TWM256955U - Multi-lens device for correcting short sight - Google Patents

Description

M256955 五、創作說明（1) 技術領域： 本創作為有 手術的方式，針 正使用者的聚焦 讓用眼者眼睛的 使用區間，以均 續惡化的問題， 漸恢復正常裸視 為基本架構，較 .越近越好，並 物體， 鏡，則 ，利用 final 位置處 ，則被 慣，也 成為較 •大， 察同一 由整個 均衡假 矯正視 且具一矯 依據該過 選定適當 image)產 ，而物體 設計控制 就是，視 遠距離， 使睫狀體 個物體所 視覺生理 性近視與 力效益之 關一種 對因習 ，及提 睫狀體 衡舊習 倘若只 能力的 靠近眼 可矯正 正過度 度補償 屈光度 生在視 經透鏡 轉換在 需要將 讓眼睛 及晶狀 做的運 機能的 阻止眼 實用創 多鏡片近視矯正裝置，乃係採用非 慣影響而產生的近視問題，除了矯 供使用者正常觀視的工具之外，還 及晶狀體操作在與舊有習慣相反的 慣’終止因為原來習慣造成近視持 是單純的假性近視問題，還可以逐 作用，為使用兩片透鏡形成透鏡組 睛的透鏡（lens)成凹透鏡，距離眼 視力聚焦讓使用者能清楚看到遠處 之過度補償，而距離眼睛較遠的透 ，與較近透鏡成性質相反的凸透鏡 的如是透鏡組合，讓最後成像（ 線光轴（central optic axis)較前 組轉換後的虛像（virtual image) 較遠處，以改變眼睛之前的操作習 近視者的視覺的環境由近距離延展 在感覺上，物體的位置較遠及大小 體為了聚焦而運動，而與裸視時觀 動，在另一個截然不同的區間，藉 自然運作，及均衡後的習慣而逐漸 睛轴長因習慣而不正常拉長，以達 作者。M256955 V. Creation Instructions (1) Technical Field: This creation is a surgical method. Focusing on the user ’s focus allows the user ’s eyes to use the area of the eye. The problem of continuous deterioration gradually returns to normal nakedness as the basic structure. The nearer the better, the closer the object and the mirror, then the final position is used, and it becomes larger. The inspection of the same is performed by the entire balanced falsely corrected vision and the correct image is selected based on the correction. The object design control is the long distance of vision, so that the visual physiology of the ciliary body is related to myopia and the effectiveness of the force, and the old habits of lifting the ciliary body balance. If only the ability to approach the eye can correct the positive degree of compensation and diopter Multi-lens myopia correction devices are created by the use of non-intuitive effects on myopia correction devices that are designed to prevent the eyes and the lens from operating. In addition to the tool, and the lens operation in the habit opposite to the old habit 'terminated because the original habit caused myopia to be purely false Visual problems can also be effected one by one. For the use of two lenses to form the lens of the lens group (lens) into a concave lens, focusing from distance vision allows the user to clearly see the excessive compensation in the distance, and the distance far from the eye, Such a lens combination with a convex lens that is opposite in nature to the closer lens allows the final imaging (central optic axis) to be farther away than the virtual image after the previous group conversion, in order to change the previous operation of the eye The visual environment is extended from a short distance to the senses. The position of the object is far and the large and small bodies move for focusing. They move in a completely different interval from the naked eye. They use natural operation and balanced habits. And gradually the axis length is not elongated due to habit, to reach the author.

