103118260A TW I532669 B TWI532669 B TW I532669B
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- G—PHYSICS
- G02—OPTICS
- G02B—OPTICAL ELEMENTS, SYSTEMS OR APPARATUS
- G02B5/00—Optical elements other than lenses
- G02B5/30—Polarising elements
- G02B5/3025—Polarisers, i.e. arrangements capable of producing a definite output polarisation state from an unpolarised input state
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- G—PHYSICS
- G02—OPTICS
- G02B—OPTICAL ELEMENTS, SYSTEMS OR APPARATUS
- G02B5/00—Optical elements other than lenses
- G02B5/30—Polarising elements
- G02B5/3083—Birefringent or phase retarding elements
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- G—PHYSICS
- G02—OPTICS
- G02F—OPTICAL DEVICES OR ARRANGEMENTS FOR THE CONTROL OF LIGHT BY MODIFICATION OF THE OPTICAL PROPERTIES OF THE MEDIA OF THE ELEMENTS INVOLVED THEREIN; NON-LINEAR OPTICS; FREQUENCY-CHANGING OF LIGHT; OPTICAL LOGIC ELEMENTS; OPTICAL ANALOGUE/DIGITAL CONVERTERS
- G02F1/00—Devices or arrangements for the control of the intensity, colour, phase, polarisation or direction of light arriving from an independent light source, e.g. switching, gating or modulating; Non-linear optics
- G02F1/01—Devices or arrangements for the control of the intensity, colour, phase, polarisation or direction of light arriving from an independent light source, e.g. switching, gating or modulating; Non-linear optics for the control of the intensity, phase, polarisation or colour
- G02F1/13—Devices or arrangements for the control of the intensity, colour, phase, polarisation or direction of light arriving from an independent light source, e.g. switching, gating or modulating; Non-linear optics for the control of the intensity, phase, polarisation or colour based on liquid crystals, e.g. single liquid crystal display cells
- G02F1/133—Constructional arrangements; Operation of liquid crystal cells; Circuit arrangements
- G02F1/1333—Constructional arrangements; Manufacturing methods
- G02F1/1335—Structural association of cells with optical devices, e.g. polarisers or reflectors
- G02F1/133528—Polarisers
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- G—PHYSICS
- G02—OPTICS
- G02F—OPTICAL DEVICES OR ARRANGEMENTS FOR THE CONTROL OF LIGHT BY MODIFICATION OF THE OPTICAL PROPERTIES OF THE MEDIA OF THE ELEMENTS INVOLVED THEREIN; NON-LINEAR OPTICS; FREQUENCY-CHANGING OF LIGHT; OPTICAL LOGIC ELEMENTS; OPTICAL ANALOGUE/DIGITAL CONVERTERS
- G02F1/00—Devices or arrangements for the control of the intensity, colour, phase, polarisation or direction of light arriving from an independent light source, e.g. switching, gating or modulating; Non-linear optics
- G02F1/01—Devices or arrangements for the control of the intensity, colour, phase, polarisation or direction of light arriving from an independent light source, e.g. switching, gating or modulating; Non-linear optics for the control of the intensity, phase, polarisation or colour
- G02F1/13—Devices or arrangements for the control of the intensity, colour, phase, polarisation or direction of light arriving from an independent light source, e.g. switching, gating or modulating; Non-linear optics for the control of the intensity, phase, polarisation or colour based on liquid crystals, e.g. single liquid crystal display cells
- G02F1/133—Constructional arrangements; Operation of liquid crystal cells; Circuit arrangements
- G02F1/1333—Constructional arrangements; Manufacturing methods
- G02F1/1335—Structural association of cells with optical devices, e.g. polarisers or reflectors
- G02F1/13363—Birefringent elements, e.g. for optical compensation
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- B—PERFORMING OPERATIONS; TRANSPORTING
- B32—LAYERED PRODUCTS
- B32B—LAYERED PRODUCTS, i.e. PRODUCTS BUILT-UP OF STRATA OF FLAT OR NON-FLAT, e.g. CELLULAR OR HONEYCOMB, FORM
- B32B37/00—Methods or apparatus for laminating, e.g. by curing or by ultrasonic bonding
- B32B37/14—Methods or apparatus for laminating, e.g. by curing or by ultrasonic bonding characterised by the properties of the layers
- B32B37/16—Methods or apparatus for laminating, e.g. by curing or by ultrasonic bonding characterised by the properties of the layers with all layers existing as coherent layers before laminating
- B32B37/20—Methods or apparatus for laminating, e.g. by curing or by ultrasonic bonding characterised by the properties of the layers with all layers existing as coherent layers before laminating involving the assembly of continuous webs only
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- Physics & Mathematics (AREA)
- Nonlinear Science (AREA)
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- Optics & Photonics (AREA)
- Mathematical Physics (AREA)
- Chemical & Material Sciences (AREA)
- Crystallography & Structural Chemistry (AREA)
- Polarising Elements (AREA)
- Controlling Rewinding, Feeding, Winding, Or Abnormalities Of Webs (AREA)
- Length Measuring Devices By Optical Means (AREA)
- Liquid Crystal (AREA)
- Registering, Tensioning, Guiding Webs, And Rollers Therefor (AREA)
Description
本發明是有關於一種用於將長條片狀的光學膜坯料沿其長度方向分切而作為長條片狀的光學膜，並將該長條片狀的光學膜捲繞成輥狀物而製造光學膜輥狀物的製造系統及製造方法。 The present invention relates to an optical film for slitting a long sheet-shaped optical film blank along a longitudinal direction thereof, and winding the long sheet-shaped optical film into a roll. A manufacturing system and a manufacturing method for producing an optical film roll.
在顯示立體圖像的3D-LCD TV等立體圖像顯示裝置中，使用沿寬度方向交替地配置有相位差彼此不同的右眼用圖像顯示區域(第一相位差區域)和左眼用圖像顯示區域(第二相位差區域)的圖案相位差膜、配置有透光區域和遮光區域的圖案膜等。在這些膜上預先形成有圖案。 In a stereoscopic image display device such as a 3D-LCD TV that displays a stereoscopic image, a right-eye image display region (first phase difference region) and a left-eye image in which phase differences are different from each other are alternately arranged in the width direction. A pattern retardation film such as a display region (second phase difference region), a pattern film in which a light-transmitting region and a light-shielding region are disposed, and the like. Patterns are formed in advance on these films.
