TW200419559A - Improved hybrid discs - Google Patents

Improved hybrid discs Download PDF

Info

Publication number
TW200419559A
TW200419559A TW92126271A TW92126271A TW200419559A TW 200419559 A TW200419559 A TW 200419559A TW 92126271 A TW92126271 A TW 92126271A TW 92126271 A TW92126271 A TW 92126271A TW 200419559 A TW200419559 A TW 200419559A
Authority
TW
Taiwan
Prior art keywords
feature
size
data
longitudinal
disc
Prior art date
Application number
TW92126271A
Other languages
Chinese (zh)
Other versions
TWI242198B (en
Inventor
John H Rilum
Carlyle J Eberly
Original Assignee
Optical Disc Corp
Priority date (The priority date 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 date listed.)
Filing date
Publication date
Priority claimed from US10/391,691 external-priority patent/US7016295B2/en
Application filed by Optical Disc Corp filed Critical Optical Disc Corp
Publication of TW200419559A publication Critical patent/TW200419559A/en
Application granted granted Critical
Publication of TWI242198B publication Critical patent/TWI242198B/en

Links

Abstract

A hybrid disc whose ROM grooves are less than 170 nanometers deep, and whose pre-recorded ROM data pits are more than 350 nanometers or less than 250 nanometers deep, as measured from the effective land level. The ROM pits may be pre-recorded in ROM grooves that are shallower than the ROM pits, where the ROM pits are narrower, of equivalent width or up to approximately 10% wider than the ROM grooves, respectively measured at half-depth, although the transverse extent of the ROM pits will not typically exceed that of the ROM grooves. The ROM lands intervene between consecutive ROM pits, whether or not a ROM groove is provided. In the preferred embodiment, one beam of a dual beam apparatus records the ROM pits, while the other beam records the R-band pre-grooves, and also records the ROM groove, if present. In most embodiments a thermal mastering process provides smooth feature surfaces to facilitate replication of the hybrid disc masters. The berms normally forming at the radial extremities of the pits and grooves in the masters, by thermal expulsion processes, may be reduced or eliminated by methods taught.

Description

200419559 A7 B7200419559 A7 B7

相關申請案交叉參考 本案為2002年9月25日申請之美國專利申請案序號 10/255, 027號的部分接續申請案,後者是2〇〇〇年4月26曰申 請之美國專利申請案序號09/558, 〇71號的部分接續申請案。 發明所屬之技術領域 本發明關於改良的混合式光學記錄碟片,及製造此等碟片之 裝置舆方法。 ^ 10 經 濟 部 智 慧 財 產 局 員 工 消 費 合 社 印 製 20 25 先前技術 可燒錄式光碟(CD-Rs)和可燒錄式數位影音光碟(dvd— 如)在業界廣為人知。近年來已導入一種較不為人所知的新袼 f一DVD+R,但熟習此技藝的從業人員同樣熟悉(或很快就會^ 此格式。在這些格式的任一種格式當中,由在一圓形環繞 於碟片之螺旋狀執道内的大量通常是長形之三維記號序列代表 的資料可藉由使碟片以恆定線性速度(、、αν〃)轉動且使一選 擇性受控雷射束指向提#在碟片之大致平坦表面其中一表面附 近一記錄層内之一預開槽執道的方式進行光學記錄。為求簡 化二下文將專注於CD_R格式,但有些時候會提到])VD—R格式。 ’、、、驾此技藝者會瞭解到其間差異,以及如何適當理解本說明書 應用於藉由微小三維記號代表資料之方式為本的任何混合式碟 片袼式的方式。 、、又,為求清楚表示,在下文中會用到某些維度約定用語: 、'役向或、、橫向是指、、起自或朝向碟片中心的徑向夕。 縱向是指、、沿著執道〃,例如從一資料記號之前導邊緣到 本紙張尺度適财國__(cns)A4祕(別χπ公幻 200419559 A7 B7 五、發明說明(2 10 15 經濟部智慧財產局員工消費合作社印製 20 25 尾端邊緣。是以在微觀尺度下,縱向方向會正交於徑向方向, 此二軸線皆平行於碟片表面。因此,一在碟片之平面内橫向於 縱向方向的量度會是在徑向方向之内。、、垂直〃是指、、正交於 碟片表面且正交於徑向和縱向方向。 記錄層包括一顏色與寫入雷射之顏色互補的染料,其受_反 射性金屬薄層(此薄層通常再受到一最終保護層覆蓋)用以將 雷射束能量反射回該記錄層内。射束正交地穿過碟片基板 第二表面燒錄〃)以在反面附近的記錄層内造出資料吃 號,此基板為一合適的透明材料(通常是聚碳酸酯)。 依據傳統,在CD-Rs的情況中,輸入的資料經歷八位元轉十 四位元(EFM)調變。在此處理中將順序二進位輸入資料(欲進 行燒錄和後續檢索之資訊已變換成此等資料)變換成一系列的 相隔矩形脈波,每一脈波的延續時間為nT,其中τ是標稱 時鐘週期、大約是231毫微秒(十億分之一秒),且n是3到 Π當中的一個整數。在j)VD-Rs的情況中是運用、、efm Plus〃調 變方式。其不同於EFM調變的重要差異在於:(1)運用八位元 轉十六位元的調變方式;(2)整數n可為3到u或是14 ;且 (3) Tf38毫微秒。每一 EFM或EFM Plus編碼資料串流永遠含 有脈波以及包括所有可能nT延續時間的中介短暫時距。如業界 所熟知,每一過渡〔坑洞(pit)到平地(_)或平地到坑 洞〕與下一個後繼過渡之間的間隔個別代表一資料量程 (quantum of data)。因此每一資料脈波和每一中介平地是nT =間’而在每-資料串流内,所有的許可η值必須在脈波和中 介=地二者之内呈現。過去f使用或提議使用其他調變方案, 且毫無疑問地在未來-定會㈣其他觀方法,因為光學記錄 -4 - 本紙張尺度適財_家標準(CNS)A4規格(21{) χ 29?公 裝 訂 線 200419559 A7 B7 五、發明說明(3) 碟片上的資料密度無可避免要增加。不過要從本說明書推論出 涵蓋任何此等一般性工程修改的方案應該不難。 在身為本說明書之首要對象的CD—Rs或DVD—Rs的情況中, 燒錄到記錄層内一螺旋狀預製槽上的每一資料執包括一系列穿 5插了未做記號或不同記號之平地的大量微小三維記號。然而, 本發明亦應用於混合式可抹寫媒體之母版製作(mastering), 例如CD-RW混合式碟片和磁光(M〇)碟片,其中資料記號本質 上是二維的(但CD—RW母版片内的R〇M記號及M〇碟片内的可複 製圯唬除外)。CD-RW混合式碟片及船碟片在下文會再簡短提 10 及。 執距(亦即相鄰之大致圓形執道部分之縱向軸線間的徑向距 離)是微小的,每一記號的長度和寬度亦如是。、、ATIp" (absolute time in pre-groove,預製槽絕對時間)定時資料 寬加在原本是順暢螺旋狀的執道上,在CD的情況中此ATIP定 15時資料係包含一以22.05 kHz (標稱值)調變、具有相對於、、無 顫動/螺旋狀預製槽之縱向軸線±3〇毫微米(標稱值)之振幅的 徑向正弦載波。 經濟部智慧財產局員工消費合作社印製 記錄層内的資料執儘管有其ATIP顫動及其必然螺旋狀構 k ’可將其視為是大量的緊密間隔大致圓形路徑,每一路徑含 20有大量連續的三維資料記號及中介平地。在一些應用當中,一 特定資料執或執道局部可能不是完整圓形,就某種意義來說其 可月b僅佔用碟片上之一圓的一弧。但在本說明書中會將梹形和 圓形資料轨或轨道之局部可互換地稱呼為圓形資料執。由於此 等大致圓形路徑當中每一路徑的周長比起記號和平地的尺寸大 25非常多,一小串記號及中介平地就微觀尺度來說會像是一線性 本紙張尺度適財_家標準(CNS)M規格⑽χ 297公复) 200419559 A7 B7 五、發明說明(4) 5 10 15 經濟部智慧財產局員Η消費合作社印製 20 (亦即直線的)序列。因此,在微觀尺度下,可將碟片上之徑 向相鄰資料執視為大致平行的資料線,每一資料線含有一縱向 系列的線性記號和平地,但在巨觀尺度下其為大致同心的圓形 路徑。 資料記號之外觀通常如同被約束在反射層與基板之間、處於 預製槽内的長形略腹二維記號。每一記號至少多多少少包 含基板和反射層之一扭曲變形。已燒錄記號之材料特性與記錄 層内未燒錄區的差別在於記號内之材料的折射率因為已調變雷 射束的施加而改變,且亦發生額外的物理變化和化學變化。雷 射束之強度係依據欲燒錄之已編碼資料調變,且每一所得記號 和每一中介平地代表資料的一部分。在CD-R燒錄作業中,每一 資料記號和平地的運行長度(run length)對應於一 3T至11T 延續時間的脈波。由於運用CLV,所有對應於相同ηΤ值的記號 和平地理想地是相同長度一旦完成燒錄,f料可能在隨縣 由- CD播放機進行選擇性檢索(亦解碼和處理)。理想狀態 中,CD播放機將無法區分從—GD—R或是從—般唯翻辆 (CD.M,例如軟體CDs)讀取的資料記號,因此可以相同方式 從每一種格式檢索到資料。 不同的、、寫入策略"、亦即資料信號調變架構(例如一指定 振幅的度加強)可錢與氧㈣終雷射束強度控制 (亦即機號有關之已編碼資料信號。這些是希望最終創 造出前導端和尾端是三維_性且具有適#長度的資料記號和 平地以藉由使系祕記縣度錯誤最小化而確保準_高頻率 (HF,亦即 料)檢索。後者取決於準確地測量每—記號的長 度’攸其月導邊緣平地-記號過渡區量到其尾端邊緣記號一平地 25Cross-Reference to Related Applications This case is a partial continuation of U.S. Patent Application Serial No. 10/255, 027 filed on September 25, 2002, which is the serial number of the U.S. Patent Application filed on April 26, 2000. No. 09/558, 〇71 continued the application. FIELD OF THE INVENTION The present invention relates to an improved hybrid optical recording disc and a method for manufacturing such a disc. ^ 10 Printed by the Intellectual Property Office of the Ministry of Economic Affairs, Consumer Cooperatives 20 25 Prior art Recordable discs (CD-Rs) and recordable digital video and audio discs (dvds-if) are well known in the industry. In recent years, a less well-known new DVD-R has been introduced, but practitioners familiar with this technology are also familiar (or will soon ^ this format. In any of these formats, by A large amount of data typically represented by a long, three-dimensional sequence of symbols in a spiral-shaped channel surrounding a disc can be achieved by rotating the disc at a constant linear velocity (,, αν〃) and enabling a selectively controlled mine射束 指 提 # Optical recording is performed in a pre-grooved manner in a recording layer near one of the substantially flat surfaces of the disc. For simplicity, the following sections will focus on the CD_R format, but will sometimes be mentioned ]) VD-R format. Those skilled in the art will understand the differences between them, and how to properly understand how this manual applies to any hybrid disc format based on the way in which data is represented by tiny three-dimensional symbols. ,, and, for the sake of clarity, some dimension conventions will be used in the following:,, 'service direction or ,, horizontal means ,, radial direction from or toward the center of the disc. Longitudinal means, along the road, for example, from the leading edge of a data mark to the paper size of the country __ (cns) A4 Secret (Do n’t ππ 公 幻 200419559 A7 B7 V. Description of the invention (2 10 15 The Ministry of Intellectual Property Bureau ’s Consumer Cooperative Cooperative printed 20 25 the trailing edge. The vertical direction is orthogonal to the radial direction on a microscopic scale, and these two axes are parallel to the disc surface. Therefore, one is on the plane of the disc The measurement of the inner transverse to the longitudinal direction will be within the radial direction. ,, vertical 〃 means,, orthogonal to the disc surface and orthogonal to the radial and longitudinal directions. The recording layer includes a color and a write laser. The complementary color dye is covered by a reflective metal layer (this layer is usually covered by a final protective layer) to reflect the laser beam energy back into the recording layer. The beam passes orthogonally through the disc The second surface of the substrate is burned 〃) to create a data number in a recording layer near the reverse surface. This substrate is a suitable transparent material (usually polycarbonate). According to the tradition, in the case of CD-Rs, enter The data goes from eight to fourteen (EFM) modulation. In this process, sequential binary input data (information to be burned and subsequently retrieved has been transformed into such data) is transformed into a series of spaced apart rectangular pulse waves. The duration of each pulse wave is nT, where τ is the nominal clock period, which is approximately 231 nanoseconds (billionths of a second), and n is an integer from 3 to Π. In the case of j) VD-Rs, use,, efm Plus〃 modulation method. The important differences from EFM modulation are: (1) modulation method using eight bits to sixteen bits; (2) the integer n can be 3 to u or 14; and (3) Tf38 nanoseconds . Each EFM or EFM Plus encoded data stream will always contain pulses and intermediary short time spans including all possible nT durations. As is well known in the industry, the interval between each transition (pit to flat (_) or flat to pit) and the next subsequent transition individually represents a quantum of data. Therefore, each data pulse wave and each intermediary ground plane is nT = interval ', and within each data stream, all permitted η values must be presented within both the pulse wave and intermediary = ground. In the past, other modulation schemes were used or proposed, and in the future, there will be no doubt that other viewing methods will be used, because the optical record-4-this paper size is suitable for financial standards_CNS A4 size (21 {) χ 29? Public binding line 200419559 A7 B7 V. Description of the invention (3) The data density on the disc is inevitably increased. However, it should not be difficult to deduce from this specification a plan that covers any of these general engineering modifications. In the case of CD-Rs or DVD-Rs, which are the primary objects of this specification, each data record burned onto a spiral pre-groove in the recording layer includes a series of 5 unmarked or different marks inserted. Lots of tiny three-dimensional marks on the ground. However, the present invention is also applicable to mastering of hybrid rewritable media, such as CD-RW hybrid discs and magneto-optical (M0) discs, where the data marks are essentially two-dimensional (but Except for the ROM symbol in the CD-RW master and the copyable bluff in the MO disk). CD-RW hybrid discs and boat discs will be mentioned shortly below. The holding distance (that is, the radial distance between the longitudinal axes of adjacent generally circular running parts) is small, as is the length and width of each mark. 、、 ATIp " (absolute time in pre-groove) The timing data is broadly added to the original smooth spiral road. In the case of CD, this ATIP 15 o'clock data contains a time of 22.05 kHz (standard (Nominal value) Modified radial sinusoidal carrier wave with an amplitude of ± 30 nm (nominal value) relative to the longitudinal axis of the pre-groove without flutter / spiral. The data in the printed record layer of the Consumer Cooperative of the Intellectual Property Bureau of the Ministry of Economic Affairs, despite its ATIP chatter and its inevitable spiral structure, can be regarded as a large number of closely spaced roughly circular paths, each path containing 20 A large number of continuous three-dimensional data marks and intermediary flat. In some applications, a particular piece of information or instruction may not be a complete circle. In a sense, it may only occupy an arc of a circle on the disc. However, in this description, the circular and circular data tracks or parts of the tracks are interchangeably referred to as circular data holders. Because the perimeter of each of these roughly circular paths is 25 times larger than the size of the mark and the land, a small series of marks and intermediary flat ground will look like a linear paper on a microscale. (CNS) M specification ⑽χ 297 public reply) 200419559 A7 B7 V. Description of the invention (4) 5 10 15 A member of the Intellectual Property Bureau of the Ministry of Economic Affairs and the Consumer Cooperative printed 20 (that is, a straight line) sequence. Therefore, at the micro-scale, the radially adjacent data on the disc can be regarded as roughly parallel data lines. Each data line contains a longitudinal series of linear marks and flat land, but at the macro-view scale it is roughly Concentric circular path. The appearance of the data mark is usually like a long, abdomen-shaped two-dimensional mark constrained between the reflective layer and the substrate in a prefabricated groove. Each mark contains at least one of a substrate and a reflective layer that is distorted. The difference between the material characteristics of the burned mark and the unburned area in the recording layer is that the refractive index of the material in the mark changes due to the application of a modulated laser beam, and additional physical and chemical changes also occur. The intensity of the laser beam is adjusted according to the coded data to be burned, and each obtained mark and each agent flatly represents a part of the data. In the CD-R burning operation, each data mark and flat run length corresponds to a pulse with a duration of 3T to 11T. Thanks to the use of CLV, all symbols corresponding to the same ηT value and ideally the same length. Once the programming is completed, the f-material may be selectively retrieved (also decoded and processed) by the CD player in Suixian. Ideally, a CD player will not be able to distinguish data tokens read from —GD—R or from CD-ROMs (CD.M, such as software CDs), so data can be retrieved from each format in the same way. Different, writing strategies ", that is, the data signal modulation architecture (for example, a degree of specified amplitude enhancement) can be used to control the final laser beam intensity (ie, the coded data signal related to the machine number. These It is hoped that the leading and trailing end will be created with three-dimensional data marks with appropriate lengths and peacefully to ensure quasi-high frequency (HF, that is, expected) retrieval by minimizing the secret county error. The latter depends on the accurate measurement of the length of each mark-the amount of lunar edge-land-land-to-land transition zone to its trailing edge-land 25

裝 訂 200419559 A7 B7Binding 200419559 A7 B7

過渡區,且測量每-平地從其前導邊緣記號—平地過渡區到盆尾 端邊緣平地-記號過渡區的長度,並且將這些長度再變換成對應 的nT值。若記號和平地是三維對稱的且具備適當長度,藉由能 夠選擇-特定反射率而促成HF檢索,然後會對應於任一過渡 5 點。 由於希望CD-Rs和CD-R〇Ms在一 CD播放機内可互換地讀 取,雖然GD-Rs必彡貞合乎菲利浦—新力、'財書〃(腕啦― Sony、、Orange Book”)規格且〇)—肋齙必須合乎、、紅皮書 (Red Book) //規格,已編碼資料信號之此種寫入策略調整^ 10於確保播放機無法偵測出一 CD-R或CD—R0M間之任何差異是很 重要的。這些菲利浦-新力規袼為熟習此技藝者所熟知。 經濟部智慧財產局員工消費合作社印製 如前所述,光學碟片通常是藉由使其在一馬達傳動心軸上以 CLV快速地轉動的方式進行燒錄和後續讀取。(吾人可能注意到 有一些播放機係運用恆定角速度播放系統,然本說明書係採取 15 CLV燒錄和播放。)對執作用(仕acking) —使寫入射束及/或 讀取射束之徑向位置精確地維持在資料執之中央的作用一係經 由一比較至少單一對的連續讀數之伺服裝置達成。在⑶—R播放 機中,通常是運用單射束(、、推-拉:、、PP")對執作用。其 中反射光束經光學方式分離為一資料檢索射束和一對執射束。 20在CD和DVD-R應用中,大致圓形橫截面的反射對執射束分量經 劃分成二個相等半圓,此二半圓之間的分隔線平行於縱向執道 軸線,亦即在執道之縱向軸線的兩相反側上取得成對的讀數。 對執感測器持績比較影像之兩半的強度,且一伺服機構調整射 束的徑向位置使得就此二半邊感測到的光線是相等的。後種狀 25 態代表著讀取所得係取自執道軸線的中央,亦即發生正確的對 本紙張尺度適用中國國家標準(CNS)A4規格(210 X 297公釐) 200419559 A7 B7 五、發明說明(6 執作用 5 10 15 經濟部智慧財產局員工消費合作社印製 20 一般而言,以同一個感測器用於對執和資料檢索。在單射束 CD對執作業中,以感測到的二個分量其中之一分量減去另一八 1,而零差值(亦即來自於兩側的輸入相等)代表著正確對 執。資料檢索作業係由將這兩個半份加起來的方式達成。在預 錄式DVD應用中係採用差相對執方式,其中將反射光劃分成四 份,且比較每一份的定相以判定對執狀態。 大多數CD-ROM播放機採用三射束hf檢索和對執,如圖4所 不且見於下文(但紅皮書僅規定單射束pp對執的標準)。在二 射束對執作業中,讀取射束經分離成三個射束:讀取射束I 身,一指向讀取射束前方一或多個記號長度且往一側偏移 執距(大約是3/4記號寬度)的第—對騎束,—指向讀取射 束後方一或多個記號長度且往另一側偏移1/4執距的第二對執 射束。依前文有關於PP對執所述之方式持續個別地感測此二對 執射束每一者的反射光以求對執。 射束聚焦同樣是經由一合適的反饋機構達成。射束聚焦為一 般所常用且在業界廣為人知,因此除了在說明特定應料可能 需要以外,在此不對其多作說明。 橘皮書的第二部分包含混合式碟片的規格,例如在 Nakagawa等人之美國專利第5,2〇4,852號中提到的―也簡f的方式來說’-混合式是—光學記錄.,紅= 的%狀執這帶内含有預錄資料(、、R〇M’/帶),且具有可于文1=:,書叫料、覆蓋著-光學記:= 25 資料舉例來說可包括可避免該選擇性 〜亲貝枓被拷貝的加訊,或者其可能包括教導㈣⑽播放And measure the length of each-flat ground from its leading edge mark-flat ground transition area to the edge of the basin end flat-mark transition area, and then transform these lengths into corresponding nT values. If the mark is flat and symmetrical in three dimensions and has an appropriate length, the HF search can be facilitated by being able to choose-a specific reflectance, which will then correspond to any 5 points of transition. Since CD-Rs and CD-ROMs are expected to be read interchangeably in a CD player, although GD-Rs must be compliant with Phillips-Sinli, 'Cai Shushu (Wrist-Sony, Orange Book)' ) Specifications and 〇) —Ribbon must conform to, Red Book // Specifications, this writing strategy adjustment of coded data signals ^ 10 to ensure that the player cannot detect a CD-R or CD-R0M Any differences between them are important. These Philips-Sinli regulations are well known to those skilled in the art. Printed by the Consumer Cooperatives of the Intellectual Property Bureau of the Ministry of Economic Affairs, as mentioned earlier, optical discs are usually made by A motor-driven mandrel uses the CLV to rotate rapidly for programming and subsequent reading. (I may notice that some players use a constant angular velocity playback system, but this manual uses 15 CLV for programming and playback.) Sacking—The effect of accurately maintaining the radial position of the writing beam and / or reading beam at the center of the data beam is achieved by a servo device that compares consecutive readings of at least a single pair. In CD-R players, usually Use a single beam (,, push-pull: ,, PP ") for the effect. The reflected beam is optically separated into a data retrieval beam and a pair of beams. 20 In CD and DVD-R applications, The reflection beam component of the roughly circular cross section is divided into two equal semicircles, and the separation line between the two semicircles is parallel to the longitudinal execution axis, that is, obtained on two opposite sides of the longitudinal axis of the execution. The readings of the pair are compared with the intensity of the two halves of the image, and a servo mechanism adjusts the radial position of the beam so that the light sensed by the two halves is equal. The latter state 25 represents The reading is taken from the center of the execution axis, that is, the correct application of the Chinese National Standard (CNS) A4 specification (210 X 297 mm) to the paper size has occurred. 200419559 A7 B7 V. Description of the invention (6 Enforcement 5 10 15 Printed by the Intellectual Property Bureau of the Ministry of Economic Affairs, Consumer Cooperatives20 In general, the same sensor is used for registration and data retrieval. In the single beam CD operation, one of the two components is sensed. Minus another eight 1 and zero difference The value (that is, the inputs from both sides are equal) represents the correct match. The data retrieval operation is achieved by adding the two halves together. In the pre-recorded DVD application, the poor match method is used, where Divide the reflected light into four parts, and compare the phase of each part to determine the docking status. Most CD-ROM players use three-beam hf retrieval and docking, as shown in Figure 4 below (but red book) Only the standard of single beam pp pairing is specified.) In the two beam pairing operation, the reading beam is separated into three beams: the reading beam I, one pointing one or more in front of the reading beam. The first-to-riding beam with a mark length and offset distance (about 3/4 mark width) to one side, points to one or more mark lengths behind the reading beam and is offset 1/4 to the other side The second pair of beams. Continue to individually sense the reflected light of each of the two pair of beams for the pairing in the manner described in the previous paragraph on PP pairing. Beam focusing is also achieved via a suitable feedback mechanism. Beam focusing is generally used and is well known in the industry, so it will not be described here except to explain the specific needs that may be required. The second part of the Orange Book contains specifications for hybrid discs, such as those mentioned in Nakagawa et al. US Patent No. 5,204,852—also referred to as “f-mode” —hybrid is—optical recording ., Red = %%. This band contains pre-recorded data (,, ROM '/ band), and it can be used in the text 1 = :, the book is called, covered with -optical record: = 25 data example Speaking may include a message that prevents this selectivity ~ pro-beings being copied, or it may include teaching ㈣⑽ playing

本紙張尺度適用中國國家標準(CNS)A4規格(21〇 X 297公釐) 五、發明說明(7) 5 10 15 20 當如何解碼且/或處理該燒錄資料的使 ==型的資料可預錄在腦區内。依據橘皮書,混合=狀帶°料人所熟知,光學心通常係從令央 錄和魏,從碟片t心起徑向向外且參照圖19所 (梅雜意峨度)來看,第一個是ri Ί ’,、谷許〇)—R燒錄器最佳化其標稱寫人雷射功率。下一 個是R0M1帶302、、'程式管理區(服),/ (肖_ _),其通倾包括繞碟片至多幾_已。此環 Z 1 於碟片之執道數的資訊,且其目的係在燒錄後關閉此 碟月。接下來依序分別是選擇性加寬R2、職 mm挪,最後—區可能延伸到靠近碟片的外周。 混合式碟片的製造是一個多步驟的程序。首先,必須造出一 具備必要的相繼_帶和R帶之母版混合式。此時將匪 資料記錄到一空白母版片之一表面上的光學記錄層内,此母版 片的基板得為任何適宜㈣,.聚碳_旨或麵,血 /-表面、(:來自頂矿)燒錄’參見下文。該基板理所當然必 須對於以第^表面燒錄方式造出的母版碟片是透_。如前所 述,該丽資料得為加密資料或是製造商所想要記錄在_區 内的任何其他㈣。母版⑻之R帶會齡螺旋狀對執預 槽。整個母會習知方式賊ΑΉρ定時資訊。 母版混合式碟片通常是由兩種方法其中—方法造出,此二方 法分別是光阻(、'pir )法和染料_聚合驗。齡可能存在豆 他母版製造方法且聽關在未來—定會有,但本說明書 會專注在這兩種方法上,其中以PR法是目前最受人廣泛使用的 neo-L· 〇 25 方法。 -9 - 本紙張尺度適用中國國家標準(CNS)A4規袼(21〇 χ 297公爱. 200419559 A7 B7 五、發明說明(8) " ~- 光阻(、、PR〃)燒錄法本質上來說是_種照相製版程序。母 版混=式碟片的紀錄表面包括—大致均勻組合物的光敏聚合物 薄树月曰層#具有與照相用軟片之感光乳膠幾乎相同的曝光特 H因此,PR是一種純粹光化學的(亦即光學的)光資_ 5方法。換句話說,在PR法中,並非灌注_表21^ 部分内的熱量使光阻劑曝光;僅只是由入射光的量決定是否發 生充分曝光而形成期望的三維特徵。 經濟部智慧財產局員工消費合作社印製 需要有達到閾值的光量方能在光阻表面造成曝光作用之起 始。中間表面以下光阻劑受曝光的程度和深度取決於照射到的 10寫入雷射光之強度和延續時間以及光阻材料本身的光學特性。 由於在光阻媒體内會發生光線吸收和散射,還有顯影程序,媒 體内之曝光寬度通常隨其深度加深而減小。然而就大原則來 說,在相同延續時間(旋轉速度)的條件下,準確地說,入射 強度增加會導致光阻媒體内之曝光深度加深。曝光處的徑向寬 15度(特別是在表面)係由寫入射束寬度決定,應瞭解到可將射 束橫截面視為一埃理斑(Airy disc),具備徑向的強度高斯分 佈(Gaussian distribution)。由於PR是一純粹光學程序, 曝光的開始和結束是瞬時性的,因為寫入射束係在碟片於射束 下方轉動時就每一寫入脈波分別激活和減活。 20 資料脈波(、、接通〃時間)最後會在母版混合式碟片的表面 產生坑洞,而、、斷開"時間得到中介的平地。由於整個資料串 流經編碼,記號和平地含有獨立資料。在一 ROM區之PR燒錄作 業中’ 一 EFM (或EFM Plus)編碼波形導致照射到旋轉令母版 碟片之記錄表面上的光線(通常是來自於二極體或氣體雷射) 25 之一聚焦光斑的強度發生調變。藉由使碟片之CLV轉速與射束 -10 - 本紙張尺度適用中國國家標準(CNS)A4規格(210 x297公釐) 200419559 A7 B7 五、發明說明(9) * 相對於碟片中心之徑向位置適當地同步化,如此會在R〇M帶内 產生一迢穿插著未曝光平地、在光斑是、、接通〃狀態時產生的 狹窄、通常是長形的潛像。在R帶内創造出一螺旋盤繞於碟片 的連縯潛像。此等像的寬度在CD母版製作的情況中比大約丄微 5米還小,且在母版製作的情況中大約是一半,因為DVD尺 寸大約是CD的一半。 當整個ROM區和R帶螺旋執道(或同心執道之集合)已、、曝 照到其表面上,如同一般照相軟片使母版混合式碟片、、顯 影。在此步驟中,導入一蝕刻溶液使阻蝕劑的已曝光區(或 1〇是未曝光區,視所用阻蝕劑是正像型或負像型而定)溶解移 除,如此在母版混合式碟片之帶内創造出一系列大量的狹 窄、三維的 '通常是長形的微小坑洞和中介平地且在R帶内創 造出螺旋狀預製槽。在ROM帶内,碟片表面處之此等rqm外貌 特欲的見度(亦即橫向範圍)會與寫入射束的有效寬度大致相 經濟部智慧財產局員工消費合作社印製 15同,R帶内之預製槽的碟片表面寬度也是如此。每一坑洞和預製 槽在表面底下的寬度會減小。每一相繼對之過渡區之間的間隔 (從一坑洞-平地過渡到下一個平地—坑洞過渡,反之亦同)個 別地代表一對應於原始EFM (或EFM Plus)信號内一特定資料 封包(亦即脈波)的資料量程。 20 沈積在較厚玻璃或聚碳酸酯基板上之光敏資料層的厚度通常 係選擇為與期望的ROM坑洞深度相同。因此,在光阻劑因一充 分強度的寫入射束而完全曝光(穿透其全厚度)時,會產生平 底的坑洞。其深度會跟光敏層的厚度相同。其橫向剖面會呈現 一大致梯形的形狀,其側邊到底部(通常還有表面到側邊)的 25接頭會是相當尖銳的角度。由於PR法是一種照相製版程序,且 -11- 本紙張尺度適用中國國家標準(CNS)A4規格(210 X 297公釐) 200419559This paper size applies the Chinese National Standard (CNS) A4 specification (21 × X 297 mm) V. Description of the invention (7) 5 10 15 20 When how to decode and / or process the recorded data, the == type data can be Pre-recorded in the brain area. According to the Orange Book, mixing = ribbons are well known to people. The optical center is usually from the center of the ring and Wei, from the disc t center radially outward and with reference to Figure 19 (Mei Zai Erdu). The first is ri Ί ', Gu Xu 0) —The R writer optimizes its nominal writer laser power. The next one is R0M1 with 302, "Program management area (service), / (Xiao _ _)", whose universality includes winding discs at most. This ring Z 1 is information on the number of tracks performed on the disc, and its purpose is to close the disc month after burning. The next step is to selectively widen R2 and Mmm, and finally, the zone may extend to the periphery of the disc. The manufacture of hybrid discs is a multi-step process. First, a master mix with the necessary sequential tape and R tape must be created. At this time, the bandit information is recorded into the optical recording layer on one surface of a blank master plate, and the substrate of the master plate must be any suitable substrate. Polycarbonate or surface, blood / -surface, (: from Top mine) Burning 'See below. The substrate must of course be transparent to the master disc produced by the third surface burning method. As mentioned earlier, this data may be encrypted or any other information the manufacturer wants to record in the _ area. The R tape of the master ⑻ will have a spiral spiral pre-groove. The entire mother will learn the way thief ΑΉρ timing information. Master-type hybrid discs are usually produced by two methods-methods. The two methods are photoresist ('pir') method and dye-polymerization test. There may be a method for making other masters of the age and it will be heard in the future-there will be, but this manual will focus on these two methods, of which the PR method is currently the most widely used neo-L · 〇25 method . -9-This paper size applies the Chinese National Standard (CNS) A4 Regulation (21〇χ 297 Public Love. 200419559 A7 B7 V. Description of the Invention (8) " ~-Photoresistance (,, PR〃) Burning Method Essence The above is a kind of photographic plate making process. The recording surface of the master mix disc includes-a photosensitive polymer thin tree month layer of a substantially uniform composition having almost the same exposure characteristics as the photosensitive latex of photographic film. Therefore, PR It is a purely photochemical (ie optical) optical method_5. In other words, in the PR method, it is not perfusion that exposes the photoresist by the heat in the table 21 ^; it is only the amount of incident light Decide whether sufficient exposure will occur and form the desired three-dimensional features. The consumer cooperative of the Intellectual Property Bureau of the Ministry of Economic Affairs needs to have a threshold amount of light in order to cause the beginning of the exposure on the photoresist surface. The degree and depth depend on the intensity and duration of the 10 written laser light irradiated and the optical characteristics of the photoresist material itself. Because light absorption and scattering occur in the photoresist medium, and the development process, The exposure width in the body usually decreases as its depth deepens. However, in principle, under the same duration (rotation speed), the increase in the incident intensity will lead to a deeper exposure depth in the photoresist medium. The 15-degree radial width at the exposure (especially on the surface) is determined by the written beam width. It should be understood that the beam cross-section can be regarded as an Airy disc with a radial intensity Gauss Gaussian distribution. Since PR is a purely optical process, the beginning and end of exposure are instantaneous, because the writing beam is activated and reduced for each writing pulse when the disc is rotated below the beam. 20. The data pulse (,, turn-on time) will eventually generate pits on the surface of the master hybrid disc, and the turn-off time will get the intermediate flat. Because the entire data stream is encoded, The marks and independent data are contained peacefully. During a PR burning operation in a ROM area, an EFM (or EFM Plus) coded waveform causes light to illuminate the recording surface of the rotating master disc (usually from two Polar body or gas laser) 25 The intensity of one of the focused spots is adjusted. By adjusting the CLV speed of the disc and the beam -10-This paper size applies the Chinese National Standard (CNS) A4 (210 x 297 mm) 200419559 A7 B7 V. Description of the invention (9) * The radial position relative to the center of the disc is properly synchronized, so that a flat space in the ROM band is interspersed with unexposed flat ground, and the light spot is turned on. The narrow, usually long latent image produced in the state. A continuous latent image spirally coiled on the disc is created in the R band. The width of these images in the case of CD master production is slightly smaller than about 5 The meter is still small, and in the case of mastering, it is about half because the DVD is about half the size of a CD. When the entire ROM area and R-band spiral track (or a collection of concentric tracks) have been exposed to the surface, the master mixed disc is developed like a normal photographic film. In this step, an etching solution is introduced to dissolve and remove the exposed area of the resist (or 10 is the unexposed area, depending on whether the used resist is positive or negative), and mix it in the master. A series of narrow, three-dimensional 'usually elongated tiny pits and intervening flats were created in the band of the disc, and a spiral prefabricated groove was created in the R band. In the ROM tape, the visibility of these rqm appearances on the surface of the disc (that is, the horizontal range) will be approximately the same as the effective width of the writing beam. 15 The same applies to the surface width of the discs with the pre-grooves inside. The width of each pothole and prefabricated groove below the surface is reduced. The interval between each successive pair of transition areas (transition from a pothole-flat land to the next flat-pothole transition, and vice versa) individually represents a specific data corresponding to the original EFM (or EFM Plus) signal Data range of the packet (ie pulse wave). 20 The thickness of the photosensitive data layer deposited on a thicker glass or polycarbonate substrate is usually chosen to be the same as the desired ROM pit depth. Therefore, when the photoresist is fully exposed (through its full thickness) due to a writing beam of sufficient intensity, a flat bottomed cavity is created. Its depth will be the same as the thickness of the photosensitive layer. Its cross section will show a generally trapezoidal shape, and its 25 joints from side to bottom (usually from surface to side) will be quite sharp. As the PR method is a photographic plate-making process, and -11- this paper size is applicable to China National Standard (CNS) A4 (210 X 297 mm) 200419559