M256955M256955

M256955 五、創作說明（3) 近視就開始要承擔可怕的風險了，然而羅馬不是一天造成 的，細究此認識，可以進一步了解到，造成近視的原因是 必須控制及改善的，否則可能會導致可怕的後果，除了病 變以及其他原因外，異常的用眼習慣是值得注意的極重要 原因’這種習性有的更會遺傳給下一代，使下一代更容易 有類似的傾向。 傳統的近視視力矯正法 凹透鏡予以矯正使其正常聚 正常觀視能力的工具。但是 鲁境，於是，使用者必須一 結果是近視的人幾乎會一直 。直接矯正視力的多焦鏡片 底反向誘導訓練習慣，均衡 已經是近視的人，少之又少 態，這就是由於傳統矯正法 上亦有許多視力訓練的機器 視力是一項獲得資訊的重要 問題，不能光為了訓練，卻 •能在有限及短時間内訓練 導致高度近視的原因之--- 的改善，因此，我們確實需 體，又可以改變舊習慣的裝 研究之必要。 是針對聚焦過前於網膜，施以 焦’此的確提供了使用者恢復 ’卻無法改變使用者的習慣與 直繼續他以往的習慣用眼，其 保持近視，甚至度數不斷增加 可以減緩同樣習慣，卻無法徹 舊習慣’在現實生活中，如果 的人會自然漸漸成為無近視狀 無法摒除舊習慣的結果。市面 或方法，困難之處在於，人的 工具，視力已經出現了模糊的 造成無法獲得資訊的問題，致 。因此，成效有限，使得人 習慣問題，很難得到徹底完八 要既可以矯正視力看得清楚= 是以針對於此，實有加 ΦM256955 V. Creation Instructions (3) Myopia is beginning to bear terrible risks, but Rome was not caused by one day. If you study this knowledge, you can further understand that the cause of myopia must be controlled and improved, otherwise it may cause terrible Consequences, in addition to lesions and other reasons, abnormal eye habits are a very important reason worth noting. 'Some of these habits will be inherited to the next generation, making it easier for the next generation to have similar tendencies. Conventional Myopia Vision Correction A concave lens is a tool that corrects normal focus and normal viewing ability. But Lu Jing, therefore, the user must have a near-sighted person almost always. Multifocal lenses that directly correct vision are used to induce training habits in the opposite direction. The balance is already myopic, and it is rare. This is because there are many vision training machines in traditional correction methods. Vision is an important issue to obtain information. It is not just for training but to be able to improve the causes of high myopia within a limited and short period of time. Therefore, we do need physical fitness and the need to change the old habits of costume research. It is aimed at focusing too far ahead of the omentum, and focusing on 'this does provide user recovery' but cannot change the user's habits and continue his previous habitual use of the eye, which maintains myopia, and even increasing the degree can slow down the same habits, However, the old habits can not be thoroughly implemented. 'In real life, if a person will gradually become the result of the old habits without myopia. The difficulty in the market or method is that the tools and vision of people have become blurred, causing problems in obtaining information. Therefore, the effectiveness is limited, making it difficult for people to get used to the problem. To correct the vision can be seen clearly = it is aimed at this, it really adds Φ

第7頁 M256955 五、創作說明（4) 内容： 有鑑於此’本倉丨作人乃積十數年從事視力研究之經驗 ，悉心分析比較測試實作，竭盡心智，針對上述問題， 求改良之方法，並經過多次之實驗試做，終於創作出 多鏡片近視矯正裝置。 本創作之主要目的在提供一種多鏡片近視矯正裝置， 乃係使用兩片透鏡形成透鏡組為基本架構，較靠近眼睛的 透鏡（lens)成凹透鏡，距離眼睛越近越好，並可矯正^力 聚焦讓使用者能清楚看到遠處物體，且具一橋正過度之、馬 鲁補償，而距離眼睛較遠的透鏡，則依據該過度補償，= 較近透鏡成性質相反的凸透鏡，利用選定適當屈光度的如 是透鏡組合，讓最後成像（final image)產生在視線^光軸（ central optic axis)較前位置處，而物體經透鏡組轉換 後的虛像（virtual image)，則被設計控制轉換在較遠處 ，以改變眼睛之前的操作習慣，使以非手術的方式，並 正常學習、工作與生活的情況下，矯正使用者的聚焦， 供使用者恢復正常觀視能力之實用創作者。 … 本創作之次要目的在提供一種多鏡片近視矯正裝置， •係讓用眼者的睫狀體及晶狀體操作在與原有習慣相反 使用區間，即不針對特定的物體，視需要將近視者的環$ 中的物體，由近距離延展成為較遠的視覺距離，以改 慣造成近視的視力問題，均衡眼球不隨意肌的運動，^， 前因習慣而影響的近視，可藉由新的習慣的影響，誘導= 制看近的睫狀肌儘量鬆弛，反向解決視力惡化問 =Page 7 M256955 V. Creative Instructions (4) Contents: In view of this, the author has accumulated more than ten years of experience in vision research, carefully analyzed and compared test implementations, and made every effort to address the above issues and seek improvements. Method, and after many experimental trials, finally created a multi-lens myopia correction device. The main purpose of this creation is to provide a multi-lens myopia correction device. The basic structure is to use two lenses to form a lens group. The lens closer to the eye is a concave lens. The closer to the eye, the better. Focusing allows the user to clearly see distant objects, and has a bridge that is too