201208596 ： 六、發明說明： 【發明所屬之技術領域】 本發明相關於一種發光的鞋類領域。具備耐用以及可靠之發光組合元件， 該鞋之發光組合使得鞋之發光亮度可受使用者控制，除可加強使^者的明 顯性以及安全性外，更進一步保有鞋底吸震、緩衝與反彈之優異特性。 【先前技術】 發光的鞋子對於所有年齡層的人們以及人口統計學的族群而言，基本上為 受歡迎的產品。 ~ 已知的會發光的鞋子典型地具有一個或一個以上的光源（例如：發光二極 〇 體’LEDs)、一電源(例如：一電池）以及一用以提供電力jj玄等光源的開關。 通常該等光源係位於該鞋類物件的鞋底中。已知之會發光的鞋子所引發的 一問題為該等光源於該鞋類物件之壽命易變成無法作用。吾等相信在正常 的穿戴以及奔跑的過程期間，該等光源以及該開關之間的連接會壞損，導 致外觀失色以及安全性被減弱的缺點。 ' 相較於不發光的鞋模型，已知之會發光的鞋模型因為有其等操作所需之燈 以及電源，典型係具有較龐大的體積與重量。因為對穿著會發光之鞋&子= 人們一般會考慮到鞋之外觀以及重量，亦即係有流行以及安全意識的人 們，所以增加體積以及重量會抑制人们穿著此等已知的鞋模型。因此，相 Q 關於發光鞋之意欲利益迄今都沒有被理想地實現。 對於可靠且耐用之發光鞋組合而言，除需要提供發光的利益外， 增加額外的體積以及重量。 【發明内容】 本發明的目的在於提供一種發光鞋靴的製造方法，它利用光線傳輸與 其他光傳齡㈣輸，賴方法觀絲I，成本低，級製造易 製成各種變化的圖案，發光系統的使用壽命長。 光線的種_構造來分，可分為階躍折射率型光線（SI型光線）和陡 4 201208596 麟射率型光線（GI型光線），以傳播觀分，又可分為多模型光線和單模 型光線。本發财所翻之可透躺結構騎形成之立體中空之袋體之塑 膠片材，近似SI型多模光線。SI ^{光線之折射率成階梯狀變化，如第6圖 (a)所示’其傳輸帶比GI型光線窄，但容易製造。市售之瓣光線即常 為此構造。塑勝光線之尋波原理，大致可用幾何光學說明，依光通過媒質 交界時的法則Snell定理，對第6圖⑻所示的光，可滿足下式，即： mxsin0 丨=nnxsin0π 〇 設媒質I空氣，π為水，則： ni< nn，因而 sin0=( nn/ nQxsinen〉sin0n °<6>π > θϋ<π/2 ，所以滿足下示關系 θ ι>θπ 光線從Π往I前進時，有θΙ = π/2的“（=㈣存在，心為臨界角， 表成下式 0e=sin](nn/ ηι) 於角度滿足0n>0e的光到達媒質mns界時，光已不能折射而全反射到 媒質Π，此現象稱為全反射，及SI型光線的尋波原理，亦即，光線的蕊部 折射率須大於周圓包層的折射率。 光線中的光一直滿足0n>0e的條件，光即可透過光線在光線之另一 端發光〔如第7圖（a)所示〕。板狀或具立體架構實心之塑膠光線，在光 源端照射時，光即透過光線板或具立體架構實心之塑膠光線〔如第7圖（b) 所不〕，在未塗以反射介質之透空處發光，達到點發光或面發光的要求，因 5 201208596 : 祕鞋底可触—如，以置人統組，絲馳之光_光線板傳送到 所布設之結構層，進而使鞋報產生類似光罩體與各種發光圖案之變化。 本發明的發光絲賴造方法，包括械_造，鞋幫賴造鞋底與鞋 幫的缝合，其特點是將光源組及塑膝光線或其他光傳播介質預設於鞋面底 部任-處，使鞋轨在人行進時可經由不同之控制方式激發光源組之光源發 光，並透過與光源銜接之可透光的結構層，將光傳送至該結構層所形成之 立體中红袋體並向外發散，而使姉具有類似光罩體與多重變化發光的 (3 特性。 在至少-具體實_t，本發贿供有__發光的_物件，其包括有一鞋 子的鞋面組合，該鞋面組合包括鞋面上部與底部；—鞋底組合，該鞋底組 句皮固定於該鞋聽部；—發光組合，贿光組合包財複數個光源該 等光源被連接於-導體’該等絲以及該導體被封裝於—有雛、半透明 的罩套；-控概路，該㈣電路被連接於該魏個光源，以控制該等光 源的操作模式；-可透光的結構層被夾在一鞋面以及一鞋外底之間，該可 Ο 透光的結構層為包括一上表面、下表面與一側表面之立體中空之架構，至 少一預先界定之區域設置於該上或下表面，該界定之區域向相對表面延 伸，並於周緣形成可支推該上或下表面之側壁，上述表面、界定之區域與 侧壁構造成為完全密封或至少具備一開口之立體中空之袋體，其中，— 發光組合被佈置於該鞋面組合之底部下方並置於該立體中空之袋體 面。 在至少-具體實施例中，本發明提供有用於—鞋類物件的—鞋底組合該 鞋底組合包財—鞋子峰外底；_結構層，該結構層被連接於該鞋外底， 6 201208596 縣構層具可透光騎性，為包括-上表面、下表面與，表面之立體中 空之架構，至少-預先界定之區域設置於該上或下表面，該界定之區域向 相對表面延伸，並於周緣形成可支撐該上或下表面之側壁上述表面、界 定之區域與側壁’構造成為完全密封或至少具備_開口之立體中空之袋 體，其中，一發光組合被佈置於該立體中空之袋體下表面。 在至少-紐實關巾，本發明提财製造—鞋輸件的—綠，該方法 包括有：提供-鞋外底；將-發光組合附接於該鞋外底，該發光組合包括 ° 錢數個光源’鱗光·連胁—導體，鱗絲从鱗體被封裝於 -罩套中；一控制電路’該控制電路被連接於該複數個光源，以控制該等 光源的操作模式·，以及-可透光的結構層為包括_上表面、下表面與一侧 表面之立體中空之_ ’至少—預先界定之區域設置於該上或下表面該 界定之區域向相對表面延伸’並於周緣形成可支撑該上或下表面之側壁， 上述表面、界定之區域與側壁，構造成為完全密封或至少具備—開口之立 體中空之袋體；以及將-鞋_接於該立體巾空之袋體或者於包括發光組 U 合之該鞋外底。 在至少實施射’本㈣提财用於—鞋類物件的—鞋底組合，該 鞋底組合包括有-鞋子的鞋外底；—結構層，該結構層被連接於該鞋外底， ^結構層具可透光的特性’為包括一上表面、下表面與一側表面之立體中 空之架構，至少一預先界定之區域設置於該上或下表面，該界定之區域向 姆表面延伸，並於騎«可支翁上或下表面之碰，上絲面、界 疋之區域與側壁’構造成為完全密封或至少具備一開口之立體中空之袋 體，其中’-發光組合被佈置於該立體中空之袋體側表面。 201208596 本發明之一目的係要提供發光的鞋類物件，該等物件具有特出之樣式以及 改良的安全性。本發明的另一目的係要提供發光的鞋類物件，該等物件係 有彈性的並且係、穩定可靠的，以及可避免編於與其他發光鞋類的增大體 積與重量。 在至少-具體實施例t ’本發明之-優點在於：其可解決其他已知之具備 有不想要魏大體積以及重量的發絲類翻。本伽也可解決其他已知 之發光鞋_為鞋底組合而造成的電路和統的損壞所造叙缺之可靠 〇 性之問題。該發光組合包括有該控制電路以及光源，該發光組合可被以一 可撓曲、彈性之聚合物類的材料所罩住以及保護著，該材料被放置於該鞋 底結構之彈性表面上，以致於可顯著地避免掉來自腳的作用力衝擊，藉此 增加該組合的壽命以及可靠性。 【實施方式】 本發明係騎發光_敝合，以及製造發光之_組合的方法並提供 耐久且可靠的發光作用，而該發光作用可加強使用者的明顯性以及安全 〇 性。本發明的鞋類物件較佳地具有一發光組合，該發光組合具有複數個光 源以及電路，該電路可用於控制該複數個光源、一或一個以上之可由使用 者致動的發光區域(例如該鞋面、該舌形部及/或該鞋子的鞋底）以及一電源 可被耦接於該發光組合。 圖1顯示了依照本發明之-示讎的鞋類物件。鞋類物件包括有一鞋底組合 120 ’該鞋底組合120被附接於-鞋面11()。—發光組合被佈置於鞋面11〇底 部。鞋底組合120包括有一可透光的結構層126，透過該可透光的結構層 8 201208596 126 ’可看到來自該發光組合的光線發散到該可透光的結構層126的外部。 一使用者用可致動開關140會使該發光組合作用以及停止作用，該使用者 用可致動開關140也可以位於該鞋類物件1〇〇上，例如於鞋面11〇的一後方部 分上，該後方部分係在阿基里斯腱附近。 圖2顯示了鞋底組合120的一示例性的具體實施例，該鞋底組合12〇之略圖 已呈現於上述的圖1中。鞋底組合12〇包括有可透光的結構層126，例如：被 用於球鞋中的傳統氣墊，該結構層126被夾在一鞋外底122以及一鞋面110 〇 之間。一發光組合128包括有光源129，該發光組合128被佈置於鞋底組合120 上，以使得光線被從發光組合128發散穿過結構層126。光源可包括有發光 二極體(LEDs)、光纖束或者類似的光源。鞋底組合120可選擇性地只包括有 一鞋外底122以及結構層126，或者只包括有鞋中底124以及結構層12Θ。發 光組合128可依使用者能選擇之各種不同的操作以及發光模式來操作。該鞋 類物件可被提供有一使用者用之可致動開關14〇，該致動開關14〇被連接於 發光組合128，以使該發光組合作用以及停止作用。使用者用之可致動開關 Q 丨40可位於該鞋類物件100上之各種不同的位置。舉例而言，如於圖2中所 顯示者，使用者用之可致動開關140可位於鞋面11〇的一側邊部分上，以及 被隱藏於鞋面110的材料中。而於其他的具體實施例中，使用者用之可致 動開關140可被佈置於該鞋面11〇任一位置。各種不同類型之使用者用的可 致動開關皆係適合用於本發明之鞋類物件的。據此，使用者狀可致動開 關可以係一按鈕式的開關、一撥動開關、一滑動式的開關、一壓力感測式 的開關等等。為了能輕易地選擇模式，在該發光組合可以複數種模式操作 的具體實施例中，一按鈕式的開關係較佳的。 201208596 2由將鞋底組合120形成以及連接於一鞋子的鞋面11〇，可構成依照本發明 衣成的鞋纖件。藉由將發光組合128安置於結構層126巾、絲外底122固 疋於結構層126以及難中底124D定於結構層126以絲外底122之結合 體’以使得結構層126被夾在鞋外底122以及鞋中底124之間，一示讎的鞋 底組合可被械。