JP2003149164A - Transparent or translucent film examining method and peeling device - Google Patents
Transparent or translucent film examining method and peeling deviceInfo
- Publication number
- JP2003149164A JP2003149164A JP2001350075A JP2001350075A JP2003149164A JP 2003149164 A JP2003149164 A JP 2003149164A JP 2001350075 A JP2001350075 A JP 2001350075A JP 2001350075 A JP2001350075 A JP 2001350075A JP 2003149164 A JP2003149164 A JP 2003149164A
- Authority
- JP
- Japan
- Prior art keywords
- transparent
- film
- protective film
- semi
- peeling
- Prior art date
- Legal status (The legal status is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the status listed.)
- Pending
Links
Abstract
Description
【０００１】[0001]
【発明の属する技術分野】本発明は、両面に保護膜を貼
付した透明若しくは半透明膜の設備を用いた自動検査方
法及びその検査方法に用いることのできる薄膜の剥離装
置に関するものである。BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to an automatic inspection method using a transparent or semi-transparent film facility having protective films adhered on both sides thereof, and a thin film peeling apparatus which can be used in the inspection method.
【０００２】[0002]
【従来の技術】従来、両面に保護膜を貼付した透明若し
くは半透明膜、例えば、液晶用に用いられる偏光膜の傷
などの検査は、設備化された検査装置では正確な検査結
果を得ることができないため、熟練者の目視により行わ
れていた。2. Description of the Related Art Conventionally, for inspection of a transparent or semi-transparent film having protective films attached to both sides, for example, a scratch of a polarizing film used for liquid crystal, accurate inspection results can be obtained by an inspection device equipped. Since it is not possible to do so, it was performed visually by a skilled person.
【０００３】これは、偏光膜の場合、厚さ５乃至２０μ
ｍ程度の薄膜を貼り合わせ、厚さ１００乃至２００μｍ
程度に形成した偏光膜の両面に厚さ３０μｍ程度の合成
樹脂製の保護膜を貼り付けているためで、この保護膜
は、一般には、製造工程中の搬送工程、切断工程等の工
程において偏光膜そのものに傷が付くことを防止するた
めに、薄膜の貼り合わせ後、直ちに貼り付けられる。こ
のように、保護膜そのものは傷が付くことを前提として
おり、かつ、その保護膜は、出荷後客先で使用される際
に剥がされるまでの間は製品に貼り付けられたままの状
態にある。In the case of a polarizing film, this has a thickness of 5 to 20 μm.
A thin film of about m is attached and the thickness is 100 to 200 μm.
This is because a protective film made of synthetic resin with a thickness of about 30 μm is attached to both sides of the polarizing film formed to a certain degree, and this protective film is generally used in a manufacturing process such as a carrying process and a cutting process. In order to prevent the film itself from being scratched, it is immediately applied after the thin films are bonded together. In this way, the protective film itself is assumed to be scratched, and the protective film remains attached to the product until it is peeled off when it is used at the customer after shipping. is there.
【０００４】[0004]
【発明が解決しようとする課題】したがって、すべての
製造工程が終了した後の偏光膜には、その保護膜に種々
の工程中において傷が付き自動化された検査装置では、
保護膜に付いた傷を検出して不良品扱いとするため、偏
光膜そのものに付いた傷や貼り合わせ中に生じた気泡や
異物の混入を検出することが困難であった。Therefore, the polarizing film after all the manufacturing steps have been completed has a scratch on the protective film during various steps, and in an automatic inspection device,
Since the scratches on the protective film are detected and treated as defective products, it is difficult to detect the scratches on the polarizing film itself or the inclusion of air bubbles or foreign matter generated during bonding.
【０００５】これに対処するため、３０μｍ程度の保護
膜の厚さを考慮することにより、焦点距離を保護膜を越
えた偏光膜表面に合わせて検査する方法が提案された
が、偏光膜の端部と中央付近では製品そのものに若干の
反りがあり、検査機器から偏光膜表面までの距離を一定
に保つことが不可能であり実用化には至らなかった。In order to deal with this, a method has been proposed in which the focal length is inspected according to the surface of the polarizing film beyond the protective film by considering the thickness of the protective film of about 30 μm. The product itself had a slight warp in the central part and near the center, and it was impossible to keep the distance from the inspection device to the surface of the polarizing film constant, and it was not put to practical use.