excessive, Maru compensation, and lenses that are far away from the eye, according to this excessive compensation, = the closer lens is a convex lens of opposite nature, and the selection is appropriate If the diopter is a lens combination, the final image will be generated at the front position of the central optical axis, and the virtual image after the object is converted by the lens group is designed to control the conversion In the distance, it is a practical creator who can change the user's previous operating habits in a non-surgical way and correct the user's focus in a normal study, work and life situation, so that the user can restore normal viewing ability. … The secondary purpose of this creation is to provide a multi-lens myopia correction device. • The eyelashes and lens of the eye user are operated in the opposite range from the original habit, that is, the specific object is not targeted, and the nearsighted person is required if necessary. The objects in the ring $ have been extended from a short distance to a longer visual distance in order to change the visual problems that cause myopia, balance the movement of the involuntary muscles of the eyeballs, and ^, the myopia previously affected by habit can be achieved by the new The influence of habit, induction = make the near ciliary muscle relax as much as possible, and reversely solve the problem of vision deterioration =

M256955 五、創作說明（5) 甚至終止轴長不正常增長，以避免造成深度近視所導致的 病變’若單粹只是因習慣造成的假性近視，則經過一段時 間的調整，終至完全消除近視之實用創作者。 實施方式： 為使 貴審查委員能對本創作之構造及其功效，能更 進一步的認識與瞭解，玆舉實施例配合圖式詳細說明如下 ，俾便更加了解：M256955 V. Creative Instructions (5) Even abnormal growth of the axis length is terminated to avoid the pathological changes caused by deep myopia. 'If the monoculture is only pseudo myopia caused by habit, after a period of adjustment, it will eventually be completely eliminated. Practical creator. Implementation mode: In order to allow your review committee to better understand and understand the structure and effectiveness of this creation, the following examples are described in detail in conjunction with the drawings, so as to better understand:

請配合參閱圖式所示，本創作主要為使用兩片透鏡形 馕之透鏡組為基本架構，較靠近眼睛的為凹透鏡（丨），而 較退的為凸透鏡（2) ’兩者可以同一架座安設，亦可分別 加以架置組合並保持一距離構成；其中凹透鏡（丨）距離眼 睛越趨近於零越佳’使用隱形眼鏡為較佳，而可矯正使用 者視力並加以聚焦使能清楚看到遠處物體，且具一矯正過 度之過度補償，距離眼睛較遠的凸透鏡（2)，則依據凹透 鏡（1)的過度補償值’成與較近凹透鏡（丨）性質相反的透鏡 本創作遠端凸透鏡（2)與近端凹透鏡Q)之屈光度可以 •需要相互搭配設計，另近端凹透鏡（丨）的作用是在補償 近視者此夠看々楚較返物體的能力，否則，若沒有近端凹 透鏡（1)的輔助，只使用遠端凸透鏡（2)，則使用者的視力 非但不能得到適當的矯正一時之間反而看較遠物體更加 模糊，而會影響到使用者的學習、工作與生活。且凹透鏡 (1)的設計基本上要使其屈光度過度補償正常裸視不足的Please refer to the drawings to show that this creation mainly uses two lens-shaped lens groups as the basic structure, the closer to the eye is the concave lens (丨), and the lower one is the convex lens (2). The seat is installed, and it can also be mounted and combined to maintain a distance. The concave lens (丨) is closer to zero as the distance from the eye is better. It is better to use contact lenses, which can correct the user's vision and focus. Clearly see distant objects, and have an over-compensated over-compensation. The convex lens (2) far from the eye, according to the over-compensation value of the concave lens (1), becomes a lens with the opposite properties to the closer concave lens (丨). The refractive power of the distal convex lens (2) and the proximal concave lens Q) can be designed together. The role of the proximal concave lens (丨) is to compensate the near-sighted person's ability to see the more returning objects. Otherwise, if Without the assistance of the proximal concave lens (1), and only the distal convex lens (2) is used, the user's vision can not only be properly corrected, but at a time, it will look more distant when the object is more blurred, but Affects users' learning, work and life. And the design of the concave lens (1) is basically to make its refractive power excessively compensate for the deficiency of normal naked eyes.