在製造光學膜輥狀物時，一般而言，將寬幅的光學膜坯料以規定寬度分切，將該分切後的光學膜捲繞成輥狀物。但是，在如上述那樣預先形成有圖案的光學膜的情況下，不僅要求分切寬度適當，而且還要求在相對於圖案適當的位置高精度地進行分切。 In the production of an optical film roll, generally, a wide optical film blank is slit at a predetermined width, and the slit optical film is wound into a roll. However, in the case where the optical film having a pattern is formed in advance as described above, not only the slit width is required to be appropriate, but also the slitting is performed with high precision at an appropriate position with respect to the pattern.
在專利文獻1中公開了捲繞圖案相位差膜而成的輥狀物。 Patent Document 1 discloses a roll formed by winding a pattern retardation film.
專利文獻1：日本特開2012-32445號 Patent Document 1: Japanese Special Open 2012-32445
但是，在專利文獻1中，關於在相對於圖案適當的位置高精度地進行分切的方法沒有具體地記載。 However, in Patent Document 1, a method of performing slitting with high precision at an appropriate position with respect to the pattern is not specifically described.
本發明是鑑於上述的課題而做成的，其目的在於提供能將具有圖案的長條片狀的光學膜坯料在相對於圖案適當的位置高精度地分切的光學膜輥狀物的製造系統及製造方法。 The present invention has been made in view of the above-described problems, and an object of the invention is to provide a manufacturing system of an optical film roll which can cut a long strip-shaped optical film material having a pattern at a suitable position with respect to a pattern. And manufacturing methods.
為了解決上述課題而進行了銳意研究，結果完成了以下的本發明。即，本發明是一種光學膜輥狀物的製造系統，其一邊輸送具有圖案的長條片狀的光學膜坯料一邊對該光學膜坯料進行分切，將得到的長條片狀的光學膜捲繞成輥狀而製造光學膜輥狀物，其中，具有：攝像部，其對被輸送的前述光學膜坯料的前述圖案進行攝像；校準部，其基於由前述攝像部攝像而得到的攝像結果來調整前述光學膜坯料的寬度方向位置。 In order to solve the above problems, intensive studies have been conducted, and as a result, the following invention has been completed. That is, the present invention is a system for producing an optical film roll, which slits the optical film material while conveying a long sheet-shaped optical film material having a pattern, and obtains the obtained long film-shaped optical film roll. The optical film roll is produced in a roll shape, and has an image pickup unit that images the image of the transported optical film blank, and a calibration unit that is based on an image pickup result obtained by the image pickup unit. The position of the optical film blank in the width direction is adjusted.
根據該結構，由於基於光學膜坯料的圖案的寬度方向位置來調整該光學膜坯料的寬度方向位置，因此能在相 對於圖案適當的位置高精度地對該光學膜坯料進行分切。 According to this configuration, since the position of the width direction of the optical film blank is adjusted based on the position in the width direction of the pattern of the optical film blank, it is possible to The optical film blank is slit with high precision for a position where the pattern is appropriate.
作為前述圖案，例如可舉出與光學膜坯料的長度方向平行的線(基準線)或與被輸送的長條片狀的光學膜坯料的輸送方向(長度方向)平行的線(基準線)。 Examples of the pattern include a line (reference line) parallel to the longitudinal direction of the optical film blank or a line (reference line) parallel to the transport direction (longitudinal direction) of the long sheet-shaped optical film material to be transported.
另外，在本說明書中，「寬度方向」是指與被輸送的長條片狀的光學膜坯料的輸送方向(長度方向)正交的方向。 In the present specification, the "width direction" means a direction orthogonal to the transport direction (longitudinal direction) of the long sheet-shaped optical film material to be transported.
另外，另一方案的本發明是一種光學膜輥狀物的製造系統，其一邊輸送具有圖案的長條片狀的光學膜坯料一邊對該光學膜坯料進行分切，將得到的長條片狀的光學膜捲繞成輥狀而製造光學膜輥狀物，其中，具有：放出部，其從光學膜坯料輥放出前述光學膜坯料；輸送部，其將從前述放出部放出的前述光學膜坯料向下游輸送；攝像部，其對由前述輸送部輸送的前述光學膜坯料的前述圖案進行攝像；校準部，其基於由前述攝像部攝像而得到的攝像結果來調整前述光學膜坯料的寬度方向位置；分切部，其配置於比前述攝像部靠下游側的位置，將由前述輸送部輸送的前述光學膜坯料沿長度方向連續地切斷，由此得到前述長條片狀的光學膜；捲繞部，其將通過前述分切部得到的前述光學膜捲繞成輥狀。 According to still another aspect of the invention, there is provided a system for producing an optical film roll which cuts the optical film material while conveying a long sheet-shaped optical film material having a pattern, and obtains a long strip shape. The optical film is wound into a roll to produce an optical film roll, and has a discharge portion that discharges the optical film blank from the optical film blank roll, and a transport portion that discharges the optical film blank from the discharge portion. The imaging unit transmits an image of the optical film blank conveyed by the transport unit, and the calibration unit adjusts a position of the optical film blank in the width direction based on an imaging result obtained by the imaging unit. a slit portion which is disposed on a downstream side of the image pickup portion, and continuously cuts the optical film blank conveyed by the transport portion in a longitudinal direction to obtain the long sheet-shaped optical film; The optical film obtained by the slitting portion is wound into a roll shape.
根據該結構，由於基於光學膜坯料的圖案的寬度 方向位置來調整該光學膜坯料的寬度方向位置，因此能在相對於圖案適當的位置高精度地對該光學膜坯料進行分切。 According to this structure, due to the width of the pattern based on the optical film blank The position of the optical film material in the width direction is adjusted in the direction position, so that the optical film material can be slit with high precision at an appropriate position with respect to the pattern.
另外，作為上述發明的一實施形態，前述攝像部在使被輸送的前述光學膜坯料與沿前述光學膜坯料的長度方向形成為圓弧狀的凸曲面密接的狀態下對前述圖案進行攝像。 Further, in an embodiment of the invention, the image pickup unit images the image in a state in which the conveyed optical film material is in close contact with a convex curved surface formed in an arc shape along a longitudinal direction of the optical film material.
根據該結構，能消除光學膜坯料的輸送中的偏差，減少測定圖案的寬度方向位置時的測定偏差，因此能在相對於圖案更適當的位置高精度地對光學膜坯料進行分切。 According to this configuration, variations in the conveyance of the optical film blank can be eliminated, and measurement deviation in the width direction of the measurement pattern can be reduced. Therefore, the optical film material can be slit with high precision at a position more appropriate for the pattern.
另外，作為上述發明的一實施形態，光學膜輥狀物的製造系統還具有照明部，該照明部對包括由前述攝像部攝像的前述光學膜坯料的前述圖案在內的攝像區域進行照明。 Further, in an embodiment of the invention, the optical film roll manufacturing system further includes an illuminating unit that illuminates an imaging region including the pattern of the optical film blank imaged by the imaging unit.