如對於熟習該項技術的人士而言為棚者鞋中底124 以及鞋外底122中的-者或者兩者可於吾等希望時由鞋底組合12〇中省略不 用。 〇 祕發級合128的電池或者電源可被佈胁該賴齡1GG t的任何位 置。為了進-步地減少不想要的電池斷電，在—具體實施例中，該電池13〇 被佈置S亥鞋類物件100的舌形部中。舉例而言，舌形部可被提供有一囊袋， 該小囊袋具有足以外罩住該電池的尺寸。在此具體實施例中，一控制電路 (未顯不）可被具體實施於發光組合128中，以及發光組合128被佈置於鞋底 、、且S 120之可透光的結構層126側壁如圖3顯示，例如係在鞋外底122的後跟 部分，以及被連接於電池14〇以及被連接於LEDs 129。 Q 如於該項技術中的慣例，鞋中底124可被由以下之材料中的一者或者一以 上者構成，該·#材料為.EVA(乙稀一醋酸乙烯醋，Ethylene Vinyl Acetate) 泡綿、Phylon、聚胺酯以及phyiite。鞋外底122可被由以下之材料中的一 者或者一以上者構成，該等材料為：BRS 1000或者碳纖橡膠（Carb〇n Rubber)、強化耐磨硬橡膠(sol id rubber)、DRC(耐磨橡膠化合物）、Dural〇n 或者生橡膠(Gum Ruuber)。結構層126可包括有一胺甲酸乙酯材料，該材料 典型地合併有一或者一以上的氣囊。 圖4顯示了依照本發明之一具體實施例的一示例性的發光組合4〇〇。發光組 201208596 合獅包括有複數個LEDs 410，該等LEDs 41〇被藉由一導體42〇彼此連接著， 該導體420例如係-細薄、可撓曲的導i在棚示的具體實施例中，LE])s 410以及導體420可被藉由-清楚、可撓曲之聚合物類的材料所封裝於内 部。據此，該整個發光組合4〇〇被耐久且可撓曲地罩住以及保護著。由於 此附加之耐久性以及可撓曲性，舉例而言，該發光組合棚可被佈置於一鞋 子的氣塾巾’以及可圍繞著_鞋子的部分或者整個周圍料，而沒有壞損 的危險。 Ο ^體伽較佳地包括有""可撓曲的電路條，並且導體42G可包括有為熟習該 項技術之人士所知的其他可撓曲電路。 在-些具體實施例中，發光組合棚可沿著透明的結構層126的周圍延伸而 沒有顯著地向内延伸於鞋底組合12〇中。據此，發光組合128會免於承受藉 由-使用者_所施加的就_力，以及藉此延長發光組合128的操作壽 命。 發光組合400進-步地包括有一控制電路44〇，用於控制LEDs41〇的操作。 〇 ㈣電路440可被佈置於絲類物件上的任何位置以及被電連接於導體 420。控制電路44〇被搞接於開關14〇’並且依據該開關的致動以一種或者 種以上的操作或者發光模式驅動LEDs 41〇。_電源被連接於控制電路姻 以及驅動控制電路440。一適合的電源包括有一電池，例如：一9伏特的電 池；然而，如果想要的話，可施用其他的電源。 圖4(b)顯示了依照本發_—具體實施例，導體似可被提供有—或者—以 上的聯接器422或其他將論410與電源彼此連接的連接機構创。儘管在 圖4(b)中顯示了電源與發光組合128一簡單的聯接，依據本發明，兩個或者 201208596 兩個以上的LEDs 410可被個別地串聯或者並聯連接。201208596: VI. Description of the Invention: TECHNICAL FIELD OF THE INVENTION The present invention relates to the field of footwear that emits light. With durable and reliable lighting combination components, the lighting combination of the shoes allows the brightness of the shoes to be controlled by the user. In addition to enhancing the visibility and safety of the shoes, it further enhances the shock absorption, cushioning and rebound of the sole. characteristic. [Prior Art] Luminous shoes are basically a popular product for people of all ages and demographic groups. ~ Known illuminating shoes typically have one or more light sources (e.g., LEDs), a power source (e.g., a battery), and a switch for providing power to the source. Typically the light sources are located in the sole of the article of footwear. One problem that is known with illuminating shoes is that these sources of light tend to become ineffective in the life of the article of footwear. We believe that during normal wear and running, the connection between the light source and the switch can be degraded, resulting in a loss of appearance and reduced safety. Compared to non-illuminated shoe models, shoe models that are known to emit light typically have a relatively large volume and weight because of the lamps and power supplies required for their operation. Because the shoes that shine on the wearer & = people generally consider the appearance and weight of the shoes, that is, people who are popular and safe, so increasing the size and weight will prevent people from wearing these known shoe models. Therefore, the intended interest of the phase in relation to the illuminating shoe has not been ideally achieved so far. For a reliable and durable illuminating shoe combination, in addition to the need to provide illuminating benefits, additional volume and weight are added. SUMMARY OF THE INVENTION An object of the present invention is to provide a method for manufacturing a light-emitting footwear, which utilizes light transmission and other light-transfer ages (four) transmission, and the method of viewing silk I is low in cost, and the stage manufacturing is easy to be made into various patterns, and the light is emitted. The system has a long service life. The kind of light _ structure can be divided into step-index type light (SI type light) and steep 4 201208596 ray rate type light (GI type light) to spread the view, and can be divided into multi-model light and Single model light. The money-making structure of the three-dimensional hollow bag formed by the fascinating structure of the fortune is similar to the SI multi-mode light. The refractive index of SI ^{light changes