5 10 15 經濟部智慧財產局員工消費合作社印製 20 25 光阻劑不可能絕對地均句—致,側壁會有一些粗繞。 =⑽制寫人射麵錢得纽劑未能^全曝光(導致 9l^下文所將_,運用PR法造出母版混合式碟片之早 期從業人員經常會產生此橫向構造的R帶預製槽。 員I現此等由PR法造出的淺型外貌特徵通常都會從複製的 碟片產生雜輯’謂輸出讀數,因為在已則光阻層内固 有粗键度且對寫人雷射雜訊有較大的敏感度。的確,由於碟片 母版製作之PR法是-姓刻程序,其通常會產生具有粗輪表面的 三維外貌特徵。這損害到谓測準度,因為播放信號振幅受表面 特丨〜a此問題在有關Yanagi_hi等人之美國專利 5, 696, 758號和Ha等人之美國專利6, 212,158號的部分會進一 步說明。 無响如何’絲層之厚度和曝綠度(以及得到的坑洞或預 製?1!度)曰通常以熟習此技藝者所熟知之一方式選擇為能從複 製一到取佳偵測。如前所述,坑洞和預製槽寬度係由燒錄射 束的功率和有效寬度決定。後者係由所使用寫入雷射的波長和 聚焦構件之數值孔徑(、、NA〃)以—習知方式蚊。坑洞之橫 向剖面械不管是獅或是三角形可能可藉由光阻材料之光學 特性、姓刻程序、寫入射束功率及所選用特定聚焦構造至少達 到某種程度的控制,如專利文獻所述。最後,每一完成rom坑 洞的長度主要是由對應·(或EFM Plus)資料脈波的延續時 間決定,每一中介平地的長度也是如此。 再一次提到,不管用在何種應用,PR法本質上是一蝕刻程 序,且即使光阻劑完全曝光,不可避免會在坑洞側壁表面上發 _____ -12- 本紙張尺度適用中國國家標準(CNS)A4規格(21〇 χ 297公爱) 200419559 A7 B75 10 15 Printed by the Consumer Cooperatives of the Intellectual Property Bureau of the Ministry of Economic Affairs 20 25 Photoresist cannot be absolutely uniform, and there will be some rough windings on the side walls. = The producer did not fully expose the money agent ^ full exposure (resulting in 9l ^ will be described below _, early practitioners who used the PR method to create master-type hybrid discs often produced this horizontally structured R-belt prefabrication These shallow appearance features created by the PR method usually produce a mixed output reading from the copied disc, because of the inherent coarse bond in the photoresist layer and the laser to the writer. Noise has a greater sensitivity. Indeed, because the PR method of disc mastering is a surname-engraving process, it usually produces a three-dimensional appearance with a rough wheel surface. This damages the accuracy, because the signal is played The amplitude is affected by surface characteristics. This problem is further explained in US Pat. No. 5,696,758 of Yanagi_hi et al. And US Pat. No. 6,212,158 of Ha. Et al. No sound how the thickness and exposure of the silk layer Greenness (and the resulting potholes or prefabricated? 1! Degrees) is usually selected in a way that is familiar to those skilled in the art to be able to detect from copy one to best detection. As mentioned earlier, the width of potholes and prefabricated grooves It is determined by the power and effective width of the burning beam. The latter is determined by the Using the wavelength of the laser and the numerical aperture (, NA〃) of the focusing member, the mosquito is known in a conventional way. Whether it is a lion or a triangle, the transverse profile of the pit may be determined by the optical characteristics of the photoresist material, the surname The engraving procedure, writing beam power, and specific focusing structure selected are controlled at least to some extent, as described in the patent literature. Finally, the length of each completed ROM cavity is mainly determined by the corresponding (or EFM Plus) data pulse. The duration of the wave determines the length of each intermediary ground. Once again, no matter what the application is, the PR method is essentially an etching process, and even if the photoresist is fully exposed, it will inevitably be in the pit. Issued on the surface of the side wall _____ -12- This paper size applies to the Chinese National Standard (CNS) A4 (21〇χ 297 public love) 200419559 A7 B7

生某種程度的粗糙。雖然未證實這對於一般⑶—R0M母版製作應 用是-特麵著的問題,母版碟片製作之PR法對於能藉以在一 低不良率的條件下快速製造混合式CDS的母版混合式CD9的製造 沒有助益。此係因為PR法有呈少四個固有特性:(1)其易於 5產生橫向剖面有尖銳邊角的外貌特徵,造成會增加循環時間的 模造問題;(2)因光阻劑局部曝光而造成的淺外貌特徵在讀取 時諸多雜訊;⑶其為-難以控制的程序;⑷pR製得^ 坑和槽道的固有粗糙度妨礙準確的混合式CD資料檢索。此外, PR-製得母版碟片在資料密度提高到當今之每—資料層大約4 2 10十億位元組的CD和DVD等級以上且資料檢索策略必然變得更為 複雜之日守,其粗链度問題只會變得更麻煩。 '' 染料-聚合物光學資料記錄方式揭示於美國專利第 5, 297,129號(以下簡稱、、’129號專利及本申請案之母案的 美國專利申請案序號09/558,071號(以下簡稱、、母申請 15案),每一專利案均讓渡給本案之受讓人且以引用的方式— 整併入本文中。 70 經濟部智慧財產局員工消費合作社印製 不Π於PR法,染料合物記錄法是一熱處理法,以與找 法之基礎原理相當不同的物理原理為基礎。如,129號專利及母 申清案中所述,此熱處理方法要求一相當複雜的寫入策略。此 20係因為在染料一聚合物情況中,當母版碟片在轉動中、射束經激 活開始要形成每-坑洞以後,只需要少量時間就能將染料一聚合 物加熱到其熱閾值。此導致所得坑洞有一錐形前導邊緣。另一 方面,在射束停掉時幾乎是立即發生冷卻作用,造成較鈍的尾 端邊緣。因此,不同於可將幾乎未修改的腕脈波用於雷射束 25強度調變的純光學pR法,染料—聚合物碟片母版製作要求小心 -13- 本紙張尺度適用中國國家標準(CNS)A4規格(210 X 297公爱 200419559 A7Somehow rough. Although it has not been proven that this is a special problem for general CD-ROM master production applications, the PR method of master disc production is suitable for master hybrid hybrids that can quickly produce hybrid CDS under a low defect rate. The manufacture of CD9 did not help. This is because the PR method has four inherent characteristics: (1) it is prone to 5 appearance features with sharp edges in the transverse section, which causes molding problems that increase cycle time; (2) caused by partial exposure of the photoresist There are many noises in the reading of the shallow appearance features; ⑶ it is-a program that is difficult to control; 固有 pR made ^ the inherent roughness of pits and channels hinders accurate hybrid CD data retrieval. In addition, PR-made master discs have increased their data density to today's CD-DVD and DVD levels of approximately 4 2 billion bytes per data layer, and the data retrieval strategy must become more complex. Its coarse chaining problem will only become more troublesome. '' The dye-polymer optical data recording method is disclosed in U.S. Patent No. 5,297,129 (hereinafter referred to as, '129 patent and U.S. Patent Application Serial No. 09 / 558,071 (hereinafter referred to as, 15 cases of the parent application), each patent case is assigned to the assignee of this case and is incorporated by reference in its entirety. 70 The Intellectual Property Bureau Employee Consumer Cooperatives of the Ministry of Economic Affairs does not print the PR law, dyes The physical recording method is a heat treatment method, which is based on a physical principle that is quite different from the basic principle of finding methods. As described in Patent No. 129 and the parent application, this heat treatment method requires a fairly complicated writing strategy. 20 is because in the case of dye-polymer, when the master disc is rotating and the beam is activated to form per-pits, it only takes a small amount of time to heat the dye-polymer to its thermal threshold. This results in the resulting pothole having a tapered leading edge. On the other hand, cooling occurs almost immediately when the beam is stopped, resulting in a dull trailing edge. Therefore, it is different from a wrist that can be almost unmodified Wave is used for laser beam 25 pure optical pR method for intensity modulation. Dye-polymer disc mastering requires careful production. -13- This paper size applies to China National Standard (CNS) A4 (210 X 297 Public Love 200419559 A7)

12 10 15 經濟部智慧財產局員工消費合作社印製 20 25 地修改EFM脈波以抵銷這些熱效應。,129號專利解決此問題且 提出-種有效的染料-聚合物母版製作寫入策略,而母申請案非 排他性地識別各等效物。 以染料—聚合物程序進行的混合式〇)或DVD母版製作包括母 版混合式碟片之光熱激活記錄層的選擇性衝出,藉此在匪帶 内產生-系列坑洞和中介平地,且在R帶内產生預製槽。此記 錄層包括-聚合物(例如硝,基纖維素)和—染料之—混合物, ,染料的顏色與寫人射束(通常是訪)的顏色互補以促成最 局熱吸收效果。_-麟舰合物_染祕例齡足以排除 對過大寫人雷射功率的需求,同時低到足以使可能因染料殘留 在母版混合式碟片之表面上而造成的作用(例如得自最終混合 式碟片之雜訊讀數)最小化。染料—聚合物混合物内的染料比例 通常相當的低,較佳大約是3_5%。在使収為強力、窄小 :寫入射束(例如離料電子束源)_,祕(若其應用中確 實要用到任何染料)之顏色選擇會簡寫人射束之特定類 型為基礎依據一般為人所知的原則進行。 , 準確資料檢索要求有準確的對執。因此染料—聚合物混合式 r:母:Γ作當中使用的記錄參數必須提供夠精確的三維坑洞 =、平地構造及預製槽道輪廊,藉此確保市售的 依循複製的及事後燒錄的混合式.之資料執, 料檢索。不幸的是,因為在紅皮書對於所 有預錄CD應用之規格要求當中,準確HF價測及準確 (推-拉)對軌·有的準則是相互排斥的 雜。在橘皮書CD-R、講-R及混合式物見格^f料付複 道反射率存在著-同樣基本的協調切片規格备中對於pp和槽 .14- 表紙張尺度適财國國家標準(CNS)A4規格⑽x297公 200419559 A7 B7 五、發明說明(Π) 期望中的HF最佳化在一等於λ/4之有效坑洞深度(要注意 到每一坑洞通常會有一因染料-聚合物衝出程序而造成的弧形基 部)的條件下達成,其中又為讀取射束(通常是雷射)在基板 材料内的波長(因為碟片通常是從第二表面讀取)。這會在反 5 射光内造成一 7Γ (180° )的相移,藉由干涉作用有效地抵銷並 未因繞射而發散的少量入射光。相反地,幾乎100%的入射光從 大致平坦的平地反射。然後,在有λ/4有效坑洞深度的條件 下,可看出在每一坑洞/平地過渡偵測到的反射光會非常急遽地 改變,從而有助於坑洞和平地長度之準確偵測一亦即準確册谓 10 測。 經濟部智慧財產局員工消費合作社印製 相反地,ΡΡ偵測通常是測量從坑洞以一相對於垂直方向之 角度繞射的光線的量。使其經由已知或觀測到的碟片表面反射 率標準化以在特定背景條件下提供比較性數值。因此,在Cj)應 用中,從向PP债測僅只是對縱向執道軸線之任一側上(不管是 15在一坑洞或平地區域内)偵測所得光線的振幅比較。當pp偵測 裔就一側接收到的反射光多於另一側,pp伺服機構以反方向徑 向地移動讀取射束直到其偵測到代表正確對執的兩半邊相等。 一產生7Γ/2相移之Λ/8有效槽道深度使pp偵測最佳化,不是 使HIM貞測最佳化之;1/4後槽道深度和對應万相移。如前所 20述,一相似的;1/8-又/4二分法存在於CD—R和R應用合中 的PP和未燒錄槽道反射率之間,且其他光學記錄應用混 合式CDs)存在著非常類似的二分法。 -個新近核准的歐洲專利E"嶋321 25 -15- 、'S—)就某種程度處理改善光學資料碟片内之PP侧 (很明顯的是-染料-聚合物燒錄)且希望不會過於犧牲亚伯 參紙張尺度適用中國國家標準(CNS)A4規袼(210 χ 297公着 200419559 A7 B7 五、發明說明(l4) 測的問題。其所提出之解決方案是將寫入脈波之間的寫入射束 強度維持在一剛好高於移動媒體之熱閾值的水準。如此會在連 接相繼坑洞的平坦區内產生一淺而狹窄的槽道,如此有希望在 對HF (亦即坑洞/平地過渡)偵測準度極小負面效果的狀態下實 5質提高坑洞之間的PP對執信號強度。 就某種程度來說,該方法表面上看來是滿足了 pp最佳化準 則’其中能將平地槽道製作成有效深度大約是λ/8 (在混合式 碟片案例中,其有效相深會大約是久/8)。然而,由於此係藉 由將寫入射束強度減弱成接近熱閾值,所得平地槽道必須相當 10窄小。但這實際上損害到ΡΡ偵測,因為pp/HF二分法之另一特 欲在於最佳PP偵測係以一寬度大於會使邢偵測最佳化之槽道 的槽道實現。此外,Schoofs未曾明確解決HF偵測問題。事實 上Schoofs所述内容的邏輯性延伸會是進一步提高坑洞之間的 射束強度加寬槽道以希望更好對執。但實際上會因加深槽道而 15損害到偵測,且也會因為導致坑洞/平地過渡區更難以偵測 而損害到HF偵測,從而對所提供之任何pp改良造成負面性抵 銷。 、一 經濟部智慧財產局員工消費合作社印製 在混合式碟片製造方面,依循Nakagawa、Yanagimachi和 Ha所述方式也會發生非常相似的問題,以下簡短說明之。 20 用何種方法以及何種格式(CD-ROM、混合式〇)等)造出一 母版碟片(例如PR法或加熱法,例如染料—聚合物法)僅只是 碟片製程的第一步而已。最終碟片才是目標所在,不是母版碟 片’又有在製程中進行數個中間步驟就不會得到製造規袼所斜 對的最終碟片。 25 一旦記錄完成,藉由習知的電鍍程序使母版混合式碟片變換 ____ -16- 、 本紙張尺度翻巾ϋ g家^^(CNS)A4規格(21G χ 297公爱) '' 200419559 A7 B7 五、發明說明(I5) 一 " ’ ' - 成一金屬製片模(stamper),由此模造出聚碳酸酯的子碟片 (daughter discs)。若有充分技巧且小心操作,此製片模幾 乎會是母版的的確實鏡像,且所得、、淨複製(clear replica)混合式碟片同樣會幾乎是母版的確實拷貝物。其會 5在R0M帶内呈現出記錄R〇M資料,且會在R帶内呈現必要的⑶一 R預製槽。未能藉由在一反饋迴圈程序(參見下文)當中藉由對 最終(已處理)混合式碟片持續測試且對應調整母版製作參數 的方式使整體碟片製造線最佳化可能產出身為母版之合理良好 鏡像的製片模和外貌特徵與母版非常相似的淨複製混合式碟 ίο片,可是會得到ROM資料記號和預製槽未能確實呈現其在母版 内之k截面形狀的最終混合式碟片。後者(以及稍後燒錄好的 混合式碟片)必須符合橘皮書規格(且要符合有關R〇M區納入 橘皮書内的紅皮書規格)。此中並沒有針對母版混合式碟片的 規格或疋針對淨複製混合式碟片的規格,因為只有最終複製品 15才有商業面的注意。 經濟部智慧財產局員工消費合作社印製 吾人不僅必須要使母版製作程序最佳化以能製得符合製造規 格的表、、冬此合式碟片,也要使其優值(以2⑴^ d最大 化。如業界所熟知,優值係為一測量對於適用規格(例如朋偵 測之振巾田、PP偵測之振幅、資料執之徑向相鄰部分間的串音之 20取小化等)《總體一致度的加權函數。優*隨著冑終混合式碟 ^在相關規格分類内之觀測所得參數值接近此等分類當中每一 ” 2之可接t範圍的中央而加大,且在僅應用—較低限制的情 ^取大化。因此,使優值最大化意味著系統已最佳化至在各製 ^驟中通常會遭_之經常是科翻的變化很可能不會使 25仔轉產品脫離規格的程度。因此,使優值最大化確保有一 —------------- "17~ _ 本紙張尺度適用中_家標準(CNS)A4規袼⑽X297公 2^)0419559 A7 B7 五、發明說明(Ιό 10 15 經濟部智慧財產局員工消費合作社印製 20 ''容錯〃的系統和良好的產品良率。 依據紅皮書規袼,CD執距(IP")介於1· 5微米和L ? 微米之間’標稱值為1. 6微米。EFM編碼CD坑洞從半深度(傳 統上來說係由此測量所有寬度和長度)測得的長度標稱值為每τ 0.3微米,其中坑洞長度就空間性代表nT瞬時延續時間的一輪 入資料脈波運行長度。一 CD坑洞之寬度(、'pw〃)(其再次是 在半深度處測得,如圖18所示)以及造出此坑洞之寫入射束的 光斑直徑都大約是0· 5微米,亦即大約TP/3。另一方面,讀取 射束大約是此寬度的兩倍,或說大約丨微米寬。由於在CD燒錄 作業中使用多樣雷射波長,使射束聚焦之物鏡的數值孔徑必須 選擇為不管射棘如何都會產生—相同直㈣射束級,使得 不管所職置為何都會有補寬度的坑洞,藉此確保所得坑洞 一律可被讀取。光斑直徑d係由方程式ά〜〇·5λ/ΝΑ決定,其 中;I是真空巾的射束波長、ΝΑ是數值孔徑且d是所得光斑的直 控。以CD播放為例,λ=〇· 78〇微米、且Μ=〇·奶,則d与〇· 9 微米。 /目似的比例使用在議應用之中,但有關於_燒錄和讀取 的橫向尺寸大約是CD應用之橫向尺寸的5Q%,反映出勵記號 的相應較短通道位元長度。據推測,運錄高頻率(亦即較短 _皮長)的寫入和讀取射束、較小坑洞和較窄執距的未來較 高密度應齡相_姆比例。 雙面型(或雙層型)碟片可藉由使用二個模具產生(每一側二母層用㈣具),每_模具由—依前述方式記錄之獨立 母版碟片製得。 不&母版疋以何種方法記錄,混合式碟片製程當中的最後步 2512 10 15 Printed by the Consumer Cooperatives of the Intellectual Property Bureau of the Ministry of Economic Affairs 20 25 The EFM pulse was modified to offset these thermal effects. Patent No. 129 solves this problem and proposes an effective dye-polymer master making and writing strategy, and the parent application non-exclusively identifies each equivalent. Hybrid dyeing with polymer-programming process 0) or DVD mastering includes selective punching out of the photothermally activated recording layer of the master hybrid disc, thereby creating a series of potholes and intermediary flats in the band, A pre-groove is created in the R-band. This recording layer consists of a polymer (such as nitrocellulose) and a mixture of dyes. The color of the dye is complementary to the color of the human beam (usually visit) to promote the most local heat absorption effect. _- 麟 舰 组合 _The age of dyeing is sufficient to eliminate the need for laser power of overcapitalization, and is low enough to allow the effects that may be caused by dyes remaining on the surface of the master hybrid disc (for example, from Noise readings on the final hybrid disc) are minimized. The proportion of dye in the dye-polymer mixture is usually quite low, preferably about 3 to 5%. When making the collection strong and narrow: write the beam (such as the off-beam electron beam source), the color selection of the secret (if any dye is really used in its application) will abbreviate the specific type of human beam as the basis Generally known principles. Accurate data retrieval requires accurate matchmaking. Therefore, the recording parameters used in the dye-polymer hybrid r: master: Γ operation must provide accurate three-dimensional pits =, flat structures and prefabricated channel gangways, thereby ensuring the commercially available follow-up copy and post-burning Of the mixed type of information, data retrieval. Unfortunately, because of the Redbook's specification requirements for all pre-recorded CD applications, accurate HF price measurement and accurate (push-pull) alignment or some criteria are mutually exclusive. In the Orange Book CD-R, Talk-R, and hybrids, there is a reflectance of ^ f material. The same reflectance exists-the same basic coordinated slice specifications are prepared for pp and grooves. 14-Table paper size is suitable for fiscal countries Standard (CNS) A4 specification x297 male 200419559 A7 B7 V. Description of the invention (Π) The desired HF is optimized to an effective pothole depth equal to λ / 4 (note that each pothole usually has a factor-dependent dye- This is achieved under the conditions of an arc-shaped base caused by the polymer punch-out procedure, which in turn is the wavelength of the read beam (usually a laser) in the substrate material (because the disc is usually read from the second surface). This will cause a 7Γ (180 °) phase shift in the reflected light, which effectively cancels out a small amount of incident light that does not diverge due to diffraction. In contrast, almost 100% of the incident light is reflected from a substantially flat, flat ground. Then, under the condition of λ / 4 effective pothole depth, it can be seen that the reflected light detected in each pothole / flat ground transition will change very rapidly, which will help the accurate detection of potholes and land lengths. One test is exactly 10 tests. Printed by the Consumer Cooperative of the Intellectual Property Bureau of the Ministry of Economic Affairs. In contrast, PP detection usually measures the amount of light diffracting from a pothole at an angle relative to the vertical direction. It is normalized via known or observed disc surface reflectances to provide comparative values under specific background conditions. Therefore, in the application of Cj), only the amplitude comparison of the light detected from the PP debt measurement on either side of the longitudinal service axis (whether it is in a pothole or flat area) is detected. When the pp detection source receives more reflected light on one side than the other, the pp servo moves the reading beam radially in the opposite direction until it detects that the two halves representing the correct pairing are equal. A Λ / 8 effective channel depth that produces a 7Γ / 2 phase shift optimizes the pp detection, not the HIM chastity test; the channel depth after a quarter and the corresponding 10,000 phase shift. As mentioned in the previous 20, one is similar; the 1 / 8-and / 4 dichotomy exists between PP and unrecorded channel reflectance in the CD-R and R applications, and other optical recording uses hybrid CDs. ) There is a very similar dichotomy. -A recently approved European patent E " 嶋 321 25 -15-, 'S—) to some extent improve the PP side of the optical data disc (obviously-dye-polymer burning) and hope not to It will sacrifice the Aberdeen paper size to apply the Chinese National Standard (CNS) A4 regulations (210 x 297 public publication 200419559 A7 B7) V. Description of the problem (14). The proposed solution is to write the pulse The intensity of the writing beam between the two is maintained at a level just above the thermal threshold of the mobile medium. This will create a shallow and narrow channel in the flat area connecting successive pits. That is, pothole / flat ground transition) In the state of detection with minimal negative effects, the quality of the PP signal between potholes can be improved. To some extent, this method seems to satisfy the pp most. The "optimization criterion" can be used to make a flat channel with an effective depth of approximately λ / 8 (in the case of a hybrid disc, the effective phase depth will be approximately / 8). However, because this is done by writing Beam intensity weakens to near the thermal threshold, and the resulting flat channel must be comparable 10 is narrow. But this actually hurts the PP detection, because the other special purpose of the pp / HF dichotomy is that the best PP detection is a channel with a width larger than the channel that will optimize Xing detection Realized. In addition, Schoofs did not explicitly solve the problem of HF detection. In fact, the logical extension of what Schoofs described will be to further increase the beam intensity between the pits and widen the channel in hope of better alignment. However, it will actually be better. The deepening of the channel will damage the detection, and will also damage the HF detection because it makes it harder to detect the pit / flat transition area, which will negatively offset any pp improvement provided. In the case of hybrid disc manufacturing, the Ministry of Intellectual Property Bureau's Consumer Cooperative printed very similar problems that follow the methods described by Nakagawa, Yanagimachi, and Ha, which will be briefly explained below. 20 What method is used and what format (CD -ROM, hybrid 0), etc.) Creating a master disc (such as PR method or heating method, such as dye-polymer method) is only the first step of the disc manufacturing process. The final disc is the target. It is not the master disc, and there are several intermediate steps in the manufacturing process, and the final disc that is oblique to the manufacturing regulations will not be obtained. 25 Once the recording is completed, the master mixed disc is changed by the conventional plating process ____ -16-, this paper size is turned over ϋ g house ^ (CNS) A4 size (21G χ 297 public love) '' 200419559 A7 B7 V. Description of the Invention (I5)-" '-Form a metal stamper, thereby molding polycarbonate daughter discs. With sufficient skill and care, this production mold will be almost a true mirror of the master, and the resulting, clear replica hybrid disc will also be almost a true copy of the master. It will present the recorded ROM data in the ROM band, and will present the necessary CD-R pre-grooves in the R band. Failure to optimize the overall disc manufacturing line through a feedback loop process (see below) by continuously testing the final (processed) hybrid disc and adjusting the mastering parameters accordingly It is a reasonably good mirror image of the production mold and a net copy hybrid disc with similar appearance characteristics as the master. However, ROM data marks and prefabricated grooves cannot be obtained to show its k-section shape in the master. The ultimate hybrid disc. The latter (and the hybrid discs that will be burned later) must meet the Orange Book specifications (and the Red Book specifications of the relevant ROM area included in the Orange Book). There are no specifications for master hybrid discs, or specifications for net copy hybrid discs, because only the final copy 15 has commercial attention. Printing by the Consumer Cooperatives of the Intellectual Property Bureau of the Ministry of Economic Affairs must not only optimize the mastering process to produce tables, winter-compatible discs that meet manufacturing specifications, but also make them good value (with 2⑴ ^ d Maximization. As is well known in the industry, the merit value is a measurement of 20 for the applicable specifications (such as the vibration field of the Peng detection, the amplitude of the PP detection, and the crosstalk between radially adjacent parts of the data). Etc.) "Weighting function of overall consistency. Excellent * increases as the observed parameter value of the final hybrid disc ^ in the relevant specification category approaches the center of the accessible t range of each" 2 in these categories, And only apply-the lower limit of the situation is taken. Therefore, maximizing the figure of merit means that the system has been optimized to usually suffer in various systems. Often, the change of the scientific translation is probably not The degree to which the product will deviate from the specifications. Therefore, maximizing the value of the product will ensure that there is a —------------- " 17 ~ _ This paper standard is applicable in China _ house standard (CNS) A4 regulations (X297 public 2 ^) 0419559 A7 B7 V. Description of invention (Ιό 10 15 Member of Intellectual Property Bureau, Ministry of Economic Affairs The consumer cooperative prints a 20 "fault-tolerant system and good product yield. According to the Red Book Regulations, the CD distance (IP ") is between 1.5 micrometers and L? Micrometers' nominal value is 1.6. Micron. EFM-coded CD pits have a nominal length of 0.3 micrometers per τ measured from half depth (from which all widths and lengths are traditionally measured), where the pit length spatially represents a round of nT instantaneous duration Into the data pulse running length. The width of a CD pit (, 'pw〃) (which was measured again at half depth, as shown in Figure 18) and the spot diameter of the writing beam that created the pit Both are about 0.5 micron, that is, about TP / 3. On the other hand, the read beam is about twice this width, or about 丨 micron wide. Due to the various laser wavelengths used in CD burning operations The numerical aperture of the objective lens that focuses the beam must be selected to be generated regardless of the spine—the same straight beam beam level, so that there will be pits of complementary width regardless of the position, thereby ensuring that the resulting pits can be uniformly used. Read. The spot diameter d is determined by the formula ά ~ 〇 · 5λ / Ν A is determined, where I is the beam wavelength of the vacuum towel, NA is the numerical aperture, and d is the direct control of the obtained spot. Taking CD playback as an example, λ = 0.878 micron and M = 0. milk, then d With a ratio of 0.9 microns / approximately, it is used in the application, but the horizontal dimension of _burning and reading is about 5Q% of the horizontal dimension of CD application, reflecting the corresponding shorter channel of the reed mark. Bit length. It is speculated that future recordings with high frequency (ie, shorter pico length) writing and reading beams, smaller potholes, and narrower distances will have higher future density phase ratios. Double-sided (or double-layer) discs can be produced by using two molds (with two master layers on each side). Each mold is made from an independent master disc recorded in the aforementioned manner. Not & Master Recording Method, Final Steps in Hybrid Disc Manufacturing 25

200419559 A7 五、發明說明(17) " -—--- 驟疋在每—净複製混合式碟片上旋塗-熱激活記錄層;在此層 佈金屬反射薄層;通常最後在上面再施加一保護 層曰然’ έ己錄層傾向於填入匪資料坑(特別是較短運行長 :者例如3Τ至5Τ,詳見下文)和中介平地的部分内,以及r π預製槽所得光學記錄層在丽坑洞和R帶預製槽(之後會 在其内燒錄CD-R資料坑)上方的深度取決於許多因子,例如該 曰在乾秌$的黏度、乾燥條件、自轉速度以及坑洞和預製槽的 橫向形狀。最終混合式碟片以及事後燒錄的混合式碟片必須就 其整體完全符合橘皮書規格,且其匪區也必須符合有納入橘 10皮書規格内的紅皮書規格。 儘管習知技藝都提出很有信心的主張,其所揭示内容不管是 個別來看或統合來看都不像是能夠提出一種提供可選擇性調整 參數之範圍的方法'裝置或結構,也缺乏使優值最大化且藉此 促成在一高速製造環境中可靠地製造滿足紅皮書和橘皮書規格 15 之碟片所必須的總體彈性。 經濟部智慧財產局員工消費合作社印製 前文提及之Nakagawa混合式碟片專利(美國專利第 5, 204, 852號)係以R0M資料坑和R帶預製槽之光阻燒錄為基礎 (第五段第3-20行),且提出以一不同於R帶區的水準使r〇m 區内的光阻劑曝光。其提出兩個基本實施例:一實施例呈現具 20有三角形橫向剖面的預製槽,另一實施例呈現矩形橫向剖面。 此二實施例的預製槽都比R0M資料坑淺,因為在造出預製槽的 同時光阻劑未完全曝光。 如前所述,光阻劑之此局部曝光現象會產生第一 Nakagawa 實施例的三角形斷面預製槽。然而,未能看到Nakagawa提出如 25何產生三角形斷面的預製槽。事實上,要藉由其所揭示方式達 -19- 本紙張尺度適用中國國家標準(CNS)A4規格(210x297公釐) 200419559 五、發明說明(18 成此目的轉何能也是料_。_在光_内可能發生 -些光散射,曝光橫截面會傾向於從碟片表面向下窄化 可月b產生一般所觀測到的梯形輪靡。 很可此疋因為至少$知到造㈣二魏峨矩形斷面預 5 =難度,Naka雜提出—第三實施例(第11段第16行到第 段第36行)’其中一第一射束使光阻劑曝光以(希望) 形斷面預製槽,然後由一第二射束使整個R帶局部性曝光以希 望減小沒些預製槽的有效深度。吾人或許會認知到此種光阻劑 雙重曝光方式至多^^非常難以控制 1〇例,未曾提出如何可達成此目的。 15 >此外,即使是Nakagawa或者是實行其所提内容的熟習此技 勢者真的造出(但極不可能)具有矩形橫截面之臟坑洞和反 ,預製槽的母版碟片,要複製此等母版也是幾乎不可能的,簡 單來說因為模造淨複製混合式碟片會強力地黏著於製片模,其 會呈現數十萬個具有垂直側邊的外貌特徵而非一般在pR產生母 版中看到的梯形橫截面特徵的斜邊。 經濟部智慧財產局員工消費合作社印製 20 25 在Nakagawa的淨複製混合式碟片中,施加於R帶預製槽上 之熱激活圮錄層的深度必須大於在已燒錄讯观帶内之坑洞上方 的/朱度。此係欲確保在散佈於整個碟片上之旋塗記錄層已經覆 蓋上去之後,選擇性燒錄在R帶内之所得坑洞會與已存在於ROM 段内之坑洞具有相同的有效光學深度。因此,Nakagawa暗示當 熱激活記錄層已旋塗在淨複製混合式光碟上,相應特徵的橫截 面开>狀會保證達到正確的相應深度。若預製槽具有三角形橫截 面則非常不可能發生此事。如前所述,Nakagawa造出預製槽的 方式(減少在此等區域内之光阻劑的曝光量)會讓此方法非常 -20- 本紙張尺度適用中國國家標準(CNS)A4規格(210 χ 297公釐) 經濟部智慧財產局員工消費合作社印製 200419559200419559 A7 V. Description of the invention (17) " ------------- A spin-coating-heat-activated recording layer on each net copy hybrid disc; a thin layer of metal reflection is usually placed on this layer; Apply a protective layer to say 'handed recording layer' tends to fill the bandit data pits (especially shorter running length: those such as 3T to 5T, see below for details) and the flat part of the intermediary, and the optical obtained from the r π prefabricated groove The depth of the recording layer above the Likeng cave and the R-belt prefabricated groove (which will be burned with CD-R data pits later) depends on many factors, such as the viscosity of the dry layer, drying conditions, rotation speed, and pit Horizontal shapes of holes and prefabricated grooves. The final hybrid disc and the post-burning hybrid disc must fully comply with the Orange Book specifications as a whole, and their bands must also meet the Red Book specifications included in the Orange 10 Book specifications. Although the conventional arts have put forward very confident claims, their disclosures, whether individually or collectively, do not seem to be able to propose a method of providing a range of parameters that can be selectively adjusted. The maximum value is maximized and thereby contributes to the overall flexibility necessary to reliably manufacture discs meeting Red Book and Orange Book size 15 in a high-speed manufacturing environment. The Nakagawa Hybrid Disc Patent (U.S. Patent No. 5,204, 852) printed by the Consumer Cooperatives of the Intellectual Property Bureau of the Ministry of Economic Affairs is based on the ROM data pit and the photoresist burning with R prefabricated grooves (No. 5 paragraphs, lines 3-20), and proposed to expose the photoresist in the r0m region at a level different from the R-band region. It proposes two basic embodiments: one embodiment presents a prefabricated groove with a triangular transverse section 20, and the other embodiment presents a rectangular transverse section. The prefabricated grooves of these two embodiments are shallower than the ROM data pit because the photoresist is not fully exposed while the prefabricated grooves are created. As mentioned above, this partial exposure of the photoresist will result in a triangular cross-section prefabricated groove of the first Nakagawa embodiment. However, Nakagawa failed to see how to produce prefabricated grooves with triangular cross-sections such as 25H. In fact, it is necessary to achieve -19 by its disclosed method. This paper size is applicable to the Chinese National Standard (CNS) A4 specification (210x297 mm). 200419559 V. Description of the invention (18. It is also expected that this purpose can be turned into _._ 在Some light scattering may occur in the light, and the exposed cross-section will tend to narrow down from the surface of the disc to produce the trapezoidal wheel that is generally observed. It is very good because at least $ know about the two E-rectangular section preview 5 = Difficulty, Naka Za proposed-third embodiment (paragraph 11 line 16 to paragraph 36 line) 'One of the first beams exposes the photoresist in a (hopeful) cross section The pre-groove is then partially exposed by a second beam in order to reduce the effective depth of some pre-grooves. I may realize that this type of photoresist double exposure method is at most ^^ very difficult to control 1〇 For example, it has not been suggested how this can be achieved. 15 > In addition, even Nakagawa or those skilled in the practice of what he has mentioned have really created (but very unlikely) dirty potholes with rectangular cross sections and Conversely, pre-groove master discs, these masters are to be copied It is also almost impossible, simply because the net copy hybrid disc will be strongly adhered to the production mold, which will present hundreds of thousands of appearance features with vertical sides instead of generally seen in pR production masters. The trapezoidal cross-section features the hypotenuse. Printed by the Consumer Cooperative of the Intellectual Property Bureau of the Ministry of Economic Affairs 20 25 In Nakagawa's net copy hybrid discs, the depth of the thermally activated recording layer applied to the prefabricated groove of the R tape must be greater than / Zhu Du above the pits in the recorded band. This is to ensure that after the spin-coated recording layer spread over the entire disc has been covered, the resulting pits in the R band are selectively burned. Will have the same effective optical depth as the pits that already exist in the ROM segment. Therefore, Nakagawa suggests that when the thermally activated recording layer has been spin-coated on a net copy hybrid disc, the cross-section of the corresponding feature will be guaranteed Correct corresponding depth. This would be very unlikely if the prefabricated tank had a triangular cross section. As mentioned earlier, the way Nakagawa created the prefabricated tank (reducing the exposure of the photoresist in these areas) This method will make this paper very -20- scale applicable Chinese National Standard (CNS) A4 size (210 χ 297 mm) Ministry of Economic Affairs Intellectual Property Office employees consumer cooperatives printed 200 419 559

不。犯、成期望的矩形橫截面預製槽,即使產生此等母版也非 常不可能藉以製造符合橘皮書規格的複製品。換句話說, Nakagawa所提由相應舰之棘面雜撼魅記錄層厚度内 造成期望差異的簡單辦法很可能不會成功。 5 不幸岐,如果個最新的紐祕賴Makagawa所提内 容、,不僅會嚴重損及對執侧(_是混合式碟片R帶),R帶 i几洞之HF谓測也可能更為困難,因為這些坑洞大致會被壓入窄 小的預製槽内且自此徑向向外、'膨服。因此,依循 所述内容最有可能的結果是無法符合橘皮書和紅皮書任一者之 10規格的混合式.。不合規袼的混合式碟片毫無用處。Do not. It is not easy to produce the desired rectangular cross-section prefabricated grooves, and even if such masters are produced, it is very impossible to make replicas conforming to Orange Book specifications. In other words, the simple approach proposed by Nakagawa to create the desired difference within the thickness of the corresponding ship's thorny charm recording layer is unlikely to be successful. 5 Unfortunately, if the latest news is based on Makagawa ’s content, it will not only seriously damage the opposing side (_ is a hybrid disc R-band), but the HF test of the R-band i may also be more difficult. Because these pits are roughly pressed into the narrow prefabricated grooves and then radially outward, bulging. Therefore, the most likely result of following the content is a hybrid that does not meet the 10 specifications of either Orange Book or Red Book. Non-compliant hybrid discs are useless.