根據該結構，由於圖案的邊界(邊緣)明顯，因此攝像的圖像鮮明，能減少圖案的寬度方向位置的測定誤差。相對於攝像部而言，與以透射光方式照射圖案相比，以反射光方式照射圖案時圖案的邊界(邊緣)更明顯，因此優選。 According to this configuration, since the boundary (edge) of the pattern is conspicuous, the image captured is sharp, and the measurement error of the position in the width direction of the pattern can be reduced. It is preferable that the boundary (edge) of the pattern is more conspicuous when the pattern is irradiated with reflected light than the image irradiated by the image pickup unit.
另外，作為上述發明的一實施形態，前述校準部具有調整前述放出部的寬度方向位置的放出位置調整部。 Further, in an embodiment of the invention, the calibration unit includes a release position adjustment unit that adjusts a position of the release unit in the width direction.
另外，作為上述發明的一實施形態，前述校準部具有片狀物校準部，該片狀物校準部為前述輸送部的一部分並且對由前述輸送部輸送的前述光學膜坯料的寬度方向位置進行調整。 Further, in one embodiment of the invention, the calibration unit includes a sheet aligning unit that is a part of the transport unit and adjusts a position in a width direction of the optical film blank conveyed by the transport unit. .
另外，作為上述發明的一實施形態，前述校準部具有放出位置調整部和片狀物校準部，前述放出位置調整部對前述放出部的寬度方向位置進行調整，前述片狀物校準部為前述輸送部的一部分並且對由前述輸送部輸送的前述光學膜坯料的寬度方向位置進行調整， 前述第一攝像部具有配置於前述放出部與前述片狀物校準部之間的第一攝像部(A)和配置於前述片狀物校準部與前述分切部之間的第一攝像部(B)， 前述放出位置調整部基於由前述第一攝像部(A)攝像而得到的攝像結果對前述放出部的寬度方向位置進行調整， 前述片狀物校準部基於由前述第一攝像部(B)攝像而得到的攝像結果對由前述輸送部輸送的前述光學膜坯料的寬度方向位置進行調整。 Further, in an embodiment of the invention, the calibration unit includes a release position adjustment unit and a sheet aligning unit, wherein the release position adjustment unit adjusts a position in a width direction of the release unit, and the sheet aligning unit is the conveyance a part of the portion and adjusting the position in the width direction of the optical film blank conveyed by the conveying portion, The first imaging unit includes a first imaging unit (A) disposed between the emitting unit and the sheet aligning unit, and a first imaging unit disposed between the sheet aligning unit and the slitting unit ( B), The release position adjustment unit adjusts the position in the width direction of the release unit based on the imaging result obtained by the imaging by the first imaging unit (A). The sheet aligning unit adjusts the position in the width direction of the optical film blank conveyed by the transport unit based on an imaging result obtained by the first imaging unit (B).
根據該結構，能利用放出位置調整部調整放出部的寬度方向位置，且利用片狀物校準部調整輸送中的光學膜坯料的寬度方向位置。放出位置調整部的調整是比片狀物校準部的調整大的校準(移動距離較大)，片狀物校準部的校準適於較小的校準。由此，能在相對於圖案適當的位置高精度地對光學膜坯料進行分切。 According to this configuration, the position in the width direction of the discharge portion can be adjusted by the discharge position adjusting portion, and the position in the width direction of the optical film blank during conveyance can be adjusted by the sheet aligning portion. The adjustment of the release position adjustment unit is larger than the adjustment of the sheet calibration unit (the movement distance is large), and the calibration of the sheet calibration unit is suitable for the smaller calibration. Thereby, the optical film blank can be slit with high precision at an appropriate position with respect to the pattern.
片狀物校準部例如至少具有兩個輥和使該輥沿其長度方向自由地移動的移動機構。將兩個輥和光學膜坯料配置為兩個輥的長度方向與光學膜坯料的寬度方向平行，在兩個輥上捲繞光學膜坯料。一邊輸送光學膜坯料一邊利用移動機構使兩個輥沿寬度方向移動，從而能對光學 膜坯料的寬度方向位置進行微調整。 The sheet aligning portion has, for example, at least two rollers and a moving mechanism that freely moves the roller in the longitudinal direction thereof. The two rolls and the optical film blank were arranged such that the longitudinal direction of the two rolls was parallel to the width direction of the optical film blank, and the optical film blank was wound on the two rolls. The optical film blank is conveyed while moving the two rollers in the width direction by the moving mechanism, thereby enabling optical The position of the film blank in the width direction is finely adjusted.
另外，作為上述發明的一實施形態，光學膜輥狀物的製造系統還具有：第二攝像部，其配置於比前述分切部靠下游側的位置，對被輸送的前述光學膜的長度方向的端面即分切線進行攝像；顯示部，其顯示由前述第二攝像部攝像到的圖像。 Further, in an embodiment of the invention, the optical film roll manufacturing system further includes a second image pickup unit disposed at a position downstream of the slit portion and facing the longitudinal direction of the transported optical film The end surface, that is, the tangential line, performs imaging; the display unit displays an image captured by the second imaging unit.
根據該結構，通過在監視器等顯示部上輸出(顯示)由第二攝像部攝像到的分切位置，操作者能通過目視簡單地確認是否有在相對於圖案適當的位置進行分切。 According to this configuration, by outputting (displaying) the slit position captured by the second imaging unit on the display unit such as a monitor, the operator can easily confirm whether or not the slitting is performed at an appropriate position with respect to the pattern by visual observation.
另外，作為上述發明的一實施形態，前述光學膜是沿寬度方向交替地配置有相位差彼此不同的第一相位差區域和第二相位差區域的圖案相位差膜。 Further, in an embodiment of the invention, the optical film is a pattern retardation film in which a first phase difference region and a second phase difference region having different phase differences are alternately arranged in the width direction.
作為前述圖案相位差膜，例如可舉出設於通過顯示右眼用圖像及左眼用圖像來顯示立體圖像的裝置中的圖案相位差膜(立體圖像顯示裝置用相位差膜)等。 The pattern retardation film is, for example, a pattern retardation film (a retardation film for a stereoscopic image display device) provided in a device for displaying a stereoscopic image by displaying a right-eye image and a left-eye image. Wait.
另外，作為上述發明的一實施形態，前述光學膜是層疊圖案相位差膜和具有與長度方向平行的吸收軸的偏振膜而成的圖案相位差膜一體型偏振板，該圖案相位差膜沿寬度方向交替地配置有相位差彼此不同的第一相位差區域和第二相位差區域。 Further, in one embodiment of the invention, the optical film is a pattern retardation film-integrated polarizing plate having a laminated pattern retardation film and a polarizing film having an absorption axis parallel to the longitudinal direction, and the pattern retardation film has a width along the width The first phase difference region and the second phase difference region in which the phase differences are different from each other are alternately arranged in the direction.