【０００６】本発明は、上記従来の両面に保護膜を貼付
した透明若しくは半透明膜の検査方法が有する問題点に
鑑み、保護膜ではなく偏光膜そのものに付いた傷等を適
確に検出する両面に保護膜を貼付した透明若しくは半透
明膜の検査方法及びその検査方法に用いることのできる
薄膜の剥離装置を提供することを目的とする。In view of the problems of the conventional method for inspecting a transparent or semi-transparent film having protective films attached to both sides, the present invention accurately detects scratches or the like on the polarizing film itself, not on the protective film. An object of the present invention is to provide a method for inspecting a transparent or semi-transparent film having protective films attached to both sides, and a thin film peeling device that can be used in the inspection method.
【０００７】[0007]
【課題を解決するための手段】上記目的を達成するため
の第１の発明の透明若しくは半透明膜の検査方法は、両
面に保護膜を貼付した透明若しくは半透明膜の検査方法
であって、両面に貼付した保護膜を剥離せしめる保護膜
剥離手段と、保護膜を剥離した状態の透明若しくは半透
明膜の傷等の有無を検出する検出手段と、再度保護膜を
貼り付ける新規保護膜貼付手段とからなることを特徴と
する。A method for inspecting a transparent or semitransparent film of the first invention for achieving the above object is a method for inspecting a transparent or semitransparent film having protective films attached on both sides, Protective film peeling means for peeling the protective film pasted on both sides, detection means for detecting the presence or absence of scratches on the transparent or translucent film with the protective film peeled off, and new protective film pasting means for pasting the protective film again It consists of and.
【０００８】この検査方法は、検出手段の前に製造工程
で傷等が付いた保護膜を剥離するから透明若しくは半透
明膜そのものの傷や気泡、混入した異物を検出すること
ができ、検査後、直ちに新規な保護膜を貼着することに
よって、透明若しくは半透明膜に傷等が付くことを防止
できる。In this inspection method, the protective film having scratches or the like is peeled off in the manufacturing process before the detecting means, so that scratches, bubbles, and foreign substances mixed in the transparent or semitransparent film itself can be detected. By immediately applying a new protective film, it is possible to prevent the transparent or semi-transparent film from being scratched.
【０００９】また、第２の発明は、両面に保護膜を貼付
した透明若しくは半透明膜の検査方法であって、半透明
膜製造時に保護膜を二重に貼付し、両面に二重に貼付し
た保護膜のうち第一層のみを剥離せしめる保護膜剥離手
段と、保護膜が一層となった状態の透明若しくは半透明
膜の傷等の有無を検出する検出手段とからなることを特
徴とする。The second aspect of the present invention is a method for inspecting a transparent or semi-transparent film in which protective films are attached on both sides, wherein the protective film is double-attached when the semi-transparent film is manufactured, and double-attached on both sides. The protective film peeling means for peeling only the first layer of the protective film, and the detecting means for detecting the presence or absence of scratches or the like on the transparent or semi-transparent film in the state where the protective film is a single layer. .
【００１０】この検査方法は、透明若しくは半透明膜の
両面に保護膜を二重に貼り付けるから保護膜剥離手段で
製造工程中に傷等の付いた第一層の保護膜のみを剥離す
ることにより透明若しくは半透明膜そのものの傷や気
泡、混入した異物を検出することができ、検査後は第二
層の保護膜によって、透明若しくは半透明膜に傷等が付
くことを防止できる。In this inspection method, the protective film is double-coated on both sides of the transparent or semi-transparent film, so that only the first layer of the protective film which is damaged during the manufacturing process is peeled off by the protective film peeling means. Thus, it is possible to detect scratches or bubbles in the transparent or semi-transparent film itself, and foreign substances mixed in, and it is possible to prevent the transparent or semi-transparent film from being scratched by the second protective film after the inspection.