Yanagimachi (美國專利第5,696,758號)所提之另一種光 阻1母版1作方法本質上說想要依循触呢聽所述方式。藉由 如Nakagawa所提方式使光阻劑在R帶内的曝光量少於r⑽曰帶 内,,且進一步運用在R〇M平地内之曝光水準低於職坑洞曝光 I5水準的方式,Yanagifflachi在淨複製混合式碟片之簡區内造出 的槽道比其所、、連接、坑洞還要窄而且淺。當熱激活記錄層 隨後旋塗在淨複製混合式碟片上以造出最終混合式碟片時,會 有更少的ROM槽這留下。此為除如同Nakagawa案之問題外更有 R帶坑洞和槽道不易讓自身接受HF或PP偵測的問題。此外, 20 Yanagimachi並未提到如何獨立地控制ROM槽道、R0M坑洞和R 帶槽逗的寬度和深度。熟習此技藝者會知道如果藉由降低單射 束之雷射功率的方式使- PR產生特徵窄化,其深度會對應地減 小。而明確提出單射束之使用(第6段第23—32行)的 Yanagimachi在這方面沒有提供任何協助。因此,對於要讓熟習 25此技藝者製出可能符合橘皮書和紅皮書規袼之混合式碟片, -21- ^ 本紙張尺度適用中國國家標準(CNS)A4規袼(210 X 297公釐)Yanagimachi (U.S. Patent No. 5,696,758) mentions another photoresist 1 master 1 method, which essentially says that you want to follow the touch and listen to the method. By making the exposure of the photoresist in the R band less than that in the R band as described by Nakagawa, and further using a method in which the exposure level in the ROM ground is lower than the I5 level of the job hole exposure, Yanagifflachi The channels created in the simple area of the net-replicated hybrid disc are narrower and shallower than where they are, connected, and potted. When the thermally activated recording layer is subsequently spin-coated on a net copy hybrid disc to make the final hybrid disc, there will be fewer ROM slots left. This is in addition to the problems in the Nakagawa case. R-pits and channels are not easy to allow themselves to receive HF or PP detection. In addition, 20 Yanagimachi does not mention how to independently control the width and depth of ROM channels, ROM potholes, and R-grooves. Those skilled in the art will know that if -PR is narrowed by reducing the laser power of a single beam, its depth will be correspondingly reduced. Yanagimachi, which explicitly mentioned the use of a single beam (paragraph 6, lines 23-32), did not provide any assistance in this regard. Therefore, for those skilled in the art 25 to produce hybrid discs that may meet the Orange Book and Red Book regulations, -21- ^ This paper size applies the Chinese National Standard (CNS) A4 Regulation (210 X 297 mm) )

200419559 A7 B7 五、發明說明(20)200419559 A7 B7 V. Description of Invention (20)

Yanagimachi所述内容即使有意義也比Nakagawa更不具啟發 性。What Yanagimachi said was less instructive than Nakagawa, even if it made sense.

Ha (美國專利弟6, 212,158號)不同於Yanagimachi之處主 要在於某些參數值。明確地說,Yanagimachi具體指定一介於 5 250毫微米與350宅微米之間的ROM坑洞深度及一介於30毫微 米與170毫微米之間的ROM槽道深度,而Ha具體指定一大於 170毫微米的丽槽道深度。確實,Ha案在第1段第36—43行 指出Yanagimachi案要造出納入新近的顫動'深度調變(r〇m 區)槽道之可接受混合式碟片的難處。因此,Ha以一非常相似 10的概念用不同參數值修改Yanagimachi案,且Ha案的申請專利 範圍本質上來說係以Yanagimachi案、、為核心進行撰寫 (written around) ”。但Ha對於前兩案未能增添任何促進混 合式碟片製造的東西。 就申請人所知之習知技藝總括而言,未有任何已公開的内容 15 (不管是單獨的或是任何合理組合)能讓熟習此技藝的從業人 員可靠地、可重複地且有效地製造符合橘皮書和紅皮書規袼的 混合式碟片。這可能是(也可能不是)因為申請人所知的所有 公開文獻係依賴於混合式碟片母版製作之光阻型方法,而此方 經濟部智慧財產局員工消費合作社印製 法如前所述縱非不可能也是非常難以用來製造出能經過複製造 20出符合必要規格之混合式碟片的母版。不管是何原因,看來是 無法依據習知技藝商業化製造出合乎規格的混合式碟片。 因此需要一種方法、一種裝置以及據此得到之母版混合式碟 片内的坑洞、平地和預製槽幾何形狀藉以可有效地、快速地且 可靠地製造出符合所有適用製造規格的複製混合式光碟。 25 -22- 本紙張尺度適用中國國家標準(CNS)A4規格(210 X 297公爱) 200419559 A7 B7 發明說明(21 10 15 經濟部智慧財產局員工消費合作社印製 20 25 發明内容 因此’本發明之終極目標是提供母版混合式CD和DV])碟片 以及其他格式(例如CD-RW)之母版混合式碟片(包含更高資料 密度格式),藉此讓熟習此技藝者可在一高速商業化製造環境 中可靠地製造合乎所有適用規格的混合式碟片。因此,本發明 之一目標為提出可有效地造出此等母版混合式碟片的裝置和方 法。本發明之另一目標為提出一種以加熱母版製作程序造出此 等母版混合式碟片的方法。 特定言之,本發明之一目標為提出一種母版混合式碟片,其 ROM坑洞和平地構造以及R帶預製槽構造便於模造以有效地產製 淨複製混合式碟片,當此等淨複製混合式碟片在一商業化製造 環境中以習知方式變換成最終混合式碟片時會符合適用的業界 規格。 ^ 本舍明之另一目標為挺出CD-RW混合式碟片和Μ0碟片之改 良母版,且藉此提供由其製得之改良混合式碟片。 依據本發明,在最為基本的觀點中,母版混合式碟片R〇M坑 洞係燒錄在橫向範圍(其定義請參見下文)比此等R〇M坑洞寬 而且深度比較淺的ROM槽道内,且通常構成該等R〇M槽道之該 等部分的ROM平地穿插在連續的R〇M坑洞之間。在某些實施例 中,ROM坑洞之寬度可高達丽槽道之寬度的11〇%,此等寬度 係各自就半深度處測得。在一些實施例中,R⑽槽道和R帶槽道 皆提供於母版混合式碟片内,每一槽道皆寬於R〇M坑洞,該等 ROM槽道和R帶槽道通常構成一延伸穿過R〇M區及R區的連續螺 旋槽道。 依據本發明之較佳實施例,一種雙射束燒錄裝置製造出此等 -23- 訂 線 本紙張尺度適用中國國家標準(CNS)A4規格(210 x297公爱) 200419559 A7 B7 五、發明說明(22) 10 15 經濟部智慧財產局員工消費合作社印製 20 25 母版混合式碟片。個別射束之強度及其在母版混合式碟片表面 的直徑可個別選擇,藉此母版内之槽道和坑洞的構造可選擇並 最佳化為在最後產出合乎規格的最終混合式碟片。在較佳實施 例中,當母版碟片正在轉動,造成R〇M槽道之射束會領先於造 成ROM坑洞的射束。在其他實施例中,此二射束會重合,或者 該開槽射束會落後於該造坑射束。 在大多數實施例中,本發明運用一加熱母版製作程序。此會 確保坑洞和槽道表面會滑順且傾斜,從而更有助於有效、高速 的淨複製模造作業。在一些實施例中,易於因為加熱母版製作 作業所固有之自然衝出程序而在母版混合式碟片内自然地形成 於坑洞和槽道之徑向邊界的邊坡(berm)減少或甚至消失。這 更有助於製造符合所有適用製造規格的最終混合式碟片。在較 佳實施例中,此係藉由用一射束造出坑洞且同時以在表面處之 射束寬度大於該第一射束且強度較低的第二射束使已經產生或 原本會產生之邊坡最小化或甚至消失。在一些實施例中,該第 二射束係在一 ROM帶之完整創造過程中啟動,而該較強且較窄 的第一射束是回應於以資料為本的射束調變而啟動或撤除,造 成一系列的ROM坑洞和平地,其中的平地是較窄坑洞所在槽道 的延續。 在某些實施例中,使用單一顫抖射束,其中瞬間射束強度及 其顫抖圖案受到控制使得就效果上來說此一顫抖射束同於一雙 重射束。確實,要瞭解到有關於f知技藝的單射束所指的是一 不顫抖的單射束,因為顫抖寫人射束很_未#見於習知技藝。 有關於混合式CD-RW之母版製作的實施例與有關於混合式 -24- 本紙張尺度適用中國國家標準(CNS)A4規格(210 χ 297公釐) ❿ 訂 • ί 200419559 A7 B7 經濟部智慧財產局員工消費合作社印製 五、發明說明(23) CD-R/D胸母版製作的實施例在某㈣面有所 書的結尾會簡短提到。 仗兄明 以下將訓本發_-些實施例。該等實施 體地繪於圖式中。 另二具 5 實施方式 為求方便起見,以下說明從_開始會料於彻染料 物母版製作方式製得的CD混合式,,但並非意味著本發明僞 限於此格式或相關方面。特定言之,要瞭解到雖然會經常提到 ^料-聚合物法’本發明可運用與例如習知pR程序或其他昭相 製版程序成對比之任何適當熱處理程序 …' 柄版齡式碟片内再,說明.在本說明書中’、'熱處理程序(齡-卿ess)大紅綠在絲辦絲轉财面可藉以在一 媒體内造成受控的熱致微觀變化之任何程序。在此— 序中,-光學(例如雷射)或準光學(例如離子或電子)射束 因该射束所產生之區域性熱量而在一大致均勾組合物層内或上 形成三維特徵。此與-純光學方法(例如pR法)成對比 係以光的量而非射束所產生的熱量在最後導致特徵形成。 接下來的說明順序如下:首先會徹底說明運用敎毕料-聚入 ,序燒錄母版混合式碟片的改良方法。然後會確認並解。 =片:捕片特徵的各樣構造,著重於其確保最終混合式 ”及事後燒錄的混合式碟片會可靠地符合橘皮書規格且兑丽 ^會可靠地符合納人的紅皮書聽龍佳相簡係。在此之後 疋對於複製此母版混合式碟片以製造淨複製混合式碟片的程序 10 15 20 25 本紙張尺度適用中_家標準(CNS)A4規袼(21()?^97 公釐) 200419559 五、發明說明(24 做簡短說明,因為從錄好的母版製造出⑶為人所熟知,在淨複 製混合式碟片製程中沒有明顯偏離習知⑶複製方法之處。然 ,’由於&塗及相關程序為人所熟知且染料製造商經常詳細指 =等程序(因為關係到燒錄速度認證),此部分將以對於將 〒復製混合式碟片變換成會符合細規格之最終混合式碟片的 ^驟做簡㈣顧做了結。最後是就當今和未來之不同格式歸納 這些内容的簡短概括說明。 、應瞭解到由於母版混合式碟片及以其複製得到之淨複製混合 式碟片的命多對應特徵之尺寸和相對構造幾乎是相同的,下文 有關母版混合式碟片的敘述其中有許多同樣適用於淨複製品。 而在上表面已有多層施加之最終混合式碟片會呈現可能與母版 對應特欲之形狀或尺寸不同的特徵,但在播放時這些最終混合 式碟片的特徵會被正確讀取。同樣的母版與複製版最終混合式 碟片的對執在概念上是幾乎相同的,對於此議題的說明同樣適 用於者。 ^開始的况明係討論在母版混合式碟片内燒錄丽資料坑。 、㈤始且應备持續注思到戶斤有圖式皆非依比例繪製,其僅作 為所表示之各特徵和概念的圖例說明。 矛2疋用來造出母版混合式碟片之裝置的簡圖,主要是 用來緣出其整體構造。該裝置特別關係到用在混合式碟片母版 製作當中的額外元件繪於圖13一17 t,且會在提到這 做說明。 ~ 今參照圖1和,129號專利,要燒錄出麵資料坑及中介平地 之雜混合式碟片1由一心軸馬達3轉動,該馬達受-速度控 制。.控制。一氣體雷射7形成一特定波長的寫入射束9。由於 本紙張尺度適财關家標準(CNS)A4規格⑽χ 297公着: -26 - 200419559 Α7 Β7 五、發明說明(25 此實此例中使用氣體雷射’寫入射束通過一外在光調變哭η, 此調變器依據線10上一來自於波形整形電路31之驅動信號改 變該寫入射束的強度。如前文所述,光調變器u舉例來說可能 包括一 AOM或一較快響應的EOM (光電調變器)。 5 已调變射束13指向母版碟片1且經由適當光學件在活性表 面43上1焦成一光斑15,大致如前所述。此等光學件較佳包含 一物鏡17和一射束擴張(亦即聚光器)透鏡19,其使已調變射 束13展開填滿物鏡17的孔控。該物鏡之數值孔徑(、、财// ) 經選擇為使得此光斑的直徑大約是〇· 5微米(在CD燒錄的案例 10中),此相當於今日所用典型雷射束之波長。這些透鏡安裝在 /月木21上以谷自午光斑15相對於碟片1中央做徑向運動。此 藉由一般型平移驅動系統23達成,熟習此技藝的從業人員會很 瞭解該系統的細節。 另一選擇’雖然圖1和2顯示光斑15之徑向運動係受到一 15平移系統23控制使其移動,而母版混合式碟片的旋轉軸線保持 固定,反過來也是可行的。也就是說,滑架位置可能是固定 的,在此案例中碟片裝置會移動導致碟片之旋轉軸線同步於寫 入%序之定時參數技向平移。在任一情況中,假設正確對執, 經濟部智慧財產局員工消費合作社印製 射束會持續相對於碟片之旋轉中心移動以產生期望的窄螺旋狀 2〇 資料執。 在幸父佳實施例中’光調變器11之驅動信號係由波形整形電 路31形成,如’129號專利所述,其目的是將EFM編碼資料脈波 及中斷開空間的序列變換成相隔驅動脈波的一合成序 列’每一脈波的尾端區域都呈現和緩的振幅衰退。此和緩衰退 25舉例來說可能包括一線性斜坡、一指數性衰減、一系列的階梯 -27- 本紙張尺度適用中國國家標準(CNS)A4規格(2l〇 X 297公爱) 200419559 五、發明說明(26) 10 15 20 25 狀逐漸衰退振幅或是一雙重階梯(其中的中間階梯或許是在尾 端區域起始處、、接通〃振幅的一半)。其他和缓衰退分佈亦可 用在尾端區域内’要瞭解到任何和緩尾端區域衰退的目的是使 在已成形坑洞之尾端的活性染料-聚合物層43内的熱生成量比 起在此等驅動脈波的振幅呈現從、接通〃寫入位準到、、斷開" 基部位準之單一急遽落差的情況中會造成的熱生成量更為平缓 地減小。為了方便起見,在本說明書中將促成此期望結果之任 何和緩尾端邊緣衷退分佈可互換地稱守為一、'斜坡 (ramp) ^ ° 任何此等尾端邊緣斜坡(此辭在前文廣泛地定義)的效果 在’129號專利巾贿為導致6成师料坑的尾端變成錐形。該 等坑洞的前導端會成錐形係因為在該快速移動媒體感受到全部 熱積聚之前於-雷舰波的前導邊緣(卿光斑15開始在雜 層43作用)之後需要一小段時間。此前導端錐形可如同一般常 見方式藉由增強脈衝前導邊緣處之雷射功率的方式多少使其純 化,但本質上來說是不可能使其完全消除。因此,在對應驅動 脈衝起始後會在坑狀料邊_成_逐漸妓_形:然後 在雷射脈波尾端邊緣之振幅和緩衰退會在坑 漸窄化的轉,反映輕導端的_。這麵擇性錐 :尾=和4端之關造出幾何輸i,此有助於坑洞—平地過 渡之HF偵測,如’129號專利所揭示。 =本發明並非依賴包含,129號專利所述原則之内容,而 且就开疋丄不包含,129號專利的原則,本申請案也會實現其改 良。然咸彳§若以本發縣合’129料财得觸妙吴 同樣的,雖然本發明並非依賴包含美國專利第5,鐵⑴號 -28_ 本紙張尺度適用中國國豕標準(CNS)A4規格(210 X 297公釐) 200419559 A7 B7 發明說明(27 10 15 經濟部智慧財產局員工消費合作社印製 20 號(此二專利以引用的方式併入本文中)所述原 ΐ提出運隸異運行長度調整方式的寫入策略搭 柄明會對於減輕系統戰動會非常有利。此係因為如該等專 =述有i職娜母版碟片⑽運行長度之能力提供預先補 仏取、'冬混合式碟片内因染料應用所造成之_坑洞長度變化 (例如許多染料改變_坑洞之形狀的傾向)的必要彈性。 波开/正形②路31包含—用來接收待燒錄資料的輸入端33, 亦可包含用來接收_用以調整已調變射束13之平均強度的驅動 信號偏壓控制的另—輸人端35。由於碟片之旋轉速度改變以維 持光斑15相對於則之丨亙定線性速度,親處理系統可包含一 第三輸入端37肋接收-代表_相對速度之錢,該信號或 許是由速度控制器5產生。 母版此合式碟片1大體上會包含一基板4丨及塗佈在該基板 上之活性(染料—聚合物)層43。可將一透明構件45夾置於該 /舌11層與物鏡17之間以喊塵和其他污雜沈殿在該活性表面 上。另一選擇,該活性層可為形成在該透明構件之内表面上, 或者可依據特定情勢和偏好選擇母版混合式碟片1内之元件的 任何其他適宜構造,這可能以如圖丨所示之第一表面燒錄或是 第二表面燒錄為特點。 圖2與圖1大致相同,差別在於圖2繪出在使用二極體雷射 7之條件下可能運用的構造。由於二極體雷射幾乎能瞬間對其驅 動信號輸入做回應,在此應用中不需要外在光調變器。波形整 形電路31’之輸出可經由線1〇,構成雷射7,的直接驅動信號。其中 已調變射束13,係從雷射7,直接發出。 在圖1所示實施例中,繪出單一個波形整形電路31。當 25Ha (US Patent No. 6,212,158) differs from Yanagimachi mainly in certain parameter values. Specifically, Yanagimachi specifies a ROM pit depth between 5 250 nm and 350 μm and a ROM channel depth between 30 nm and 170 nm, while Ha specifies a depth greater than 170 nm. Channel depth in micrometers. Indeed, the Ha case in paragraphs 36-43 of paragraph 1 points out the difficulty of the Yanagimachi case to create acceptable hybrid discs that incorporate the recent tremor 'depth modulation (r0m) channel. Therefore, Ha uses a very similar concept of 10 to modify the Yanagimachi case with different parameter values, and the scope of Ha's patent application is essentially written around with the Yanagimachi case as the core. ”But Ha for the first two cases Nothing has been added to promote the manufacture of hybrid discs. To the extent that the applicant is aware of the know-how, there is no published content15 (whether alone or in any reasonable combination) that will allow him to master the skill Of reliable, repeatable, and efficient manufacturing of hybrid discs that comply with Orange and Red Book regulations. This may or may not be because all public literature known to the applicant relies on hybrid discs The photoresistive method of film master production, and the printing method of the consumer cooperative of the Intellectual Property Bureau of the Ministry of Economic Affairs, as mentioned above, is not impossible, and it is very difficult to use it to produce a hybrid that can be remanufactured to meet the necessary specifications. The master of the disc. For whatever reason, it seems that it is impossible to commercialize a hybrid disc that meets the specifications based on conventional techniques. Therefore, a method is needed. The pits, flats, and pre-groove geometries in the method, a device, and the master hybrid discs obtained thereby enable efficient, rapid, and reliable manufacture of replica hybrid discs that meet all applicable manufacturing specifications. 25 -22- This paper size applies the Chinese National Standard (CNS) A4 specification (210 X 297 public love) 200419559 A7 B7 Description of invention (21 10 15 Printed by the Consumer Cooperatives of the Intellectual Property Bureau of the Ministry of Economic Affairs 20 25 Summary of the invention The ultimate goal is to provide master hybrid CD and DV]) discs and other formats (such as CD-RW) master hybrid discs (including higher data density formats), so that those skilled in the art can Reliable manufacturing of hybrid discs meeting all applicable specifications in a high-speed commercial manufacturing environment. Therefore, one object of the present invention is to propose an apparatus and method for efficiently producing such master hybrid discs. Another aspect of the present invention One object is to propose a method for producing such master-type hybrid discs by heating the master-making process. In particular, one object of the present invention is to propose a master-type hybrid disc The ROM pit and flat structure and the R-belt prefabricated groove structure are convenient for molding to effectively produce net-replicated hybrid discs. When these net-replicated hybrid discs are conventionally transformed into final blends in a commercial manufacturing environment Discs will comply with applicable industry specifications. ^ Another goal of Ben & Schömmer is to develop improved masters of CD-RW hybrid discs and MO discs, and to provide improved hybrid discs made therefrom. According to the present invention, in the most basic point of view, the master-type hybrid ROM ROM is burned in the lateral range (the definition of which is described below) which is wider and shallower than these ROM holes. ROM slots, and the ROMs that usually form the parts of the ROM slots are interspersed between successive ROM holes. In some embodiments, the width of the ROM pits can be as high as 11% of the width of the grooves. These widths are measured at half depths, respectively. In some embodiments, the R⑽ grooves and R tape grooves are provided in the master hybrid disc, and each groove is wider than the ROM hole. The ROM grooves and R tape grooves usually constitute A continuous spiral channel extending through the ROM and R regions. According to a preferred embodiment of the present invention, a dual-beam burning device is manufactured. -23- Thread book size is applicable to Chinese National Standard (CNS) A4 specification (210 x297 public love) 200419559 A7 B7 V. Description of the invention (22) 10 15 Printed by the Consumer Cooperative of the Intellectual Property Bureau of the Ministry of Economic Affairs 20 25 Master hybrid discs. The intensity of the individual beams and their diameters on the surface of the master hybrid disc can be selected individually, whereby the structure of the channels and pits in the master can be selected and optimized to produce a final mix that meets the specifications at the end Discs. In the preferred embodiment, when the master disc is rotating, the beam of the ROM slot will lead the beam of the ROM pit. In other embodiments, the two beams may coincide, or the slotted beam may lag behind the pit-forming beam. In most embodiments, the present invention utilizes a heated mastering process. This ensures that the surface of the pits and channels is smooth and inclined, which is more conducive to efficient, high-speed net copy molding operations. In some embodiments, it is easy to reduce or reduce the berm naturally formed on the radial boundary of the pits and channels in the master hybrid disc due to the natural punch-out process inherent in the heating master making operation. It even disappeared. This also helps to produce a final hybrid disc that meets all applicable manufacturing specifications. In a preferred embodiment, this is done by creating a cavity with a beam and at the same time using a second beam with a beam width greater than the first beam and a lower intensity at the surface to generate or otherwise The resulting slope is minimized or even disappeared. In some embodiments, the second beam is activated during the complete creation of a ROM tape, and the stronger and narrower first beam is activated in response to data-based beam modulation or The removal resulted in a series of ROM potholes and flat ground, of which the flat land was a continuation of the channel where the narrower potholes were located. In some embodiments, a single dithering beam is used, wherein the instantaneous beam intensity and its dithering pattern are controlled such that, in effect, this dithering beam is the same as a double beam. Indeed, it is necessary to understand that the single beam of the f-knowledge technique refers to a single beam that does not tremble, because the tremor writes that the human beam is very _ 未 # seen in the cognition technique. Examples of the production of hybrid CD-RW masters and related hybrid-24- This paper size applies Chinese National Standard (CNS) A4 specifications (210 χ 297 mm) ❿ Order • ί 200419559 A7 B7 Ministry of Economic Affairs Printed by the Intellectual Property Bureau's Consumer Cooperatives V. Invention Description (23) An example of the production of a CD-R / D chest master will be briefly mentioned at the end of a book. Brother Xiongming The following will teach some examples. The implementations are shown in the drawings. The other two embodiments are described below. For convenience, the following description is expected to start from the CD hybrid type produced by the method of making a master material, but it does not mean that the present invention is pseudo-limited to this format or related aspects. In particular, it is to be understood that although the ^ material-polymer method is often mentioned, 'the present invention can use any suitable heat treatment procedure in contrast to, for example, the conventional pR procedure or other Zhaoxiang plate-making procedures ...' In the description, in this specification, any process that the "heat treatment procedure (age-qing ess) big red and green can be used to cause controlled thermally induced micro changes in a medium can be used to transfer money to silk. In this procedure, an optical (e.g., laser) or quasi-optical (e.g., ion or electron) beam forms a three-dimensional feature in or on a substantially homogeneous composition layer due to the regional heat generated by the beam. This is in contrast to -pure optical methods (such as the pR method) because the amount of light rather than the heat generated by the beam leads to feature formation in the end. The following description sequence is as follows: First, it will thoroughly explain the improved method of using the master material-gathering to sequentially burn the master mixed disc. It will then confirm and resolve. = Piece: Various structures of the capture feature, focusing on ensuring the final hybrid type "and post-burning hybrid discs will reliably meet the Orange Book specifications and Huili ^ will reliably meet the Naren's Red Book Listening Dragon A good system. After that, for the process of copying this master hybrid disc to make a net-replicated hybrid disc 10 15 20 25 This paper is applicable in China Standard (CNS) A4 Regulations (21 () ? ^ 97 mm) 200419559 V. Invention description (24 for short explanation, because it is well known to make CDs from recorded masters, there is no obvious deviation from the conventional CD copying method in the net copy hybrid disc manufacturing process. However, since "& coating and related procedures are well known and dye manufacturers often refer to procedures such as = (because of the burning speed certification), this section will be used to convert 〒 copy hybrid discs into The final steps of the final hybrid disc that will meet the fine specifications are briefly considered. Finally, a brief summary of these contents is summarized in different formats today and in the future. It should be understood that due to the master hybrid disc and the Net copy The size and relative structure of the corresponding features of the duplicate hybrid discs are almost the same. Many of the following descriptions of the master hybrid discs are also applicable to net replicas. The final surface has multiple layers applied to it. Hybrid discs will have features that may differ in shape or size from the master's counterpart, but the characteristics of these final hybrid discs will be read correctly during playback. The same master and duplicate final hybrid discs The concept of film pairing is almost the same, and the explanation of this issue is also applicable to them. ^ The beginning of the situation is to discuss the burning of beautiful data pits in the master hybrid disc. Note that the drawings are not drawn to scale, and they are only used as illustrations of the features and concepts indicated. Spear 2 is a schematic diagram of the device used to create a master hybrid disc, mainly used The origin is its overall structure. This device is particularly related to the extra components used in the production of hybrid disc masters, which are illustrated in Figure 13-17t, and will be mentioned here to explain. ~ Now refer to Figures 1 and 129 Patent The hybrid disc 1 on the recording surface data pit and the intermediary flat ground is rotated by a spindle motor 3, which is controlled by -speed control. A gas laser 7 forms a writing beam 9 with a specific wavelength. Paper Standards (CNS) A4 Specification ⑽χ 297 Publication: -26-200419559 Α7 Β7 V. Description of the invention (25 In this example, a gas laser is used to write the beam through an external light modulation Cry, this modulator changes the intensity of the write beam according to a drive signal from the waveform shaping circuit 31 on line 10. As mentioned above, the optical modulator u may include, for example, an AOM or a comparator. Fast response EOM (Photoelectric Modulator). 5 The modulated beam 13 is directed at the master disc 1 and focused into a light spot 15 on the active surface 43 via appropriate optics, as previously described. These optics preferably include an objective lens 17 and a beam-expanding (i.e., condenser) lens 19 that expands the modulated beam 13 to fill the aperture of the objective lens 17. The numerical aperture (,, //) of the objective lens is selected so that the diameter of this spot is approximately 0.5 micrometers (in case of CD burning case 10), which is equivalent to the wavelength of a typical laser beam used today. These lenses are mounted on the / moon wood 21 to make radial movements from the center of the disc 1 to the radial spot 15 in the valley. This is achieved with a general translation drive system 23, and those skilled in the art will know the details of the system. Alternative 'Although Figs. 1 and 2 show that the radial movement of the spot 15 is controlled by a 15 translation system 23 to move it, and the rotation axis of the master hybrid disc is kept fixed, the reverse is also feasible. In other words, the position of the carriage may be fixed. In this case, the disc device will move, causing the rotation axis of the disc to be synchronized with the timing parameters written in% order. In either case, assuming correct registration, the beam printed by the Consumer Cooperative of the Intellectual Property Bureau of the Ministry of Economic Affairs will continue to move relative to the center of rotation of the disc to produce the desired narrow spiral 20 data registration. In the embodiment of Xingfujia, the driving signal of the optical modulator 11 is formed by the waveform shaping circuit 31, as described in the '129 patent. A synthetic sequence driving pulse waves' The tail region of each pulse wave shows a gentle amplitude decay. This mild recession 25 may include, for example, a linear slope, an exponential decay, and a series of steps. -27- This paper size is applicable to the Chinese National Standard (CNS) A4 specification (210X 297 public love) 200419559 V. Description of the invention (26) 10 15 20 25 The shape gradually declines in amplitude or a double step (where the middle step may be at the beginning of the tail region, half of the amplitude of the switch). Other mildly decaying distributions can also be used in the tail region. It is to be understood that the purpose of any mildly decaying region is to reduce the amount of heat generated in the reactive dye-polymer layer 43 at the trailing end of the formed pothole. The amplitude of the driving pulse wave shows a gentler decrease in the heat generation caused by a single sharp drop from the base to the write level to, and off to the base. For the sake of convenience, any gentle tail edge eclectic distribution that contributes to this desired result will be interchangeably referred to in this specification as' ramp ^ ° Any such tail edge slope (this term is in the previous text) Broadly defined) effect in the '129 patent patent bribe caused the tail end of 60% of the pit into a cone. The leading end of these potholes will be tapered because it takes a short time after the leading edge of the Thunder-wave (the light spot 15 starts to act on the heterolayer 43) before the fast-moving medium feels all the heat accumulation. The leading end taper can be more or less purified by increasing the laser power at the edge of the pulse leader as is common, but it is essentially impossible to completely eliminate it. Therefore, after the start of the corresponding drive pulse, it will be formed into a gradual edge on the edge of the pit: then the amplitude and slow decay at the trailing edge of the laser pulse will gradually narrow in the pit, reflecting the _ . This selective cone: the tail = and the 4th end creates a geometrical loss i, which facilitates the HF detection of pothole-level crossings, as disclosed in the '129 patent. = The present invention does not rely on the content of the principle described in Patent No. 129, and it does not include the principle of Patent No. 129. This application will also achieve improvements. Ran Xian 彳 § If the wealth of the county is' 129, it is the same, although the present invention does not rely on the inclusion of US Patent No. 5, Tiehao No. -28_ This paper size applies the Chinese National Standard (CNS) A4 specification (210 X 297 mm) 200419559 A7 B7 Invention Description (27 10 15 Printed by the Consumer Property Cooperative of Intellectual Property Bureau, Ministry of Economic Affairs, No. 20 (these two patents are incorporated herein by reference). The writing strategy of the length adjustment method is very beneficial for reducing system warfare. This is because the ability to run the length of the master disc is described in this article. Necessary elasticity of _pit length variation (such as the tendency of many dyes to change _ pit shape) caused by the application of dyes in hybrid discs. Wave opening / formal ② Road 31 contains-used to receive data to be burned The input terminal 33 may also include another input terminal 35 for receiving a driving signal bias control for adjusting the average intensity of the modulated beam 13. The input terminal 35. Because the rotation speed of the disc is changed to maintain the light spot 15 relative to Then, the linear velocity is determined. Pro The processing system may include a third input terminal 37 rib receiving-representing_relative speed money, the signal may be generated by the speed controller 5. The master disc 1 will generally include a substrate 4 and coated on An active (dye-polymer) layer 43 on the substrate. A transparent member 45 can be sandwiched between the / tongue 11 layer and the objective lens 17 to shout dust and other impurities on the active surface. Another option The active layer may be formed on the inner surface of the transparent member, or any other suitable structure of the elements in the master hybrid disc 1 may be selected according to specific circumstances and preferences, which may be as shown in FIG. One surface burning or the second surface burning is featured. Figure 2 is roughly the same as Figure 1, except that Figure 2 depicts the structure that may be used under the condition that a diode laser 7 is used. Due to the diode laser It can respond to its drive signal input almost instantaneously. In this application, no external optical modulator is required. The output of the waveform shaping circuit 31 'can be connected to the direct drive signal of the laser 7 through the line 10. Variable beam 13, from laser 7, directly A. In the embodiment shown in FIG. 1, is depicted a single waveform shaping circuit 31. When 25