另外，作為上述發明的一實施形態，前述光學膜是配置有透光區域和遮光區域的圖案膜。 Further, in an embodiment of the invention, the optical film is a pattern film in which a light transmitting region and a light blocking region are disposed.
另外，作為前述分切部的切斷機構，例如可舉出 切刀、雷射。另外，前述分切部的切斷機構例如在前述光學膜坯料的寬度方向上設置兩個以上。 Further, as the cutting mechanism of the slitting portion, for example, Knife, laser. Further, the cutting mechanism of the slit portion is provided, for example, two or more in the width direction of the optical film blank.
另外，另一方案的本發明是一種光學膜輥狀物的製造方法，其一邊輸送具有圖案的長條片狀的光學膜坯料一邊對該光學膜坯料進行分切，將得到的長條片狀的光學膜捲繞成輥狀而製造光學膜輥狀物，其中，包括：攝像步驟，對被輸送的前述光學膜坯料的前述圖案進行攝像；校準步驟，基於在前述攝像步驟中得到的攝像結果來調整該光學膜坯料的寬度方向位置。 According to another aspect of the invention, there is provided a method for producing an optical film roll, wherein the optical film material is slit while conveying a long sheet-shaped optical film material having a pattern, and the obtained long sheet is obtained. The optical film is wound into a roll to produce an optical film roll, comprising: an image capturing step of capturing the pattern of the transported optical film blank; and a calibration step based on the image pickup result obtained in the image capturing step The position of the optical film blank in the width direction is adjusted.
另外，另一方案的本發明是一種光學膜輥狀物的製造方法，其一邊輸送具有圖案的長條片狀的光學膜坯料一邊對該光學膜坯料進行分切，將得到的長條片狀的光學膜捲繞成輥狀而製造光學膜輥狀物，其中，包括：放出步驟，從光學膜坯料輥放出前述光學膜坯料；輸送步驟，將在前述放出步驟中放出的前述光學膜坯料向下游輸送；攝像步驟，對由前述輸送步驟輸送的前述光學膜坯料的前述圖案進行攝像；校準步驟，基於在前述攝像步驟中得到的攝像結果來調整前述光學膜坯料的寬度方向位置；分切步驟，將由前述輸送步驟輸送的前述光學膜坯料沿長度方向連續地切斷，由此得到前述長條片狀的光學膜；捲繞步驟，將在前述分切步驟中得到的前述光學膜捲 繞成輥狀。 According to another aspect of the invention, there is provided a method for producing an optical film roll, wherein the optical film material is slit while conveying a long sheet-shaped optical film material having a pattern, and the obtained long sheet is obtained. The optical film is wound into a roll to produce an optical film roll, and includes: a releasing step of discharging the optical film blank from the optical film blank roll; and a conveying step of moving the optical film blank discharged in the releasing step a downstream conveying; an imaging step of imaging the pattern of the optical film blank conveyed by the transporting step; and a calibration step of adjusting a width direction position of the optical film blank based on an imaging result obtained in the imaging step; a slitting step The optical film blank conveyed by the transporting step is continuously cut along the longitudinal direction to obtain the long sheet-shaped optical film; and the winding step of the optical film roll obtained in the slitting step Winding into a roll.
1、2、3‧‧‧光學膜輥狀物的製造系統 1, 2, 3‧‧‧ Optical film roll manufacturing system
10‧‧‧放出部 10‧‧‧Release Department
20‧‧‧片狀物校準部 20‧‧‧Flake Calibration Department
21‧‧‧第一校準輥 21‧‧‧First calibration roller
22‧‧‧第二校準輥 22‧‧‧Second calibration roller
23‧‧‧直線運動機構 23‧‧‧Linear motion mechanism
30‧‧‧分切部 30‧‧‧cutting
41、42‧‧‧第一攝像部 41, 42‧ ‧ first camera department
43、44‧‧‧第二攝像部 43, 44‧‧‧ Second Camera Department
50‧‧‧輸送部 50‧‧‧Transportation Department
51、52、53、54、R2、R3、R4‧‧‧輥 51, 52, 53, 54, R2, R3, R4‧‧ ‧ rolls
60‧‧‧放出位置調整部 60‧‧‧ Release position adjustment unit
70‧‧‧捲繞部 70‧‧‧Winding Department
80‧‧‧長條片狀的光學膜坯料 80‧‧‧Long sheet of optical film blank
81、82、83‧‧‧長條片狀的光學膜 81, 82, 83‧‧‧ long strips of optical film
90‧‧‧資訊處理裝置 90‧‧‧Information processing device
91‧‧‧判斷部/位置資訊獲取部 91‧‧‧Decision Department/Location Information Acquisition Department
92‧‧‧運算部 92‧‧‧ Computing Department
93‧‧‧控制部 93‧‧‧Control Department
95‧‧‧監視器 95‧‧‧Monitor
411、421‧‧‧環形照明 411, 421‧‧‧ Ring Lighting
431、441‧‧‧桿形照明 431, 441‧‧‧ rod-shaped lighting
L1‧‧‧基準線 L1‧‧‧ baseline
C1‧‧‧分切線 C1‧‧‧ tangent
R1‧‧‧光學膜坯料輥 R1‧‧‧Optical film blank roll
圖1是實施形態1的光學膜輥狀物的製造系統的概略圖。 Fig. 1 is a schematic view showing a manufacturing system of an optical film roll according to a first embodiment.
圖2是表示實施形態1的基準線的例子的圖。 Fig. 2 is a view showing an example of a reference line in the first embodiment;
圖3是例示第一攝像部的視場範圍的圖。 FIG. 3 is a view illustrating a field of view of the first imaging unit.
圖4是例示第二攝像部的視場範圍的圖。 4 is a view illustrating a field of view of a second imaging unit.
圖5是實施形態2的光學膜輥狀物的製造系統的概略圖。 Fig. 5 is a schematic view showing a manufacturing system of an optical film roll according to a second embodiment;
圖6是實施形態3的光學膜輥狀物的製造系統的概略圖。 Fig. 6 is a schematic view showing a manufacturing system of an optical film roll according to a third embodiment;
圖7是表示實施例1、2的評價結果的圖。 Fig. 7 is a view showing evaluation results of Examples 1 and 2.