stepwise, as shown in Fig. 6 (a). The transmission belt is narrower than the GI type, but it is easy to manufacture. Commercially available flap light is often constructed for this purpose. The principle of oscillating light can be roughly explained by geometric optics. According to the Snell theorem when the light passes through the boundary of the medium, the light shown in Fig. 6(8) can satisfy the following formula: mxsin0 丨=nnxsin0π 媒media I Air, π is water, then: ni< nn, thus sin0=( nn/ nQxsinen〉sin0n °<6>π >θϋ<π/2, so the following relationship θ ι>θπ is satisfied. When there is θΙ = π/2, "(=(4) exists, the heart is the critical angle, and the following formula is 0e=sin](nn/ ηι). When the light whose angle satisfies 0n>0e reaches the medium mns boundary, the light cannot be Refraction and total reflection to the media Π, this phenomenon is called total reflection, and the principle of oscillography of SI-type light, that is, the refractive index of the core of the light must be greater than the refractive index of the circumferential cladding. The light in the light always satisfies 0n> Under the condition of 0e, the light can be transmitted through the light at the other end of the light (as shown in Fig. 7(a)). The plate-shaped or solid-shaped plastic light with a three-dimensional structure, when the light source is illuminated, the light passes through the light plate. Or a solid plastic light with a three-dimensional structure (as shown in Figure 7(b)), without reflection The quality of the light shines, to achieve the requirements of point or surface illumination, because 5 201208596: the sole of the sole can be touched - for example, to set the group, the light of the light _ light board is transmitted to the structural layer of the layout, and thus The shoe newspaper produces a change similar to the light mask body and various light-emitting patterns. The light-emitting wire-making method of the present invention comprises a machine-made, shoe-shoe-soled sole and an upper stitching, which is characterized by a light source group and a knee-light or other light. The propagation medium is preset at any position at the bottom of the upper, so that the shoe can illuminate the light source of the light source group through different control modes when the person travels, and transmit the light to the light source through the permeable structure layer that is connected to the light source. The three-dimensional red bag body formed by the structural layer diverges outward, and the enamel has a similar illuminating body and multiple changes of luminescence (3 characteristics. At least - concrete _t, this bribe has _ _ _ An article comprising a shoe upper combination, the upper combination comprising an upper portion and a bottom portion; a sole combination, the sole group is fixed to the shoe listening portion; - a lighting combination, a bribe combination, a plurality of light sources The light sources are connected The conductors and the conductors are packaged in a nested, translucent cover; the control circuit is connected to the Wei light source to control the operation mode of the light sources; The light transmissive structural layer is sandwiched between an upper and an outsole. The permeable transparent structural layer is a three-dimensional hollow structure including an upper surface, a lower surface and a side surface, at least one predefined Arranging on the upper or lower surface, the defined region extending toward the opposite surface, and forming a sidewall on the periphery that can support the upper or lower surface, the surface, the defined region and the sidewall being configured to be completely sealed or at least provided The open three-dimensional hollow bag body, wherein the light-emitting combination is disposed under the bottom of the upper combination and placed on the body surface of the three-dimensional hollow bag. In at least a specific embodiment, the present invention provides a sole assembly for a footwear article, a sole combination package, a shoe peak outsole, and a structural