【００１１】また、第３の発明は、上記第１及び第２の
発明の検査方法に利用することのできる薄膜の剥離装置
に関し、吸引管と該吸引管を中心軸とし、円周面に多数
の穿孔を有せしめ、回転自在に取り付けた吸引ローラ
と、該吸引ローラ内部で上記吸引管に接続された吸引部
とからなることを特徴とする。A third aspect of the present invention relates to a thin film stripping apparatus that can be used in the inspection methods of the first and second aspects of the present invention. The thin film stripping apparatus has a suction tube and a large number on the circumferential surface with the suction tube as the central axis. Of the suction roller rotatably attached, and a suction section connected to the suction pipe inside the suction roller.
【００１２】この剥離装置を用いるときは、透明若しく
は半透明膜の他、種々の板状材料の表面に貼り付けられ
た保護膜や薄膜の剥離を人手を使うことなく自動で行う
ことができる。When this peeling device is used, peeling of a transparent or semi-transparent film as well as a protective film or a thin film attached to the surface of various plate-shaped materials can be automatically carried out without using human hands.
【００１３】[0013]
【発明の実施の形態】以下、本発明の透明若しくは半透
明膜の検査方法の実施の形態を図面に基づいて説明す
る。BEST MODE FOR CARRYING OUT THE INVENTION Embodiments of the method for inspecting a transparent or semitransparent film of the present invention will be described below with reference to the drawings.
【００１４】図１に、本第１発明の透明若しくは半透明
膜の検査方法の工程を示す。すべての製造工程を終了し
た透明若しくは半透明膜（以下、「検体サンプルＷ」と
いう。）は、適宜貯留場所に積載され、検査装置１に対
し、ベルトコンベヤ等の搬送手段若しくは作業者の手動
により保護膜剥離手段２の投入口５に投入される。この
保護膜剥離手段２は、剥離装置２０を用いて検体サンプ
ルＷから保護膜Ｓを剥離する。FIG. 1 shows the steps of the method for inspecting a transparent or semitransparent film according to the first aspect of the present invention. A transparent or semi-transparent film (hereinafter, referred to as “sample sample W”) that has undergone all the manufacturing steps is appropriately loaded in a storage place, and is transferred to the inspection apparatus 1 by a conveyor such as a belt conveyor or manually by an operator. It is charged into the charging port 5 of the protective film peeling means 2. The protective film peeling unit 2 peels the protective film S from the sample W using the peeling device 20.
【００１５】剥離装置２０は、図３及び図４に示すとお
り、検体サンプルＷの上下面に一対の固定された（固定
された）吸引管２１を中心軸とし、円周面にパンチング
メタル等により多数の穿孔を有した吸引ローラ２２と該
吸引ローラ２２内部で上記吸引管２１に接続され、吸引
ローラ２２内面に当接するように設けられた吸引部２３
を主体とし、吸引ローラ２２により剥離された保護膜Ｓ
を吸引ローラ２２より剥ぎ取る剥がしガイド２４と該剥
がしガイド２４により剥ぎ取られた保護膜Ｓを巻き取り
ローラ２５に案内する案内テーブル２６とからなる。２
７は案内テーブル２６を巻き取りローラ２５側に付勢す
る付勢手段（例えば、ばね）を示す。As shown in FIGS. 3 and 4, the peeling device 20 has a pair of fixed (fixed) suction tubes 21 on the upper and lower surfaces of the specimen sample W as its central axis, and a punching metal or the like on the circumferential surface. A suction roller 22 having a large number of perforations, and a suction portion 23 connected to the suction pipe 21 inside the suction roller 22 and provided so as to contact the inner surface of the suction roller 22.
The protective film S mainly composed of
Is formed from a suction roller 22 and a guide table 26 for guiding the protective film S peeled off by the peeling guide 24 to the winding roller 25. Two
Reference numeral 7 denotes a biasing means (for example, a spring) that biases the guide table 26 toward the take-up roller 25.