(實施形態1) (Embodiment 1)
參照圖1說明實施形態1的光學膜輥狀物的製造系統1的結構。圖2表示長條片狀的光學膜坯料80的一例。 The structure of the optical film roll manufacturing system 1 of the first embodiment will be described with reference to Fig. 1 . FIG. 2 shows an example of a long sheet-shaped optical film blank 80.
本實施形態1的長條片狀的光學膜坯料是層疊立體圖像顯示裝置用的圖案相位差膜和具有與長度方向平行的吸收軸的偏振膜而成的光學膜坯料(立體圖像顯示裝置用圖案相位差膜一體型偏振板的一例)，該立體圖像顯示裝置用的圖案相位差膜沿寬度方向交替地配置有相位差彼此不同的右眼用圖像顯示區域(相位差為+λ/4、第一相位差區域)和左眼用圖像顯示區域(相位差為-λ/4、第二相位差區 域)。該光學膜坯料的膜寬度例如是1200mm以上、2400mm以下。 The long sheet-shaped optical film material of the first embodiment is an optical film material (a stereoscopic image display device) in which a pattern retardation film for a stereoscopic image display device and a polarizing film having an absorption axis parallel to the longitudinal direction are laminated. In the pattern retardation film for a stereoscopic image display device, the right-eye image display region in which the phase differences are different from each other is alternately arranged in the width direction (the phase difference is +λ). /4, first phase difference area) and left eye image display area (phase difference is -λ/4, second phase difference area) area). The film width of the optical film blank is, for example, 1200 mm or more and 2400 mm or less.
在本實施形態中，將與長條片狀的光學膜坯料80的長度方向平行的基準線(圖案的邊界)L1作為檢測線。即，基於該檢測線來計測圖案的寬度方向位置。基準線可以為一條，也可以為兩條以上。另外，作為基準線的線種類，沒有特別限制，例如可舉出實線、虛線，但優選實線。 In the present embodiment, a reference line (a boundary of a pattern) L1 parallel to the longitudinal direction of the long sheet-shaped optical film blank 80 is used as a detection line. That is, the position in the width direction of the pattern is measured based on the detection line. The baseline can be one or more than two. Further, the type of the line as the reference line is not particularly limited, and examples thereof include a solid line and a broken line, but a solid line is preferable.
放出部10從光學膜坯料輥R1放出長條片狀的光學膜坯料80。放出部10具有使光學膜坯料輥R1旋轉的旋轉機構。旋轉機構可以自由旋轉，也可以與馬達連結而能驅動旋轉。 The discharge unit 10 discharges the long sheet-shaped optical film blank 80 from the optical film blank roll R1. The discharge unit 10 has a rotation mechanism that rotates the optical film blank roll R1. The rotating mechanism can rotate freely or can be coupled to the motor to drive the rotation.
輸送部50將從放出部10放出的光學膜坯料80向下游輸送。輸送部50可以為利用未圖示的夾持輥夾著光學膜坯料80地進行送出的結構，可以利用後述的配置於下游側的捲繞部70將分切而得到的長條片狀的光學膜捲繞於輥R2、R3、R4從而進行輸送，也可以利用上述兩方進行輸送。 The transport unit 50 transports the optical film blank 80 discharged from the discharge unit 10 downstream. The transport unit 50 can be configured to be transported by sandwiching the optical film blank 80 by a nip roll (not shown), and can be slit-shaped optically obtained by slitting the downstream portion of the winding portion 70, which will be described later. The film is wound around the rolls R2, R3, and R4 to be transported, and may be transported by the above two.
第一攝像部41攝像由輸送部50輸送的光學膜坯料80的圖案。第一攝像部41例如由面陣相機構成。如圖3所示，第一攝像部41在其視場內攝像圖案(基準線L1)。 The first imaging unit 41 captures the pattern of the optical film blank 80 transported by the transport unit 50. The first imaging unit 41 is configured by, for example, an area array camera. As shown in FIG. 3, the first imaging unit 41 captures a pattern (reference line L1) in its field of view.
第一攝像部41在使被輸送的光學膜坯料80與沿光學膜坯料80的長度方向形成為圓弧狀的凸曲面密接的狀態下攝像圖案(基準線L1)。作為該凸曲面，可以使用構成輸送部50的一部分的輥51。 The first imaging unit 41 captures the image (reference line L1) in a state in which the transported optical film blank 80 is in close contact with the convex curved surface formed in an arc shape along the longitudinal direction of the optical film blank 80. As the convex curved surface, a roller 51 constituting a part of the conveying portion 50 can be used.
在本實施形態中，作為對包括由第一攝像部41 攝像的光學膜坯料80的圖案(基準線L1)的攝像區域進行照明的照明部，使用環形照明411。在本實施形態中，如圖1所示，第一攝像部41相對於光學膜坯料80而言配置於與環形照明411相同的一側，且配置於比環形照明411遠離光學膜坯料80的位置。另外，在第一攝像部41與光學膜坯料80之間設有與形成基準線的一方的區域成為正交尼科爾(cross nicol)的關係、與另一方的區域成為平行尼科爾(parallel nicol)的關係的圓偏振板。 In the present embodiment, the first imaging unit 41 is included as a pair. The illumination unit that illuminates the imaging region of the pattern (reference line L1) of the imaged optical film blank 80 is used, and the ring illumination 411 is used. In the present embodiment, as shown in FIG. 1, the first imaging unit 41 is disposed on the same side as the annular illumination 411 with respect to the optical film blank 80, and is disposed at a position away from the optical film blank 80 from the annular illumination 411. . Further, between the first imaging unit 41 and the optical film blank 80, a region in which one of the reference lines is formed is provided as a cross nicol relationship, and the other region is parallel to Nicole (parallel). Nicol) the relationship of circularly polarized plates.
由第一攝像部41攝像的圖像通過資訊處理裝置90進行圖像解析。資訊處理裝置90的判斷部(位置資訊獲取部)91檢測通過圖像解析而得到的圖像的基準線。如圖3所示，將檢測出的基準線作為檢測線。判斷該檢測線是否處於相機的視場內的預先設定的標準位置(基準線應該存在的寬度方向位置)(或配置於規定的範圍內)。判斷部91例如測定從視場範圍(攝像區域)的圖面上右端到基準線(檢測線)的垂直距離，判斷該測定值是否處於規定值的範圍內。判斷部91在判斷為基準線的寬度方向位置位於預先設定的位置(基準線應該存在的寬度方向位置)(或配置於規定的範圍內)的情況下，可以不做任何指示，也可以向例如顯示部的監視器95輸出圖像。 The image captured by the first imaging unit 41 is subjected to image analysis by the information processing device 90. The determination unit (position information acquisition unit) 91 of the information processing device 90 detects the reference line of the image obtained by the image analysis. As shown in FIG. 3, the detected reference line is used as a detection line. It is determined whether the detection line is in a predetermined standard position within the field of view of the camera (the width direction position where the reference line should exist) (or is disposed within a predetermined range). The determination unit 91 measures, for example, the vertical distance from the right end of the viewing range (imaging region) to the reference line (detection line), and determines whether or not the measured value is within a predetermined value. When the determination unit 91 determines that the position in the width direction of the reference line is at a predetermined position (a position in the width direction where the reference line should be present) (or is disposed within a predetermined range), the determination unit 91 may perform no instruction, for example, or may The monitor 95 of the display unit outputs an image.