M256955 五、創作說明（6) 屈光度，以誘導改變用眼習慣，若沒有過度補償的輔助， 很多距離的範圍無法被適當的轉換，不隨意的眼睫肌無法 穩定的對遠物體因聚焦而穩定鬆弛運動，以致於無法充分 運用’而且，在無法正常獲得資訊的情況下，使用者报容 易就無法持之以恆，本創作的過度補償還可以產生提醒的 作用’使用者因為看近的物體會感到吃力，而會激發他想 使用凸透鏡（2)來解決看近的物體的問題，更驅使他養成 習慣。 如圖一所示，利用本創作的透鏡組合 ，———— 環联俊戚像 inal image)會產生在視線光轴（central 〇ptic axis) 較前位置處，而物體（5)經透鏡組轉換後的虛像（virtual image)(3)，則被設計控制轉換在較遠處，眼睛於是會 得到不同於裸視的物體距離與大小的感覺，睫狀體及晶狀 體為了適應而運動，嘗試調整屈光度，最後成像雖依然會 在網膜上，但在視網膜解析度為固定的情況下，視覺上物 =、的改變’直接地改變了視覺的辨識度，而本創作在 :::體的視覺遠近的同時’也具備了可以變化在網膜上 2像大小的能力’直接地控制辨識度，錢識度足夠 嘹=眼睛不需要太靠近即可獲得訊息，反之，若辨識度 息。’則主觀上’會想讓眼睛需要更靠近才方便獲得訊 從物體上反射的光，如要泫亡、ra 處理，那麼睫狀體對應的調整距=任何裝置或系統的 作則可以在不影響正常學習於實際距離，本創 為工作與生活的情況下，對於 *] 第10頁 M256955 五、創作說明（7) 我們所關心的睫狀體，提供相應較為靈敏之感覺距離轉換 ’使传睫狀體可以新的習慣’調整肌肉運動，進而改善視 力使之停止惡化。 當視力出現問題後，倘若沒有任何的工具的協助，則 因為看不清楚東西，心理上會有不確定感，實際的生活中 也不允許一個人隨時處在一種資訊斷絕的狀態，因此，視 力出現問題後，一般人還是需要矯正的。對於因習慣造成 的近視者，假設我們能經常性地，把書本放大成1〇倍放在 2公尺外，供其閱讀，他們勢必可以在不需要刻意改變生 鲁習慣的同時，很方便地改變了他們觀察物體的習慣，那 麼，久而久之便可因為不同的習慣而減輕了他們原來假性 近視的程度，對初期的假性近視，如果方法正確， 復正常裸視能力。 習用的矯正法，藉由直接減輕度數緩和肌肉緊張， 立：影響使用者學習、工作與生$，即使可以控制肌肉的 狀態，也無法提供較大的運動量來觀看遠處，特 光不正的低度數時，因為度數已經太少了，無法再提供： 下再減輕度數的空間，對於初期的假性近視並無 •，也沒有提升放大率的優勢，那是習用的矯正法不能 供的優點。此外’冑用本創作在任何時候，❹ 體時’只要去除凸透鏡⑵就可立即得到正常的遠 本創作係使用遠端凸透鏡（2)與 裝置之多鏡片組合’作為視力端正以及訓練的=為 M256955 五、創作說明（8) 時’本創作更可以施以雙焦或變焦透鏡隨時強化近距離物 體的距離轉換’改善距離轉換率’亦可以使用外加凸透鏡 ’以便隨時加強與舊習慣相反的訓練，遠端凸透鏡（2 )若 使用雙焦或多焦透鏡，可保持儘量同樣是凸透鏡，且可保 持凸透鏡（2)之屈光度範圍不要太大，因此較不易造成使 用者瞬間適應不良。另遠端凸透鏡（2)並不限定是以一般 眼鏡鏡框支撐，近端凹透鏡（1)視需要亦可不限定是各種 軟、硬式的隱形眼鏡，也可以是其他極靠近眼球的透鏡， 尚可以頭戴式的方式，支撐本創作所使用之遠端凸透鏡（2 H與近端凹透鏡（1 )。 此外，物體被放大而使得物體在視覺上的辨識度變好 ，而較不會使得使用者想要更貼近物體觀察物體細節，網 膜上產生像的的物體較大較遠，非常有利於眼球的遠距離 對焦。疋以本創作同時提供視覺上的物體放大率，比較有 利於訓練觀察習慣，使得使用者由於辨識度的誘導，而改 變用眼習慣。 本創作視力矯正的特點，是針對因習慣造成近視的視 力問題之改善為目的，均衡眼球不隨意肌的運動。除了矯 •使用者的聚焦，提供使用者恢復正常觀視能力得以正常 學習、工作與生活的工具之外，也就是看得清楚需要之物 體的情況下，還考慮到讓用眼者的睫狀體及晶狀體操作在 與原有習慣相反的使用區間。即不針對特定的物體，視需 要將近視者的環境中的物體，由近距離延展成為較遠視覺 距離。M256955 V. Creative Instructions (6) Diopter to induce changes in eye habits. Without the assistance of over-compensation, many distance ranges cannot be properly converted, and the involuntary eyelash muscles cannot be stabilized by focusing on distant objects. Relaxing movement, so that it cannot be fully used 'Moreover, in the case where information cannot be normally obtained, the user cannot easily persevere, and the excessive compensation of this creation can also serve as a reminder' The user will find it difficult to see the objects nearby It will motivate him to use a convex lens (2) to solve the problem of looking at nearby objects, and even drive him to develop a habit. As shown in Figure 1, using the lens combination of this creation, the final image of the ring-shaped Junqi image will be generated at the front position of the central optical axis, and the object (5) passes through the lens group. The converted virtual image (3) is designed to be controlled to be far away, so the eyes will get a sense of the distance and size of the object that is different from the naked eye. The ciliary body and lens move in order to adapt and try to adjust. Diopter, although the final imaging will still be on the omentum, but when the retina resolution is fixed, the change in the visual object =, directly changes the visual recognition, and this creation is in the visual distance of the body At the same time, 'also has the ability to change the size of 2 images on the omentum' to directly control the degree of recognition, and the degree of money recognition is sufficient 嘹 = the eyes do not need to be too close to obtain information, otherwise, if the degree of recognition is interest. 