【００１６】２８は案内テーブル２６に送られてくる保
護膜Ｓを検知するセンサーを示し、保護膜Ｓが巻き取り
ローラ２５に到達するタイミングで係止手段２９（例え
ば、シリンダ）に信号を印可せしめ、付勢手段２７によ
り案内テーブル２６を巻き取りローラ２５側に付勢す
る。案内テーブル２６は、巻き取りローラ２５側を該巻
き取りローラ２５の外径に沿った形状とし、他側をピン
等の固定手段を用いで揺動自在に固定してなる。Reference numeral 28 denotes a sensor that detects the protective film S sent to the guide table 26, and applies a signal to the locking means 29 (eg, cylinder) at the timing when the protective film S reaches the take-up roller 25. The biasing means 27 biases the guide table 26 toward the take-up roller 25. The guide table 26 has a shape in which the take-up roller 25 side is formed along the outer diameter of the take-up roller 25, and the other side is swingably fixed using a fixing means such as a pin.
【００１７】３０は巻き取りローラ２５から保護膜Ｓを
剥ぎ取り、剥ぎ取った保護膜Ｓを貯める剥がしガイドテ
ーブルを示す。上下面の吸引ローラ２２は、吸引管２１
にベアリング等で回転自在に取り付けられ、電動モータ
等（図示省略）の駆動手段とベルト・ギヤ等（図示省
略）の伝達手段により矢符Ｙ方向に回転せしめる。な
お、上下面の吸引ローラ２２は、種々の厚みの検体サン
プルＷに対応すべく付勢手段（図示省略）により送られ
てくる検体サンプルＷを把持する程度に付勢することが
好ましい。Reference numeral 30 denotes a peeling guide table for stripping the protective film S from the take-up roller 25 and storing the stripped protective film S. The suction roller 22 on the upper and lower surfaces is the suction tube 21.
It is rotatably mounted on a bearing and the like, and is rotated in the arrow Y direction by driving means such as an electric motor (not shown) and transmission means such as a belt and gear (not shown). In addition, it is preferable that the suction rollers 22 on the upper and lower surfaces are biased to such an extent as to grip the sample sample W sent by the biasing means (not shown) so as to correspond to the sample samples W having various thicknesses.
【００１８】上記構成において、送られてくる検体サン
プルＷが上下の吸引ローラ２２に把持されると、吸引部
２３の吸引力により保護膜Ｓが吸引され剥離される。次
いで、保護膜Ｓは該剥がしガイド２４により剥がされ案
内テーブル２６と剥がしガイド２４の間を通過し、セン
サー２８によりその先端を検知された後、巻き取りロー
ラ２５に到達するタイミングで係止手段２９に信号を印
可し、付勢手段２７により案内テーブル２６を巻き取り
ローラ２５側に付勢する。In the above structure, when the sent sample sample W is gripped by the upper and lower suction rollers 22, the protective film S is sucked and peeled by the suction force of the suction portion 23. Next, the protective film S is peeled off by the peeling guide 24, passes between the guide table 26 and the peeling guide 24, and after the tip of the protective film S is detected by the sensor 28, the locking means 29 arrives at the take-up roller 25. A signal is applied to the guide table 26 and the guide table 26 is urged toward the take-up roller 25 by the urging means 27.
【００１９】剥離された保護膜Ｓは、案内テーブル２６
と巻き取りローラ２５に挟まれることにより確実に巻き
取られ、上部においては剥がしガイドテーブル３０上に
下部においては剥がしガイドテーブル３０の下方に堆積
され、検体サンプルＷから保護膜Ｓをすべて巻き取り除
去せしめる。なお、保護膜剥離手段２は上述した吸引方
式のほか、引っ掻き爪、強力な粘着テープ等の剥離手段
を用いてもよい。The protective film S that has been peeled off is guided by the guide table 26.
It is reliably wound by being sandwiched between the take-up roller 25 and the take-up roller 25, and is piled up on the peeling guide table 30 in the upper part and below the peeling guide table 30 in the lower part, and the protective film S is completely wound up and removed from the sample W. Excuse me. In addition to the suction method described above, the protective film peeling means 2 may be a peeling means such as a scratching nail or a strong adhesive tape.