另一方面，在判斷部91判斷為基準線(檢測線)未位於預先設定的標準位置(基準線應該存在的寬度方向位置)(或未配置於規定的範圍內)的情況下，運算部92求出放出部10的移動方向和移動量。運算部92例如測定基準線自 前述標準位置的偏移方向及偏移量來求出放出部10的移動方向(與偏移方向相反的方向)和移動量。移動量可以與偏移量相同，可以比偏移量大，也可以比偏移量小。然後，控制部93向後述的放出位置調整部60指示上述求出的移動方向和移動量。 On the other hand, when the determination unit 91 determines that the reference line (detection line) is not located at a predetermined standard position (a position in the width direction where the reference line should exist) (or is not disposed within a predetermined range), the calculation unit 92 The moving direction and the amount of movement of the emitting unit 10 are obtained. The calculation unit 92 measures, for example, the reference line from The moving direction (the direction opposite to the offset direction) and the amount of movement of the emitting portion 10 are obtained by the offset direction and the offset amount of the standard position. The amount of movement can be the same as the offset, and can be larger than the offset or smaller than the offset. Then, the control unit 93 instructs the above-described release position adjustment unit 60 to the above-described obtained movement direction and movement amount.
放出位置調整部60基於由第一攝像部41攝像而得到的攝像結果(圖像)來調整放出部10的寬度方向位置。放出位置調整部60具有用於使放出部10沿其寬度方向移動的移動機構，利用該移動機構，基於從控制部93發送來的移動方向和移動量來調整放出部10的寬度方向位置。作為移動機構，例如可舉出直線運動機構。 The release position adjustment unit 60 adjusts the position in the width direction of the discharge unit 10 based on the imaging result (image) obtained by the imaging by the first imaging unit 41. The release position adjustment unit 60 has a movement mechanism for moving the discharge unit 10 in the width direction thereof, and the movement direction adjusts the position in the width direction of the discharge unit 10 based on the movement direction and the amount of movement transmitted from the control unit 93. As the moving mechanism, for example, a linear motion mechanism can be cited.
分切部30配置於比第一攝像部41靠下游側，將由輸送部50輸送的光學膜坯料80沿長度方向連續地切斷，從而得到長條片狀的光學膜81、82、83。作為分切部30的切斷機構，例如可舉出切刀、雷射，但從切斷面的品質的觀點出發，優選切刀，更優選用兩個切刀夾著切斷物地對置的剪切切斷。在本實施形態中，分切部30的切斷機構在光學膜坯料80的寬度方向上設置有三個，但可以為兩個，也可以為四個以上。 The slitting portion 30 is disposed on the downstream side of the first image capturing portion 41, and the optical film blank 80 conveyed by the transporting portion 50 is continuously cut in the longitudinal direction to obtain the elongated sheet-shaped optical films 81, 82, and 83. The cutting mechanism of the slitting portion 30 is, for example, a cutter or a laser. However, from the viewpoint of the quality of the cut surface, a cutter is preferable, and it is more preferable to face the cut object with two cutters. The cut is cut. In the present embodiment, the cutting mechanism of the slitting portion 30 is provided in three in the width direction of the optical film blank 80, but it may be two or four or more.
捲繞部70將由分切部30切斷的長條片狀的光學膜81、82、83分別捲繞於輥R2、R3、R4。捲繞部70具有未圖示的馬達和旋轉機構，使輥R2、R3、R4同步且同速地旋轉，分別捲繞長條片狀的光學膜81、82、83。 The winding portion 70 winds the long sheet-shaped optical films 81, 82, and 83 cut by the slit portion 30 around the rolls R2, R3, and R4, respectively. The winding unit 70 includes a motor (not shown) and a rotating mechanism, and rotates the rolls R2, R3, and R4 in synchronization with each other at the same speed, and winds the long sheet-shaped optical films 81, 82, and 83, respectively.
第二攝像部43、44配置於比分切部30靠下游側， 用於攝像輸送的光學膜的被切斷的長度方向的端面即分切線C1。在本實施形態中，第二攝像部43、44由線陣相機構成。 The second imaging units 43 and 44 are disposed on the downstream side of the slitting unit 30. The end surface of the optical film for image conveyance that is cut in the longitudinal direction is a slit line C1. In the present embodiment, the second imaging units 43 and 44 are constituted by a line camera.
第二攝像部43、44在使被輸送的光學膜81、82與沿光學膜81、82的長度方向形成為圓弧狀的凸曲面密接的狀態下攝像分切線(分切後的切斷面)。作為該凸曲面，分別使用構成輸送部50的一部分的輥53、54。 The second imaging units 43 and 44 image the slit lines (the cut surfaces after slitting) in a state in which the transported optical films 81 and 82 are in close contact with the convex curved surfaces formed in an arc shape along the longitudinal direction of the optical films 81 and 82. ). As the convex curved surface, rollers 53 and 54 constituting a part of the conveying portion 50 are used.
在本實施形態中，作為對包括由第二攝像部43、44攝像的分切線C1的攝像區域進行照明的照明部，使用桿形照明431、441。如圖1所示，第二攝像部43、44相對於光學膜81、82而言配置於與桿形照明431、441相同的一側，且配置於比桿形照明431、441遠離光學膜81、82的位置。 In the present embodiment, the rod-shaped illuminations 431 and 441 are used as the illumination unit that illuminates the imaging region including the slit line C1 imaged by the second imaging units 43 and 44. As shown in FIG. 1, the second imaging units 43 and 44 are disposed on the same side as the rod-shaped illuminations 431 and 441 with respect to the optical films 81 and 82, and are disposed away from the optical film 81 by the rod-shaped illuminations 431 and 441. , the location of 82.
由第二攝像部43、44攝像的圖像能向監視器發送並顯示。通過使監視器95輸出(顯示)由第二攝像部43、44攝像的分切位置，操作者能簡單地目視確認分切線C1。圖4表示由第二攝像部攝像的分切線C1的圖像的一例。 The images captured by the second imaging units 43, 44 can be transmitted to the monitor and displayed. By causing the monitor 95 to output (display) the slit position captured by the second imaging units 43, 44, the operator can easily visually confirm the slit line C1. FIG. 4 shows an example of an image of the slit line C1 imaged by the second imaging unit.