'Then subjectively' would want to make the eyes need to be closer to get the light reflected from the object. If you want to die or ra process, then the adjustment distance corresponding to the ciliary body = the behavior of any device or system can be Affects normal learning at actual distances. In the case of work and life, for *] page 10 M256955 V. Creation Instructions (7) The ciliary body we care about, provides a corresponding more sensitive sensory distance conversion. The ciliary body can adjust muscle movements in a new habit, thereby improving vision and stopping it from worsening. When there is a problem with vision, if there is no assistance from tools, there will be a sense of psychological uncertainty because you cannot see clearly. In actual life, a person is not allowed to be in a state of information severance at any time. Therefore, vision appears After the problem, most people still need correction. For myopia caused by habit, if we can often enlarge the book 10 times outside 2 meters for reading, they are bound to be convenient without the need to deliberately change the habits of Lulu Ground has changed their habits of observing objects. Then, over time, they can reduce their original degree of pseudomyopia due to different habits. For the initial pseudomyopia, if the method is correct, it can restore normal naked vision. The conventional correction method reduces muscle tension by directly reducing the degree. It affects the user's learning, work, and health. Even if the state of the muscles can be controlled, it cannot provide a large amount of exercise to watch the distance, and the special light is low. When the degree is too low, it can no longer be provided: There is no room for reducing the degree, and there is no advantage to the initial false myopia, and there is no advantage in increasing the magnification, which is an advantage that the conventional correction method cannot provide. In addition, 'I use this creation at any time, when I'm in the body', as long as the convex lens is removed, you can immediately get the normal far away. This creative system uses the combination of the distal convex lens (2) and the multiple lenses of the device 'as vision correction and training = for M256955 V. Creation Instructions (8) 'This creation can be enhanced with a bifocal or zoom lens at any time to strengthen the distance conversion of close-range objects' improve the distance conversion rate 'or you can use an external convex lens' to strengthen the training contrary to the old habits If the distal convex lens (2) uses a bifocal or multifocal lens, it can be kept as convex as much as possible, and the refractive range of the convex lens (2) can be kept not too large, so it is less likely to cause the user's instant maladjustment. The distal convex lens (2) is not limited to being supported by a general spectacle frame, and the proximal concave lens (1) may not be limited to various soft and hard contact lenses, as well as other lenses that are close to the eyeball. The wearing style supports the distal convex lens (2 H and near-concave lens (1)) used in this creation. In addition, the object is magnified to make the object's visual recognition better, which does not make the user think In order to observe the details of the object closer to the object, the object produced on the omentum is larger and farther, which is very conducive to the long-distance focusing of the eyeball. 