【００２０】保護膜Ｓを剥離した状態の検体サンプルＷ
は、検出手段３に送られその表面の傷や貼り合わせ中に
生じた気泡や異物の混入を検査する。検出手段３には、
周知の平面体の表面の傷や内部の気泡の有無等を検出す
る装置を用いる。例えば、検体サンプルＷの下方から光
を照射する光源部８と該光源部８に対向して検体サンプ
ルＷの上方に撮像器９を備え、撮像器９により検体サン
プルＷの表面の傷、内部の気泡の有無等を検出する。Specimen sample W with protective film S peeled off
Is sent to the detection means 3 and inspects the surface for scratches and the inclusion of air bubbles and foreign matter generated during bonding. The detection means 3 includes
A well-known device for detecting scratches on the surface of a flat body and the presence or absence of bubbles inside is used. For example, a light source section 8 that irradiates light from below the sample sample W and an imager 9 above the sample sample W facing the light source section 8 are provided, and the imager 9 scratches the surface of the sample sample W, The presence or absence of bubbles is detected.
【００２１】検出手段３の内部では検体サンプルＷは保
護膜Ｓが剥離されている状態のため塵等の付着により検
体サンプルＷ表面に傷が付く場合や撮像器９での検査時
に誤った判断を未然に防止するため、検出手段３の内部
は局所クリーンブース等を利用しクラス１乃至１００程
度の清浄空間とすることが好ましい。Since the protective film S of the specimen sample W is peeled off inside the detecting means 3, if the surface of the specimen sample W is scratched by adhesion of dust or the like, or an erroneous judgment is made at the time of the inspection by the image pickup device 9. In order to prevent this, it is preferable to use a local clean booth or the like as the inside of the detection means 3 to provide a clean space of about class 1 to 100.
【００２２】検出手段３を通過した検体サンプルＷは、
保護膜貼付手段４に送られる。保護膜貼付手段４は、上
下面に一対の保護膜送出機構１０より繰り出される新規
保護膜Ｓ’を、例えば、２個の対向したローラを有する
貼付機構１１の噛み込み方向に検体サンプルＷの移行に
伴って送出し、検体サンプルＷの両面に貼り付けるもの
である。１２は貼り付けた新規保護膜Ｓ’を、検体サン
プルＷの終端（検査装置１の進行方向に直角かつその底
辺）でカットする切断機構を示す。The specimen sample W that has passed through the detection means 3 is
It is sent to the protective film sticking means 4. The protective film sticking means 4 transfers the new protective film S ′ fed from the pair of protective film delivery mechanisms 10 to the upper and lower surfaces, for example, in the biting direction of the sticking mechanism 11 having two facing rollers to transfer the sample sample W. It is sent out in accordance with the above and is attached to both surfaces of the sample W. Reference numeral 12 denotes a cutting mechanism that cuts the attached new protective film S ′ at the end of the sample sample W (at a right angle to the advancing direction of the inspection device 1 and its bottom side).
【００２３】保護膜貼付手段４を通過し両面に新規保護
膜Ｓ’を貼付した検体サンプルＷのうち、上記検出手段
３により表面の傷や貼り合わせ中に生じた気泡や異物の
混入が認められた不良品については、検出手段３からの
印可信号により良品と不良品を選別（例えば、シリンダ
等により検体サンプルを進行中に外部へ排出する）せし
める検体サンプル分離機構（図示省略）によって良品と
不良品に分離選別される。検体サンプル分離機構は、保
護膜貼付手段４の後方ではなく検出手段３を通過し保護
膜貼付手段４に送り込まれる前に設置してもよい。In the sample sample W which has passed through the protective film sticking means 4 and the new protective film S'is stuck on both sides, the detection means 3 has scratches on the surface and inclusion of bubbles and foreign substances generated during sticking. For defective products, a sample sample separation mechanism (not shown) for selecting a good product and a defective product (for example, discharging a sample sample to the outside by a cylinder or the like) according to an applied signal from the detection means 3 is determined as a non-defective product. Separated and sorted into good products. The specimen sample separation mechanism may be installed not behind the protective film sticking means 4 but before passing through the detecting means 3 and being sent to the protective film sticking means 4.