layer, the structural layer being attached to the outsole, 6 201208596 County The structuring layer has a permeable rideability and is a three-dimensional hollow structure including an upper surface, a lower surface and a surface, at least a pre-defined area is disposed on the upper or lower surface, the defined area extending toward the opposite surface, and Forming a sidewall on the periphery that can support the upper or lower surface, the defined surface and the sidewall are configured as a three-dimensional hollow bag that is completely sealed or at least has an opening, wherein a light-emitting combination is disposed in the three-dimensional hollow bag Lower body surface. In at least a New Zealand towel, the invention is a wealth-creating-shoe-printing-green, the method comprising: providing a shoe outsole; attaching a light-emitting combination to the outsole, the lighting combination comprising a plurality of light sources 'scale light · continuous threats - conductors, the scales are encapsulated in the sleeves from the scales; a control circuit 'the control circuit is connected to the plurality of light sources to control the operation mode of the light sources · And - the light transmissive structural layer is a three-dimensional hollow comprising - the upper surface, the lower surface and the one side surface - at least - the pre-defined area is disposed on the upper or lower surface, the defined area extends toward the opposite surface The peripheral edge forms a side wall that can support the upper or lower surface, and the surface, the defined area and the side wall are configured to be completely sealed or at least have an open three-dimensional hollow bag body; and the shoe-to-shoe is attached to the empty bag The body or the outsole including the illuminating group U. At least performing a 'fourth (fourth) fortune-for-shoes-shoe combination, the sole combination includes a shoe-outsole; a structural layer, the structural layer being attached to the outsole, ^ structural layer The light transmissive property is a three-dimensional hollow structure including an upper surface, a lower surface and a one side surface, at least one pre-defined area being disposed on the upper or lower surface, the defined region extending toward the surface of the m, and Riding the upper or lower surface of the smear, the upper surface of the filament, the area of the boundary and the side wall are configured as a three-dimensional hollow bag that is completely sealed or has at least one opening, wherein the '-light combination is arranged in the three-dimensional hollow The side surface of the bag body. 201208596 One object of the present invention is to provide illuminated footwear articles that have a particular style and improved safety. Another object of the present invention is to provide illuminating articles of footwear that are resilient and stable, and that avoid the increased bulk and weight of other illuminating footwear. In at least the specific embodiment t', the invention is advantageous in that it can solve other known hair-type turns having an undesired volume and weight. Benja also solves the problem of the reliability of other known illuminating shoes, which are caused by circuit and system damage caused by the combination of soles. The illuminating assembly includes the control circuit and a light source, the illuminating combination being covered and protected by a flexible, elastic polymer-like material placed on the elastic surface of the sole structure such that The impact from the foot can be significantly avoided, thereby increasing the life and reliability of the combination. [Embodiment] The present invention is a method of riding a light-emitting, and manufacturing a combination of light-emitting and providing a durable and reliable light-emitting effect, which enhances the visibility and safety of the user. The article of footwear of the present invention preferably has a lighting combination having a plurality of light sources and circuitry operable to control the plurality of light sources, one