疋 This creation also provides visual object magnification, which is more conducive to training observation habits, making The user changes his or her eye habits due to the induction of recognition. The characteristic of this vision correction is to improve the vision problems of myopia caused by habits, and to balance the movement of the involuntary muscles of the eyeballs. In addition to correcting the user's focus , In addition to providing users with the tools to restore normal viewing ability to normal study, work and life, that is, to clearly see what is needed In the case, it is also considered to allow the eye user's ciliary body and lens to operate in a use interval opposite to the original habit. That is, instead of targeting specific objects, the objects in the environment of the near-sighted person can be extended from a short distance to become Longer visual distance.

第12頁 M256955 五、創作說明（9) -— 本創作可以分階段、漸進式地加強與舊習慣相反的訓 練，因此較易達到使用者適應良好。另遠端凸透鏡（2 )與 近端凹透鏡（1 )可以視需要單獨針對一眼相互搭配設計以 達到預期的效果，也就是說可以分別為兩眼，視需要獨立 投計成透鏡組。為了改善輻湊，即兩眼視線夾角的問題， 則可在凸透鏡（2)前後，如圖二所示，裝置一稜鏡（6)，藉 折射角度改變入射角度，形成近距離更小的夾角，即視線 不需在近距離過度向内集中，使實際近距離轉換較為自然 — 而本創作最終的目的乃是追求把所有的透鏡全部去除 ’以矯正近視為例，實際使用本創作實驗成果是2年後降 低了 1 0 0度到1 5 0度，對於初期的假性的近視則在一個月到 三個月後，降低25度到50度，致是一項簡單可行的方法。 按專利法第九十七條有明文規定：『稱新型者，謂對 物品之形狀、構造或裝置之創作或改良。』而本創作從未 見於市場及刊物上’除採用非手術的方式，竭正使用者的 聚焦，提供使用者恢復正常觀視能力的工具之外，還能讓 用眼者的睫狀體及晶狀體操作在與舊有習慣相反的使用區 樣，以均衡舊習慣，最終得以達到把所有的透鏡全部去除 ’是以功效上有明顯提升，充分符合新型專利之創作或改 良要件^ 綜上所述，以上所舉者儘乃本創作之了部份實施例， 但並非用以限制本創作，致依本創作之創意精神及特徵， 稍加變化修飾而成者，亦應包括在本專利範圍之内。 M256955 圖式簡單說明 圖一係本創作實物與透鏡組成像實施例之侧視示意圖。 圖二係本創作實物與稜鏡透鏡組成像實施例之上視示意圖 〇 (1)--凹透鏡 （2)--凸透鏡 （3)—虛像 (4)--眼睛 （5)--物體 （6)- -稜鏡Page 12 M256955 V. Creation Instructions (9) --- This creation can gradually and gradually strengthen the training contrary to the old habits, so it is easier for users to adapt well. In addition, the distal convex lens (2) and the proximal concave lens (1) can be designed for each eye separately to achieve the desired effect, that is, they can be two eyes, respectively, and can be independently calculated into lens groups as needed. In order to improve the convergence, that is, the angle of sight between the two eyes, before and after the convex lens (2), as shown in Figure 2, a device (6) can be used to change the incident angle by the angle of refraction to form a smaller angle at a close distance. That is, the sight does not need to be excessively inwardly focused at close distances, so that the actual close-range conversion is more natural-and the ultimate goal of this creation is to pursue the removal of all the lenses' to correct the close-up as an example. The actual results of using this creative experiment are 2 After the year, it was reduced by 100 degrees to 150 degrees, and the initial false myopia was reduced by 25 degrees to 50 degrees after one