【００２４】次に、図２に、本第２発明の透明若しくは
半透明膜の検査方法の工程を示す。本第２発明の検査方
法では、検体サンプルの製造時の初期の段階で保護膜を
二重に貼付した検体サンプルＷ’を用いる。すべての製
造工程を終了した検体サンプルＷ’は、第１の発明の検
査方法と同様適宜貯留場所に積載されベルトコンベヤ等
の搬送手段若しくは作業者の手動により保護膜剥離手段
１５の投入口１６に投入される。保護膜剥離手段１５で
は、上述した剥離装置２０によって、二層に貼り付けら
れた保護膜のうち第一層の保護膜Ｓ１のみを剥離し、上
述したように、上下に配備した巻き取りローラ２５によ
り検体サンプルＷ’から第一層の保護膜Ｓ１を巻き取り
除去せしめる。なお、剥離装置２０において、第一層の
保護膜Ｓ１のみを確実に剥離するために、第一層の保護
膜Ｓ１の粘着力を第二層の保護膜Ｓ２の粘着力よりも低
い粘着力で貼り付けることが好ましい。Next, FIG. 2 shows steps of the method for inspecting a transparent or semitransparent film of the second invention. In the inspection method of the second aspect of the present invention, a sample sample W ′ having a double-coated protective film is used in the initial stage of manufacturing the sample sample. The sample sample W ′ that has undergone all the manufacturing steps is appropriately loaded on the storage place as in the inspection method of the first invention, and is transferred to the input port 16 of the protective film peeling means 15 by a conveying means such as a belt conveyor or manually by an operator. It is thrown in. In the protective film peeling means 15, only the first protective film S1 of the protective films attached to the two layers is peeled by the peeling device 20 described above, and the take-up roller 25 arranged above and below as described above. Thus, the first-layer protective film S1 is wound up and removed from the sample W '. In the peeling device 20, in order to reliably peel off only the first-layer protective film S1, the adhesive force of the first-layer protective film S1 is lower than the adhesive force of the second-layer protective film S2. It is preferable to attach it.
【００２５】本第２発明における、検体サンプルＷ’の
表面に直接貼られた第二層の保護膜Ｓ２は初期の段階か
ら第一層の保護膜Ｓ１により保護されているのでその表
面に搬送や切断の工程時において傷等が付くことはな
い。In the second aspect of the present invention, the second-layer protective film S2 directly attached to the surface of the sample W'is protected from the initial stage by the first-layer protective film S1. No scratches, etc. will be attached during the cutting process.
【００２６】次いで、第１の発明と同様に、検体サンプ
ルＷ’は、検出手段１７に送られ第二層の保護膜Ｓ２の
上からその表面の傷や貼り合わせ中に生じた気泡や異物
の混入を検査する。なお、検出手段１７における構成
は、第１の発明の検出手段３と同様の方法を用いてな
る。Then, as in the first aspect of the invention, the sample sample W'is sent to the detecting means 17 and scratches on the surface of the second layer of the protective film S2 and bubbles and foreign matter generated during the bonding process. Inspect for contamination. The structure of the detecting means 17 is the same as that of the detecting means 3 of the first invention.
【００２７】この際、検体サンプルＷ’には第二層の保
護膜Ｓ２が貼り付けられた状態のため検出手段１７の内
部は過度な清浄空間とする必要はない。At this time, the inside of the detection means 17 does not need to be an excessively clean space because the second layer protective film S2 is attached to the sample sample W '.