訂 線 五、發明說明(28 然,可有複數個波形整形電路共同驅動光調變器u 過一合適的中間加法電路。同樣的,在圖2所示實施例^ 使用複數倾職職路31,歧_飾電_ =壬一情況中’每-電路可施行為用以從輸入端33,二; =另-輸人端(圖中未示)形成期望的複合雷射驅動脈波之一 相應部分(例如-在脈波前導邊緣或其附近之振幅加強、 10 15 20 導邊,延遲、或-任何期望形狀的尾端區振幅衰退斜坡)。這 $分量可經由-中間元件(圖中未示)加總或者可將其全部經 由線10达到雷射7,内,讓該雷射本身當作—加法元件。 如圖3所示(其中箭頭代表碟片的旋轉方向)’依據此二不 =雷射之實施例當中任-者,結果會產生—條長形資料坑5〇的 軌道:每-坑洞呈現—前導端54、尾端52及—主體部分^, 其沿者坑洞直線64縱向地延伸。從圖3會觀察_是依據,129 Ϊ專利所述方式製造’ —R0M資料坑之尾端會縮細如同其錐狀 4端的絲。圖3所示的這些長形朗末端呈現丨參照於,129 號專利和本發明在别文定義並應用的更一般性錐形概念當中所 涵蓋的-種典型形狀。此提供一有助於坑洞_平地過渡之準_ 測的合乎期望、幾何對稱錐狀坑洞構造,且提升了對相繼坑洞 矛平地長度之可罪檢索以重現並解碼記錄在母版混合式碟片上 的原始資料。雖然此等資料坑通常如圖3所示是長形的,可能 在Ϊ今或未來出現不是長形、但在橫向方向和縱向方向擁有相 似Ιϋ圍、或者甚至可能在橫向方向擁有大於縱向方向内之範圍 的資料坑或其他資料記號的資料記錄格式。確切地說,即使是 f長形坑洞或其他資料記號的案例令,縱向範圍可能不比橫向 1巳圍大上多少’低運行長度(例如3T)記號的情況特別是如 -30 - 25 200419559 A7 B7 發明說明(29 10 15 經濟部智慧財產局員工消費合作社印製 20 25 此。因此’本發明(或’129號專利)所揭示之内容並不侷限於 長度-枝於寬度的資料坑或平贼其他資料記號。 圖3繪出單射束(pp)對執,參照於母版混合式碟片、最終 混合式碟片或是對後者進行燒錄之⑶寫人器。其中使用單一讀 取射束60當作HF (混合式碟片之案例)和PP躺的光源。此 射束的反射經適當傳送到一習知摘測器(圖中未示),其中反 射光束經分離為二個相等的半圓形分量,此二分量由_平行於 射束對執方向之分隔件隔開。如先前所述,HF侧包括觀測從 碟片表面垂直反射之光線的瞬間振幅—以使兩偵測器組件之輸 出加總的方式進行一且坑洞—平地過渡在偵測到的光線量達到一 既定值時對正。太多的光線代表讀取射束在一平地區上方,而 太少光線代表射束在-坑洞±方。pp侧包括以使叫貞測器組 件之輸出減去另-組件之輸出的方式比較由兩侧器組件接收 到、從碟片表面繞射的光線,藉此產生—伺服反饋將讀取射束 徑向地移動至兩個半邊產生相同讀數為止。圖3顯示讀取射束 60的直徑大約是坑洞5〇之寬度的兩倍,如同此等情況所常見。 圖4繪出常見用在CD播放機中的三射束對執系統,其中使 用三道射束61,62, 63。中央射束61單純是讀取射束,相當於圖 3所示單射束對執系統的讀取射束6〇。前射束62往對執裝置之 對執軸線的一側偏移大約1/4執距(TP),而後射束63往另一 側以相同的量偏移。如前所述,τρ (相鄰資料執或執道部分間 之徑向軸線至軸線距離)大致約為坑洞寬度的三倍,如圖所 示。不同於單射束對執,中央射束61的反射未經分離,且僅用 於HF偵測(在一些系統中也用於聚焦)。將來自於與另兩道反 射(射束62和63的反射)相關之對執感測器的對執偵測做比 -31 本紙張尺度適用中國國家標準(CNS)M規格(no X μ7公 裝 訂 線 200419559V. Description of the invention (28) Of course, there may be multiple waveform shaping circuits to jointly drive the optical modulator u through an appropriate intermediate addition circuit. Similarly, in the embodiment shown in FIG. 2 ^ using plural duty lines 31 , Qi_Electricity_ = In one case, 'every-circuit can be used to act from the input terminal 33, two; = Another-input terminal (not shown) to form one of the desired composite laser driving pulses Corresponding sections (eg-amplitude enhancement at or near the leading edge of the pulse wave, 10 15 20 leading edge, delay, or-any desired shape of the tail end region amplitude decay slope). This $ component can be passed through-the intermediate element (in the figure (Not shown) Add up or all of them can reach laser 7 through line 10, and let the laser itself be used as an -addition element. As shown in Figure 3 (where the arrow represents the direction of rotation of the disc) according to these two Not = any of the embodiments of the laser, the result will be-a track of a long data pit 50: each-pit presents-leading end 54, trailing end 52 and-the main part ^, along the pit Straight line 64 extends longitudinally. Observed from Figure 3 _ is based on 129 Ϊ patented manufacturing method —The trailing end of the ROM data pit will be shrunk like its tapered 4-end wire. These elongated long ends shown in Figure 3 appear 丨 refer to the more general cone defined and applied in Patent No. 129 and the present invention elsewhere -A typical shape covered by the concept of shape. This provides a desirable, geometrically symmetric cone-shaped pit structure that facilitates the measurement of pits and the transition of flat ground, and improves the length of successive pits. The crime search retrieves and decodes the original data recorded on the master hybrid disc. Although these data pits are usually elongated as shown in Figure 3, they may appear today or in the future. Orientation and longitudinal direction have a similar data record format, or may even have laterally oriented data pits or other data marks that are larger than the range within the longitudinal direction. The data record format is exactly the same, even for f-shaped potholes or other data marks. The case order, the vertical range may not be much larger than the horizontal one, and the low running length (for example, 3T) marks, especially such as -30-25 200419559 A7 B7 Invention description (29 10 15 Intellectual Property Bureau, Ministry of Economic Affairs) Printed by Industrial and Consumer Cooperatives 20 25 This. Therefore, what is disclosed in the present invention (or '129 patent) is not limited to the length-branches of data pits or other data marks of thieves. Figure 3 depicts a single beam (Pp) Matching, referring to the master hybrid disc, the final hybrid disc, or a CD writing device that burns the latter. A single reading beam 60 is used as the HF (for hybrid discs). Case) and PP lying light source. The reflection of this beam is appropriately transmitted to a conventional picker (not shown), where the reflected beam is separated into two equal semi-circular components, which are composed of _ The divider is parallel to the beam direction. As mentioned earlier, the HF side includes the observation of the instantaneous amplitude of the light reflected vertically from the disc surface—in a way that the outputs of the two detector components are summed up and Pothole-level transitions are aligned when the amount of light detected reaches a predetermined value. Too much light indicates that the read beam is above a flat area, and too little light indicates that the beam is in the -pit ± square. The pp side includes comparing the light received by the two side device components and diffracted from the surface of the disc in such a way that the output of the called sensor component is subtracted from the output of the other component—servo feedback will read the beam Move radially until the two halves produce the same reading. Figure 3 shows that the diameter of the read beam 60 is approximately twice the width of the cavity 50, as is common in these cases. Figure 4 depicts a three-beam docking system commonly used in CD players, where three beams 61, 62, 63 are used. The central beam 61 is simply a reading beam, which is equivalent to the reading beam 60 of the single-beam pairing system shown in FIG. 3. The front beam 62 is shifted by about a quarter of a distance (TP) toward one side of the opposing axis of the opposing device, and the rear beam 63 is shifted by the same amount toward the other side. As mentioned earlier, τρ (radial axis-to-axis distance between adjacent data sections or sections) is approximately three times the pit width, as shown in the figure. Unlike the single beam pairing, the reflection of the central beam 61 is not separated and is only used for HF detection (also used for focusing in some systems). Comparing the pairing detection from the pairing sensor related to the other two reflections (the reflections of beams 62 and 63) -31 This paper size applies to the Chinese National Standard (CNS) M specification (no X μ7mm Gutter 200419559

較,且在對執軸線與坑洞執道之縱向轴線64對齊之前持續進行 適田的徑向调整。由於以單射束和三射束構造進行的册和對執 侧在此技藝中為人所熟知,無須在此對其相應裝置多做說 明0 5 在後_針對圖5至12的說明中將會提到母版混合式碟片内 之各樣外貌特徵的構造,如圖所示。由於淨複製混合式碟片特 徵本質上來說與複製出此等淨複製品之母版混合式碟片的對應 特徵是相同的,應瞭解到就這些圖式提到之母版混合式媒片特 徵的構造的%明同樣適用於淨複製混合式碟片内的對應特徵。 10 =樣要理朗由於魏加於淨複製混合_狀記雜料的特 疋選擇疋留給從業人員來選擇(大概會依循製造商的規格和使 用說明),不可能繪出超出圖23和24所示之近似物以外的最 終混合式碟片内對應構造。由於僅有最終混合式碟片和事後燒 錄的此σ式碟片必須符合橘皮書和納入其内的紅皮書規格,同 15樣要理解到必須要以從業人員所實際選用之材料 、裝置和程序 經濟部智慧財產局員工消費合作社印製 為基礎依下文所述方式將母版製作和製程最佳化方能達到本發 明所促成的結果。換句話說,本發明提出改良的母版製作技術 和衣置’ ^習此技蟄者若冑當地加以運用會促成能讓最終混合 式碟片有遠勝於過去所可達成水準之最大優_祕最佳化。 2〇 圖5繪出一依方才所述染料-聚合物法造出之母版混合式碟 片内產生之ROM坑洞50的剖面構造。要注意到邊坡7〇a,7〇b突 出於碟片表面68之上。如前文所述,此為造成此等坑洞之衝出 程序的塑化作用部分的自然結果。要注意到此等邊坡的存在改 i: 了 i几洞的有效相深。以此構造為基礎進行的混合式碟片母版 25製作參數最佳化可產出提供具有一合理對執信號之有效HF偵測 -32- 本紙張尺度適用中國國家標準(CNS)A4規格(210 X 297公爱)The radial adjustment of Shida is continued until the alignment axis is aligned with the longitudinal axis 64 of the pothole tunnel. Since the booklets and counter-sides in single-beam and triple-beam configurations are well known in the art, there is no need to explain more about their corresponding devices here. 0 5 In the following description of Figures 5 to 12, The structure of various appearance features in the master hybrid disc will be mentioned, as shown in the figure. Since the characteristics of the net copy hybrid discs are essentially the same as the corresponding characteristics of the master hybrid discs from which these net replicas are reproduced, it should be understood that the features of the master hybrid media mentioned in these drawings The construction of the% M is also applicable to the corresponding features in the net copy hybrid disc. 10 = Samples are reasonable. Due to Wei Jia ’s special choice of net copy mixture, it is left to the practitioners to choose (probably according to the manufacturer's specifications and instructions for use). It is impossible to draw more than Figure 23 and The corresponding structure in the final hybrid disc other than the approximate one shown in 24. As only the final hybrid disc and the post-burning σ-type disc must meet the specifications of the Orange Book and the Red Book included in it, like the 15, it is necessary to understand that the materials, devices and Based on the printing of the employee's consumer cooperative of the Intellectual Property Bureau of the Ministry of Program Economy, the mastering process and the process can be optimized in the manner described below to achieve the results promoted by the present invention. In other words, the present invention proposes an improved mastering technique and clothing design. ^ If this technique is used locally, it will lead to the ultimate advantage that the final hybrid disc will far exceed the level that can be achieved in the past. Secret optimization. 20. FIG. 5 illustrates a cross-sectional structure of a ROM pit 50 generated in a master-type hybrid disc manufactured according to the dye-polymer method described above. Note that the slopes 70a, 70b protrude above the surface 68 of the disc. As mentioned earlier, this is a natural consequence of the plasticizing part of the rush process of these potholes. Note that the existence of these slopes has changed i: the effective phase depth of i holes. Based on this structure, the optimization of the production parameters of the hybrid disc master 25 can provide effective HF detection with a reasonable registration signal. -32- This paper size applies to China National Standard (CNS) A4 specifications ( 210 X 297 public love)

---------- I 200419559 A7 B7 五、發明說明(31) 的最終混合式碟片。但由於PP偵測和HF偵測要求之間的二分 法則,燒錄射束強度必須設定為使得在最終混合式碟片内的有 效坑洞相深大約是3 λ/16。但這樣既沒有使HF偵測最佳化(要 求λ/4有效相深)也沒有使對執最佳化(要求λ/8有效相 5 深)。 圖6繪出由本發明較佳實施例得到之母版混合式碟片内的 ROM坑洞和中介平地的改良構造。從圖中可看到有一較寬而淺的 槽道75,其沿著坑洞與平地序列之縱向軸線延伸,财遭坑洞序 列自身處於其内。此槽道的寬度大於ROM坑洞。本發明之較寬 10槽道與Schoofs所提出的坑洞間窄槽道以及前文提到之---------- I 200419559 A7 B7 V. The final hybrid disc of invention description (31). However, due to the dichotomy between PP detection and HF detection requirements, the intensity of the burning beam must be set so that the effective pothole phase depth in the final hybrid disc is approximately 3 λ / 16. However, this neither optimizes HF detection (requires λ / 4 effective phase depth) nor optimizes counterpoint (requires λ / 8 effective phase 5 depth). FIG. 6 illustrates a modified structure of ROM pits and intermediary flat land in a master hybrid disc obtained by a preferred embodiment of the present invention. It can be seen from the figure that there is a wide and shallow channel 75 that extends along the longitudinal axis of the pit and flat sequence, and the financial pit sequence is within it. The width of this channel is larger than the ROM pit. The narrow channel between the wider 10 channel of the present invention and the pothole proposed by Schoofs and the aforementioned

Nakagawa'Yanagimachi和Ha參考案所提出連接後繼坑洞的相 似窄槽道明顯不同,該等參考案之窄槽道的預期目的似乎是要 協助對執,但考量到其所得尺寸並依據此等參考案的其他内 容,實際上會無法以有意義的程度達成此目的。本發明所提供 15之R0M坑洞、R0M槽道和R預製槽母版製作彈性的這項優點在製 程經最佳化的條件下會得到高品質的最終混合式碟片,詳見下 文。 經濟部智慧財產局員工消費合作社印製 後者在吾人體認到一由單射束造成之寬槽道必然是一深槽道 的事實時變得明朗。雖然加大的寬度可能促進較好的PP對執作 20用,加大的深度實際上會對此有礙。舉例來說,Ha參考案提出 此等較深⑵7G毫微米)預製槽的創造,而此等預製槽確實會 對PP侧提供顯著提升,改善了對執作用。但Ha提供此等ς 深預製槽的方式事實上犧牲了此等槽道和Μ坑洞的寬度。: 協調未能提供整體性的好處。 人 25 雖然藉由本發明提供之選擇性尺寸、較寬而淺的_槽道會 -33- 本紙張尺度適用中國國家標準(CNS)A4規格(21〇 χ 297公釐) 五、發明說明(32) 有助於對執作用(至少 提供加大的R帶預製有用得多),其首要功能係 技術水準的高速記 此製=使用說明施加當今 指定較佳的榫道谣、生 八予祕,此等製造商使用說明經常 …造商=:::=錄=一 定染料之規格和使用·可二 為人要求取得。 匕為廣 炉燒錄速度持續加快,會持續用到特別針對更高速 1〇 更先進染料。這些習知技藝未曾提出如何提供此 時在歷曰^積(一般是由此等高速染料之製造商指定)且同 、 τ 口已燒錄R帶二者内維持良好的PP和HF #測之引 ==為其原則上來說係依靠單-寫咖^ 15 :…、、而’本發明提出經由兩道可獨立控制射束或是-顫 ''射f的使⑽槽道寬度和槽道深度獨立控制,從而提供滿足 戶:有沒些要求所需要的彈性。事實上,本發明容許所有特徵之 橫向構造獨立控制和最佳化。 亦應瞭解到由於本發明之重點實施例運用染料一聚合物混合 碟片母版製作’要在母版碟片内製造出任何期望深度之坑洞、 經濟部智慧財產局員工消費合作社印製 20 ROM槽道和R帶預製槽並不難。此係因為該作業的技工如前所述 天性傾向於在母版混合式碟片内製造出沒有表面粗糙度的滑順 輪廓斜邊凹處,且只要以適當地調整寫入雷射強度的方式即能 輕易地在母版碟片内造出任何期望深度的此等凹處。這意味著 依據本發明造出的母版混合式碟片會遠比習知技藝所提出之粗 糙側邊PR產生特徵(例如Nakagawa希望藉由不易明瞭之方法 造出的矩形橫戴面特徵)更容易以一般模造程序複製。 .34- 本紙張尺度適用中國國家標準(CNS)A4規格(210 X 297公釐) 2ί)0419559 Α7 Β7Nakagawa'Yanagimachi and Ha reference cases proposed similar narrow channels connecting subsequent potholes are significantly different. The intended purpose of the narrow channels of these references seems to be to assist in counterpointing, but taking into account the resulting dimensions and following these references The other contents of the case will actually fail to achieve this purpose to a meaningful extent. The advantage of the flexibility of making the 15 ROM potholes, ROM channels, and R prefabricated masters provided by the present invention is to obtain a high-quality final hybrid disc under optimized conditions of the process, as described in detail below. Printed by the Consumer Cooperative of the Intellectual Property Bureau of the Ministry of Economic Affairs. The latter became clear when my body recognized that a wide channel created by a single beam must be a deep channel. Although the increased width may promote better PP performance, the increased depth actually hinders this. For example, the Ha reference case proposes the creation of these deeper 7G nanometer) prefabricated tanks, and these prefabricated tanks will indeed provide a significant improvement on the PP side and improve the counteraction. But Ha's way of providing these ς deep prefabricated troughs actually sacrificed the width of these troughs and M potholes. : Coordination fails to provide holistic benefits. People 25 Although the optional size, wider and shallower _ Slots Meeting -33- provided by the present invention, the paper size is applicable to the Chinese National Standard (CNS) A4 specification (21 × χ297 mm). 5. Description of the invention (32 ) It is helpful for enforcement (at least it is much more useful to provide an enlarged R-belt prefabrication). Its primary function is the high-speed recording of this technical level = instructions for use. These manufacturer's instructions for use are often ... manufacturer = ::: === Specifications and use of certain dyes can be obtained on request. The burning speed of the furnace has continued to accelerate, and it will continue to use more advanced dyes, especially for higher speeds. These know-how have not proposed how to provide good PP and HF maintained in the calendar at this time (usually designated by the manufacturer of such high-speed dyes) and both the τ mouth and the recorded R tape. == In principle, it relies on single-write coffee ^ 15: ..., and 'the present invention proposes to make the channel width and channel of the channel through two independently controllable beams or -vibrations''. In-depth independent control to provide the flexibility needed to meet the needs of the user: there are no requirements. In fact, the invention allows independent control and optimization of the lateral configuration of all features. It should also be understood that because the key embodiment of the present invention uses a dye-polymer hybrid disc master to make 'to create any desired depth in the master disc, printed by the Consumer Cooperative of the Intellectual Property Bureau of the Ministry of Economic Affairs20 ROM channels and R tape prefabricated slots are not difficult. This is because the mechanics of this operation, as mentioned earlier, tend to produce smooth contour beveled recesses without surface roughness in the master hybrid disc, and only need to adjust the writing laser intensity appropriately. These recesses can easily be made in the master disc to any desired depth. This means that the master hybrid disc produced according to the present invention will be far more characteristic than the rough side PR proposed by the conventional art (such as the rectangular cross-section feature that Nakagawa hopes to create by a method that is not easy to understand). Easy to copy with general molding procedures. .34- This paper size applies to Chinese National Standard (CNS) A4 (210 X 297 mm) 2ί) 0419559 Α7 Β7

裝 訂 線Gutter

200419559 A7 B7 五、發明說明(Μ 10 15 經濟部智慧財產局員Η消費合作社印製 20 25200419559 A7 B7 V. Description of Invention (M 10 15 Printed by Consumer Property Cooperative, Member of Intellectual Property Bureau, Ministry of Economic Affairs 20 25

道水準面77之上盧177 _ 高優值(藉由提供直向指標水準面量起。除了提 _坑洞自身之HF 這得到改善的PP铜而不犧牲 _ 、'的方式達成),藉此實現的邊坡高产缩 材料量減”_附在所得製片模所呈現之較淺裂二 :里/ v而助於以母版混合式碟片 參考_揭示的以㈤為本概念來說, 重要的一個優點。 月非节 7 ^ 175^b 75 、 大起。但這些對ρρ或邢偵測僅有小幅影響。 t圖6所Τ ’槽道75本身可在坑贿平地之«的平地區 内延績,最後在最終混合式碟片内提供一具有λ/8之有效深度 的對應特徵,藉由在其整個寬度内提供一致深度槽道之一寬而 平坦的底部77 (如圖8所示)的方式促進坑洞之間的對執作 用。這解決了 Sch〇〇fs只處理了 一部份(而且聊a' agimachi和Ha都忽略掉的)問題,sch00fs所提出的平地 區槽運(藉由減弱坑洞間寫入強度以在移動媒體内產生一剛好 超過閾值之條件的方式造成)對於最佳化PP彳貞測來說太窄,且 就邏輯11延伸來說萬一坑洞間槽道因一較低極限值寫入強度縮 減而加寬(且對應地加深)則會抑制坑洞/平地過渡的HF偵 測。至少就重點來說,本發明以其對槽道寬度和深度之獨立控 制月b力δ午可不用較大深度即有較大槽道容積,藉此因有助於當 今技術水準之高速記錄染料的使用而有助於在所得混合式碟片 之R帶上較快速燒錄。 幾乎無邊坡的坑洞50 (如圖9所示)可藉由調整參數使母 版混合式碟片内之槽道寬度略微增加連同形成在槽道内之R〇M 36- 本紙張尺度適用中國國家標準(CNS)A4規袼(21〇χ297公幻 200419559Road level 77 above Lu 177 _ high figure of merit (by providing a straight indicator level measurement. In addition to raising _ pit hole HF this improved PP copper without sacrificing _, 'way), by The reduction in the amount of high-yield material on the slope ”_ attached to the shallower crack II shown in the obtained film mold: li / v and helps to refer to the master mixed disc reference An important advantage. Lunar New Year's Day 7 ^ 175 ^ 75, big rise. But these have only a small impact on the detection of ρρ or Xing. T 'channel 75 itself in Figure 6 can Extending performance in flat areas, and finally providing a corresponding feature with an effective depth of λ / 8 in the final hybrid disc, by providing a wide and flat bottom 77 of a uniform depth channel over its entire width (as shown in the figure) The method shown in Figure 8) promotes the counteraction between potholes. This solves the problem that Sch〇〇fs only deals with a part (and is ignored by both A'agimachi and Ha), the flat area proposed by Sch00fs Slot transport (by reducing the write intensity between pits to create a bar in mobile media that just exceeds the threshold Caused by the method) is too narrow for optimizing the PP 彳 measurement, and in the case of the logic 11 extension, the channel between the pits is widened (and correspondingly deepened) due to a lower limit write intensity reduction. It will suppress the HF detection of the pit / flat ground transition. At least as far as the point is concerned, the present invention can independently control the channel width and depth with a monthly b-force δ. It can have a large channel volume without a large depth. This helps to burn faster on the R tape of the resulting hybrid disc due to the use of high-speed recording dyes of today's technological level. The almost pit-free pit 50 (shown in Figure 9) can be borrowed By adjusting the parameters, the width of the grooves in the master mixed disc is slightly increased together with the ROM 36 formed in the grooves. This paper size applies the Chinese National Standard (CNS) A4 Regulation (21〇297 公 幻 200419559).

坑洞的寬輯應地略微增加的料造出。這鈴數包含射束強 度和直徑,其可個別調整或聯合調整以達下列結果。、 槽道寬度之適當選擇能導致形成在母版混合式碟片之新槽道 内的一個邊坡其巾—邊坡與已經形成雜向相鄰槽道之比鄰邊 5坡的向下斜面局部重疊。換句話說,兩相鄰邊坡會合併而在比 鄰的槽道間形成-平頂區域。姉序隨著更多徑向相鄰槽道造 出而重複進行,得到所有徑向相鄰執道部分之間的平垣區域。 母版混合式碟片之槽道内的ROM坑洞之寬度的適當選擇導致 形成在新槽道内之坑洞的邊坡以-相似方式最小化或消除。若 10參數經調整為使坑洞只比欲造出此等坑洞之槽道略窄,形成在 新坑洞任一側的邊坡會跟該槽道的向下斜面重合。如此消除了 在母版混合式碟片内以及最後在混合式碟片本身内的此些坑洞 邊坡。 一 所得特徵本質上來說變成槽道和形成於其内之坑洞的特徵的 15疊加物。因此,實際上來說,由混合式碟片母版製作程序中之 此二調整造成的槽道變成坑洞,只是比較寬一些,且此時是無 邊坡的。此結果已經由重複實驗證實會發生,且能藉由對混合 式碟片母版製作參數進行微調的方式最佳化。 經濟部智慧財產局員工消費合作社印製 圖9纟會出本發明之另一實施例。如前所述,在本母版混合式 20碟片實施例中,除了平地區以外完全沒有ROM槽道,且所得R0M 坑洞50呈現大致無邊坡,在其任一側具有一較淺的斜面。這在 隶終混合式碟片中有助於pp對執而不會損及HF偵測。對執谓 測得到改善,因為較淺的側邊斜面傾向於將較大部分的入射光 反射偏離垂直向。而HF偵測完全沒被犧牲,因為有效坑洞深度 25維持在傳統的3 λ/16。淨效應為優值有整體性的提升,這是本 -37- 本紙張尺度適用中國國家標準(CNS)A4規格(210x297公釐) 200419559The wide series of potholes should be made with slightly increased material. This bell number includes the beam intensity and diameter, which can be adjusted individually or jointly to achieve the following results. Appropriate selection of the channel width can cause a slope formed in the new channel of the master mixed disc-the side slope and the downward slope of the adjacent side channel 5 slope which has formed a hybrid to the adjacent channel partially overlap . In other words, two adjacent slopes merge to form a flat-topped area between adjacent channels. The sequence is repeated as more radially adjacent channels are created to obtain the Hiragaki region between all radially adjacent channels. The proper selection of the width of the ROM pits in the channels of the master hybrid disc causes the slopes of the pits formed in the new channels to be minimized or eliminated in a similar manner. If the 10 parameter is adjusted so that the potholes are only slightly narrower than the channels in which they are to be created, the slope formed on either side of the new pothole will coincide with the downward slope of the channel. This eliminates these pothole slopes in the master hybrid disc and finally in the hybrid disc itself. -The resulting feature essentially becomes a superposition of the features of the channel and the pits formed therein. Therefore, in fact, the channel caused by the two adjustments in the hybrid disc mastering process becomes a pothole, which is only wider and has no slope at this time. This result has been confirmed by repeated experiments and can be optimized by fine-tuning the production parameters of the hybrid disc master. Printed by the Consumer Cooperative of the Intellectual Property Bureau of the Ministry of Economic Affairs Fig. 9 shows another embodiment of the present invention. As mentioned earlier, in this embodiment of the master hybrid 20-disc embodiment, there are no ROM channels at all except for the flat area, and the resulting ROM pit 50 is substantially free of slopes and has a shallow slope on either side . This helps pp matchups in end-of-life hybrid discs without compromising HF detection. Measurements are improved because the shallower side bevels tend to reflect a larger portion of the incident light reflection away from the vertical direction. HF detection was not sacrificed at all, because the effective pothole depth 25 was maintained at the traditional 3 λ / 16. The net effect is an overall improvement in the figure of merit. This is the paper size. This paper size applies the Chinese National Standard (CNS) A4 specification (210x297 mm). 200419559

正如同該二寫入射束(或單一顫抖射束)之獨立控制有助於 職坑洞和槽道之橫向構造的精確控制,此二獨立受控射束或單 一顫抖射束的使闕樣許可在母版混合式碟片之R帶内以任何 期望的橫向構造和執距造出預製槽。 1〇 因此,CD混合式碟片母版製作應用中的優值可由本發明甚 至在沒有附帶PP促進槽道之條件下提高。此外,此一無槽道、 無邊坡的輪廓(如圖9所示)幾乎就是R帶預製槽的理想,而 圖7所示實施例對該特定應用來說可能不是那麼合乎期望。燒 錄R帶預製槽之作業只單純要求每一寫入雷射束之一固定強^ 15而非任一射束強度之一資料信號調變。但本發明之一重要特點 在於驅動寫入雷射以燒錄出各特徵之模式得經一習知方式選擇 生私式化以配合欲燒錄之β0Μ和R帶之特定序列及指定特性的 特殊要求。特定言之,由於在較佳實施例中使用雙射束染料一聚 合物混合式碟片母片製作方法,此等從一模式到另一模式的切 20換比起習知技藝單射束PR母版製作簡單得多,因為沒有因pR 法所固有產生的大多數問題。 有許多方法及對應裝置能用於施行本發明之各實施例。首先 要提到的是涉及槽道形成者。應瞭解到一 R帶預製槽單純地是 一燒錄在R帶内的選擇性尺寸槽道,詳見下文。 '5 舉例來說,R0M槽道75可為藉由將寫入射束13, 13,分離成 -38- 200419559 A7Just as the independent control of the two writing beams (or a single trembling beam) facilitates the precise control of the lateral structure of the pits and channels, the two independently controlled beams or a single trembling beam make a difference It is permissible to create prefabricated grooves in the R tape of the master hybrid disc in any desired lateral configuration and grip. 10 Therefore, the figure of merit in CD hybrid disc mastering applications can be improved by the present invention even without the PP booster channel attached. In addition, this no-slot, no-slope profile (as shown in Figure 9) is almost ideal for R-belt prefabricated grooves, while the embodiment shown in Figure 7 may not be so desirable for this particular application. The operation of burning R tape prefabricated grooves simply requires that each of the written laser beams has a fixed intensity ^ 15 instead of a data signal modulation of any beam intensity. However, an important feature of the present invention is that the mode of driving the writing laser to burn out each feature can be selected in a conventional manner to match the specific sequence of the β0M and R bands to be burned and the special characteristics of the specified properties. Claim. In particular, since the dual-beam dye-polymer hybrid disc mastering method is used in the preferred embodiment, the cutting from one mode to the other 20 is more convenient than the conventional single-beam PR Mastering is much simpler because there aren't most problems inherent to the pR method. There are many methods and corresponding devices that can be used to implement the embodiments of the present invention. The first thing to mention is the formation of the channel. It should be understood that an R-band prefabricated slot is simply a selective-size channel burned into the R-band, as described below. '5 For example, ROM channel 75 can be separated by writing beams 13, 13, into -38- 200419559 A7.