or more light-emitting regions actuatable by a user (eg, The upper, the tongue and/or the sole of the shoe and a power source can be coupled to the illumination combination. Figure 1 shows an article of footwear in accordance with the present invention. The article of footwear includes a sole combination 120' that is attached to the upper 11 (). - The illuminating combination is arranged at the bottom of the upper 11 . The sole assembly 120 includes a light transmissive structural layer 126 through which light from the illuminating combination is divergent to the exterior of the permeable structural layer 126. A user can use the actuatable switch 140 to combine and stop the illumination, and the user-actuatable switch 140 can also be located on the article of footwear 1 , for example, a rear portion of the upper 11 〇 Above, the rear part is near Achilles. Figure 2 shows an exemplary embodiment of a sole assembly 120, the sole combination of which has been presented in Figure 1 above. The sole assembly 12 includes a permeable structural layer 126, such as a conventional air cushion that is used in a shoe, the structural layer 126 being sandwiched between an outsole 122 and an upper 110 。. A lighting combination 128 includes a light source 129 that is disposed on the sole assembly 120 such that light is diverged from the lighting assembly 128 through the structural layer 126. The light source can include light emitting diodes (LEDs), fiber optic bundles, or the like. The sole assembly 120 can optionally include only an outsole 122 and a structural layer 126, or only a midsole 124 and a structural layer 12A. The light combination 128 can operate in accordance with a variety of different operations and illumination modes that the user can select. The article of footwear can be provided with a user operable actuating switch 14A that is coupled to the illuminating assembly 128 for the illuminating combination to effect and stop. The actuatable switch Q 丨 40 for the user can be located at various locations on the article of footwear 100. For example, as shown in FIG. 2, the user-actuatable switch 140 can be located on one side of the upper 11 , and hidden in the material of the upper 110. In other embodiments, the actuatable switch 140 for the user can be placed at any location on the upper 11 . Actuable switches for various types of users are suitable for use in the footwear of the present invention. Accordingly, the user-actuatable actuating switch can be a push button switch, a toggle switch, a slide switch, a pressure sensing switch, and the like. In order to be able to easily select a mode, in a particular embodiment in which the illumination combination can operate in a plurality of modes, a push-button open relationship is preferred. 201208596 2 A shoelet member formed in accordance with the present invention can be constructed from a shoe sole 11 that is formed by a sole assembly 120 and attached to a shoe. By placing the illuminating assembly 128 on the structural layer 126, the silk outsole 122 is fixed to the structural layer 126, and the difficult midsole 124D is positioned in the structural layer 126 to the combination of the silk outsole 122 such that the structural layer 126 is sandwiched Between the outsole 122 and the midsole 124, a sturdy sole combination can be applied. As for those skilled in the art, the sturdy midsole 124 and the outsole 122 may or may not be omitted from the sole combination 12 吾 when desired.