【００２８】検出手段１７を通過した検体サンプルＷ’
は、第１の発明と同様にして上記検出手段１７により表
面の傷や貼り合わせ中に生じた気泡や異物の混入が認め
られた不良品については、本第１発明と同様にして、検
体サンプル分離機構（図示省略）によって良品と不良品
に分離選別される。Specimen sample W'passed through the detection means 17
In the same manner as in the first aspect of the present invention, for the defective products in which the detection means 17 has scratches on the surface or the inclusion of bubbles or foreign matter generated during bonding, the sample sample is obtained in the same manner as in the first aspect of the present invention. A separation mechanism (not shown) separates and sorts the product into good products and defective products.
【００２９】[0029]
【発明の効果】本第１発明の透明若しくは半透明膜の検
査方法によれば、透明若しくは半透明膜の製造時に生じ
たその表面の傷や貼り合わせ中に生じた気泡や異物の混
入の検査に際し、透明若しくは半透明膜の両面に貼り付
けられている保護膜を剥離した後検査をするから保護膜
表面に付いた傷を誤って透明若しくは半透明膜の傷と判
断することがなく、両面に保護膜を貼付した透明若しく
は半透明膜の検査を人手によることなく全自動で行うこ
とができる。According to the method for inspecting a transparent or semi-transparent film of the first aspect of the present invention, it is possible to inspect for scratches on the surface of the transparent or semi-transparent film during the production thereof or for inclusion of air bubbles or foreign substances generated during bonding. In this case, the protective film attached on both sides of the transparent or semi-transparent film is peeled off and then inspected, so that scratches on the surface of the protective film are not mistakenly judged as scratches on the transparent or semi-transparent film. The inspection of the transparent or semi-transparent film with the protective film attached can be performed fully automatically without human labor.
【００３０】また、本第２発明の透明若しくは半透明膜
の検査方法によるときは、予め透明若しくは半透明膜の
製造初期にその両面に保護膜を二重に貼り付け、検査の
際に搬送や切断工程によって傷の付いた第一層の保護膜
を剥離し検査をするので、保護膜表面に付いた傷を誤っ
て透明若しくは半透明膜の傷と判断することがなく検査
の際に第一層の保護膜で保護されていた第二層の保護膜
を有しているので検出手段内部を過度な清浄空間とする
必要がない。さらに、本第２発明によるときは検出手段
での検査後に再度保護膜を貼り付ける必要がない。Further, according to the method for inspecting a transparent or semitransparent film of the second aspect of the present invention, a protective film is doubly attached to both surfaces of the transparent or semitransparent film in advance at the initial stage of manufacturing, and the transparent or semitransparent film is conveyed or inspected during the inspection. Since the protective film of the first layer with scratches is peeled off and inspected by the cutting process, the scratches on the surface of the protective film are not mistakenly judged to be scratches of the transparent or semi-transparent film. Since the protective film of the second layer, which is protected by the protective film of the layer, is provided, it is not necessary to make the inside of the detection means an excessively clean space. Further, according to the second aspect of the present invention, it is not necessary to attach the protective film again after the inspection by the detecting means.
【００３１】また、本第３発明によるときは、吸引空気
により透明若しくは半透明膜の他、種々の板状材料の表
面に貼り付けられた保護膜や薄膜を確実に剥離すること
ができ本第１、第２発明に利用するときは、検査装置全
体を自動化することができる等の効果を有する。Further, according to the third aspect of the present invention, in addition to the transparent or semi-transparent film, the protective film and the thin film attached to the surface of various plate-like materials can be surely peeled off by suction air. When used in the first and second inventions, there is an effect that the entire inspection apparatus can be automated.
【図１】本第１発明の透明膜の検査方法の工程を示す概
略図である。FIG. 1 is a schematic view showing steps of a transparent film inspection method of the first invention.
【図２】本第２発明の透明膜の検査方法の工程を示す概
略図である。FIG. 2 is a schematic view showing the steps of the transparent film inspection method of the second invention.
【図３】本第３発明の剥離装置の一部断面の正面図であ
る。FIG. 3 is a front view of a partial cross section of a peeling device of the third invention.
【図４】図１における剥離装置のＸ−Ｘ断面図である。4 is a cross-sectional view taken along line XX of the peeling device in FIG.