照射^自轉中母版混合式碟片1之活性表面1上的兩道射束的 方式沿著ROM坑洞與平地的整個執道施行。另一選擇,槽道寫 =射束:為僅在平地週期(亦即從—坑洞寫人脈波之尾端區衰 減的末端到下一個坑洞寫入脈波之前導邊緣的起始)内啟動。 5又^必要時槽道寫入脈波可為在任何時間選擇性啟動和解除且 在坑洞寫入程序中有任何延續時間,依狀況和偏好指定。除非 槽逗寫入射束在寫入一執的坑洞(或一執之局部)的整個程序 當中維持- 接通"狀態,否則必須提供一些構件使槽道寫入 射束與坑洞寫入射束協同啟動。如圖13-15所示,如下文所將 10說明,可藉由從光調變器信號1〇或雷射驅動信號1〇,提供一輸 出來控制槽道寫人射束路徑中—光調變!!的方式輕易達成,用 合適的習知電路使該二射束的啟動同步化。 經濟部智慧財產局員工消費合作社印製 圖10繪出母版混合式碟片中之情況,其中主要R0M坑洞寫 入射束102與ROM槽道寫入射束103重疊,使得資料記號係與 I5容納此等記號之槽道同時造出。在圖1〇所示正切向剖面圖中了 可看到一連串的坑洞50a,b,c及中介平地65a, b形成於由碟片j 之基板41支撐的光激活層112内。在此案例中,坑洞完全在成 形槽道75以内,亦即坑洞之上表面在槽道以内且在槽道上表面 H4 (碟片之未燒錄表面)以下。在圖1〇所示實施例中,資料 20 執之平地部分65a,b同樣容納在槽道以内。 在圖10所示實施例中,槽道寫入射束在整個燒錄程序中處 於、'接通狀態。再次提到,槽道寫入射束可為僅在相繼坑洞 的形成之間的週期選擇性地啟動,藉此沿著資料執形成只有開 槽的平地區65。這對於坑洞的HF或對執沒有功效,但是坑洞之 25間(亦即平地區内)的對執會因為前文提到過的理由而改盖。 -39- - --—-------- 本紙張尺度適用中國國家標準(CNS)A4規格(210 x297公釐) 200419559 A7 B7 五、發明說明(38) 替代實施例可能涉及藉由對藉以產生槽道寫入射束之構件提供 對應受控輸入的方式選擇性地形成槽道,詳見下文。 圖11與圖10的差別僅在於圖11中的槽道寫入射束103領 先於主要寫入射束102。圖11所示構造就當前來說似乎對依據 5 本發明之混合式碟片母版製作提供最好的結果。就所有其他方 面來看,此實施例與圖1〇所示相似,且所有對於圖1〇的論述 同樣適用於圖11。 圖12繪出主要寫入射束領先於槽道寫入射束的情況。從圖 中可看到坑洞的形成先於該等坑洞最後所在之槽道的形成。槽 10 道後形成的功效是從已成形坑洞中一致地驅逐更多材料而不致 明顯改變其構造。此方式如同將已成形的坑洞向下壓入新成形 的槽道内,同時維持其相應構造。 經濟部智慧財產局員工消費合作社印製 所有關於圖10和11的論述(除了圖n所示構造就當前來 說似乎會產出更好的混合式碟片結果)同樣適用於圖12,且應 15瞭解到在此段及後繼每一段内容中,亦可運用相同方法產生母 版混合式碟片R帶預製槽。有關於後者,在圖12所示實施例 中,由主要射束1〇2起始造出的槽道會因後繼的槽道寫入射束 103的效果而加深(亦即致使其在光激活層112内佔據一更低於 其上表面114的位置),且不明顯改變其橫向剖面形狀。 20 今說明可形成這些射束並運用之的各式裝置。 圖13繪出本發明之主要實施例,其就一氣體雷射和外在光 调變的運用對應於圖!所示混合式碟片母版製作的裝置。其中 寫入雷射7的輸出射束進入一射束分離器1〇〇,在此劃分成兩道 射束=0和121。射束120為主要寫入射束且射束121為次級射 25束,前者為資料寫入射束1〇2的來源,後者是槽道寫入射束1〇3 —---------40 -__ 一 本紙張尺度適用中國國家標準(CNS)A4規格(21〇x297公楚) 200419559 A7 B7 五、發明說明(39) 的來源。主射束120能用於造出ROM坑洞且亦能用於造出R帶 槽迢之主要部分(或是R帶槽道本身,前提是如前所述未使用 次級射束改變其橫向剖面構造)。射束分離器1〇〇之一輸入為 一定義該二所得射束之期望強度比的信號1〇4。此等射束分離器 5在此技蟄中為人所熟知,且舉例來說可能是以下列方式為基 礎:(1)以半波板結合一偏振射束分離器;(2) 一聲光偏轉 器(1GD〃);或⑻-光電緩行||結合—偏振射束分離 态。在較佳實施例中,運用一 A0D射束分離器,圖中未示之另 一輸入建立偏轉角度,導致該二所得射束在母版混合式碟片表 10 面的期望徑向分離。 主射束120進入一光調變器11,該光調變器的作用受到前 文就圖1提到的波形整形電路31控制,且其效果亦在前文提 及。應注意到在圖13中對波形整形電路有一額外輸入一格式。 後者僅只是該裝置用以進行之特定作業所導致的輸入,不管是 15資料記號格式或是一連續或不連續槽道之切割或是熟習此技藝 者可能以本發明運用的其他應用。該輸入及處理此輸入之波形 整形電路的本質會依特定應用以熟習此技藝之電路設計者的能 力範圍以内以所述内容為基礎指定。 經濟部智慧財產局員工消費合作社印製 波形整形電路31之一輸出為一指向射束分離器之信號 20 131用以控制射束分離作業的程度和定時。在一些應用中,射束 分離大致會以連續方式發生。在其他應用中,會期望間歇地將 輸入射束劃分成兩道射出射束。此作用可如圖所示受到波形整 形電路31控制,或者受到通往射束分離器之其他輸入或是受到 一通往射束分離器100強度比輸入之來源的輸入控制。由於此 25輸入的目的明確,在此認定一般從業人員可輕易想出其他方式 -41- 本紙張尺度適用中國國家標準(CNS)A4規格(210 X 297公爱) 200419559 A7 ___ B7 五、發明說明' -— 達成此目的。 已調變主射束122在離開光調變器n之後通過受到奵斤輸 入151控制的主要ATIP偏轉器15〇,其以一習知方式(亦參見 下文對於圖14和20的說明)將必要的ATIp調變導入射束内。 5次級射束121可指向另一光調變器123 (其亦經由線133受到波 形整形電路31控制)。由於希望次級射束僅造出一寬淺槽道 (在ROM區或R帶區内),通常會要求的僅有次級射束調變會 疋強度和接通-斷開控制(二者皆由射束分離器1〇〇提供)以及 光斑尺寸控制(由倒置望遠鏡13〇提供,參見下文)。在此情 1〇況中,不需要光調變器123或者是將該光調變器關掉。然而在 一些格式當中,可能需要或期望對次級射束做更進一步的調 變’因而有此任選性的次級光調變器123。 經濟部智慧財產局員工消費合作社印製 在離開光調變器123之後,次級射束124以通過受ATIp輸 入156控制之次級ATIP偏轉器155的方式同樣經歷Ατιρ調 15變。已調變射束124在通過次級ATIP偏轉器155之後指向一倒 置望遠鏡130,後者之目的為依據經由線132而來之射束寬度比 輸入將該射束的直控縮減一期望量以產生一輸出射束125。倒置 望遠鏡130的功效是使次級射束在母版碟片表面上的光斑尺寸 最後選擇性地比主射束的光斑尺寸大。 20 應/主思到在圖13所示主要實施例中,其中利用一氣體雷射 創造出、、原始(raw) 寫入射束,且調變是在雷射本身之外進 行,若射束分離器100係施行為一聲光偏轉器(),則 可將次級ATIP偏轉器155納入射束分離器1〇〇内。在此情況 中,ATIP輸入156會構成通往射束分離器1〇〇之一輸入,且此 25 輸入會連同一般偏轉輸入倒置射出的次級射束121呈現期望的 -42- 本紙張尺度適用中國國家標準(CNS)A4規格(210 X 297公釐) 200419559 A7 B7 五、發明說明(41) 徑向位移和ATIP顫動。由於主射束120 (亦即、、第零階π射 束)未冒在射束分離器經歷任何偏轉,在此情況中其同樣不會 接受到ΑΤΙΡ調變。因此,主射束仍會要求獨立的ΑΤΙρ調變, 必須通過ΑΤΙΡ調變器150,如同前一案例。 5 主射束122和輸出射束125在一射束組合器135内結合,該 組合器的目的是校準此二射束以供後續處理。該射束組合器完 全是習知的,且可能包括一電介質射束分離器。另一選擇,可 能使用一設置在一適當角度(大約45。)的半銀反射鏡。 射出的兩這射束通過一聚光鏡14〇,該聚光鏡使槽道寫入射 1〇束丨〇3 (得自次級射束125)和資料射束102 (得自主射束 122)擴張且將該二射束導往物鏡145。在此回想起倒置望遠鏡 130已經使已調變射束124窄化以產生指向聚光鏡14〇的輸出射 束125。因為此窄化作用,所得槽道寫入射束1〇3並未完全填滿 物鏡的輸入光瞳,有效地減小其M,結果是使該射束不會聚焦 15成一像填滿該物鏡之資料射束102那樣小的光斑。因此,在碟 片1由其〜軸馬達3轉動(該心軸馬達受一適當的速度控制5 掌控以確保怪定線性速度)時,該二射束在碟片表面43的相對 直控會導致一槽道75形成,該槽道的寬度大於坑洞50,如圖6 經濟部智慧財產局員工消費合作社印製 所示。 20 ㈣’這兩道最終射束的實際尺寸會取決財控其上游處理 的參數,特別是倒置望遠鏡13Q之縮小率和透鏡⑽,145之參 數㈣切選擇。同樣的,必要光學件之全部或其一選定部分會 由在功此和目的方面都跟圖!和2所示滑架21相似的裝置 (圖中未示)支撐,或者會提侧以在射束與碟片軸線之間相 25對向運動的其他構件,細雜資難正確地定位在碟片 ----- -—丨 _"43"____^ ,、 本紙張尺度_ + _家鮮(cns)A4規格⑽乂297公釐; '~ --— 200419559 A7 B7The method of irradiating the two beams on the active surface 1 of the master hybrid disc 1 during the rotation is performed along the entire path of the ROM pit and the flat land. Another option, channel writing = beam: only in the flat period (that is, from the end of the decay of the tail region of the human pulse to the hole writing to the beginning of the leading edge before the next hole writing into the pulse wave) start up. 5 ^ When necessary, the channel writing pulse can be selectively activated and released at any time and there is any continuation time in the pit writing process, which is specified according to the situation and preferences. Unless the slot-completing beam is maintained in the on-state during the entire process of writing a hole (or part of a hole), some components must be provided to make the channel write beam and hole write The incident beams start in concert. As shown in Figure 13-15, as will be explained in the following paragraph 10, the optical modulator signal 10 or laser drive signal 10 can be used to provide an output to control the channel to write in the beam path of the person—light modulation. The method of changing !! is easily achieved, and the start of the two beams is synchronized with a suitable conventional circuit. Printed on Figure 10 by the Consumer Cooperative of the Intellectual Property Bureau of the Ministry of Economic Affairs, the situation in the master hybrid disc, in which the main ROM writing beam 102 overlaps with the ROM channel writing beam 103, making the data symbol and The channel I5 containing these marks is created at the same time. In the tangential cross-sectional view shown in Fig. 10, a series of pits 50a, b, c and intermediary flats 65a, b are formed in the photoactive layer 112 supported by the substrate 41 of the disc j. In this case, the pit is completely within the forming channel 75, that is, the upper surface of the pit is within the channel and below the upper surface of the channel H4 (unburned surface of the disc). In the embodiment shown in FIG. 10, the flat ground portions 65a, b of the data 20 are also contained in the channel. In the embodiment shown in Fig. 10, the channel writing beam is in the ON state throughout the entire programming process. It is mentioned again that the channel writing beam can be selectively activated only for the period between the formation of successive pits, thereby forming only a slotted flat area 65 along the data execution. This has no effect on potholes' HF or matchups, but the matchups between the 25 potholes (that is, in the Ping area) were changed for the reasons mentioned earlier. -39------------- This paper size applies to China National Standard (CNS) A4 (210 x 297 mm) 200419559 A7 B7 V. Description of the invention (38) Alternative embodiments may involve the use of Channels are selectively formed in a manner that provides corresponding controlled inputs to the components by which the channel write beam is generated, as described below. 11 differs from FIG. 10 only in that the channel writing beam 103 in FIG. 11 leads the main writing beam 102. The structure shown in Fig. 11 currently seems to provide the best results for the production of a hybrid disc master according to the present invention. In all other respects, this embodiment is similar to that shown in Fig. 10, and all the discussion of Fig. 10 applies equally to Fig. 11. Figure 12 depicts the situation where the main writing beam is ahead of the channel writing beam. It can be seen from the figure that the formation of potholes preceded the formation of the channel where the potholes were last. The effect formed after the 10th slot is to consistently expel more material from the formed pothole without significantly changing its structure. This method is like pressing the formed pothole down into the newly formed channel while maintaining its corresponding structure. The Consumer Cooperatives of the Intellectual Property Bureau of the Ministry of Economic Affairs printed all the discussions on Figures 10 and 11 (except that the structure shown in Figure n seems to produce better hybrid disc results for the time being) is also applicable to Figure 12, and should be 15 Learned that in this paragraph and each subsequent paragraph, the same method can be used to produce a master mixed disc R with pre-grooves. With regard to the latter, in the embodiment shown in FIG. 12, the channel created from the beginning of the main beam 102 will be deepened by the effect of the subsequent channel writing beam 103 (that is, it is caused to activate in light The layer 112 occupies a position lower than its upper surface 114), and does not significantly change its lateral cross-sectional shape. 20 A variety of devices that can form and use these beams are described. Figure 13 depicts the main embodiment of the present invention, which corresponds to the use of a gas laser and external light modulation! A device for making a hybrid disc master as shown. The output beam written with laser 7 enters a beam splitter 100 and is divided into two beams = 0 and 121 here. Beam 120 is the primary writing beam and beam 121 is the secondary beam 25, the former is the source of the data writing beam 102, and the latter is the channel writing beam 103 ------- ---- 40 -__ A paper size is applicable to China National Standard (CNS) A4 specification (21 × 297 Gongchu) 200419559 A7 B7 V. Source of invention description (39). The main beam 120 can be used to create ROM pits and can also be used to make the main part of the R-band slot (or the R-band slot itself, provided that the lateral direction is not changed as described above without using a secondary beam Profile structure). One of the beam splitter 100 inputs is a signal 104 which defines a desired intensity ratio of the two resulting beams. These beam splitters 5 are well known in this technology and may be based on, for example, the following: (1) a polarizing beam splitter combined with a half-wave plate; (2) an acousto-optic Deflector (1GD〃); or ⑻-photoelectric retarding || combination-polarized beam splitting state. In the preferred embodiment, an A0D beam splitter is used, and another input, not shown in the figure, establishes a deflection angle, resulting in the desired radial separation of the two resulting beams on the surface of the master hybrid disc. The main beam 120 enters an optical modulator 11 whose function is controlled by the waveform shaping circuit 31 mentioned above with reference to Fig. 1, and its effects are also mentioned above. It should be noted that there is an additional input-format for the waveform shaping circuit in FIG. The latter is merely an input caused by the specific operation the device is used to perform, whether it is a 15 data mark format or a continuous or discontinuous channel cut or other applications that the skilled person may use with the present invention. The nature of the input and the waveform shaping circuit that processes this input will be specified on the basis of what is specified within the competence of a circuit designer familiar with the art based on the particular application. Printed by the Consumer Cooperative of the Intellectual Property Bureau of the Ministry of Economic Affairs, one of the waveform shaping circuits 31 outputs a signal directed to the beam splitter 20 131 to control the degree and timing of the beam splitting operation. In some applications, beam splitting occurs approximately continuously. In other applications, it may be desirable to divide the input beam into two outgoing beams intermittently. This effect can be controlled by the waveform shaping circuit 31 as shown, or by other inputs to the beam splitter or by an input to the source of the intensity ratio input of the beam splitter 100. Because the purpose of this 25 input is clear, it is assumed that ordinary practitioners can easily think of other ways. -41- This paper size applies the Chinese National Standard (CNS) A4 specification (210 X 297 public love) 200419559 A7 ___ B7 V. Description of the invention '-— To achieve this. The modulated main beam 122 passes through the main ATIP deflector 15 controlled by the jack input 151 after leaving the light modulator n, which will be necessary in a conventional manner (see also the description of Figures 14 and 20 below) The ATip modulation is introduced into the beam. The 5 secondary beam 121 can be directed to another optical modulator 123 (which is also controlled by the wave shaping circuit 31 via line 133). Since the secondary beam is expected to create only a wide shallow channel (in the ROM or R zone), only the secondary beam modulation will typically require intensity and on-off control (both Both are provided by the beam splitter 100) and the spot size control (provided by the inverted telescope 130, see below). In this case, the light modulator 123 is not needed or the light modulator is turned off. However, in some formats, further modulation of the secondary beam may be needed or desired, and thus has the optional secondary optical modulator 123. Printed by the Consumer Cooperative of the Intellectual Property Bureau of the Ministry of Economic Affairs After leaving the light modulator 123, the secondary beam 124 also undergoes Δτι modulation 15 in the manner of passing through the secondary ATIP deflector 155 controlled by the ATip input 156. The modulated beam 124 is pointed at an inverted telescope 130 after passing through the secondary ATIP deflector 155, the purpose of which is to reduce the direct control of the beam by a desired amount based on the beam width ratio input from line 132 to produce One output beam 125. The effect of the inverted telescope 130 is to make the spot size of the secondary beam on the master disc surface finally selectively larger than the spot size of the primary beam. 20 It should be considered that in the main embodiment shown in FIG. 13, a gas laser is used to create, write, and write the incident beam, and the modulation is performed outside the laser itself. The splitter 100 is an acousto-optic deflector (), and the secondary ATIP deflector 155 can be received into the beam splitter 100. In this case, the ATIP input 156 constitutes one of the inputs to the beam splitter 100, and this 25 input, together with the secondary beam 121 emitted from the general deflection input upside down, presents the desired -42. This paper size applies China National Standard (CNS) A4 specification (210 X 297 mm) 200419559 A7 B7 V. Description of invention (41) Radial displacement and ATIP flutter. Since the main beam 120 (i.e., the zeroth-order π beam) is not exposed to any deflection in the beam splitter, it will also not receive the ATIP modulation in this case. Therefore, the main beam will still require independent ATTI p modulation, which must pass through the ATIP modulator 150, as in the previous case. 5 The main beam 122 and the output beam 125 are combined in a beam combiner 135, whose purpose is to calibrate the two beams for subsequent processing. The beam combiner is completely conventional and may include a dielectric beam splitter. Alternatively, a semi-silver mirror set at an appropriate angle (approximately 45 °) may be used. The two emitted beams pass through a condenser 14 which expands the channel to write 10 beams (from secondary beam 125) and data beam 102 (from autonomous beam 122) and expands the beam. The two beams are directed to an objective lens 145. It is recalled here that the inverted telescope 130 has narrowed the modulated beam 124 to produce an output beam 125 directed to the condenser lens 140. Because of this narrowing effect, the obtained channel writing beam 103 does not completely fill the input pupil of the objective lens, effectively reducing its M, and the result is that the beam will not focus 15 to fill the objective lens like an image The data beam 102 is as small as a light spot. Therefore, when the disc 1 is rotated by its shaft motor 3 (the spindle motor is controlled by an appropriate speed control 5 to ensure a strange linear speed), the relative direct control of the two beams on the disc surface 43 will cause A channel 75 is formed, and the width of the channel is larger than that of the pothole 50, as shown in the printing of the employee consumer cooperative of the Intellectual Property Bureau of the Ministry of Economic Affairs. The actual size of the 20 final beams will depend on the parameters of the upstream control of the financial control, especially the reduction ratio of the inverted telescope 13Q, the lens ⑽, and the parameter cut selection of 145. In the same way, all or a selected part of the necessary optics will follow the picture in terms of function and purpose! It is supported by a device (not shown) similar to the carriage 21 shown in FIG. 2 or other components that move sideways to move 25 opposite to each other between the beam and the axis of the disc. ----- -—— 丨 _ " 43 " ____ ^ ,, this paper size _ + _ Jia Xian (cns) A4 size ⑽ 乂 297 mm; '~ --- 200419559 A7 B7

上。但這些措施當然是以本發明及相關技藝為基礎在從業人員 的所知技術以内。 圖14繪出與圖13所示相同的本發明構造,但係參照於圖2 所示裝置,其中使用二極體雷射。有關圖13之論述同樣適用於 5圖14所示内容,有差別之處當然是在於有關圖13所示光調變 器所述内容。如同圖13和15,槽道寫入射束103聚焦在碟片1 之活性表面43。然而,因為該槽道寫入射束之較小να,其光斑 尺寸比主射束102大,藉此產生一寬度合乎期望大於資料坑的 槽道。在混合式CD應用中(其中坑洞寬度約為〇·5微米),槽 10道寫入射束在碟片表面的光斑尺寸可能是大約1-2微米。在R τ預製槽的燒錄期間,將波形整形電路關掉,因為預製槽主要 是以一恆定強度射束造出。 經濟部智慧財產局員工消費合作社印製 在圖14所示實施例中,一第一光偏轉器15〇安插在主射束 122之路徑内。其目的是藉由透過線151送來的輸入的作用選擇 15性地振盪該射束以產生一顫動主要射出射束162,其會得到執道 寫入射束102。該ATIP輸入會以一如熟習CD-R母版製作者所熟 知之方式包含一欲導入ROM資料執和R帶預製槽執道之正確顫 動的所有參數,如前所述。一同樣受到相同ATIp輸入信號(透 過線156)控制的第二光偏轉器155相似地將期望顫動導入射束 2〇 124内。如此會產生輸出射束161,此射束在通過倒置望遠鏡 130之後會得到次級射出射束163,之後會得到槽道寫入射束 1〇3。較佳來說,光偏轉器15〇, 155二者都是A〇Ds。當然,二者 的偏轉作用必須經過小心地同步化和加權,且在通往光偏轉器 150,155之ATIP顫動信號係來自單一來源的情況有最好的結 25 果,如前文所提議。on. However, these measures are of course based on the present invention and related techniques and are within the knowledge of practitioners. FIG. 14 illustrates the same structure of the present invention as shown in FIG. 13, but with reference to the device shown in FIG. 2, in which a diode laser is used. The discussion about FIG. 13 is also applicable to the content shown in FIG. 14. The difference is, of course, the content about the optical modulator shown in FIG. 13. 13 and 15, the channel writing beam 103 is focused on the active surface 43 of the disc 1. However, because the writing beam of this channel is relatively small να, its spot size is larger than that of the main beam 102, thereby creating a channel whose width is desirably larger than the data pit. In hybrid CD applications (where the pit width is about 0.5 microns), the spot size of the 10-channel writing beam on the disc surface may be about 1-2 microns. During the programming of the R τ pregroove, the waveform shaping circuit is turned off because the pregroove is mainly made with a constant intensity beam. Printed by the Consumer Cooperative of the Intellectual Property Bureau of the Ministry of Economic Affairs In the embodiment shown in Fig. 14, a first light deflector 150 is inserted in the path of the main beam 122. The purpose is to selectively oscillate the beam 15 through the action of the input sent through the line 151 to generate a trembling main exit beam 162, which will obtain a write-in incident beam 102. The ATIP input will contain all the parameters for a correct jitter to import ROM data and R with prefabricated grooves in a manner known to those familiar with CD-R masters, as previously described. A second optical deflector 155, also controlled by the same ATip input signal (through line 156), similarly introduces the desired jitter into the beam 20124. In this way, an output beam 161 will be generated. After passing through the inverted telescope 130, this beam will obtain a secondary outgoing beam 163, and then a channel writing beam 103 will be obtained. Preferably, both the light deflectors 15 and 155 are AODs. Of course, the deflection effects of the two must be carefully synchronized and weighted, and the best results are obtained when the ATIP dither signal to the optical deflectors 150,155 comes from a single source, as proposed earlier.

本紙張尺度適财關家標準(cnS)m規格( x297公幻 200419559 A7 B7 五、發明說明(43) ~- 熟習此技藝者以本發明為基礎會瞭解到可改變一槽道寫入射 束的強度致使所得槽道的深度對應改變。此射束強度變化舉例 來說可藉由選擇性地控制指向倒置望遠鏡130 (次級射出射束 163自此發出)之輸出射束161的強度級的方式輕易達成。此係 5以選擇送往射束分離器100之雷射功率和強度比輸入的方式進 订。無論如何,槽道寫入射束之最終強度可輕易選擇為在活性 層内提供一效果,從一如前所述之全深度槽道的產生到僅只是 邊坡去除措施不等。後者會要求射束強度要足以在移動的活性 層43内產生一僅略尚於其熱閾值的發熱水準,而前者會要求有 10 一適當較高強度。欲產生任何期望結果的此等調整會是在一般 從業人員以本發明為基礎的能力範圍以内。 熟悉染料-聚合物光學資料記錄方式者會觀察到除了由槽道 寫入射束造出之槽道會傾向於有一狐形基部(就橫向於執道轴 線的剖面觀看),所有其他方面都相同。此係因為如同主要坑 b洞寫入射束,大致圓形射束之強度橫截面會沿其直徑近似於一 埃理斑(Airy Disc)分佈,最大強度最接近其中心。然而在一 ^應用中,可能期望有一較為平底的槽道,如圖8所示,_ 經濟部智慧財產局員工消費合作社印製 是藉由在最終混合式碟片内沿槽道基部提供一致久/8相深的方 式可能改善對執作用。 20 圖15緣出一藉由使槽道寫入射束在槽道寫入射束和坑洞寫 入射束〜執逼相對運動期間顫抖(亦即橫向於坑㈣道之轴線 快速地振盈)的方式產生此較為平底的槽道之裝置。應注意到 圖15係針對圖13所示構造,而後者與圖i所示相關,運用一 需要外在光調變的氣體雷射。在此認定熟習此技藝的從業人員 可摩工易地將其所不重點運用於圖2所示裝置(亦即運用於圖Μ 本紙張尺㈣财酬家標公釐) 〜 200419559 A7 B7 經濟部智慧財產局員工消費合作社印製 五、發明說明(44) 所示實施例),其中以本發明及此技藝中為人所熟知的原則為 基礎運用二極體雷射。 圖15事實上是一個雙模式裝置,其可運用於⑶或混合式碟 片母版製作。在CD母版製作模式中,解除經由線151,256傳送 5的ATIP h號,因為CD母版製作不需要產生顫動。在混合式碟 片母版製作在混合式碟片母版製作之R帶預製槽產生階二X中 啟動ATIP信號,但光調變器11,123僅只是在所有或部=執道 形成程序當中傳送選定恒定強度的射束。不管是哪種情況, 由線260送給光偏轉器155的輸入源自於一般信號組合界2加 其輸入為在該時間到底可啟動該等信號當中的那個信號。 圖15所示所有元件在前文皆已提及,_ 14與圖巧所 施例之_僅有物質差異(在氣體雷射實麵之圖15中料在 光調變器11和123的使用之外)為經由線231通往光偏 155的額外顫抖輸入。在混合式CD母版製作模式中,該ς 入導致光偏轉器執行次級射束124之—複雜振i,此㈣ 册顫動與較快的顫抖之一組合。此顏抖輪入可為由= 盪電路以-在一般從業人員能力广振 電路31之一輸出同步。 内的方认供,與波形整形 射束組合器135之輸出由通過聚光鏡14〇照射到物鏡⑷ 之兩迢重豐射束組成。兩道射束19U92從該 191 (在圖中以實線表示)是 、、出。射束 性表面43上的點193。另疋一 聚焦在碟片1之活 一徑向方向内(相對於碟片,亦即圖15中的上下方二:在 移動’越過且再次越過無顫抖射㈣的焦點⑶ 10 20 25 經 -46- 200419559 五、發明說明(45) 10 15 經濟部智慧財產局員工消費合作社印製 20 194=習此技藝者會瞭解到顫抖射束192之焦卿束如之 '、、、‘ _極限徑向移動僅只大約1微米,且圖15必狹大巾3 放大此移動範圍以清楚顯現。 人、、、大中田 較為平底的槽迢可藉由以—繞射光柵(或其他—般性技射 ^件例如相位光柵)替換圖13—15所示倒置望遠鏡的方^造 此光柵使來自於射束分離器' 1〇〇的槽道寫入射幻2 成相互龍錯開的兩個像,此二像-同構成-照射在光激活表 面上的單一加寬雷射束。 此實施例繪於圖16中,其係以圖14 (二極體雷射實施例) :土礎’且其巾射束之相對聚紐置經大幅分開以清楚顯現。 選擇該二極體雷射實施_為求絲達之簡化,但應瞭解到可 替代地以具有外在光調變器之氣體雷射實施例作為圖Μ的某 礎,因為射束源的本質對本發明並不重要。 ^ 、、今參照圖16,槽道寫入射束124從射束分離器100射出且 通過光學裝置,在—較佳實施射該光學裝置為—訂製設 計的繞射元件。其目的為將人射光賴分成相互财偏移的L 對射出射束201a,b。熟習此技藝者能輕易將其換成 置達絲目的。如圖16的插圖所示,由於這些射出射束各有_: 近似騎強度橫截面,其少量相互位移會造成―接麵束,其 刀佈(在/σ著位移軸線的剖面圖中)近似矩形,如圖所 ΤΤΓ 〇 射出的稍有位移射束201a, b在射束組合器135内與主射束 122合^併,該射束組合器之輸出通過聚光鏡14Q然後通過物鏡 145 一道射束1〇2, 2〇2和203因而聚焦在旋轉碟片1的活性表 25面43上。射束1⑽為主要寫入射束,而射束202和203 —起構 -47- 200419559 A7 B7 五、發明說明(46)This paper size is suitable for financial standards (cnS) m specifications (x297 公 幻 200419559 A7 B7 V. Description of the Invention (43) ~-Those skilled in the art will understand that the writing beam can be changed in one channel based on the present invention The intensity of the resulting channel changes correspondingly. This change in beam intensity can, for example, be controlled by selectively controlling the intensity of the output beam 161 directed at the inverted telescope 130 (the secondary exit beam 163 is emitted from this). This method is easily achieved. This series 5 is ordered by selecting the laser power and intensity ratio input sent to the beam splitter 100. In any case, the final intensity of the beam written in the channel can be easily selected to be provided in the active layer. An effect ranging from the creation of a full-depth channel as described above to just slope removal measures. The latter would require the beam intensity to be sufficient to produce a thermal threshold within the moving active layer 43 that is only slightly below its thermal threshold. Level of heat generation, while the former would require a suitably high intensity of 10. Such adjustments to produce any desired results would be within the capabilities of the average practitioner based on the present invention. Familiar with Dye-Polymer Optics The data recorder will observe that all channels except the channel created by the channel writing beam will tend to have a fox-shaped base (viewed on the cross section transverse to the channel axis), all other aspects are the same. The beam written in the main pit b, the intensity cross section of the roughly circular beam will be distributed along the diameter of an Airy Disc, with the maximum intensity closest to its center. However, in an application, it may be expected There is a relatively flat bottom channel, as shown in Figure 8. _ Printed by the Consumer Cooperative of the Intellectual Property Bureau of the Ministry of Economic Affairs, it is possible to improve the alignment by providing a consistent / 8 phase depth along the base of the channel in the final hybrid disc. 20 Figure 15 shows a channel writing beam in the channel writing beam and the cavity writing beam by shaking the channel writing beam ~ trembling during the forced relative movement (that is, transverse to the axis of the channel) This method of generating a relatively flat bottom channel is produced in a rapid vibrating manner. It should be noted that FIG. 15 is directed to the structure shown in FIG. 13 and the latter is related to that shown in FIG. I, which uses a gas mine that requires external light modulation. Shoot. I am sure that I am familiar with this skill The staff can easily apply what they don't focus on to the device shown in Figure 2 (that is to say, it can be used on the size of the paper, and the financial rewards are in millimeters) ~ 200419559 A7 B7 5. The embodiment shown in the invention description (44)), in which a diode laser is applied based on the present invention and the principles well known in the art. Figure 15 is actually a dual mode device that can be used for CD or hybrid disc mastering. In the CD master production mode, the ATIP h number 5 transmitted via lines 151, 256 is released, because the CD master production does not need to generate chatter. The ATIP signal is activated in the production of the second disc of the hybrid disc master in the R-belt prefabricated slot produced by the hybrid disc master, but the light modulators 11, 123 are only in the process of all or ministry formation. Sends a beam of selected constant intensity. In either case, the input given to the light deflector 155 by the line 260 originates from the general signal combination circle 2 plus its input is the one that can activate the signal at that time. All the components shown in FIG. 15 have been mentioned in the foregoing. The only difference between _14 and Tuqiao ’s example is that the material used in the optical modulator 11 and 123 is shown in Figure 15 on the real surface of the gas laser. Outside) is an additional dithering input to the light bias 155 via the line 231. In the hybrid CD mastering mode, this input causes the optical deflector to perform the complex beam i of the secondary beam 124, which is a combination of one of the manual jitter and a faster jitter. The reason for this dithering is that the circuit oscillates with the output of one of the circuits 31 in general practitioners' ability. The internal square confession and the output of the beam shaping beam combiner 135 are composed of two heavy beams which are irradiated to the objective lens 通过 through the condenser lens 140. The two beams 19U92 exit from this 191 (indicated by a solid line in the figure). Point 193 on the beam sexual surface 43. The other focus is in the radial direction of the disc 1 (relative to the disc, that is, the top and bottom in Figure 15: in the movement 'over and over the focus of the tremor-free shot ㈣ 10 20 25 Warp- 46- 200419559 V. Description of the invention (45) 10 15 Printed by the Consumer Cooperatives of the Intellectual Property Bureau of the Ministry of Economic Affairs 20 194 = Practitioners will learn about the trembling beam 192 of Jiao Qingshu Ruzhi ',,,' _ limit path The direction of movement is only about 1 micron, and Figure 15 must narrow the size of the movement to make it clear. The relatively flat bottomed grooves of people, people, and large and medium fields can be shot with a diffraction grating (or other general technique). ^ Parameters such as phase grating) replace the square of the inverted telescope shown in Figure 13-15. ^ Create this grating so that the channel from the beam splitter '100 is written into the magic 2 into two images that are staggered with each other. Two images-the same composition-a single widened laser beam irradiated on a light-activated surface. This embodiment is depicted in FIG. 16, which is based on FIG. 14 (diode laser embodiment): soil foundation and its towel The relative clustering of the beams has been greatly separated to clearly show it. Select this diode laser implementation_ 为 求 丝It is simplified, but it should be understood that a gas laser embodiment with an external light modulator may be used as a basis for Figure M, because the nature of the beam source is not important to the present invention. Now, refer to Figure 16 The channel writing beam 124 is emitted from the beam splitter 100 and passed through an optical device, and the optical device is preferably designed as a custom-designed diffractive element. Its purpose is to divide human light into mutual financial polarization. The moving L pair of outgoing beams 201a, b. Those skilled in the art can easily change it to a pin silk purpose. As shown in the illustration in Figure 16, since these outgoing beams each have an _: approximate riding intensity cross section, its A small amount of mutual displacement will cause a beam of contact, whose knife cloth (in the section view of the displacement axis at / σ) is approximately rectangular. As shown in the figure, the slightly displaced beams 201a and b emitted by the beam combiner 135 Combined with the main beam 122, the output of the beam combiner passes through the condenser lens 14Q and then passes through the objective lens 145. One beam 102, 202, and 203 is thus focused on the active surface 25 surface 43 of the rotating disc 1. Beam 1⑽ is the predominantly written beam, while beams 202 and 203 —struct-47- 200419559 A7 B7 V. Description of Invention (46)

成槽道寫入射束。這三道射束分別聚焦在活性表面上的點 211,212和213。應瞭解到圖16非依比例繪製以顯示細部,其 中射束202和203事實上會在活性表面部分重疊,如插圖^ 示,且射束102會聚焦在该合併射束的中央。若以握向延;的 5平面圖就微觀來看,其在表面的結果會是一個橢圓形光斑,其 強度為中央(在此寫入坑洞)強於任一側(藉此造出槽道)。 圖16所示實施例係以坑洞寫入射束122和槽^寫入射束 124經由射束分離器1〇〇分離為基礎。然使用單射束亦可能得到 相似結果,如圖17所示。Write the beam into the channel. These three beams are focused at points 211, 212, and 213 on the active surface, respectively. It should be understood that FIG. 16 is not drawn to scale to show the details, where beams 202 and 203 will actually partially overlap on the active surface, as shown in the illustration, and beam 102 will be focused in the center of the combined beam. If the 5 plane view of the grip extension is viewed from a micro perspective, the result on the surface will be an elliptical light spot with an intensity at the center (the pit is written here) is stronger than either side (thereby creating a channel ). The embodiment shown in FIG. 16 is based on the pit writing beam 122 and the groove writing beam 124 being separated by a beam splitter 100. However, similar results may be obtained with a single beam, as shown in Figure 17.