(實施形態2) (Embodiment 2)
參照圖5說明實施形態2的光學膜輥狀物的製造系統2的結構。關於與實施形態1不同的結構進行說明，省略相同結構的說明。 The structure of the manufacturing system 2 for the optical film roll according to the second embodiment will be described with reference to Fig. 5 . The configuration different from the first embodiment will be described, and the description of the same configuration will be omitted.
輸送部50在放出部10與第一攝像部42之間具有基於由第一攝像部42攝像而得到的圖像來調整光學膜坯料80的寬度方向的位置的片狀物校準部20。第一攝像部42為與實施形態1的第一攝像部41相同的結構。資訊處理裝置90也為相同的結構，與實施形態1同樣地求出移動方向和移動 量，向片狀物校準部20發出指令，利用片狀物校準部20調整光學膜坯料80的寬度方向的位置。 The transport unit 50 has a sheet-like aligning unit 20 that adjusts the position of the optical film blank 80 in the width direction based on the image obtained by the first imaging unit 42 between the emitting unit 10 and the first imaging unit 42 . The first imaging unit 42 has the same configuration as the first imaging unit 41 of the first embodiment. The information processing device 90 has the same configuration, and the moving direction and movement are obtained in the same manner as in the first embodiment. The amount is commanded to the sheet aligning unit 20, and the position of the optical film blank 80 in the width direction is adjusted by the sheet aligning unit 20.
實施形態2的片狀物校準部20具有第一校準輥21、第二校準輥22以及使第一、第二校準輥21、22沿其長度方向自由地移動的直線運動機構23。將第一、第二校準輥21、22和光學膜坯料80配置為第一、第二校準輥21、22的長度方向和光學膜坯料80的寬度方向平行。如圖5所示，將光學膜坯料80從下方向橫向右方以90°的角度相對於第一校準輥21捲繞，接著將光學膜坯料80向下方以90°的角度相對於第二校準輥22捲繞。一邊利用輸送部50輸送光學膜坯料80一邊利用直線移動機構23使第一、第二校準輥21、22沿膜寬度方向移動，從而對光學膜坯料80的寬度方向位置進行微調整。 The sheet aligning portion 20 of the second embodiment has a first aligning roller 21, a second aligning roller 22, and a linear motion mechanism 23 that freely moves the first and second aligning rollers 21, 22 in the longitudinal direction thereof. The first and second registration rollers 21, 22 and the optical film blank 80 are disposed such that the longitudinal directions of the first and second registration rollers 21, 22 are parallel to the width direction of the optical film blank 80. As shown in FIG. 5, the optical film blank 80 is wound with respect to the first alignment roller 21 at an angle of 90° from the lower side to the right side, and then the optical film blank 80 is angled downward with respect to the second alignment at an angle of 90°. The roller 22 is wound. While the optical film blank 80 is being transported by the transport unit 50, the first and second alignment rollers 21 and 22 are moved in the film width direction by the linear movement mechanism 23, and the position of the optical film blank 80 in the width direction is finely adjusted.
(實施形態3) (Embodiment 3)
參照圖6說明實施形態3的光學膜輥狀物的製造系統3的結構。實施形態3是具備實施形態1的第一攝像部(A)41和實施形態2的第一攝像部(B)42這兩個攝像部的結構。 The structure of the optical film roll manufacturing system 3 of the third embodiment will be described with reference to Fig. 6 . The third embodiment is configured to include two imaging units of the first imaging unit (A) 41 of the first embodiment and the first imaging unit (B) 42 of the second embodiment.
放出位置調整部60基於由第一攝像部(A)41攝像的攝像結果(圖像)來調整放出部10的寬度方向位置。 The release position adjustment unit 60 adjusts the position in the width direction of the discharge unit 10 based on the imaging result (image) imaged by the first imaging unit (A) 41.
片狀物校準部20基於由第一攝像部(B)42攝像的攝像結果(圖像)來調整光學膜坯料80的寬度方向位置。 The sheet aligning unit 20 adjusts the position in the width direction of the optical film blank 80 based on the imaging result (image) imaged by the first imaging unit (B) 42.
<製造方法> <Manufacturing method>
光學膜輥狀物的製造方法是一邊輸送具有圖案的長條片狀的光學膜坯料一邊對該光學膜坯料進行分切，將得到 的長條片狀的光學膜捲繞成輥狀而製造光學膜輥狀物的方法，其包括：攝像步驟，攝像被輸送的前述光學膜坯料的前述圖案；校準步驟，基於在前述攝像步驟中得到的攝像結果來調整該光學膜坯料的寬度方向位置。 The optical film roll is produced by slitting the optical film blank while conveying a long sheet-shaped optical film blank having a pattern. A method for producing an optical film roll by winding a strip-shaped optical film into a roll shape, comprising: an image capturing step of image capturing the aforementioned pattern of the optical film blank conveyed; and a calibration step based on the image capturing step The obtained imaging result was used to adjust the position of the optical film blank in the width direction.
另外，光學膜輥狀物的製造方法是一邊輸送具有圖案的長條片狀的光學膜坯料一邊對該光學膜坯料進行分切，將得到的長條片狀的光學膜捲繞成輥狀而製造光學膜輥狀物的方法，其包括：放出步驟，將前述光學膜坯料從光學膜坯料輥放出；輸送步驟，將在前述放出步驟中放出的前述光學膜坯料向下游輸送；攝像步驟，攝像由前述輸送步驟輸送的前述光學膜坯料的前述圖案；校準步驟，基於在前述攝像步驟得到的攝像結果來調整前述光學膜坯料的寬度方向位置；分切步驟，將由前述輸送步驟輸送的前述光學膜坯料沿長度方向連續地切斷，得到前述長條片狀的光學膜；捲繞步驟，將在前述分切步驟中得到的前述光學膜捲繞成輥狀。 Further, in the method for producing an optical film roll, the optical film material is slit while conveying a long sheet-shaped optical film material having a pattern, and the obtained long sheet-shaped optical film is wound into a roll shape. A method for producing an optical film roll, comprising: a releasing step of discharging the optical film blank from an optical film blank roll; and a conveying step of conveying the optical film blank discharged in the discharging step downstream; an image capturing step, an image capturing The pattern of the optical film blank conveyed by the transporting step; the aligning step of adjusting the width direction position of the optical film blank based on the image capturing result obtained in the image capturing step; and the slitting step of the optical film transported by the transporting step The billet is continuously cut along the longitudinal direction to obtain the long sheet-shaped optical film. In the winding step, the optical film obtained in the slitting step is wound into a roll shape.