２ 保護膜剥離手段 ３ 検出手段 ４ 新規保護膜貼付手段 １５ 保護膜剥離手段 １７ 検出手段 ２１ 吸引管 ２２ 吸引ローラ ２３ 吸引部 Ｗ 検体サンプル（透明若しくは半透明膜） Ｗ’ 検体サンプル（透明若しくは半透明膜） Ｓ 保護膜 Ｓ１ 保護膜 Ｓ２ 保護膜 2 Protective film peeling means 3 detection means 4 New protective film sticking means 15 Protective film peeling means 17 Detection means 21 suction tube 22 Suction roller 23 Suction section W sample (transparent or semi-transparent film) W'sample sample (transparent or translucent film) S protective film S1 protective film S2 protective film
───────────────────────────────────────────────────── フロントページの続き Ｆターム(参考） 2G051 AA90 AB01 AB06 AB07 CA03 CA04 DA06 2H049 BA02 BB16 BB54 BC01 2H088 FA11 FA17 FA24 FA30 HA01 HA10 MA20 2H091 FA08X FA08Z FD15 GA01 GA16 GA17 LA30 ─────────────────────────────────────────────────── ─── Continued front page F-term (reference) 2G051 AA90 AB01 AB06 AB07 CA03 CA04 DA06 2H049 BA02 BB16 BB54 BC01 2H088 FA11 FA17 FA24 FA30 HA01 HA10 MA20 2H091 FA08X FA08Z FD15 GA01 GA16 GA17 LA30
Claims (3)
透明膜の検査方法であって、両面に貼付した保護膜を剥
離せしめる保護膜剥離手段と、保護膜を剥離した状態の
透明若しくは半透明膜の傷等の有無を検出する検出手段
と、再度保護膜を貼り付ける新規保護膜貼付手段とから
なることを特徴とする透明若しくは半透明膜の検査方
法。1. A method for inspecting a transparent or semi-transparent film having protective films adhered on both sides thereof, comprising: a protective film peeling means for peeling off the protective films stuck on both sides; and transparent or semi-transparent with the protective film peeled off. A method for inspecting a transparent or semi-transparent film, which comprises a detecting means for detecting the presence or absence of a scratch on the film, and a new protective film attaching means for attaching the protective film again.
透明膜の検査方法であって、透明若しくは半透明膜製造
時に保護膜を二重に貼付し、両面に貼付した保護膜のう
ち第一層のみを剥離せしめる保護膜剥離手段と、保護膜
が一層となった状態の透明若しくは半透明膜の傷等の有
無を検出する検出手段とからなることを特徴とする透明
若しくは半透明膜の検査方法。2. A method for inspecting a transparent or semi-transparent film having a protective film applied on both sides, wherein the protective film is applied twice when manufacturing the transparent or semi-transparent film, and the first protective film is applied on both sides. Inspection of transparent or semi-transparent film, characterized by comprising a protective film peeling means for peeling only the layer and a detecting means for detecting the presence or absence of scratches or the like on the transparent or semi-transparent film in the state where the protective film is a single layer Method.
に多数の穿孔を有せしめ、回転自在に取り付けた吸引ロ
ーラと、該吸引ローラ内部で上記吸引管に接続された吸
引部とからなることを特徴とした薄膜の剥離装置。3. A suction tube, a suction roller having the suction tube as a central axis and having a large number of perforations on its circumferential surface, and being rotatably mounted, and a suction section connected to the suction tube inside the suction roller. A thin film peeling apparatus comprising:
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| JP2001350075A JP2003149164A (en) | 2001-11-15 | 2001-11-15 | Transparent or translucent film examining method and peeling device |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| JP2001350075A JP2003149164A (en) | 2001-11-15 | 2001-11-15 | Transparent or translucent film examining method and peeling device |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| JP2003149164A true JP2003149164A (en) | 2003-05-21 |
Family
ID=19162652
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| JP2001350075A Pending JP2003149164A (en) | 2001-11-15 | 2001-11-15 | Transparent or translucent film examining method and peeling device |
Country Status (1)
| Country | Link |
|---|---|
| JP (1) | JP2003149164A (en) |
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