經 濟 部 智 慧 財 產 局 員 工 消 費 合 社 印 製 10 在此例中,如同圖13所示實施例,雷射7發射-射束12〇 經導向通過-光調變器U ’該_變器受到,形整形電路& 控制’該電路的輸入可能包含轉速、格式及資料輸入信號。該 光峨器之輸出射束122、經導往-光偏轉器221,該光偏轉界與 圖14所示及該段提及之光調變器15〇非常相似。其目的二 似:將射束122變換成一以一徑向方向(亦即就圖17來說的上 下方向)相對於碟片選擇性地顫抖的輪出射束微。此選擇性顏 抖係因-來自於波形整形電路的顫抖輸出信號231所導致,盆 瞬間振财實地與自光調變器射出的射束122之瞬間振幅同 步。顏抖信號經由一習知的電子加法襄置220與-册輸入加 2〇此加法裝置的輸出構成通往光偏轉器的輸入。已偏轉射 j 222通過聚光鏡14〇和物鏡145,變成已聚焦射束鼠照射到 _片1之活性表面43上的移動點280。此射束(圖中以射束 ’270和207表不以指不其運動)在旋轉中的碟片表面上描繪 出一複雜徑向顫抖圖案,創造出期望特徵(坑洞、槽道等)。 由於顫抖L號係由與控制光調變器同一個的波形整形電路 X297公釐) 裝 訂 線 200419559 五、發明說明(π 31產生,通往該波形整形電路之輸入最後會同時決定在碟片工 持續轉動當中寫入射束270在活性表面43上的瞬間 光斑經向位置。因此,藉由對波形整形電路產生一適切輪= 號(這在-般《人員財發明域礎參照引_容及文獻所 能做出的能力範圍以内),能在旋轉碟片之活性表面内螺旋狀 地燒錄出極為複雜的執跡,若從以此方式造出之母版碟片製出 一製片模則能轉成數千個的再製品。 舉例來說,此技術可能單純地用於形成母版混合式碟片的更 10 15 20 精確ROM坑洞。其中射束經由適_光學參數和寫人射束波長 之選擇而狹窄地聚焦成一非常小的光斑。在碟片旋轉時,該微 小光斑在-範圍内(以一徑向方向相對於碟片)非常快速地顏 ^該範圍相當於欲寫人資料執内之每—制的寬度。該顏抖 粑圍能隨著寫入期間每一坑洞沿其長度之期望寬度變化而精碎 地改變。在執道内的坑洞之間,光調變器媳、掉射束直到下個坑 同開始之處。在—染料_聚合物媒體中,熱塗抹雜所得坑洞就 平面和剖關來看有適切構造^因為—較微小射束之快速精確 文控顫抖,所得坑财腿—依婦_之料寫人射 況更精確地形成。 ^ ⑽t第—實财,—道_ 料坑執道可能形成在母版混合 =片之:連續槽道内。在該案例中,將一第二顏抖信號疊加 二二形成顫抖信號上(亦即與後者加總),其中該第二信號 :對平地序列將藉以居留在碟片上的槽道。槽道深度係 上於槽郷翁式讀束·增量喊(通做其產生— 此動髓之熱隱的加大熱流人量),且其寬度係由 及顏抖的範圍決定。如前所述,藉由適切地控制次級顫抖 -49- 25 200419559Printed by the Intellectual Property Bureau of the Ministry of Economic Affairs, Consumer Cooperatives. 10 In this example, as in the embodiment shown in FIG. 13, the laser 7 emits-a beam 12 0 is guided through-the light modulator U 'this converter receives, Shaping circuit & control 'The input of this circuit may include speed, format and data input signals. The output beam 122 of the optical device is directed to a light deflector 221. The light deflection boundary is very similar to the light modulator 15 shown in Fig. 14 and mentioned in this paragraph. The second purpose is similar: to transform the beam 122 into a wheel exit beam that selectively trembles with respect to the disc in a radial direction (ie, the up and down direction as shown in FIG. 17). This selective dithering is caused by the dithering output signal 231 from the waveform shaping circuit. The instantaneous vibration of the basin is synchronized with the instantaneous amplitude of the beam 122 emitted from the optical modulator. The tremor signal is input through a conventional electronic addition device 220 and -200. The output of this addition device constitutes the input to the optical deflector. The deflected beam j 222 passes through the condenser lens 14 and the objective lens 145, and becomes a moving point 280 of the focused beam on the active surface 43 of the sheet 1. This beam (the beams' 270 and 207 are shown in the figure to indicate their motion) depicts a complex radial trembling pattern on the surface of the rotating disc, creating the desired characteristics (pits, channels, etc.) . Because the trembling L is made by the same waveform shaping circuit X297 mm as the control optical modulator) binding line 200419559 V. invention description (π 31 produced, the input to the waveform shaping circuit will be determined at the same time at the disc operator During continuous rotation, the instantaneous spot meridional position of the beam 270 on the active surface 43 is written. Therefore, an appropriate round = is generated by the waveform shaping circuit (this Within the range of capabilities that the literature can make), it can burn extremely complex patterns spirally in the active surface of a rotating disc. If a master is made from a master disc made in this way Then it can be converted into thousands of reproductions. For example, this technology may be used simply to form more 10 15 20 precise ROM pits for a master hybrid disc, where the beam passes the appropriate optical parameters and author The choice of the beam wavelength narrowly focuses into a very small spot. When the disc is rotated, the tiny spot is within the range (relative to the disc in a radial direction) very quickly ^ This range is equivalent to writing Personal information The width of each system. The face shake can be finely changed as the desired width of each pit along its length changes during writing. Between the pits in the track, the light modulator Beam until the next pit starts. In -dye_polymer media, the pits obtained by thermal application have proper structure in terms of planes and sections. ^ Because- fast and precise quivering of smaller beams, The resulting pit wealth leg—according to the woman ’s material writes the shooting situation more accurately. ^ ⑽t # —real wealth, — road _ The material pit may be formed in the master mix = film: continuous channel. In this case In the middle, a second tremor signal is superimposed to form a tremor signal (that is, summed with the latter), in which the second signal: the groove on which the sequence of flat ground will reside on the disc. The depth of the tract is In the trough-type reading beam, incremental shouting (through its production — the heat of the moving marrow increases the amount of heat flow), and its width is determined by the range of Yan Shao. As mentioned earlier, by Properly controlling secondary tremors-49- 25 200419559

經濟部智慧財產局員工消費合作社印製 的振幅’可在完约造成任何實㈣道㈣態下去 就-苐三實例來說,—道匪坑洞執道可以前述方式 有一用來對執的槽道僅產生於坑洞之間。 ^ 洞形成信號上的是-槽道形成信號,如 實 ^加在知 U則實例所述。但A :Γ=形成顫抖信號僅在坑洞形成顫抖信號媳滅:時 啟動,或捕有重疊以促賴執’但其日㈣和形狀訂定為不至 於遮掩坑洞/平地過渡並因而損及HF偵洌。 在母版混合式㈣的R帶内,連續賴槽的造成方式為提供 具^亙定顫抖範圍和適當強度之單一顏抖信號,—ATIP顏動信 號疊加於此顫抖信號上。如前所述,此模式會由經程式化的開 關構件啟動,這在熟習此技藝者的能力範圍以内。 在所有這些實例和模式中,顫抖範圍和_射束振幅可受到 習知構件控制以產生幾乎任何期望的R0M坑洞和R帶預製槽幾 何形狀。此外,本發明之顫抖實施例的應用可經由熟習此技藝 者以本發明及相關文獻為基礎拓展到以精確控制光阻劑曝光之 二維範圍的方式改良的PR母版製作技術。此等技術可能也適用 於消除PR程序的一些固有粗糙特性且/或降低甚至很可能消除 所得坑洞之橫向剖面形狀内的斜面不連續性。 為了方便說明本發明之數個實施例,圖13、15和17係以使 2〇用一氣體雷射當作寫入射束為基礎,而圖14和16係以二極體 之使用為基礎。如前所述,氣體雷射要求外在調變,而在二極 體雷射實施例中雷射本身即當作將各個輸入信號合併以產生期 望的寫入射束強度分佈的加法元件。當然,每一實施例皆可用 氣體雷射和二極體雷射之實施方式以一樣多個圖式來顯現。然 咸信在此已提出充分說明讓熟習此技藝者能夠施行上述所有實 -50- 5 10 15 25 本紙張尺度適用中國國家標準(CNS)A4規格(210 X 297公釐) 200419559 經濟部智慧財產局員工消費合作社印製 五、發明說明(49 ίο 15 20 25 =;=範多其他實施例(依據本說_ =行) 適^電路的方式以氣體雷射或二極體雷射 雖况以制讀雷射或二蝴雷射為特 :業人:的設計選擇,其中至少有一顯著差異。、二^ 能要獨立調變。因此,舉例來說,以圖出13來:母=束因而可 礎,可藉由提則㈣射束鱗構件所较實施例為基 ¥致兩迢射束財-射束選擇性地聚焦在沿資料執上_不同於 另-射束的位置,從而在資料寫入射束1〇2與槽道寫入射束⑽ 之間施行出-寫人時間差。藉此可導致該等射束如圖iq所示重 合’或如圖11和12所示導致—射束領•另—射束。若係使 用-極體餘做為寫人射麵,修賴14卿,财沒有至 少提供-對協調關立調變雷射或為每—雷射提供—外在調變 器的條件下會更難達成此目的。 再次闡明,本發明之目標至少就某種程度來說係由去除(或 實質減少)-般會在染料—聚合物法中產生之邊坡的方式施行。 除了以-全然不同於本發明之方式解決邊坡問題的美國專利 5,741,627 號(Cubit 等人)和 6,022,6〇4 號(Del fer 等 人),所有公開文獻似乎都沒有關於此等邊坡的實質論述,而 此等邊坡係胁自然地在以熱燒錄程序於光學紀錄媒體内形成 二維特徵的程序(例如染料—聚合物法)當中產生。 ik笞有關於熱燒錄程序中形成之邊坡的文獻相當缺乏,熟習 此技藝者在考量本發明所述内容之後會理解到邊坡高度的降低 會改善HF偵測,且會特別體認到當這些邊坡幾乎完全消除時所 -51- 本紙張尺度適用中國國家標準(CNS)A4規格(21〇 X 297公爱) 200419559 五、發明說明(50) 能實現的大幅改良。 吾人發現藉由運用如本說明書揭示之本發明技術,此等邊坡 可減小到要偵測出其相對於一指標水準面的垂直偏差非常難的 程度。換句話說,藉由應用本發明揭示之技術,且藉由以一類 5似於母版製作和製造技術中之一般技術的方式(以前文和下 文提到的方式)、、調校〃可用之各參數設定,可預期一從業人 員造出一能藉由熱燒錄程序複製出三維特徵(例如R〇M資料坑 和R γ預裝槽)幾乎沒有邊坡之淨複製混合式碟片的母版混合 式碟片。 ° 10 測量身為從一指標水準面(其定義為邊坡就其徑向極限其中 經濟部智慧財產局員工消費合作社印製 之-開始升高的垂直位置:例如圖7中的177)開始之反向距離 的邊坡高度(h,參見圖7)和坑洞深度(d,參見圖後,吾 人發《 CD-腦母版製作巾朝不本發明之f知熱燒錄技 術(例如以染料-聚合物法為基礎)會導致邊坡形成,其中邊坡 15冋度對^洞深度的比率(亦即h/d)至少是20%,通常會更 大。藉由小心地依據已公開文獻運用習知方法,吾人仍無法就 該格式達_低於20%的比率。吾人觀_若在混料CD母版 製作當中使用較厚的染料-聚合物層以產生較深丽坑洞(因為 -染料層會被旋塗在淨複製混合式碟片上以造出最終混合式碟 20片),則可輕易達到一較低的比率。但這並不是因為邊坡本身 幸乂低事實上疋因為比起相同邊坡高度有著較深的母版混合式 碟片ROM坑洞,當然會得到一較低比率。 然而,由於混合式碟片母版製作及製造有著比一般cD_r〇m 母版製作多的變數’因此就這方面來說會非常期望達到可能的 25最高優值。因此’由習知CD_R0M母版製作方法達到的邊坡高度 -52- 200419559 Α7 B7 五、發明說明(51) " ^ ~ 比即使轉變成混合碟片範疇所預期的結果也不會產生一夠高的 優值。因此,本發明所述能夠更進一步大幅降低邊坡高度比的 技術對於達成一理想結果是必要的。 s然,以PR法進行的光學資料記錄通常完全不會呈現邊 5坡,因為此方法並非一熱處理程序且在三維記號形成時不會因 該方法發生材料衝出。雖然熱處理程序(例如染料—聚合物法) 本質上易於促成邊坡形成(這由前述本發明實施例減輕),但 這些程序不同於PR法、只要受到良好控制即易於產生有連續斜 面之滑順表面坑洞的事實是一大優勢。 10 雖然吾人觀察到用以形成母版碟片染料-聚合物記錄層之聚 合物的黏合結構對於會在有關於CD和DVD母版製作的光學資料 母版製作程序中產生之邊坡的程度有深切的影響,吾人未曾觀 察到這些步驟在混合式碟片母版製作中特別有價值。無論如 何,仍要參照母申請案以對此議題進行完整的討論。 15 當然,在所揭示方法中用於混合式碟片母版製作的寫入射束 經濟部智慧財產局員工消費合作社印製 和讀取射束得為源自於雷射以外的來源。舉例來說,可使用電 子束或離子束。且毫無疑問地會有可應用於本發明的其他射束 源,其中有一些可能留待未來科技發展使其實現。但這些雷射 替代方案當中任一者和全部同樣在本發明的範圍内,且在熟習 20應付此等替代能量源之技術者的能力範圍内藉由必然經過修改 的衣置及/或方法進行其實施同樣構成不超過本發明所主張之申 請專利範圍的等效物。 如同在CD製造技術中為人所知和前文簡短提及,藉由對母 版施加非¥薄的金屬塗層(減;鑛或蒸氣沈積)然後以直流電 25鎳電鍍增長該塗層的方式將母版碟片(在本案例中為母版混合The amplitude printed by the Consumers' Cooperative of the Intellectual Property Bureau of the Ministry of Economic Affairs can cause any actual state of affairs to end when the contract is concluded. Roads only occur between potholes. ^ The hole formation signal is-the channel formation signal, as it is added to the known U example. But A: Γ = formation of a tremor signal is only activated when a tremor signal is formed in the pothole: when it is triggered, or overlap is trapped to promote reluctance, but its sundial and shape are set so as not to cover the pit / land transition and thus damage it And HF detection. In the R-band of the master mixed type, the continuous groove is created by providing a single dithering signal with a fixed dithering range and appropriate intensity, and the ATIP facial motion signal is superimposed on the dithering signal. As mentioned earlier, this mode is activated by a stylized switch component, which is within the ability of the skilled person. In all of these examples and modes, the tremor range and beam amplitude can be controlled by conventional components to produce almost any desired geometry of the ROM cavity and R-band pre-groove. In addition, the application of the trembling embodiment of the present invention can be extended to those skilled in the art based on the present invention and related documents to improve the PR mastering technology improved in a manner that accurately controls the two-dimensional range of photoresist exposure. These techniques may also be applicable to eliminate some of the inherently rough nature of PR procedures and / or reduce or possibly even eliminate chamfer discontinuities in the transverse cross-sectional shape of the resulting pothole. In order to facilitate the description of several embodiments of the present invention, Figures 13, 15 and 17 are based on the use of a gas laser as the writing beam, while Figures 14 and 16 are based on the use of diode . As mentioned earlier, the gas laser requires external modulation, and in the diode laser embodiment, the laser itself acts as an addition element that combines the various input signals to produce the desired written beam intensity distribution. Of course, each embodiment can be represented by the same number of drawings with the implementation of the gas laser and the diode laser. However, Xianxian has hereby given a full explanation to enable those skilled in this art to implement all of the above -50- 5 10 15 25 This paper size applies to China National Standard (CNS) A4 (210 X 297 mm) 200419559 Intellectual Property of the Ministry of Economic Affairs Printed by the Bureau ’s Consumer Cooperatives V. Description of the invention (49 ί 15 20 25 =; = Fan Duo other embodiments (according to this _ = line) The circuit method is suitable for gas laser or diode laser. Reading lasers or two butterfly lasers are special: industry people: design choices, at least one of which has a significant difference. Two can be adjusted independently. Therefore, for example, to figure 13: mother = beam therefore It can be based on the fact that the embodiment of the beam beam scale component is based on the reason that the two beam beams-the beam is selectively focused on the position along the data_different from the other beam, thereby The time difference between the data writing beam 102 and the channel writing beam ⑽ is applied to the write-write time. This can cause these beams to overlap as shown in Figure iq 'or as shown in Figures 11 and 12— Beam Collar • Other—Beam. If you use -polar body as the writing surface of the person, Xiu Lai 14 Qing, Cai did not provide at least- Coordinating the modulation of the laser or providing each—laser—external modulator will make it more difficult to achieve this goal. Again, it is stated that the object of the present invention is at least to some extent removed (or essentially) (Reduction)-generally applied in the dye-polymer method. Except for US Patent Nos. 5,741,627 (Cubit et al.) And 6,022,6 which solve the problem of slopes in a completely different way from the present invention. No. 04 (Del Fer et al.), All public documents do not seem to have a substantial discussion of these slopes, and these slopes naturally form two-dimensional features in optical recording media by thermal burning procedures. It is produced in procedures (such as dye-polymer method). There is a lack of literature on slopes formed in thermal programming procedures. Those skilled in the art will understand the reduction in slope height after considering the content of the present invention. Will improve HF detection, and will especially realize that when these slopes are almost completely eliminated -51- This paper size applies the Chinese National Standard (CNS) A4 specification (21〇X 297 public love) 200419559 V. Description of the invention ( 5 0) A substantial improvement that can be achieved. I have found that by using the technology of the present invention as disclosed in this specification, these slopes can be reduced to the point where it is very difficult to detect their vertical deviation from an index level. In other words, by applying the techniques disclosed in the present invention, and by adjusting the available methods in a class 5 similar to the general techniques in mastering and manufacturing techniques (previously and below), Parameter setting, it can be expected that a practitioner can create a master of net copy hybrid disc with almost no slope that can reproduce three-dimensional features (such as ROM data pits and R γ pre-installed grooves) through thermal programming. Hybrid disc. ° 10 The measurement starts from an index level (which is defined as the slope with respect to its radial limit, which is printed by the Consumer Property Cooperative of the Intellectual Property Bureau of the Ministry of Economic Affairs-the vertical position that starts to rise: for example, 177 in Figure 7). Reverse distance of the slope height (h, see Figure 7) and pothole depth (d, see the figure, after I sent the "CD-brain master making towel towards the thermal burning technology (such as dye -Based on polymer method) will lead to the formation of slopes, where the ratio of slope 15 冋 to the depth of the hole (ie h / d) is at least 20%, which is usually greater. By carefully based on published literature Using conventional methods, I still cannot reach a ratio of less than 20% for this format. My view_ If a thicker dye-polymer layer is used in the production of mixed CD masters to create deeper potholes (because -The dye layer will be spin-coated on the net copy hybrid disc to create the final 20 hybrid discs), and a lower ratio can easily be achieved. But this is not because the slope itself is so low, in fact, Because it has deeper master ROM ROM pits than the same slope height, Of course, a lower ratio will be obtained. However, since the production and manufacturing of hybrid disc masters has more variables than the general cD_rom master's production, it will be very desirable in this regard to reach the highest possible value of 25. Therefore, the slope height reached by the conventional CD_R0M master production method-52- 200419559 Α7 B7 V. Description of the invention (51) " ^ ~ will not produce a sufficient result even if it is converted into the mixed disc category High figure of merit. Therefore, the technology described in the present invention that can further significantly reduce the slope height ratio is necessary to achieve an ideal result. However, optical data recording by the PR method usually does not show a slope of 5 at all. , Because this method is not a heat treatment process and no material punching occurs due to the method when the three-dimensional mark is formed. Although the heat treatment process (such as the dye-polymer method) is inherently easy to promote the formation of slopes (this is described by the foregoing embodiment of the present invention) However, these procedures are different from the PR method, and the fact that as long as they are well controlled, it is easy to produce smooth surface pits with continuous slopes. 10 Although However, we have observed that the adhesive structure of the polymer used to form the master disc dye-polymer recording layer has a profound effect on the extent of the slope that can be generated in the mastering process of optical data about CD and DVD mastering. I have not observed that these steps are particularly valuable in the production of hybrid disc masters. In any case, we still have to refer to the parent application for a complete discussion of this issue. 15 Of course, in the disclosed method, The write beam produced by the master of the hybrid disc is printed and read by an employee consumer cooperative of the Intellectual Property Bureau of the Ministry of Economic Affairs, which originates from a source other than laser. For example, an electron beam or an ion beam can be used. And there is no doubt that there are other beam sources that can be applied to the present invention, some of which may be left for future scientific and technological development to make it possible. However, any and all of these laser alternatives are also within the scope of the present invention, and are carried out by necessarily modified clothing and / or methods within the skill of those skilled in the art to deal with such alternative energy sources. Its implementation also constitutes equivalents that do not exceed the claimed scope of the present invention. As is known in the CD manufacturing technology and briefly mentioned earlier, by applying a non-thin metal coating (minus; ore or vapor deposition) to the master and then growing the coating with DC 25 nickel plating Master Disc (Master Mix in this case

本為張尺度適用中國國家標準(CNS)A4規格(⑽公爱) 200419559 A7 10 15 經濟部智慧財產局員工消費合阼杜印製 20 25 發明說明(52 式碟片)製作成-製片模。然後從母版取下所得金屬製片模, Z母版丢棄。該製片模構成藉以用高溫和高壓射域形得到複 製碟片(在本案例為淨複製混合式碟片)的模具。在此之後, 將-如CD-R文獻中提到的適合染料以一習知方式旋塗在每一淨 複製品上並使其固化。如同㈣製造之情況,之後對声 塗佈-薄反射層然後再施加上一保護層,從而製造出最終私 式碟片。 染料製造商如Ciba (參見前文)經常在其產品手冊和使用 說明中包含非常詳盡的指示,例如應當如何使用該廢商的特定 木,進订職程序。從業人貞參照這錢料製辦的方法說明 以知到旋塗及相關議題的更多資訊。 依據本發㈣造之淨複製混合式Μ和最魏合式碟片 各個較佳尺寸範圍在下文參照圖19_23予以列表。圖19為—混 合式碟片3GG的平面圖,圖中顯示如前所述、由橘皮查明 五個帶。圖2G以平严簡_出碟片在具預製 311之R帶303 ^具備匪槽道32〇和321及職坑σ 330,331,332之相鄰ROM區304之間過渡區的一小部分,^中 “IP顫動振幅和頻率經誇大以清楚顯示。圖21為圖:;二 2卜21的剖面圖,圖中顯示碟片㈣在此過渡區橫向剖圖的= 特徵。圖21假設碟片300為一淨複製混合式碟片,因此口枳八 $咖及在其上部區域内造出的各個三維特徵。圖22與圖= 相似,差別在於碟片300是一最終混合碟片,如圖所示具有^ 料層345、反射層355和保護層360。如同所有其他圖式, 特徵都未依比例繪製。 X 乂些 圖23a與圖22大致相同但經放大以更清楚顯示 '尺寸參 本紙張尺度適用中國國家標準(CNS)A4規格(210x297公釐) 200419559 五 經濟部智慧財產局員工消費合作社印製 A7 B7 、發明說明(53) ~' ---〜 數,A些尺寸參數的較佳範圍列於表一。在圖23a和表一中: 口 Drg—為淨複製品中顯示之預製槽311的深度,從該淨複製 口口的表面(以虛線表示)向下測得; 乂 Drgd為殘留在染料和反射層上方之殘留槽道311,的深度,其 5係因染料層在預製槽311内適形配合所造成; 、 WRGr_ea預製槽311的寬度,如圖所示在半深度處測得,·This is a Zhang scale that applies the Chinese National Standard (CNS) A4 specification (⑽ 公 爱) 200419559 A7 10 15 Consumption of employees of the Intellectual Property Bureau of the Ministry of Economic Affairs Du printed 20 25 Description of the invention (52-type disc) . The resulting metal mold is then removed from the master and the Z master is discarded. The film making mold constitutes a mold by which a duplicated disc (in this case, a net-replicated hybrid disc) is obtained by using a high-temperature and high-pressure shot region shape. After this, suitable dyes as mentioned in the CD-R literature are spin-coated in a conventional manner on each net replica and allowed to cure. As in the case of osmium manufacturing, the acoustic coating-thin reflective layer is then applied and then a protective layer is applied to produce the final private disc. Dye manufacturers such as Ciba (see above) often include very detailed instructions in their product manuals and instructions for use, such as how to use the specific wood of the scrap merchant, to enter the ordering process. The practitioners refer to this method of making money materials to learn more about spin coating and related issues. Each of the preferred size ranges of the net-reproduction hybrid M and most Weihe-type discs produced in accordance with the present invention is listed below with reference to Figs. 19-23. Figure 19 is a plan view of a hybrid disc 3GG showing five bands identified by orange peel as previously described. Figure 2G shows the disc in a prefabricated R zone 303 with a prefabricated 311 ^ a small part of the transition area between adjacent ROM areas 304 with band channels 32 and 321 and job pits 330,331,332, ^ " The amplitude and frequency of IP flutter are exaggerated for clear display. Figure 21 is a cross-sectional view of Figure 21 and Figure 21, which shows the characteristics of the cross section of the disc in this transition zone. Figure 21 assumes that the disc 300 is a The net copy of the hybrid disc, so the mouthpiece and the various three-dimensional features created in its upper area. Figure 22 is similar to Figure = except that the disc 300 is a final hybrid disc, as shown in the figure. ^ Material layer 345, reflective layer 355, and protective layer 360. Like all other drawings, the features are not drawn to scale. X Figure 23a is roughly the same as Figure 22 but is enlarged to show more clearly that the dimensions apply to the paper scale China National Standard (CNS) A4 Specification (210x297 mm) 200419559 Printed by the Consumers ’Cooperative of the Intellectual Property Bureau of the Ministry of Economic Affairs A7 B7, Invention Description (53) ~ '--- ~ number, A range of preferred size parameters In Table 1. In Figure 23a and Table 1: Port Drg—shown in the net copy The depth of the groove 311 is measured downward from the surface of the net copy opening (represented by the dotted line); 乂 Drgd is the depth of the residual groove 311, which remains above the dye and the reflective layer, and 5 is due to the presence of the dye layer in the Caused by the conformal fit in the prefabricated groove 311; Width of the WRGr_ea prefabricated groove 311, measured at half depth as shown in the figure, ·

Dplt為ROM坑洞332的深度,從R〇M槽道32〇内之坑洞起始 水準面324 (以虛線表示)向下測得; "Dplt is the depth of the ROM pit 332, measured from the pit starting level 324 (shown in dotted lines) in the ROM channel 32; "

Wm為ROM坑洞332的寬度,如圖所示在從坑洞起始水準面 0 324起算之半深度處測得; DR〇M_ve為淨複製品中顯示之R〇M槽道321的深度,從該淨複 製品的有效平地水準面334 (以虛線表示)向下測得;Wm is the width of the ROM pit 332, which is measured at a half depth from the starting level of the pit 0 324 as shown in the figure; DROM_ve is the depth of the ROM slot 321 shown in the net replica, Measured down from the effective level of the ground level 334 (indicated by a dashed line);

Dromgd為殘留在染料和反射層上方之殘留R〇M槽道321,的深 度’其係因染料層在丽槽道321内適形配合所造成; 5 Wim_^ R〇M槽道321的寬度,如圖所示在從有效平地水準 面334起算之半深度處測得。 表1 參數 較佳範圍 (毫微米) DRGroove 120-250 WRGroove 450-750 Dpit 250-450 Wplt 350-550 為避免混淆,應謹記在心的是,參照圖23a及上表所給資 料’ Dplt係根據美國專利申請案序號i〇/255,〇27號(以下簡稱 v”027號申請案〃)所依循的協定從R〇M槽道320内的坑洞起 -55- 本紙張尺度適用中國國家標準(CNS)A4規格(210x297公釐)Dromgd is the depth of the residual ROM channel 321 remaining above the dye and the reflective layer, which is caused by the conformal fit of the dye layer in the beautiful channel 321; 5 Wim_ ^ The width of the ROM channel 321, Measured at half depth from the effective level surface 334 as shown. Table 1 Preferred range of parameters (nm) DRGroove 120-250 WRGroove 450-750 Dpit 250-450 Wplt 350-550 In order to avoid confusion, it should be kept in mind that referring to the information given in Figure 23a and the table above, Dplt is based on U.S. Patent Application Serial No. i〇 / 255, 〇27 (hereinafter referred to as “v” 027 Application 〃) The agreement followed by the hole in the ROM 320 channel -55- This paper size applies Chinese national standards (CNS) A4 size (210x297 mm)

200419559 A7 B7 經濟部智慧財產局員工消費合作社印製 五、發明說明(54) 始水準面324測得;而下文所將提到、在圖23b和圖25及表2 和3中呈現的資料當中,D’m係從ROM槽道開始下降之有效平地 水準面334測量。此項明顯差異的成因係由於當坑洞與造 出此等坑洞之所在ROM槽道幾乎一樣寬或甚至略寬(如圖25所 5示,該圖大體上呈現表3所示資料),坑洞起始水準面324有 效平地水準面334本質上是重疊的。因此,為了彰顯前文所述 實例與下文所將敘述之實例的差異,且使與其相關之申請專利 範圍項更好敘述,因此在以下列表及圖23b和25中會以依此定 義之D’m標示ROM坑洞的深度(亦即、、縱向維度的範圍")。 另一可能混淆原因可能在於測量各特徵之寬度(亦即、、橫向 維度的範圍〃)的方式。如前所述,坑洞或ROM槽道之寬度通 Φ疋在該特徵從某些垂直水準面往下(或往上)之半深度處測 得。舉例來說,參照圖23a,R〇M坑洞332之半深度處333係在 從坑洞起始水準面324往下到坑洞底部的半途,且其半深度處 的寬度Wplt是在該點橫向測得。相似地,R〇M槽道321之半深度 處323係在從有效平地水準面往下到槽道底部的半途,且 v、半永度處的見度wRGMGrc)c)ve是在該點橫向測得。 另一選擇,一特徵的橫向範圍為從該特徵之一側到該特徵之 對向側’包含該特徵在對向垂直方向中(例如因邊坡所致)的 任何位移量。舉例來說,在圖23a甲,坑洞332之橫向範圍為 從該土几洞之一側335a到該坑洞之對向側335b的橫向距離,亦 即從其輪廊在一側上自坑洞起始水準面324高起之處到其在對 向側上回到該水準面的點。相似地,槽道犯丨的橫向範圍為從 =槽遑之一側322a到該槽道之對向側322b的橫向距離,亦即 從其輪廓自有效平地水準面334高起之處到其回到該水準面的 -------"56~____ 本纸張尺_财_ 10 15 20 25 200419559 A7 B7200419559 A7 B7 Printed by the Employees' Cooperatives of the Intellectual Property Bureau of the Ministry of Economic Affairs 5. Description of the invention (54) Measured from the level 324; and as mentioned below, in the data presented in Figure 23b and Figure 25 and Tables 2 and 3 , D'm is measured from the effective level surface 334, which descends from the ROM channel. The reason for this obvious difference is that when the potholes are almost as wide or even slightly wider than the ROM channel where the potholes were made (as shown in Figure 25 and 5, the figure generally shows the data shown in Table 3), The pothole starting level 324 and the effective flat level 334 are essentially overlapping. Therefore, in order to highlight the differences between the examples described above and the examples described below, and to better describe the scope of patent applications related to them, the following list and Figures 23b and 25 will be used as the definition of D'm Indicate the depth of ROM pits (ie, the range of the vertical dimension "). Another possible cause of confusion may lie in the way in which the width (ie, the range of lateral dimensions) of each feature is measured. As mentioned earlier, the width of the pothole or ROM channel is measured Φ 疋 at a depth halfway down (or up) from the vertical level of the feature. For example, referring to FIG. 23a, the half-depth 333 of the ROM hole 332 is halfway from the starting level 324 of the hole to the bottom of the hole, and the width Wplt at the half-depth is at that point. Measured laterally. Similarly, the half depth of 321 channel 321 is halfway down from the effective level to the bottom of the channel, and the visibility at v and half-permanence wRGMGrc) c) ve is transverse at this point Measured. Alternatively, the lateral extent of a feature is from one side of the feature to the opposite side of the feature ', including any amount of displacement of the feature in the opposite vertical direction (such as due to a slope). For example, in Fig. 23a, the lateral extent of pothole 332 is the lateral distance from one side 335a of the soil hole to the opposite side 335b of the pothole, that is, the self-pit on one side from its wheel gallery. The hole starting level 324 rises to the point where it returns to the level on the opposite side. Similarly, the lateral extent of the trough criminal is the lateral distance from one side 322a of the trough to the opposite side 322b of the trough, that is, its profile from the height of the effective level surface 334 to its back To this level ------- " 56 ~ ____ The paper ruler_Cai_ 10 15 20 25 200419559 A7 B7