电池 The battery or power supply of the secret level 128 can be placed at any position of the lag 1GG t. In order to further reduce unwanted battery de-energization, in a particular embodiment, the battery 13 is disposed in the tongue of the S-foot article 100. For example, the tongue can be provided with a pouch having a size sufficient to cover the battery. In this embodiment, a control circuit (not shown) may be embodied in the illumination assembly 128, and the illumination assembly 128 is disposed on the sole, and the sidewall of the permeable structural layer 126 of the S 120 is as shown in FIG. The display, for example, is attached to the heel portion of the outsole 122 and is coupled to the battery 14 〇 and to the LEDs 129. Q As in the practice of the art, the midsole 124 can be composed of one or more of the following materials: EVA (Ethylene Vinyl Acetate). Cotton, Phylon, polyurethane and phyiite. Outsole 122 may be comprised of one or more of the following materials: BRS 1000 or Carbon Rubber, sol id rubber, DRC ( Wear-resistant rubber compound), Dural〇n or raw rubber (Gum Ruuber). Structural layer 126 can include an urethane material that typically incorporates one or more bladders. 4 shows an exemplary illumination assembly 4 in accordance with an embodiment of the present invention. Illumination group 201208596 The lion includes a plurality of LEDs 410, which are connected to each other by a conductor 42 420, for example, a thin, flexible guide. The LE])s 410 and the conductor 420 can be encapsulated internally by a clear, flexible polymer material. Accordingly, the entire illuminating combination 4〇〇 is covered and protected in a durable and flexible manner. Due to this additional durability and flexibility, the illuminating combination shed can be disposed, for example, on a shoe's air damper' and around the _shoe portion or the entire surrounding material without the risk of damage. The body gamma preferably includes a "" flexible circuit strip, and the conductor 42G can include other flexible circuits known to those skilled in the art. In some embodiments, the illuminating combination shed can extend along the perimeter of the transparent structural layer 126 without significantly extending inwardly into the sole assembly 12A. Accordingly, the illuminating combination 128 is protected from the _force applied by the user _ and thereby extends the operational life of the illuminating combination 128. The illumination assembly 400 includes, in a step-by-step manner, a control circuit 44A for controlling the operation of the LEDs 41. The 四 (4) circuit 440 can be placed anywhere on the wire-like object and electrically connected to the conductor 420. Control circuit 44 is coupled to switch 14A and drives LEDs 41 in one or more operations or illumination modes in response to actuation of the switch. The power supply is connected to the control circuit and the drive control circuit 440. A suitable power source includes a battery, such as a 9 volt battery; however, other power sources can be applied if desired. Fig. 4(b) shows a connection mechanism in which the conductors may be provided with - or - a coupler 422 or other system 410 connected to the power source in accordance with the present invention. Although a simple coupling of the power supply and illumination combination 128 is shown in Figure 4(b), two or more of the 201208596 LEDs 410 can be individually connected in series or in parallel in accordance with the present invention.
基於操作或者發光模式的選擇，可產生各種不同之想要的視覺效果。據 此’控制電路440可被構形’以用任何想要的發光模式驅動LEDs 41〇。示例 性的發光模式包括有-連續的發光模式、閃爍的發賴式、—順序式的發 光模式以及諸如此類者，在閃爍的發光模式中，LEDs 41〇中的一者或者一 以上者以規律或者不規律_隔時間_，在該順序式的發纖式中，腿 410會以-預定或_的順序發光。控制電路44Q巾的細節沒有被顯示或者 描述於本文中’因為適在各種不同的發光模式中驅動腿彻的控制 電路已為在該項技術中具有普通知識者所知。 同樣地，藉由LEDs·的配置，可達成各種不同之想要的視覺效果。LE])s4i〇 ’或者可具有不同的特徵。 可具有相同的特徵，例如顏色、形狀以及強度 因此，依據想要的視覺效果’聽祕的LEDs 可餅聚在―起或者 LEDs 410被配置以形成一彩色的圖樣。同樣地類似強度的脳可被群聚 在-起或者LEDs 410可被配置成—種不同強度的的圖樣。 依照另-具體實施例，如在圖5(a)中所繪示者，發光組合可被電連接 於控制電路與電;祕〇。在—具體實施例巾，如於圖卩⑹熊价)所繪示中 更π楚地顯不者，光發絲置可包括有類似於—大型的錢線_一片材 或者4膜51G ’邮材或者薄縣由透明或半透_聚合物材料製成。而在 其他的具體實補巾，_個級餘置划可被断透光麟性為包 括上表面、下表面與—側表面之立體中空之架構，至少一預先界定之區 或„置於該上或下表面’雜定之區域向相對表面延伸，並於周緣形成可 °〜或下表面之側壁’上述表面、界定之區域與側壁，構造成為完全 12 201208596 密封或至少具備—開口之立财空之袋體，該構形具有被佈置於光發散袈 置之各別。卩間的—或者—以上飢EDs㈣。適合的材料包括有熱熔膠，該 等熱炫膠包括有乙烯_醋酸乙烯轉、聚乙烯、雜胺、塊體共聚合物以 及ΑΡΑ0〇 &錄射的每—者皆具有良好的可撓曲似及高度的清澈性或 透明〖生。可根據所想要之光錄程度以及在該發絲置巾之·的定位與 數目，選擇該發光組合500的長度。 為了使光的輪出能夠最大化，發散裝置51〇被由一不透明的光反射材料所形 〇 * ’以及發散裝置515可被由-半透明的材料所形成。在此—具體實施例 中’發光組合5〇〇被佈置於該鞋底組合12〇之結構層126上表面，以使得光的 輸出發散至半透明層126的周圍表面。 與本發明之另一觀點相連地，如在圖8中所顯示者鞋底組合12〇可為整個 透月或半透明的或者可包括有透明或半透明的區域⑽’該等透明或半透明 的區域842具有各種不_造形以及配置，以使所想要的視覺效果增強到最 大。圖8顯示了被藉由通常為不透明的圍壁841所分開的透明或半透明區域 〇 842。在—些應用例中’透明或半透明的區域842可具有-種設計的造形， 例如-商標，或者係由字母與數字所構成的符號，該等符號被配置以顯示 訊息’亦即-段話、成語或者一數值片語。