(光學膜的其他實施形態) (Other embodiments of optical film)
在上述實施形態中，用圖案相位差膜一體型偏振板的例子說明了光學膜坯料，但並不特別限制於此，例如，光學膜坯料的圖案膜也可以是沿寬度方向交替地配置有透光區域和遮光區域的圖案膜。 In the above embodiment, the optical film blank is described as an example of the pattern retardation film-integrated polarizing plate. However, the optical film blank is not particularly limited thereto. For example, the pattern film of the optical film blank may be alternately arranged in the width direction. A patterned film of a light region and a light-shielding region.
<實施例> <Example>
實施例1是上述實施形態1的結構，實施例2是上述實施形態3的結構。比較例1除了代替實施例1的第一攝像部41而 使用巡線感測器以外，與實施例1相同。作為評價，改變膜輸送速度而僅分切600m的量，在分切後的光學膜的長度方向上以1m間隔測定20點從分切端面到基準線(邊緣)的距離，求出測定距離的偏差R。將其結果示於圖7中。圖7中，橫軸表示輸送速度，縱軸表示偏差。 The first embodiment is the configuration of the first embodiment described above, and the second embodiment is the configuration of the third embodiment. Comparative Example 1 is used instead of the first imaging unit 41 of Embodiment 1. The same as in the first embodiment except that the line sensor is used. In the evaluation, the film transport speed was changed, and only the amount of 600 m was cut, and the distance from the slit end face to the reference line (edge) was measured at intervals of 1 m in the longitudinal direction of the slit optical film, and the measurement distance was determined. Deviation R. The results are shown in Fig. 7. In Fig. 7, the horizontal axis represents the conveying speed, and the vertical axis represents the deviation.
實施例1及實施例2能在比比較例1更適當的位置高精度地進行分切。在巡線感測器的情況下，在視場內存在多條線的情況下，不明確是檢測了哪條線，不能適當地測定基準線的寬度方向位置，因此，可推測分切位置的偏差變大。另外，巡線感測器在將高速膜輸送速度高速化時或速度變動時，分切位置的偏差變大。存在弄錯本來應檢測的基準線或不能高精度(清楚)地檢測本來應檢測的基準線、不能正確地測定應檢測的基準線的傾向。另外，具有兩種寬度方向調整功能的實施例2與具有一種寬度方向調整功能的實施例1相比，在即使更高速的情況下也能在相對於圖案適當的位置進行分切。 In the first embodiment and the second embodiment, the slitting can be performed with high precision at a position more appropriate than that of the comparative example 1. In the case of the line sensor, when there are a plurality of lines in the field of view, it is unclear which line is detected, and the position of the width direction of the reference line cannot be appropriately measured. Therefore, the position of the slit can be estimated. The deviation becomes larger. In addition, when the high-speed film conveying speed is increased or the speed is changed, the line-of-sight sensor has a large variation in the slitting position. There is a tendency to correct the reference line to be detected or to detect the reference line to be detected with high accuracy (clearly) and to not accurately measure the reference line to be detected. Further, in the second embodiment having two kinds of width direction adjustment functions, compared with the first embodiment having one width direction adjustment function, it is possible to perform slitting at an appropriate position with respect to the pattern even at a higher speed.
1‧‧‧光學膜輥狀物的製造系統 1‧‧‧Optical film roll manufacturing system
10‧‧‧放出部 10‧‧‧Release Department
30‧‧‧分切部 30‧‧‧cutting
41‧‧‧第一攝像部 41‧‧‧First Camera Department
43、44‧‧‧第二攝像部 43, 44‧‧‧ Second Camera Department
50‧‧‧輸送部 50‧‧‧Transportation Department
51、53、54、R2、R3、R4‧‧‧輥 51, 53, 54, R2, R3, R4‧‧‧ Roll
60‧‧‧放出位置調整部 60‧‧‧ Release position adjustment unit
70‧‧‧捲繞部 70‧‧‧Winding Department
80‧‧‧長條片狀的光學膜坯料 80‧‧‧Long sheet of optical film blank
81、82、83‧‧‧長條片狀的光學膜 81, 82, 83‧‧‧ long strips of optical film
90‧‧‧資訊處理裝置 90‧‧‧Information processing device
91‧‧‧判斷部/位置資訊獲取部 91‧‧‧Decision Department/Location Information Acquisition Department
92‧‧‧運算部 92‧‧‧ Computing Department
93‧‧‧控制部 93‧‧‧Control Department
95‧‧‧監視器 95‧‧‧Monitor
411‧‧‧環形照明 411‧‧‧Circular lighting
431、441‧‧‧桿形照明 431, 441‧‧‧ rod-shaped lighting
R1‧‧‧光學膜坯料輥 R1‧‧‧Optical film blank roll
Claims (13)
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| JP2013111178A JP2014228845A (en) | 2013-05-27 | 2013-05-27 | System for manufacturing optical film roll and method for manufacturing optical film roll |
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| TW201502050A TW201502050A (en) | 2015-01-16 |
| TWI532669B true TWI532669B (en) | 2016-05-11 |
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| JP (1) | JP2014228845A (en) |
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| CN109399294B (en) * | 2018-11-02 | 2019-07-05 | 苏州胜禹材料科技股份有限公司 | Lithium battery diaphragm cutting machine |
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| US6055103A (en) * | 1997-06-28 | 2000-04-25 | Sharp Kabushiki Kaisha | Passive polarisation modulating optical element and method of making such an element |
| JP2005008410A (en) * | 2003-05-27 | 2005-01-13 | Tdk Corp | Meandering controller and beltlike body cutting device |
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| JP2008200788A (en) * | 2007-02-19 | 2008-09-04 | Sumitomo Chemical Co Ltd | Optical film cutting device and optical film manufacturing method |
| JP4406043B2 (en) * | 2008-04-16 | 2010-01-27 | 日東電工株式会社 | Roll original fabric set and method for manufacturing roll original fabric |
| JP2011057336A (en) * | 2009-09-08 | 2011-03-24 | Sharp Corp | Slitter device |
| KR20110118270A (en) * | 2010-04-23 | 2011-10-31 | 동우 화인켐 주식회사 | Optical film slitter and optical film slitting system |
| JP2012032445A (en) * | 2010-07-28 | 2012-02-16 | Sony Corp | Method for manufacturing laminate, method for manufacturing retardation plate, and retardation plate |
| JP2013011800A (en) * | 2011-06-30 | 2013-01-17 | Fujifilm Corp | Pattern retardation film, method for manufacturing the same, method for manufacturing optical laminate, and 3d-image display device |
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