month to three months, which is a simple and feasible method. According to Article 97 of the Patent Law, it is clearly stated: "A person who claims to be a new type refers to the creation or improvement of the shape, structure or installation of an article. "This creation has never been seen in the market and in the publications." In addition to using non-surgical methods to exhaust the focus of the user and provide users with tools to restore normal viewing ability, it also allows the eyelashes and The lens is operated in a use area that is opposite to the old habits to balance the old habits. In the end, all the lenses can be removed. This is a significant improvement in efficacy, which fully meets the requirements for the creation or improvement of new patents. ^ In summary The above are all examples of this creation, but they are not intended to limit the creation. Those who are modified according to the creative spirit and characteristics of the creation should also be included in the scope of this patent. Inside. M256955 Brief Description of Drawings Figure 1 is a schematic side view of an embodiment of the composition of the real object and the lens. Figure 2 is a schematic top view of the embodiment of the composition of the real object and the 稜鏡 lens. (1)-concave lens (2)-convex lens (3)-virtual image (4)-eye (5)-object (6) )--稜鏡

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Claims (1)

M256955 六、申請專利範圍 1· 一種多鏡片近視矯正裝置’為使用前後兩片相距有 適當距離透鏡組成之透鏡組，而安設較靠近眼睛的透鏡係 使用凹透鏡，距離眼睛越近越妤，用以矯正視力聚焦讓使 用者清楚看到遠處物體，並具/矯正過度之過度補償，而 距離眼睛較遠的透鏡，則依據該過度補償成與較近透鏡性 質相反的凸透鏡，經選定適當屈光度的如是透鏡組合，最 後成像會在網膜視線光轴較前位置處，而物體經透鏡組轉 換後的虛像，則被設計控制轉換在較遠處為其特徵者。 2·如申請專利範圍第1項所述之多鏡片近視矯正裝置 *其中該在距離眼睛較遠的透鏡前後加有其他的稜鏡，經 ，變光的折射角度，以改變兩眼視線夾角，使距離鲂 為自然者。 啊俠牧 ^如申請專利範圍第i項所述之多鏡片近視矯正 其中該遠端透鏡可以是雙焦、多焦透鏡者。 、 由2申请專利範圍第丨項所述之多鏡片近視矯正 、 距離眼睛較遠的透鏡外，再加有凸透鏡者。、M256955 6. Scope of patent application 1. A multi-lens myopia correction device is a lens group consisting of two lenses with a proper distance between the front and back, and a lens set closer to the eye uses a concave lens. Focusing with corrected vision allows the user to clearly see distant objects with overcompensation for overcorrection. For lenses that are farther away from the eye, a convex lens with the opposite properties to the closer lens is selected based on the overcompensation. An appropriate refractive power is selected. If it is a lens combination, the final imaging will be at the front of the ophthalmic line of sight optical axis, and the virtual image of the object converted by the lens group is designed to control the conversion at a distance to be its characteristic. 2. The multi-lens myopia correction device as described in item 1 of the scope of the patent application *, wherein other lenses are added before and after the lens farther from the eye, and the refractive angle of the light is changed to change the angle of sight between the two eyes. Make distance a natural person. Ah Xia Mu ^ The multi-lens myopia correction as described in item i of the patent application range, wherein the distal lens may be a bifocal or multifocal lens. 2. The multi-lens myopia correction described in item 2 of the patent application 2 and the lens far away from the eye, plus a convex lens. ,