五、發明說明(55) 應瞭解到就一特殊選定染料及複製條件來說,較佳尺寸範圍 明顯小於表1所列,藉以在最終混合式CD達成最好的整體效能 和優值。然而,在2002年9月25日(,〇27號申請案之申請 5日)之後運用’〇27號申請案所述材料和技術進行的研究顯示可 藉其實現更大範圍的可接受參數值。此等參數範圍列於表2 ·· 表2 參數 較佳範圍 —^米) DRGroove __50-250 WRGroove __45Q--750 D,m 叫 __250-500 WPlt __350-650 濟 部 智 財 產 局 員 工 消 費 合 社 印 製 舉例來說,雖然下列三個實例所示之參數值落在先前研究過 的範圍以外’吾人近來發現由具備如下列三個實例所示之M 10槽道和匪坑洞尺寸之母版混合式碟片複製而成的最終混合式 CDs的整體效能和優值未受實質損害。這些數據係除依循,哪號 申請案所揭示内容外更依據製造商的制說明使用恤 UUragreen MX染料而產生,且明列於下表3中。應瞭解到這些 數據係從製片模測得的。由此等製片模複製而成之碟片的特徵 b尺寸或夺會少上大約5%。深度係從有效平地水準面(如圖23 和25中的334所示)起算。寬度係從半深度處測得,亦如圖25 所示。此等坑洞數據為得自較長運行長度(例如約9_ητ)之坑 洞的數值。預料中較短的坑洞會呈現較小的坑洞寬度。參照下 表3應瞭解到在本案例及大多數其他案例中,r槽道和丽槽 k尺寸本貝上疋相同的,因為事實上來說通常尺槽道和丽槽 -57- 本紙張尺度適用中_家標準(CNS)M規袼⑽χ撕公幻 200419559 A7 B7 五、發明說明(56) 道是同一個槽道。 表3 參數 實例1 (毫微米) 實例2 (毫微米) 實例3 (毫微米) DVu 380 360 411 Wm 521 526 1 557 DRGroove 118 75 ’ Τθ5 WRGroove 507 488 528 ————— 經濟部智慧財產局員工消費合作社印製 應瞭解到在這些實例中,ROM坑洞在半深度處的寬度實際上 大於ROM槽道在半深度處的寬度。特定言之,雖然這些數據當 5中沒有確實表示出坑洞橫向範圍大於對應槽道橫向範圍,實例2 中的ROM坑洞寬度是R〇M槽道寬度的ho%。此等數據係取自一 執距為1· 6微米且總容量為650百萬位元組的混合式③碟片。 在執距疋1· 5微米(此對總計7〇〇百萬位元組的混合式碟片容 量是必要的)的情況中,若r0M坑洞比R〇M槽道寬則可能會發 10生串音問題。不論如何,這些數據確實證明了藉由調整執距的 方式,有可能擁有寬度高達所在ROM槽道之寬度之大約11〇%的 ROM坑洞。此狀況繪於圖24a和24b中,該二圖分別是尺寸相近 之此一匪槽道的一簡化掃描圖(圖24a)及此一 坑洞的一 簡化掃描圖(圖24b)。當母版混合式碟片中於此等槽道内產生 15此等坑洞,就橫截面來看其結果就像是只有一個坑洞,該坑洞 的深度因其所在之槽道而加大。此以圖25之坑洞334為圖例。 因此’以上所述的新近研究已顯示藉由運用,〇27號申請案所 揭不之材料和技術,坑洞能確實比槽道略寬而不會對複製所得 混合式CDs的整體效能和優值造成有害結果。此為所揭示方法 20提供之大變通彈性的結果。不過吾人持續相信若是R⑽坑洞比 -58- 本紙張尺度適用中國國家標準(CNS)A4規格(2i〇x297公釐) 200419559 A7 B7 五、發明說明(57) 其所在丽槽道窄,其會呈現較小的串音問題且對於大多數鹿 用會提供整體而吕較為優異的結果,特別是涉及較小執距的案 例會比ROM坑洞相較於其所在R0M槽道同寬或更寬的案例來得 好。圖23b繪出-大致窄於所在R0M槽道32〇的R〇M坑洞微, 用以與圖25所示構造做比較。 10 15 20 如此技*巾為人賴知,(:D-CT格讀輯f轉著二進位數 據值之兩相(亦即晶態或非晶態)材料之反射率偵測為基礎, 其中二進位的、、零,代表兩相其中之一且二進位的、'壹々代表 另一相。因此,CD-RW混合式碟片内之R〇M坑洞的深度相當的 小,必然遠小於250毫微米,或許甚至小於9〇冑微米或更小。 ,外,咸信若it切地施加非常薄的未來CD—R染料層則可能會在 最終CD-R混合式碟片内得驗傳財式從第二面讀取時提供充 分HF和PP響應的已燒錄坑洞。就此等薄染料層來說,所要求 之基板内臓坑洞深度也必須是遠小於25〇毫微米。 頃發現對應特徵的深度之_較佳關係在染料塗佈之前和之 後是在3G%至8G%的範_,最好是在5()%至爾的範圍 内。舉例來况,較佳為DRGr㈣的3〇%至娜;且較佳為 D—的3〇%至8〇%,其中以5桃至的範圍為最好。 然而,雖然如前文所述新近的研究顯示u等於或甚至略 f於W,。㈣,吾人發現且持續相信HF * PP侧之矛盾要求的 取佳f谢生在W_GI•,晶t。吾人亦觀翻必鑛製作 成以提供-充分雜錢和可靠的.回復,不使其因為過深 坑洞而犧牲了可靠的高速複製能力。 由於每-製造系統的參數是如此的多且各系統間差異甚大, 除了提供上述分類方針外不可能為這些參數其中-些指定個別 -59- 25 200419559 A75. Description of the invention (55) It should be understood that for a particular selected dye and reproduction conditions, the preferred size range is significantly smaller than listed in Table 1, so as to achieve the best overall performance and figure of merit in the final hybrid CD. However, research conducted after September 25, 2002 (5th of application # 27) using materials and techniques described in application '〇27 has shown that it can be used to achieve a wider range of acceptable parameter values . The range of these parameters is listed in Table 2 ·· Table 2 Parameter's preferred range— ^ meters) DRGroove __50-250 WRGroove __45Q--750 D, m is called __250-500 WPlt __350-650 Employee Consumer Cooperatives of Ministry of Intellectual Property, Ministry of Economic Affairs For example, although the parameter values shown in the following three examples fall outside the previously studied range, I have recently discovered that a master with M 10 channel and bandit hole size as shown in the following three examples The overall performance and figure of merit of the final hybrid CDs copied from the hybrid discs were not substantially impaired. These data are produced in accordance with the manufacturer ’s instructions for use of UUragreen MX dyes in addition to what is disclosed in which application number, and are listed in Table 3 below. It should be understood that these data are measured from the production mold. The characteristics b of the disc copied from these production dies may be about 5% less. Depth is calculated from the effective level (shown as 334 in Figures 23 and 25). The width is measured from half depth and is also shown in Figure 25. These pothole data are values obtained from potholes with a longer run length (e.g., about 9_ητ). The shorter pits are expected to exhibit smaller pit widths. With reference to Table 3 below, it should be understood that in this case and in most other cases, the r-slot and the groove-slot k dimensions are the same, because in fact the ruler slot and the groove are usually -57- Chinese Standard (CNS) M Regulation 袼 ⑽χ Tearing Public Fantasy 200419559 A7 B7 V. Description of Invention (56) Channels are the same channel. Table 3 Parameter example 1 (nm) Example 2 (nm) Example 3 (nm) DVu 380 360 411 Wm 521 526 1 557 DRGroove 118 75 'Tθ5 WRGroove 507 488 528 ————— Employee of Intellectual Property Bureau, Ministry of Economic Affairs Consumer cooperative printing should understand that in these examples, the width of the ROM pit at half depth is actually greater than the width of the ROM slot at half depth. In particular, although the data in Figure 5 does not show that the lateral extent of the pit is greater than the lateral extent of the corresponding channel, the ROM pit width in Example 2 is ho% of the ROM channel width. These data are taken from a hybrid disc with a holding distance of 1.6 microns and a total capacity of 650 million bytes. In the case of a holding distance of 微米 1.5 micrometers (this is necessary for a hybrid disc capacity of a total of 700 million bytes), if the r0M pit is wider than the ROM channel, a 10 Crosstalk problems. In any case, these data do prove that by adjusting the grip distance, it is possible to have ROM pits with a width as high as about 10% of the width of the ROM slot in which they are located. This situation is depicted in Figures 24a and 24b, which are a simplified scan of the bandit channel (Figure 24a) and a simplified scan of the pothole (Figure 24b). When 15 such potholes are created in these channels in the master hybrid disc, the result in cross section is like there is only one pothole, and the depth of the pothole is increased by the channel in which it is located. Here, the pothole 334 in FIG. 25 is taken as an example. Therefore, the recent research mentioned above has shown that by using the materials and technologies disclosed in Application No. 27, the potholes can indeed be slightly wider than the channels without affecting the overall performance and superiority of the hybrid CDs obtained by replication. Values cause harmful results. This is the result of the great flexibility provided by the disclosed method 20. However, I continue to believe that if the R⑽ pit-to-cave ratio is -58-, this paper size is applicable to the Chinese National Standard (CNS) A4 specification (2i0x297 mm) 200419559 A7 B7 V. Description of the invention (57) It is narrow in the beautiful channel and it will Presents smaller crosstalk problems and will provide overall and better results for most deer applications, especially cases involving smaller hold distances will be wider or wider than ROM pits compared to the ROM channel where they are located The case came well. Fig. 23b depicts-the ROM hole pits which are substantially narrower than the ROM channel 32m where they are located, for comparison with the structure shown in Fig. 25. 10 15 20 This technique is unknown, (: D-CT cell reading f turns the binary data value of the two-phase (ie, crystalline or amorphous) material based on the reflectance detection, where Binary, and zero represent one of the two phases, and binary, 'one' represents the other phase. Therefore, the depth of the ROM hole in the CD-RW hybrid disc is quite small and must be far away. Less than 250 nanometers, maybe even less than 90 micrometers or less. In addition, if it is applied with a very thin future CD-R dye layer, it may be tested in the final CD-R hybrid disc. Fortune transfer type burned pits that provide sufficient HF and PP response when read from the second side. For these thin dye layers, the required pit depth in the substrate must also be much less than 25 nm. It is found that the preferred relationship of the depth of the corresponding feature is in the range of 3G% to 8G% before and after the dye coating, and it is preferably in the range of 5 ()% to G. For example, it is preferably DRGr㈣ 30% to Na; and preferably 30% to 80% of D-, in which the range of 5 to 5 is the best. However, although the latest The research shows that u is equal to or even slightly less than W. Alas, we have found and continue to believe that the contradictory requirements on the HF * PP side are best. Xie Sheng was at W_GI •, and crystal t. I also observed that the mine must be made to provide- Fully miscellaneous and reliable. Reply, do not sacrifice reliable high-speed replication ability because of too deep potholes. Because the parameters of each-manufacturing system are so many and the differences between systems are very large, in addition to providing the above classification guidelines It is not possible to specify some of these parameters individually -59- 25 200419559 A7

10 15 經濟部智慧財產局員工消費合作社印製 20 25 數值。如同在此範疇中有所經歷者所知曉和理解,每一系統必 須經最佳偏提供最高可能優值,且在混合式母版製作和 製造的情況中特別是如此。 淨複製品可酬試財合乎上述要求,助、縣先經最佳化 至未延續到旋塗階段的程度。若未能符合上述標準,可在母版 製作階段或整個上游製造鏈當巾被認為是導致不可接受結果之 任何其他步驟對-或多個可用參數進行適當調整。—般而言, 首先調整母版製作參數,因為這只是改變—個或數個可調整輸 入的事情而已。 此參數調校健為普剌於GD製造之反饋最佳化技術所固 有、,其包括:(1)造出母版;(2)在一從開始到結束的全套 製k線中進行複製’此製造線最好是在同—室内,·⑶分析複 製口〇且记下該等複製品未符合適用規格或要求的方式和程度; ⑷重新調整母版製作參數;⑸產生後繼複製品以供分 析,且(6)重複此程序直到一貫地獲得具期望特性的複製品。 終極來說,最終混合式碟片和事後燒錄混合式碟片必須符合 橘皮書規格,且相應丽區必職合納人橘皮#規格⑽紅皮 曰見格运要求/口著4文所述路線做更進一步的最佳化以符合 w些規格,且使優值最大化以確保會持續符合這些規格。每一 製造線變數可能需要調校方能達到要求結果。 生舉例來說,常見遭遇到的製造變數其中之一為複製(亦即模 造)裝置從淨複製碟片之中央到其外周施加一致壓力的相對能 力:壓力的徑向減小可能導致淨複製混合式碟片的ROM坑洞易 於彺複製品碟片之外側部分變得較淺。前文提及之美國專利第 5, 608, 712號以一類似於前文提及之斜坡修整功能應用的方式應 200419559 A7 B7 五、發明說明(59) 付此問題。這僅只魏現出不同製造線存在不同最佳化挑戰, 且除了適切地分析最終混合式碟片且據以調整母版製作和製造 參數之外別無他法的事實。 應瞭解到本發_改良處不僅可從母版混合式碟片觀察到, 5也可從自此等母版複製得到之製片模以及自此等製片模複製或 直接從此等母版複製得到之結構物(淨複製混合式碟片或可能 是其他中間結構物)觀察到。由於所有此等複製品(不管是淨 複製品或最終產品)都會呈現本發明的改良特徵,這些都在本 發明的概念以内。 10 如前所述,本發明當然不侷限於混合式CD製造。舉例來說 其亦可應用於CD-RW混合式碟片或mq碟片製造。⑶—视混人式 碟片格式與CD-R (或DVD-R)混合式碟片格式之間的僅有縣 差異在於施加在淨複製混合式碟片上之記錄層的選擇。在cd—rw 案例中,真空沈積在淨複製混合式碟片上之物質會是一熱致相 I5變材料,而丽記號可為資料坑,與CD (或勵) 經濟部智慧財產局員工消費合作社印製 案例相同。在⑽案例中,真空沈積物質會是—料將式= 取向可因協同於-外在磁場作用之熱構件而選擇性倒轉。此等 材料及其應用和使用為熟習相關技藝者所熟知,這些人會立即 瞭解到母版混合式碟片及淨複製品上之特徵的垂直尺寸二不一 20定要跟混合< CD案例中的特徵一樣大即能在最終混合式碟片内 達到適切的相深。 同樣的’本剌不紐於使職觸#。其内容同樣可應用 於具備微觀表現_資料及一槽道供使用者在事後選擇性地在 取終複製結構物上記錄資料的任何可複製結構物。在一靜止么士 25構物的案例中,母版可為由一雙射束(或單一橫向顏抖射束^ -61- 本紙張尺度適用中國國家標準(CNS)A4規格(21〇 χ 297公爱) 200419559 A7 B710 15 Value printed by the Consumer Cooperatives of the Intellectual Property Bureau of the Ministry of Economic Affairs. As is known and understood by those experienced in this area, each system must provide the highest possible figure of merit through the best bias, and this is especially true in the case of hybrid mastering and manufacturing. The net copy of the free trial financing meets the above requirements, and the county and county are optimized to the extent that they have not continued to the spin-coating stage. If the above criteria are not met, any other step in the mastering phase or throughout the upstream manufacturing chain that is considered to be causing unacceptable results can be appropriately adjusted for one or more of the available parameters. — Generally speaking, first adjust the mastering parameters, as this is just a matter of changing one or more adjustable inputs. This parameter adjustment key is inherent to Puer's feedback optimization technology manufactured in GD, and includes: (1) making a master; (2) copying in a complete set of k-line from start to finish ' This manufacturing line is best to be in the same room. ⑶ Analyze the copy port 0 and note the way and extent that these copies do not meet the applicable specifications or requirements; ⑷ readjust the master production parameters; ⑸ generate subsequent copies for supply Analyze, and (6) repeat this procedure until a replica with the desired characteristics is consistently obtained. In the end, the final hybrid disc and the post-burning hybrid disc must meet the Orange Book specifications, and the corresponding beauty district must-have Naner Orange Peel # Specifications⑽Red skin see the requirements of Geyun / oral 4 The route is further optimized to meet some specifications, and the figure of merit is maximized to ensure that these specifications will continue to be met. Each manufacturing line variable may need to be adjusted to achieve the desired result. For example, one of the most common manufacturing variables encountered is the relative ability of a replication (ie, molding) device to apply consistent pressure from the center of a net copy disc to its periphery: a radial reduction in pressure may cause a net copy mix The ROM pits of the disc are easy to make, and the outer part of the replica disc becomes shallower. The aforementioned US Patent No. 5,608,712 should be applied to the problem in a manner similar to the application of the slope trimming function mentioned in 200419559 A7 B7. This is only the fact that Wei has different optimization challenges in different manufacturing lines, and there is no other way than to properly analyze the final hybrid disc and adjust the mastering and manufacturing parameters accordingly. It should be understood that this development_improvement can be observed not only from master mixed discs, but also from production dies copied from such masters and from or directly from such masters. The resulting structure (net copy hybrid disc or possibly other intermediate structure) was observed. Since all such reproductions (whether net reproductions or final products) exhibit the improved features of the invention, these are all within the concept of the invention. 10 As mentioned above, the invention is of course not limited to hybrid CD manufacturing. It can also be used, for example, in the manufacture of CD-RW hybrid discs or mq discs. (3) The only difference between the video-mixed disc format and the CD-R (or DVD-R) hybrid disc format is the choice of the recording layer applied to the net copy hybrid disc. In the case of cd-rw, the substance vacuum-deposited on the net-replicated hybrid disc will be a thermally induced phase I5 change material, and the Li symbol can be a data pit, which can be consumed by employees of the CD (or Li) Intellectual Property Bureau Cooperative print cases are the same. In the case of ,, the vacuum deposited material would be-material-type = orientation can be selectively reversed due to-thermal components acting in concert with external magnetic fields. These materials and their applications and uses are well known to those skilled in the art, who will immediately understand that the vertical dimensions of the features on master hybrid discs and net reproductions will vary from 20 to 20 with the CD case The features are as large as the appropriate phase depth in the final hybrid disc. The same ‘本 剌 does n’t stop at the job ##. Its content can also be applied to any reproducible structure with micro performance data and a channel for users to selectively record data on the final replicated structure afterwards. In the case of a static Moss 25 structure, the master can be composed of a double beam (or a single lateral beam-shaking beam ^ -61-). This paper standard is applicable to China National Standard (CNS) A4 (21〇χ 297). Public Love) 200419559 A7 B7

產生,該射束之燒錄光斑會以熟習此技藝者可輕易施行之依循 該結構物一或多個平面上的一光柵掃描。 熟習此技藝者可不脫離本發明之精神和範圍做出許多替代方 案和修改。因此,必須瞭解到本說明書以圖式和文字說明的實 5施例只是作為實例,且不應將其視為由申請專利範圍定義之本 發明的限制。 在本說明書中用以描述本發明及其實施例的字句應不僅就其 一般定義的意思加以瞭解,且涵蓋在本說明書中的特殊定義/、、 超出於-般定義之意思範圍的結構、材料或作用。因此若一元 件在本說明書中能被解釋為包含一個以上的字意解釋,則其在 一申請專利範圍項中的使用必須就本制書及其字句本身所支 持的所有可能意思以通義理解之。 曰因此’以下申請專利顧之字句或元件的定義不僅包含字面 提出的元件組合,亦包含所有等效結構、材料或是以大致相同 15方式執行相同功能以得到大致相同結果的作用。 熟習此技藝者從本發明所主張之主體看出的非實質性變更 (不管是立即得知或事後想出)t财視為等效地在本發明之 申請專利顧㈣,鮮柄實以大致_方式執行相同功能 =獲得大致姻結果亦是如此。因此’熟纽技藝者在當前或 20事後知曉的替代方案會在本發明之已定義要素的範圍内。 *因此,申請專利範圍理解為涵蓋在說明書中明確提出之内 各、概念上等效的内容、明顯可取代的内容以及本質上納入本 發明之實質想法的内容。 25圖式簡單說明 -62- 200419559 A7 B7 五、發明說明((51) 圖1為一混合式碟片母版製作裝置的廣泛性方塊圖,其未經 本發明改良,可將本發明之較佳實施例結合於其内,其中使用 一氣體雷射寫入射束。 圖2為一混合式碟片母版製作裝置的廣泛性方塊圖,其未經 5本發明改良,可將本發明之較佳實施例結合於其内,其中使用 二極體雷射寫入射束。 圖3為一混合式碟片内一 R〇M4R帶資料坑的平面簡圖,其 繪出單射束(PP) CD對執的參數。 圖4為一混合式碟片内相鄰之資料坑與中介平地串列的平面 10簡圖,圖中繪出播放、三射束CD對執的參數。 圖5為一藉由一未經本發明改良之熱處理程序形成於一母版 混合式碟片或淨複製混合式碟片内之一 R〇M資料坑的橫向剖面 圖。 圖6為一依據本發明較佳實施例形成於一母版混合式碟片或 I5淨複製混合式碟丽區内之二個資料坑與中介平地區的串列 之平面圖。 圖7為一依據本發明形成於一母版混合式碟片或淨複製混合 經濟部智慧財產局員工消費合作社印製 式碟片ROM區内 '納入-槽道内之一坑洞的橫向剖面圖,此圖 取自圖6之剖線7-7。 20 圖8為一依據本發明在一母版混合式碟片或淨複製混合式碟 片ROM區内之平地區的橫向剖面圖,此圖取自圖6之剖線8—8。 圖9為依據本發明另一實施例在一母版混合式碟片或淨複製 混合式碟片ROM區内之一坑洞的橫向剖面圖。 圖10為依據本發明一實施例之一母版混合式碟片或淨複製 25混合式碟片R0M g之一小部分的縱向剖面圖,其中在燒錄該母 --------- "63_ _____ 本紙張尺度適用中國國家標準(CNS)A4規格(21Gx^公釐) '一'—^— 200419559 A7 _____ B7 五、發兒明(62^~~' 版混合式碟片的同時,槽道和坑洞成形射束相疊。 圖11為依據本發明一實施例之一母版混合式碟片或淨複製 混合式碟片ROM區之一小部分的縱向剖面圖,其中在燒錄該母 版混合式碟片的同時,槽道成形射束領先於坑洞成形射束。 5 圖12為依據本發明一實施例之一母版混合式碟片或淨複製 混合式碟片ROM區之一小部分的縱向剖面圖,其中在燒錄該母 版混合式制的同時,槽道成形射束落後於坑洞成形射束。 圖13為一依據本發明較佳實施例之混合式碟片母版製作裝 置的廣泛性方塊圖,對照於圖i所示裝置,本圖緣出將射束分 10離以提供一 ROM坑洞寫入射束和一 R0M槽道寫入射束。 圖14為一依據本發明另一實施例之混合式碟片母版製作裝 置的廣泛性方塊圖,對照於圖2所示裝置。, 、 圖15為一依據本發明另一實施例之混合式碟片母版製作裝 置的廣泛性方塊圖,對關丨所示裝置暨本發明另_實施例。、 15 ® 16 1 會出圖15所示實施例之一廣泛性方塊圖,但用一替代 方式造成射束分散。 圖17繪出本發明一實施例之一廣泛性方塊圖,其中用另一 方式造成射束分散。 經濟部智慧財產局員工消費合作社印製 圖18為一廣泛性R〇M資料坑的橫向剖面圖,其申緣出各個 20 尺寸。 圖19為-依據本發明之母版混合式碟片或淨複製混合式碟 片的平面圖。 圖20為圖19之母版混合式碟片或淨複製混合式碟片的一小 部分的平面圖,BI中緣出-R帶與-相鄰職帶之間的過渡。 25 圖21為一取自圖20之剖線21-21的橫向剖面圖。 -64- 本紙張尺度適用中國國家標準(CNS)A4規格(210 X 297公釐) 200419559 A7 B7 五、發明說明(63) 圖22為一最終混合式碟片對應於圖21所示母版混合式碟片 或淨複製混合式碟片部分之部分的橫向剖面圖。 圖23a類似於圖22,但經放大以顯現尺寸參數。 圖23b類似於圖23a,但呈現一稍有不同的測量協定,運用 5 於表2和3及圖25中。 圖24a和24b分別示意地繪出依據表2和3所示實例產生之 一 ROM槽道和一 ROM坑洞的橫向構造。 圖25類似於圖23a和23b,但其呈現一大體上依據表3所 示實例在一 ROM槽道内的一 ROM坑洞。 10 經濟部智慧財產局員工消費合作社印製 -65- 本紙張尺度適用中國國家標準(CNS)A4規格(210 x297公釐) 200419559 A7 B7 五、發明說明(64 圖式之元件代號說明: 名稱 母版混合式碟片 心軸馬達 速度控制器 氣體雷射 二極體雷射 寫入射束 線(光調變器信號) 線(雷射驅動信號) 光調變器 已調變射束 光斑 物鏡 射束擴張透鏡(聚光器) 滑架 平移系統 波形整形電路 輸入端 輸入端 第三輸入端 基板 碟片表面(活性染料-聚合物層) 透明構件 坑洞 經濟部智慧財產局員工消費合作社印製 代表符號 1 3 5 7 7, 9 10 10, 11 13, 13, 15 17 19 21 23 31, 31, 33, 33, 35 37 41 43 45 50 50a, 50b, 50c 52 53 54 60 61 62 63 64 坑洞 尾端 主體部分 前導端 讀取射束 中央射束 前射束 後射束 坑洞轴線 -66· 本紙張尺度適用中國國家標準(CNS)A4規格(210x297公釐) 200419559 A7 B7 五、發明說明(65 經濟部智慧財產局員工消費合作社印製 65 平地區 65a 中介平地 65b 中介平地 68 碟片表面 70a,70b 邊坡 75 槽道 77 槽道底部 100 射束分離器 102 主要寫入射束 103 槽道寫入射束 104 信號 112 光激活層 114 槽道上表面 120 主要寫入射束 121 次級射束 122 已調變主射束(坑洞寫入射束) 123 光調變器 124 已調變次級射束(槽道寫入射束) 125 輸出射束 130 倒置望遠鏡 131 信號 132 線 133 線 135 射束組合器 140 聚光鏡 145 物鏡 150 主要ATIP偏轉器 151 ATIP輸入(線) 155 次級ATIP偏轉器 156 ATIP輸入(線) 161 輸出射束 162 顫動主要射出射束 163 次級射出射束 170a 左邊坡 170b 右邊坡 -67- 本紙張尺度適用中國國家標準(CNS)A4規格(210 x297公釐) 200419559 A7 B7 77 經濟部智慧財產局員工消費合作社印製 發明說明(66) 175a, 175b 較小邊坡 177 點 191 無顫抖射束 192 顫抖射束 193 無顫抖射束之焦點 194, 194, 顫抖射束之焦點 200 光學裝置 201a,201b 射出射束 202 槽道寫入射束 203 槽道寫入射束 211 射束之焦點 212 射束之焦點 213 射束之焦點 220 信號組合器(電子加法裝置) 221 光偏轉器 222 輸出射束 231 線(顏抖輸出i吕號) 256 線 260 線(輸入) 270, 270,,270” 已聚焦射束 280 移動點 300 混合式碟片 301 R1帶 302 ROM1 帶 303 R2區 304 ROM2 區 305 R3區 310 預製槽 311 預製槽 311, 殘留槽道 320 ROM槽道 321 ROM槽道 322a 槽道之一側 322b 槽道之另一側 324 坑洞起始水準面 -68- 本紙張尺度適用中國國家標準(CNS)A4規格(210 x297公釐) 200419559 A7 B7 五、發明說明(67) 330 ROM坑洞 331 ROM坑洞 332 ROM坑洞 333 ROM坑洞半深度處 334 有效平地水準面 335a 坑洞之一側 335b 坑洞之另一側 345 染料層 350 基板 355 反射層 360 保護層 經濟部智慧財產局員工消費合作社印製 -69- 本紙張尺度適用中國國家標準(CNS)A4規格(210x297公釐)As a result, the burning spot of the beam will follow a raster scan on one or more planes of the structure, which can be easily performed by those skilled in the art. Those skilled in the art can make many alternatives and modifications without departing from the spirit and scope of the invention. Therefore, it must be understood that the embodiments illustrated by the drawings and text in this specification are merely examples, and should not be regarded as limitations of the present invention defined by the scope of patent application. The words used to describe the present invention and its embodiments in this specification should not only be understood in terms of their general definitions, but also include the special definitions in this specification /, and structures and materials beyond the meaning of the general definitions Or effect. Therefore, if an element can be interpreted in this specification to include more than one word meaning, its use in a patent application must be understood in a general sense in terms of all possible meanings supported by this book and its words. . Therefore, the definition of the word or element of the following patent application not only includes the combination of the elements proposed literally, but also all equivalent structures, materials, or functions that perform the same function in substantially the same manner to obtain approximately the same result. Those who are familiar with this skill can see the insubstantial changes (whether known immediately or afterwards) as seen from the main body claimed by the present invention. The wealth is regarded as equivalent in the patent application of the present invention. _ Way to Perform the Same Function = Same as Obtaining Approximate Marriage Results. Therefore, alternatives known to the skilled artisan at the present time or after the fact will fall within the scope of the defined elements of the present invention. * Therefore, the scope of patent application is understood to cover the contents explicitly presented in the description, the conceptually equivalent content, the obviously replaceable content, and the content that essentially incorporates the essential idea of the present invention. 25 Brief description of the drawings-62- 200419559 A7 B7 V. Description of the invention ((51) Figure 1 is an extensive block diagram of a hybrid disc master making device, which has not been improved by the present invention, and can better the present invention. The embodiment is incorporated therein, in which a gas laser is used to write the beam. FIG. 2 is an extensive block diagram of a hybrid disc mastering device, which has not been improved by the present invention, and can be compared with the present invention. A preferred embodiment is incorporated therein, using a diode laser to write the beam. Figure 3 is a schematic plan view of a ROM4R with data pits in a hybrid disc, which draws a single beam (PP) The parameters of CD pairing. Figure 4 is a simplified plan view of a flat 10 of adjacent data pits and intermediaries in a mixed disc. The figure shows the parameters of CD pairing for playback and three beams. A cross-sectional view of a ROM data pit formed in a master hybrid disc or net copy hybrid disc by a heat treatment process that is not modified by the present invention. Figure 6 is a preferred embodiment according to the present invention. Two data pits formed in a master mixed disc or I5 net copy mixed disc area Figure 7 is a plan view of a series of intermediary flat areas. Figure 7 is a drawing of a master-type hybrid disc or a net-copy hybrid economy Ministry of Intellectual Property Bureau employee property cooperative printed disc ROM area formed in accordance with the present invention. A cross-sectional view of a pothole, this drawing is taken from the section line 7-7 of Fig. 6. 20 Fig. 8 is a plan view of the ROM area of a master hybrid disc or net copy hybrid disc according to the present invention. A cross-sectional view of the area, this drawing is taken from the section line 8-8 of Fig. 6. Fig. 9 is a pit in a ROM area of a master hybrid disc or net copy hybrid disc according to another embodiment of the present invention. A cross-sectional view of a hole. Figure 10 is a longitudinal cross-sectional view of a small portion of a master hybrid disc or net copy 25 hybrid disc ROMG according to an embodiment of the present invention, in which the master is being burned-- ------- " 63_ _____ This paper size applies to Chinese National Standard (CNS) A4 (21Gx ^ mm) '一' — ^ — 200419559 A7 _____ B7 V. Faerming (62 ^ ~~ ' While the hybrid discs of the plate are mixed, the channel and the pit forming beams are overlapped. FIG. 11 is a master mixed disc according to an embodiment of the present invention. A longitudinal section of a small portion of the ROM area of a CD or net copy hybrid disc, in which the channel forming beam is ahead of the cavity forming beam while the master hybrid disc is being burned. 5 Figure 12 is A longitudinal cross-sectional view of a small portion of a ROM area of a master hybrid disc or net copy hybrid disc according to an embodiment of the present invention, in which the channel forming beam is burned while the master hybrid disc is burned Behind the pothole forming beam. Fig. 13 is an extensive block diagram of a hybrid disc master making device according to a preferred embodiment of the present invention. Compared with the device shown in Fig. I, the edge of the figure divides the beam. 10 off to provide a ROM pit write beam and a ROM slot write beam. FIG. 14 is a generalized block diagram of a hybrid disc master making apparatus according to another embodiment of the present invention, which is compared with the apparatus shown in FIG. 2. Fig. 15 is an extensive block diagram of a hybrid disc master making device according to another embodiment of the present invention, which is related to the device shown in the embodiment and another embodiment of the present invention. 15 ® 16 1 A generalized block diagram of one of the embodiments shown in FIG. 15 will be produced, but the beam will be scattered by an alternative method. FIG. 17 illustrates a generalized block diagram of an embodiment of the present invention in which beam dispersion is caused in another way. Printed by the Employees' Cooperatives of the Intellectual Property Bureau of the Ministry of Economic Affairs. Figure 18 is a cross-sectional view of an extensive ROM data pit. Fig. 19 is a plan view of a master hybrid disc or a net copy hybrid disc according to the present invention. Fig. 20 is a plan view of a small portion of the master hybrid disc or net copy hybrid disc of Fig. 19, with transitions between the -R zone and the -adjacent zone in the BI edge. 25 FIG. 21 is a transverse sectional view taken along section line 21-21 of FIG. 20. -64- This paper size is in accordance with Chinese National Standard (CNS) A4 (210 X 297 mm) 200419559 A7 B7 V. Description of Invention (63) Figure 22 shows a final hybrid disc corresponding to the master mix shown in Figure 21. A cross-sectional view of a portion of a disc or net copy hybrid disc portion. Figure 23a is similar to Figure 22, but enlarged to reveal size parameters. Figure 23b is similar to Figure 23a, but presents a slightly different measurement protocol, using 5 in Tables 2 and 3 and Figure 25. Figures 24a and 24b schematically illustrate the lateral structures of a ROM channel and a ROM pit, respectively, generated according to the examples shown in Tables 2 and 3. Fig. 25 is similar to Figs. 23a and 23b, but shows a ROM pit in a ROM slot substantially according to the example shown in Table 3. 10 Printed by the Employees' Cooperatives of the Intellectual Property Bureau of the Ministry of Economic Affairs-65- This paper size applies to the Chinese National Standard (CNS) A4 (210 x 297 mm) 200419559 A7 B7 V. Description of the invention (64 Illustration of the component code description: Name mother Version Hybrid Disc Mandrel Motor Speed Controller Gas Laser Diode Laser Write Beam Line (Light Modulator Signal) Line (Laser Drive Signal) Optical Modulator Modulated Beam Spot Light Object Shot Beam expansion lens (condenser) Slider translation system Waveform shaping circuit Input end Input end Third input end Substrate Disc surface (reactive dye-polymer layer) Transparent member Pothole Intellectual Property Bureau, Ministry of Economic Affairs, Employee Consumption Cooperative Printing Representative Symbol 1 3 5 7 7, 9 10 10, 11 13, 13, 15 17 19 21 23 31, 31, 33, 33, 35 37 41 43 45 50 50a, 50b, 50c 52 53 54 60 61 62 63 64 potholes The tail end of the main body reads the leading beam of the central beam and the front beam and the rear beam pit axis -66 · This paper size applies to Chinese National Standard (CNS) A4 (210x297 mm) 200419559 A7 B7 V. Description of the invention (65 economy Printed by the Intellectual Property Bureau Employee Cooperatives 65 Flat area 65a Intermediate flat 65b Intermediate flat 68 Disc surface 70a, 70b Slope 75 Slot 77 Slot bottom 100 Beam splitter 102 Main write beam 103 Slot write Beam 104 Signal 112 Photoactive layer 114 Upper surface of channel 120 Primary write beam 121 Secondary beam 122 Modified primary beam (pit write beam) 123 Light modulator 124 Modified secondary beam (Channel writing beam) 125 output beam 130 inverted telescope 131 signal 132 line 133 line 135 beam combiner 140 condenser lens 145 objective lens 150 main ATIP deflector 151 ATIP input (line) 155 secondary ATIP deflector 156 ATIP input (Line) 161 output beam 162 flutter main exit beam 163 secondary exit beam 170a left slope 170b right slope -67- This paper size applies to China National Standard (CNS) A4 (210 x 297 mm) 200419559 A7 B7 77 Printed by the Intellectual Property Bureau of the Ministry of Economic Affairs of the Consumer Cooperatives (66) 175a, 175b Small slope 177 points 191 No trembling beam 192 trembling beam 193 Focal beam focus 194, 194, Focal beam focus 200 Optics 201a, 201b Eject beam 202 Slot write beam 203 Slot write beam 211 Focus of beam 212 Focus of beam 213 Focus of beam 220 Signal combiner (electronic addition device) 221 Light deflector 222 Output beam 231 lines (Yan No. i) No. 256 lines 260 lines (input) 270, 270, 270 ”Focused beam 280 Moving point 300 Hybrid disc 301 R1 with 302 ROM1 with 303 R2 area 304 ROM2 area 305 R3 area 310 Prefabricated slot 311 Prefabricated slot 311, residual slot 320 ROM slot 321 ROM slot 322a One side of the slot 322b slot On the other side, 324 pit starting level -68- This paper size applies to Chinese National Standard (CNS) A4 (210 x 297 mm) 200419559 A7 B7 V. Description of the invention (67) 330 ROM pit 331 ROM pit 332 ROM potholes 333 ROM potholes at half depth 334 Effective leveling surface 335a One side of potholes 335b The other side of potholes 345 Dye layer 350 Substrate 355 Reflective layer 360 Protective layer Intellectual Property Bureau -69- consumer cooperatives work printed in this paper scale applicable Chinese National Standard (CNS) A4 size (210x297 mm)