示例性的訊息包括有（但不被限 疋於)雜子製造商的名字、穿鞋者的名字…隊伍名大學名或者組織 的名字或者一運動員的號碼。 轉透明或半透餐輯842可根據若干獨的目紐光。健、本發明的一 觀點，該等透明或半透明的區域可大致_致地發光，或者不同的區域可以 不同的強度層級發光。依照本發明的再另—觀點，該等翻解透明的區 13 201208596 域可同時地、有次序地或者根據任何想要的圖樣地發光。 與本發明之另-觀點相連地，如在圖9中所顯示者，一發光組合128係由 LED晶片90卜導線902，導線903，LED晶片封裝樹脂9〇5，led晶片底 座920，LED晶片連通導線930所組成一習知技術所構成並聯連接之⑽ 發光組合。 雖然本發明已被以特殊示例性以及選擇性的具體實施例之形式描述，但本 發明並不受限於該等具體實施例。特別按照前文所述之教示，熟習該項技 〇 術的人士可得到亦為本發騎包含之選擇性的具體實施例、範例以及修改 例。 熟習該項技術之人士將會了解上文所述之示繼及選雜的具體實施例的 各種改Μ或者修改僧可在不驗本剌之範•與精神的情況下被構形 出來。因此，吾等了解在_之請求_申請專概_，本發明可被有 別於本文中所特別描述者地實施。 本發明之示例性的鞋類物件包括有（但不被限於)運動鞋、便鞋、休閒靴、 〇 耐用轨(例如：登山辄或者滑雪鞋）、直排輪鞋以及四輪溜冰鞋、拖鞋、爽 腳拖鞋或者塑膠夾腳拖鞋等等。所描述者為依照本發明之一運動鞋以及用 於該運動鞋的一鞋底組合之一說明用具體實施例。 【圖式簡單說明】 圖1顯示了依照本發明之一示例性的具體實施例之—發光的鞋類物件。 圖2顯示了依照本發明之一示例性的具體實施例之另一發光的鞋類物件與 鞋底組合。 14 201208596 圖3顯示了依照本發明之—具有一被安裝於旁側之發光組合的示例性具體 實施例之一鞋類物件。 圖4顯示了依照本發明之—發光組合的示例性具體實施例之一物件。 圖4(b)顯不了依照本發明之一發光組合的聯接器示例性的具體實施例。 $ 5(a)顯不了依照本發明之另—示雕的具體實施綱—發光組合與結構Based on the choice of operation or illumination mode, a variety of different desired visual effects can be produced. Accordingly, control circuit 440 can be configured to drive LEDs 41 用 in any desired illumination mode. Exemplary illumination modes include a -continuous illumination mode, a blinking stimuli, a sequential illumination mode, and the like, in a blinking illumination mode, one or more of the LEDs 41 以 are regular or Irregular_interval_, in the sequential hair style, the legs 410 will illuminate in a predetermined or _ order. The details of the control circuit 44Q are not shown or described herein because the control circuitry for driving the leg in various different illumination modes is known to those of ordinary skill in the art. Similarly, by the configuration of the LEDs, various desired visual effects can be achieved. LE])s4i〇 ' may alternatively have different characteristics. It may have the same characteristics, such as color, shape, and strength. Thus, depending on the desired visual effect, the LEDs may be clustered or LEDs 410 configured to form a colored pattern. Similarly, similar strength enthalpies can be clustered or LEDs 410 can be configured as patterns of different intensities. In accordance with another embodiment, as illustrated in Figure 5(a), the illumination combination can be electrically coupled to the control circuitry and to the power; In the case of the specific embodiment, as shown in Figure (6) Bear Price, the light hairline may include a similar - large money line _ piece or 4 film 51G ' The postal material or the thin county is made of transparent or semi-permeable polymer material. In other specific squeegees, the _ level grading can be broken into a three-dimensional hollow structure including an upper surface, a lower surface and a side surface, at least a pre-defined area or „located The upper or lower surface of the 'different area extends toward the opposite surface, and forms a side wall of the lower or lower surface at the periphery. The above surface, the defined area and the side wall are constructed to be completely 12 201208596 sealed or at least have an open mouth The bag body has a configuration that is arranged in each of the light diverging devices. The first or second hunth EDs (four). Suitable materials include hot melt adhesives, including ethylene vinyl acetate, Polyethylene, heteroamines, bulk copolymers, and ΑΡΑ0〇& each of them has good flexibility and high clarity or transparency. It can be based on the desired degree of light recording and In the positioning and number of the hairline, the length of the light combination 500 is selected. In order to maximize the wheeling of the light, the diverging device 51 is shaped by an opaque light reflecting material* and diverging. Device 515 may be formed of a material that is translucent. In this embodiment, a 'lighting combination 5' is disposed on the upper surface of the structural layer 126 of the sole assembly 12 such that the output of light is diverged to the translucent layer. The peripheral surface of 126. In connection with another aspect of the present invention, the sole assembly 12〇 as shown in Figure 8 may be entirely moon-transparent or translucent or may include a transparent or translucent area (10)' The transparent or translucent area 842 has various shapes and configurations to maximize the desired visual effect. Figure 8 shows a transparent or translucent area separated by a generally opaque enclosure 841. 