Claims (1)

200419559 A8 B8 C8 D8 六、申請專利範圍 1. 一種混合式結構物,其包括: a. —儲存著可選擇性檢索之資料的第一區, (1) 該資料之一量程在該第一區内由一第一資料 特徵代表,每一該第一資料特徵包括一個三維 5 的第一主要特徵,該第一主要特徵有一縱向第 一特徵尺寸'一正交於該縱向第一特徵尺寸且 與該縱向第一特徵尺寸在一第一特徵平面内共 面的微小橫向第一特徵尺寸、及一正交於該第 一特徵平面的微小垂直第一特徵尺寸,該複數 10 個第一資料特徵在該第一區内沿該混合式結構 物内一第一執道之一部分縱向地儲存; (2) 該第一執道之該部分有一縱向第一執道尺 寸'一正交於該縱向第一執道尺寸且與該縱向 第一執道尺寸在一第一執道平面内共面的微小 15 橫向第一執道尺寸、及一正交於該第一執道平 面的微小垂直第一執道尺寸;該第一區更包 括: 經濟部智慧財產局員工消費合作社印製 (3) —有效平地水準面,其以一第一方向相對於 該第一執道平面及該第一資料特徵垂直地移 20 位, (a) 該垂直第一特徵尺寸從該有效平地水 準面起算的範圍超過350毫微米,且 (b) 該垂直第一執道尺寸從該有效平地水 準面起算的範圍低於170毫微米;及 25 b. —包括一第二執道的第二區,該第二軌道的一部 -70 - 本紙張尺度適用中國國家標準(CNS)A4規格(210 x297公釐) 200419559 A8 B8 C8 _D8_ 六、申請專利範圍 分有一縱向第二執道尺寸、一正交於該縱向第二 執道尺寸且與該縱向第二執道尺寸在一第二執道 平面内共面的微小橫向第二執道尺寸、及一正交 於該第二執道平面的微小垂直第二執道尺寸。 5 2.如申請專利範圍第1項之混合式結構物,其中該第一 特徵的橫向範圍不超過該第一執道的橫向範圍。 3.如申請專利範圍第1項之混合式結構物,其’中該第一 特徵在半深度處測得的寬度約不大於該第一執道在半 深度處測得的寬度之110%。 10 4.如申請專利範圍第1項之混合式結構物,其中該第一 執道之橫向範圍大致同於該第二執道之橫向範圍。 5. 如申請專利範圍第4項之混合式結構物,其中該第一 執道及該第二執道構成一個大致連續的執道。 6. 如申請專利範圍第1項之混合式結構物,其中: 15 a.該混合式結構物包括一具有一中央軸線之碟片, 該碟片可選擇性地以該中央軸線為中心旋轉,該 碟片有一大致平坦表面; 經濟部智慧財產局員工消費合作社印製 b.該第一區包括一在該碟片之一表面上的第一環形 物且該第二區包括一在該表面上的第二環形物, 20 該第一和第二環形物與該碟片同軸; C.該第一執道在該第一環形物内繞行該碟片,且該 第二執道在該第二環形物内繞行該碟片; d.該第一特徵平面及該第一執道平面平面處於該表 面内;且 25 e.該第二執道包括該表面内之一槽道。 -71 - 本紙張尺度適用中國國家標準(CNS)A4規格(210 x297公釐) 200419559200419559 A8 B8 C8 D8 6. Scope of patent application 1. A hybrid structure, which includes: a. — The first area in which data that can be selectively retrieved is stored, (1) one range of the data is in the first area Is represented by a first data feature, each of the first data features includes a three-dimensional 5 first main feature, the first main feature has a longitudinal first feature size '-orthogonal to the longitudinal first feature size and The longitudinal first feature size is a coplanar minute transverse first feature size in a first feature plane and a tiny vertical first feature size orthogonal to the first feature plane. The plurality of first data features are The first area is stored longitudinally along a portion of a first execution lane in the hybrid structure; (2) the portion of the first execution lane has a longitudinal first execution lane dimension '-orthogonal to the longitudinal first passage The size of the runway that is co-planar with the longitudinal first runway size in a first runway plane is a small 15 horizontal runway runway dimension, and a tiny vertical first runway run orthogonal to the first runway plane. Size; the first It also includes: Printed by the Consumer Cooperatives of the Intellectual Property Bureau of the Ministry of Economic Affairs (3) —Effective level ground level, which is shifted vertically by 20 positions in a first direction relative to the first road plane and the first data feature, (a ) The range of the vertical first feature size from the effective level surface exceeds 350 nm, and (b) the range of the vertical first feature size from the effective level surface is less than 170 nm; and 25 b .-Including the second section of the second track, a part of the second track -70-This paper size applies to China National Standard (CNS) A4 (210 x 297 mm) 200419559 A8 B8 C8 _D8_ VI. Patent Application The range is divided into a longitudinal second execution dimension, a small transverse second execution dimension orthogonal to the longitudinal second execution dimension and coplanar with the longitudinal second execution dimension in a second execution plane, and A small vertical second execution dimension that is orthogonal to the second execution plane. 5 2. The hybrid structure according to item 1 of the scope of patent application, wherein the lateral range of the first feature does not exceed the lateral range of the first lane. 3. The hybrid structure according to item 1 of the scope of patent application, wherein the width of the first feature measured at half depth is not greater than about 110% of the width of the first feature measured at half depth. 10 4. The hybrid structure according to item 1 of the scope of patent application, wherein the lateral extent of the first lane is substantially the same as the lateral extent of the second lane. 5. For the hybrid structure in the scope of application for item 4, wherein the first execution road and the second execution road constitute a substantially continuous execution road. 6. For example, the hybrid structure of the scope of patent application, wherein: 15 a. The hybrid structure includes a disc having a central axis, and the disc can be selectively rotated around the central axis, The disc has a generally flat surface; printed by the Consumer Cooperative of the Intellectual Property Bureau of the Ministry of Economic Affairs b. The first region includes a first ring on one surface of the disc and the second region includes a surface The second ring on the ring, 20 the first and second rings are coaxial with the disc; C. the first lane passes the disc within the first circle, and the second lane The second ring goes around the disc; d. The first feature plane and the first execution plane plane are within the surface; and 25 e. The second execution road includes a channel in the surface. -71-This paper size applies to China National Standard (CNS) A4 (210 x 297 mm) 200419559 經 濟 部 智 慧 財 產 局 員 工 消 費 合 作 社 印 製 7·如申請專利範圍第6項之混合式結構物,其中該第一 和第二軌道螺旋地繞行該碟片。8·如申請專利範圍第7項之混合式結構物,其中該第一 轨道之至少一部分及該第二執道之至少一部分構成一 大致連續螺線。 9·如申請專利範圍第6項之混合式結構物,其包括相繼 之複數個該第一主要特徵,每一該主要特徵在該表面 内包括一主要坑洞,每對相繼的主要坑洞之間穿插著 一主要平地,每一該主要坑洞和每一該主要平地各自 代表該儲存資料之一相應量程。 10·如申睛專利範圍第9項之混合式結構物,其中每一該 主要平地包括一深入該表面内之三維壓痕,具有一微 小主要平地橫向尺寸及一微小主要平地垂直尺寸。 η·如申睛專利範圍第10項之混合式結構物,其中每一 15 σ玄複數個相繼主要平地之橫向範圍大致等於該主要平 地所介入之相應主要坑洞對的橫向範圍。 12· :、!明專利範圍第10項之混合式結構物,其中每-介入之相社科纽社要平地所Μ請專利_第9項之混合式結構物,其中:a. 5亥第一執道之至少一部八 捧认 邛刀在該表面内包括一大茲 績的三維壓痕;且 大致連b. 該複數個相繼主要坑洞容納在 的該三維壓痕内。 钒逼之該部分 10 25 14.如申請專利範圍第9項之遇合式結構物,其中每 -72 - 4tj 4 本紙張尺度顧巾s _^(CNS)A4雜(21〇 X 297公釐) I I 200419559 A8 B8 C8 _D8_ 六、申請專利範圍 主要坑洞之縱向邊界相互成幾何對稱。 15. 如申請專利範圍第9項之混合式結構物,其中每一該 主要平地之縱向邊界相互成幾何對稱。 16. 如申請專利範圍第9項之混合式結構物,其中每一該 5 主要坑洞有一由其一橫向剖面定義之外部形狀,該外 部形狀從該主要坑洞在該第一特徵之一橫向邊緣開始 其以該第一垂直方向偏離該表面之位移的點到始於該 表面之該位移終結在該主要坑洞之對向橫向邊緣的點 未呈現實質的斜率不連續性。 10 17. —種混合式結構物,其包括: a. —儲存著可選擇性檢索之資料的第一區, (1) 該資料之一量程在該第一區内由一第一資料 特徵代表,每一該第一資料特徵包括一個三維 的第一主要特徵,該第一主要特徵有一縱向第 15 一特徵尺寸、一正交於該縱向第一特徵尺寸且 經濟部智慧財產局員工消費合作社印製 與該縱向第一特徵尺寸在一第一特徵平面内共 面的微小橫向第一特徵尺寸'及一正交於該第 一特徵平面的微小垂直第一特徵尺寸,該複數 個第一資料特徵在該第一區内沿該混合式結構 20 物内一第一執道之一部分縱向地儲存; (2) 該第一執道之該部分有一縱向第一軌道尺 寸、一正交於該縱向第一執道尺寸且與該縱向 第一執道尺寸在一第一執道平面内共面的微小 橫向第一執道尺寸、及一正交於該第一軌道平 25 面的微小垂直第一執道尺寸;該第一區更包 -73 - 本紙張尺度適用中國國家標準(CNS)A4規格(210x297公釐) 200419559 广 A8 厂 ( B8 C8 _ D8__ 々、申請專利範圍 括: (3) —有效平地水準面,其以一第一方向相對於 該第一執道平面及該第一資料特徵垂直地移 位, 5 (a)該垂直第一特徵尺寸從該有效平地水 準面起算的範圍小於250毫微米,且 (b)該垂直第一執道尺寸從該有效平地水 準面起算的範圍小於170毫微米;及 b. —包括一第二執道的第二區,該第二執道的一部 10 分有一縱向第二執道尺寸、一正交於該縱向第二 執道尺寸且與該縱向第二執道尺寸在一第二執道 平面内共面的微小橫向第二執道尺寸、及一正交 於該第二執道平面的微小垂直第二執道尺寸。 18. 如申請專利範圍第17項之混合式結構物,其中該第 15 一特徵的橫向範圍不超過該第一執道的橫向範圍。 19. 如申請專利範圍第17項之混合式結構物,其中該第 一特徵在半深度處測得的寬度約不大於該第一執道在 半深度處測得的寬度之110%。 經濟部智慧財產局員工消費合作社印製 20. 如申請專利範圍第17項之混合式結構物,其中該第 20 —執道之橫向範圍大致同於該第二執道之橫向範圍。 21. 如申請專利範圍第20項之混合式結構物,其中該苐 一執道及該第二執道構成一個大致連續的執道。 22· —種親代(parent)混合式碟片結構物,其包括: a. —儲存著可選擇性檢索之資料的第一區, 25 (1)該資料之一量程在該第一區内由一第一資料 -74 - 本紙張尺度適用中國國家標準(CNS)A4規格(210 X 297公釐) 200419559 A8 B8 C8 D8 々、申請專利範圍 特徵代表,每一該第一資料特徵包括一個三維 的第一主要特徵,該第一主要特徵有一縱向第 一特徵尺寸、一正交於該縱向第一特徵尺寸且 與該縱向第一特徵尺寸在一第一特徵平面内共 5 面的微小橫向第一特徵尺寸、及一正交於該第 一特徵平面的微小垂直第一特徵尺寸,該複數 個第一資料特徵在該第一區内沿該混合式結構 物内一第一執道之一部分縱向地儲存; (2)該第一執道之該部分有一縱向第一執道尺 10 寸、一正交於該縱向第一執道尺寸且與該縱向 第一執道尺寸在一第一執道平面内共面的微小 橫向第一執道尺寸、及一正交於該第一執道平 面的微小垂直第一執道尺寸;該第一區更包 括: 15 (3) —有效平地水準面,其以一第一方向相對於 該第一執道平面及該第一資料特徵垂直地移 位, 經濟部智慧財產局員工消費合作社印製 (a) 該垂直第一特徵尺寸從該有效平地 水準面起算的範圍大於350毫微米,且 20 (b) 該垂直第一執道尺寸從該有效平地 水準面起算的範圍小於170毫微米;及 b. —包括一第二執道的第二區,該第二執道的一部 分有一縱向第二執道尺寸、一正交於該縱向第二 執道尺寸且與該縱向第二執道尺寸在一第二軌道 25 平面内共面的微小橫向第二執道尺寸、及一正交 -75 - 本紙張尺度適用中國國家標準(CNS)A4規格(210 x297公釐) 200419559 A8 B8 C8 __D8_ 六、申請專利範圍 於該第二執道平面的微小垂直第二執道尺寸;且 其中: C.該親代結構物建構為可藉此製造出一最終混合式 結構物,該最終混合式結構物含有: 5 (1)次級資料特徵,其分別代表由對應第一資料 特徵代表之資料的Ϊ程’該資料可從該袁終 混合式結構物選擇性檢索;及 (2) —導執,其對應於該第二執道,代表其他資 料之量程的第三級特徵可選擇性地記錄在該 10 導執内,且該其他資料可從該導執選擇性地 檢索。 23. —種最終混合式結構物,其由如申請專利範圍第22 項之親代混合式碟片複製而得。 24. —種中間混合式結構物,其由如申請專利範圍第22 15 項之親代結構物複製而得,且可由其複製出如申請專 利範圍第23項之最終結構物。 25. —種親代混合式碟片結構物,其包括: a. —儲存著可選擇性檢索之資料的第一區, 經齊邹智慧犲4¾員11有費^阼.士中製 (1)該資料之一量程在該第一區内由一第一資料 20 特徵代表,每一該第一資料特徵包括一個三維 的第一主要特徵,該第一主要特徵有一縱向第 一特徵尺寸、一正交於該縱向第一特徵尺寸且 與該縱向第一特徵尺寸在一第一特徵平面内共 面的微小橫向第一特徵尺寸、及一正交於該第 25 一特徵平面的微小垂直第一特徵尺寸,該複數 -76 - 本紙張尺度適用中國國家標準(CNS)A4規格(210 X 297公釐) 200419559 A8 B8 C8 D8 六、申請專利範圍 個第一資料特徵在該第一區内沿該混合式結構 物内一第一執道之一部分縱向地儲存; (2) 該第一執道之該部分有一縱向第一執道尺 寸、一正交於該縱向第一執道尺寸且與該縱向 5 第一執道尺寸在一第一執道平面内共面的微小 橫向第一執道尺寸、及一正交於該第一執道平 面的微小垂直第一執道尺寸;該第一區更包 括: (3) —有效平地水準面,其以一第一方向相對於 10 該第一執道平面及該第一資料特徵垂直地移 位, (a) 該垂直第一特徵尺寸從該有效平地 水準面起算的範圍小於250毫微米,且 (b) 該垂直第一執道尺寸從該有效平地 15 水準面起算的範圍小於170毫微米;及 經濟部智慧財產局員工消費合作社印製 b. —包括一第二執道的第二區,該第二執道的一部 分有一縱向第二執道尺寸、一正交於該縱向第二 執道尺寸且與該縱向第二執道尺寸在一第二執道 平面内共面的微小橫向第二執道尺寸、及一正交 20 於該第二執道平面的微小垂直第二執道尺寸;且 其中: c. 該親代結構物建構為可藉此製造出一最終混合式 結構物,該最終混合式結構物含有: (3)次級資料特徵,其分別代表由對應第一資料 25 特徵代表之資料的量程,該資料可從該最終 -77 - 本紙張尺度適用中國國家標準(CNS)A4規格(210 x297公釐) 200419559 A8 B8 C8 D8 六、申請專利範圍 混合式結構物選擇性檢索;及 (4) 一導執,其對應於該第二執道,代表其他資 料之量程的第三級特徵可選擇性地記錄在該 導執内,且該其他資料可從該導執選擇性地 5 檢索。 26. —種最終混合式結構物,其由如申請專利範圍第25 項之親代混合式碟片複製而得。 27. —種中間混合式結構物,其由如申請專利範圍第25 項之親代結構物複製而得,且可由其複製出如申請專 10 利範圍第26項之最終結構物。 28. —種混合式結構物,其包括: a. —儲存著可選擇性檢索之資料的第一區, (1) 該資料之一量程在該第一區内由一第一 資料特徵代表,每一該第一資料特徵包括一個 15 三維的第一主要特徵,該第一主要特徵有一縱 經濟部智慧財產局員工消費合作社印製 向第一特徵尺寸、一正交於該縱向第一特徵尺 寸且與該縱向第一特徵尺寸在一第一特徵平面 内共面的微小橫向第一特徵尺寸、及一正交於 該第一特徵平面的微小垂直第一特徵尺寸,該 20 複數個第一資料特徵在該第一區内沿該混合式 結構物内一第一執道之一部分縱向地儲存; (2) 該第一執道之該部分有一縱向第一執道 尺寸、一正交於該縱向第一執道尺寸且與該縱 向第一執道尺寸在一第一執道平面内共面的德: 25 小橫向第一執道尺寸、及一正交於該第一執道 -78 - 本紙張尺度適用中國國家標準(CNS)A4規格(210 x297公釐) 200419559 A8 B8 C8 _D8_ 六、申請專利範圍 平面的微小垂直第一執道尺寸,其中: (a) 該第一主要特徵之橫向範圍大致不超 過該第一執道之橫向範圍,且 (b) 該第一主要特徵在該垂直第一特徵尺 5 寸之一半處測得的寬度約不超過該第一執 道在該垂直第一執道尺寸之一半處測得的 寬度之110% ;及 b. —包括一第二執道的第二區,該第二執道的一部 分有一縱向第二執道尺寸、一正交於該縱向第二 10 執道尺寸且與該縱向第二執道尺寸在一第二執道 平面内共面的微小橫向第二執道尺寸、及一正交 於該第二執道平面的微小垂直第二執道尺寸。 經濟部智慧財產局員工消費合作社印製 本紙張尺度適用中國國家標準(CNS)A4規格(210x297公釐)Printed by the Consumer Affairs Agency, Intellectual Property Office of the Ministry of Economic Affairs 7. If the hybrid structure of the scope of patent application item 6, the first and second tracks spirally around the disc. 8. The hybrid structure according to item 7 of the application, wherein at least a part of the first track and at least a part of the second track constitute a substantially continuous spiral. 9. The hybrid structure according to item 6 of the patent application scope, which includes a plurality of the first main features in succession, and each of the main features includes a main cavity in the surface, and each pair of successive main cavity A main flat land is interspersed therebetween, and each of the main potholes and each of the main flat grounds respectively represents a corresponding range of the stored data. 10. A hybrid structure as described in item 9 of the patent application, wherein each of the major flats includes a three-dimensional indentation deep into the surface, having a tiny major flat lateral dimension and a tiny major flat vertical dimension. η · The hybrid structure of item 10 in the patent scope, wherein the lateral range of each 15 sigma of a plurality of successive major flats is approximately equal to the lateral range of the corresponding major pothole pair in which the major flats intervene. 12 ·: The hybrid structure of item 10 in the patent scope, in which each of the intervening social science and technology agencies shall claim the patent_item 9 of the hybrid structure, of which: a. At least one of the eight-handed guillotines in the service includes a large three-dimensional indentation in the surface; and is generally connected to the three-dimensional indentation contained in the plurality of successive main pits. Vanadium is forced to this part 10 25 14. As in the case of the structure of the 9th patent application, each -72-4tj 4 paper size Gu s _ ^ (CNS) A4 (21〇X 297 mm) II 200419559 A8 B8 C8 _D8_ VI. The vertical boundaries of the main pits in the scope of patent application are geometrically symmetrical with each other. 15. As for the hybrid structure of the scope of the patent application, the longitudinal boundaries of each of the major flats are geometrically symmetrical to each other. 16. As for the hybrid structure of the scope of application for item 9, each of the 5 main pits has an outer shape defined by a transverse section thereof, and the outer shape is transverse from the main pit in one of the first features From the point where the edge begins to shift from the surface in the first vertical direction to the point where the displacement starting from the surface ends at the opposite lateral edge of the main pit, there is no substantial slope discontinuity. 10 17. —A hybrid structure including: a. — A first area storing selectively searchable data, (1) a range of the data is represented by a first data feature in the first area , Each of the first data features includes a three-dimensional first main feature, the first main feature has a vertical 15th feature size, an orthogonal to the vertical first feature size, and is printed by an employee consumer cooperative of the Intellectual Property Bureau of the Ministry of Economic Affairs A small horizontal first feature size 'coplanar with the vertical first feature size in a first feature plane and a small vertical first feature size orthogonal to the first feature plane, the plurality of first data features Stored longitudinally along a portion of a first lane in the hybrid structure 20 within the first zone; (2) the portion of the first lane has a longitudinal first track size, and is orthogonal to the longitudinal lane A micro-transverse first-dimension dimension that is co-planar with the longitudinal first dice dimension in a first-dimension plane, and a micro-vertical first-dimension orthogonal to the first 25 planes of the first orbit. Track size Gengbao of District 1 -73-This paper size is in accordance with Chinese National Standard (CNS) A4 (210x297 mm) 200419559 Canton A8 Factory (B8 C8 _ D8__) 々 The scope of patent application includes: Displace vertically in a first direction relative to the first runway plane and the first data feature, 5 (a) the range of the vertical first feature size from the effective level surface is less than 250 nm, and ( b) the size of the vertical first runway is less than 170 nanometers from the effective level; and b.-a second zone including a second runway, a portion of the second runway has a vertical length of 10 points A second runway size, a small transverse second runway size orthogonal to the longitudinal second runway size and coplanar with the second longitudinal runway size in a second runway plane, and an orthogonal to The tiny vertical second execution dimension of the second execution path. 18. For example, the hybrid structure of item 17 of the patent application scope, wherein the lateral range of the fifteenth feature does not exceed the lateral range of the first execution path. 19. If the scope of patent application is under item 17 A composite structure in which the width of the first feature measured at half depth is not greater than 110% of the width of the first lane measured at half depth. Printed by the Consumer Cooperative of the Intellectual Property Bureau of the Ministry of Economic Affairs 20. The hybrid structure of item 17 in the scope of patent application, in which the lateral range of the 20th-way is substantially the same as that of the second route. 21. For the hybrid structure of the 20th area of the patent application, of which The first and second executions constitute a substantially continuous execution. 22 · —A kind of parent hybrid disc structure, including: a. The first zone, 25 (1) One range of the data in the first zone is a first data -74-This paper size applies the Chinese National Standard (CNS) A4 specification (210 X 297 mm) 200419559 A8 B8 C8 D8 代表 The representative features of the scope of patent application, each of the first data features includes a three-dimensional first main feature, the first main feature has a longitudinal first feature size, an orthogonal to the longitudinal first feature size, and Vertical section The feature size is a tiny lateral first feature size with a total of 5 faces in a first feature plane and a tiny vertical first feature size orthogonal to the first feature plane. The plurality of first data features are in the first region. A part of a first execution road in the hybrid structure is stored longitudinally inwardly; (2) The part of the first execution road has a vertical first execution road 10 inches in length and an orthogonal to the vertical first execution road. A small horizontal first roadway dimension that is coplanar with the longitudinal first roadway dimension in a first roadway plane and a small vertical first roadway dimension that is orthogonal to the first roadway plane; the The first area further includes: 15 (3) —Effective level ground level, which is vertically shifted in a first direction relative to the first runway plane and the first data feature, printed by the Consumers ’Cooperative of the Intellectual Property Bureau of the Ministry of Economic Affairs (A) the range of the vertical first feature size from the effective level surface is greater than 350 nm, and 20 (b) the range of the vertical first feature size from the effective level surface is less than 170 nm; And b. — Including one The second area of Erdao Road, a part of the Erdao Road has a longitudinal second Jidao size, an orthogonal to the longitudinal second Jidao size and a second track 25 plane with the longitudinal second Jidao size Inner coplanar micro horizontal second execution size, and an orthogonal -75-This paper size applies to China National Standard (CNS) A4 (210 x 297 mm) 200419559 A8 B8 C8 __D8_ VI. The scope of patent application is in this section Tiny vertical second execution dimension of the second execution plane; and wherein: C. The parent structure is configured to produce a final hybrid structure, the final hybrid structure contains: 5 (1) times Level data features, which respectively represent the processes of the data represented by the corresponding first data features, and that the data can be selectively retrieved from the Yuan-term hybrid structure; and (2)-guidance, which corresponds to the second performance The third level feature representing the range of other data can be selectively recorded in the 10 guides, and the other data can be selectively retrieved from the guide. 23. A final hybrid structure obtained by copying a parent hybrid disc such as item 22 of the patent application. 24. An intermediate mixed structure, which is copied from a parent structure such as the scope of patent application No. 22-15, and can be copied from it to the final structure of the scope of patent application No. 23. 25. — A kind of parental hybrid disc structure, including: a. — The first area that stores the information that can be selectively retrieved, by Qi Zou Zhihui, 4 members, 11 fees ^ 阼. Shizhong (1 ) One range of the data is represented in the first area by a first data 20 feature, each of the first data features includes a three-dimensional first main feature, the first main feature has a longitudinal first feature size, a A tiny lateral first feature dimension orthogonal to the longitudinal first feature dimension and coplanar with the longitudinal first feature dimension in a first feature plane, and a tiny vertical first orthogonal to the 25th feature plane Feature size, the plural number -76-This paper size is in accordance with Chinese National Standard (CNS) A4 (210 X 297 mm) 200419559 A8 B8 C8 D8 Sixth, the scope of the patent application The first information feature is along the first area A part of a first execution road in the hybrid structure is stored longitudinally; (2) the part of the first execution road has a longitudinal first execution road dimension, an orthogonal to the longitudinal first execution road dimension, and is aligned with the longitudinal direction; 5 The size of the first track The co-planar micro-horizontal first runway size in the runway plane and a micro-vertical first runway size orthogonal to the first runway plane; the first zone further includes: (3) —Effective level surface , Which is shifted vertically in a first direction with respect to 10 the first road plane and the first data feature, (a) the range of the vertical first feature size from the effective level surface is less than 250 nm, And (b) the size of the vertical first lane from the effective level 15 level is less than 170 nm; and printed by the Consumer Cooperative of the Intellectual Property Bureau of the Ministry of Economic Affairs b. — Including the second lane of the second lane , A part of the second execution path has a longitudinal second execution path size, a small horizontal section orthogonal to the longitudinal second execution path size and coplanar with the longitudinal second execution path size in a second execution path plane. The size of the second runway, and a small vertical second runway size orthogonal to the plane of the second runway; and wherein: c. The parent structure is configured to produce a final hybrid structure, The final hybrid structure contains : (3) Secondary data features, which respectively represent the ranges of the data represented by the corresponding 25 features of the first data, and the data can be from the final -77-This paper size applies the Chinese National Standard (CNS) A4 specification (210 x297 mm) (%) 200419559 A8 B8 C8 D8 6. Selective search of hybrid structures for patent application scope; and (4) a guide, which corresponds to the second guide, and represents the selectivity of the third-level features of the range of other data. Recorded in the guide, and the other information can be selectively retrieved from the guide. 26. A final hybrid structure obtained by copying from a parent hybrid disc such as item 25 of the patent application. 27. An intermediate hybrid structure obtained by copying a parent structure such as item 25 in the scope of patent application, and from which the final structure such as item 26 in the scope of patent application can be reproduced. 28. — A hybrid structure including: a. — A first area storing selectively retrievable data, (1) a range of the data is represented by a first data feature in the first area, Each of the first data features includes a 15-dimensional first major feature. The first major feature is printed by a consumer cooperative of the Intellectual Property Bureau of the Ministry of Economic Affairs toward the first feature size, and one orthogonal to the longitudinal first feature size. And a small horizontal first feature size coplanar with the vertical first feature size in a first feature plane, and a small vertical first feature size orthogonal to the first feature plane, the 20 plurality of first data Features are stored longitudinally along a portion of a first track in the hybrid structure within the first zone; (2) the portion of the first track has a longitudinal first track size and an orthogonal to the longitudinal direction The size of the first runway dimension and coplanar with the longitudinal first runway dimension in a first runway plane: 25 small horizontal first runway size, and an orthogonal to the first runway -78-本Paper size applies Chinese national standard (CNS) A4 specification (210 x 297 mm) 200419559 A8 B8 C8 _D8_ VI. Miniature vertical dimensions of the first patent application plane, of which: (a) The lateral range of the first major feature does not substantially exceed the first The horizontal extent of the road, and (b) the width of the first main feature measured at one and a half inches of the vertical first feature is not more than about one-half of the size of the first road 110% of the measured width; and b.-A second zone including a second lane, a portion of the second lane having a longitudinal second lane dimension and a perpendicular to the longitudinal second 10 lane dimension And a small horizontal second road size that is coplanar with the longitudinal second road size in a second road plane, and a small vertical second road size that is orthogonal to the second road surface. Printed by the Consumer Cooperatives of the Intellectual Property Bureau of the Ministry of Economic Affairs This paper is sized for China National Standard (CNS) A4 (210x297 mm)
TW92126271A 2003-03-18 2003-09-24 Improved hybrid discs TWI242198B (en)

Applications Claiming Priority (1)

Application Number Priority Date Filing Date Title
US10/391,691 US7016295B2 (en) 2000-04-26 2003-03-18 Hybrid discs displaying certain dimensional values

Publications (2)

Publication Number Publication Date
TW200419559A true TW200419559A (en) 2004-10-01
TWI242198B TWI242198B (en) 2005-10-21

Family

ID=37021499

Family Applications (1)

Application Number Title Priority Date Filing Date
TW92126271A TWI242198B (en) 2003-03-18 2003-09-24 Improved hybrid discs

Country Status (1)

Country Link
TW (1) TWI242198B (en)

Cited By (1)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
TWI413119B (en) * 2010-06-21 2013-10-21 Princo Corp Optical disc of thick supporting section and thin recording section

Cited By (1)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
TWI413119B (en) * 2010-06-21 2013-10-21 Princo Corp Optical disc of thick supporting section and thin recording section

Also Published As

Publication number Publication date
TWI242198B (en) 2005-10-21

Similar Documents

Publication Publication Date Title
TWI246079B (en) Improved hybrid discs, and methods and apparatus for their manufacture
JPH05314538A (en) Optical disk and its production
TW200805367A (en) Optical recording medium
TWI227487B (en) Optical recording reproducing medium, mother stamper for producing optical recording reproducing medium and optical recording reproducing device
US6414935B1 (en) Recording medium master production method and recording medium
JP2000357343A (en) Optical recording medium and master disk for production of optical recording medium
US7016295B2 (en) Hybrid discs displaying certain dimensional values
JP3997564B2 (en) Method for manufacturing optical recording medium
TW200419559A (en) Improved hybrid discs
TWI249741B (en) Optical record playing medium, mother disk for manufacturing of optical record playing medium and optical record playing device, optical record regeneration medium, original disk for manufacturing of optical record regeneration medium
TWI364031B (en) Read-only optical disc medium and method of fabricating the same
JPWO2003041064A1 (en) Optical recording / reproducing medium, optical recording / reproducing medium manufacturing stamper, and optical recording / reproducing apparatus
JP3776430B2 (en) Improved three-dimensional configuration arrangement in an optical recording structure
JP4524909B2 (en) Optical disc master manufacturing method and optical disc master exposure apparatus
JP2002197725A (en) Recording medium, master disk of recording medium and manufacturing method for recording medium
JP2005032317A (en) Optical recording and reproducing medium, stamper for manufacturing optical recording and reproducing medium, and optical recording method
JP3643179B2 (en) Multilayer optical disc and method for producing the same
TW518582B (en) Recording medium and recording medium master, and method of manufacturing recording medium
JP2001006178A (en) Method and apparatus for optical recording
JP2003157543A (en) Optical recording method, optical recording/producing medium, master disk for manufacturing optical recording/ reproducing medium, stamper for manufacturing optical recording/reproducing medium, and optical recording/ reproducing device
JPS61236026A (en) Method of recording information recording master disk
JPH11339329A (en) Device and method for exposure
JP2003173582A (en) Original disk for manufacturing optical recording/ reproducing medium, its manufacturing method, optical recording/reproducing medium manufacturing stamper substrate using the same, method for manufacturing optical recording/reproducing medium manufacturing stamper, and method for manufacturing optical recording/reproducing medium
JP2002352477A (en) Optical recording medium, original plate for manufacturing it, and recording/reproducing method
JPH09147421A (en) Substrate for optical disk and optical recording medium

Legal Events

Date Code Title Description
MM4A Annulment or lapse of patent due to non-payment of fees