842. In some applications, the 'transparent or translucent area 842 may have a design of a design, such as a trademark, or a symbol consisting of letters and numbers, the symbols being configured to display a message' - paragraphs, idioms or a numerical phrase. Exemplary messages include (but are not limited to) the name of the manufacturer of the miscellaneous, the name of the wearer... the name of the university or the name of the organization or an athlete's The transparent or semi-transparent meal 842 can be based on a number of unique colors. According to one aspect of the invention, the transparent or translucent regions can be substantially illuminated, or different regions can have different intensities. Hierarchical illumination. In accordance with still another aspect of the present invention, the reversing transparent regions 13 201208596 may be illuminated simultaneously, sequentially, or according to any desired pattern. In connection with another aspect of the present invention, As shown in FIG. 9, a light-emitting combination 128 is formed by a conventional technique consisting of an LED chip 90, a wire 902, a wire 903, an LED chip package resin 9〇5, a led wafer base 920, and an LED chip communication wire 930. (10) Illumination Combinations Connected in Parallel. Although the invention has been described in terms of specific exemplary and alternative embodiments, the invention is not limited to such specific embodiments. In particular, in accordance with the teachings set forth above, those skilled in the art can obtain specific embodiments, examples, and modifications that are also optional for the present invention. Those skilled in the art will appreciate that various modifications and variations of the specific embodiments described above and described herein can be practiced without departing from the scope of the invention. Accordingly, we understand that the present invention may be practiced otherwise than as specifically described herein. Exemplary footwear articles of the present invention include, but are not limited to, athletic shoes, loafers, casual boots, durable rails (eg, mountaineering or ski boots), inline skates, and four-wheeled skates, slippers, Refreshing slippers or plastic flip-flops, etc. The description is directed to one embodiment of a sports shoe and a sole combination for use in the sports shoe in accordance with the present invention. BRIEF DESCRIPTION OF THE DRAWINGS Figure 1 shows an illuminated article of footwear in accordance with an exemplary embodiment of the present invention. 2 shows another illuminating article of footwear and sole combination in accordance with an exemplary embodiment of the present invention. 14 201208596 Figure 3 shows an article of footwear in accordance with an exemplary embodiment of the present invention having a light-emitting assembly mounted to the side. Figure 4 shows an article of an exemplary embodiment of a lighting combination in accordance with the present invention. Figure 4 (b) shows an exemplary embodiment of a coupler in accordance with one of the illumination combinations of the present invention. $5(a) does not show the specific implementation of the sculpt according to the present invention - illuminating combination and structure
圖5(b)顯示了依照本發明之[賴性的具體實施例的結構層。 圖5(〇顯示了依照本翻之另—示雛的具體實施例的結構層剖面。 圖6顯不了本發明伽原理圖示與說明。 圖7顯不了本發明作用原理另—圖示與說明。 圖8顯示了依照本發明之另— 合。 不例1±的具體實施儀_鞋巾底與結構層組 圖9顯示了可使用於本發明 、，口的不例性具體實施例組合。 【主要元件符號說明】 100 no 120 122 鞋類物件 鞋面 鞋底組合 鞋外底 鞋中底 15 124 201208596 126 ...結構層 128 ...發光組合 129 · · ·光源 140.. .電池與使用者用之可致動開關 400 . ·.發光組合Figure 5 (b) shows the structural layer of a specific embodiment of the repellency according to the present invention. Figure 5 (〇 shows a structural layer cross-section according to a specific embodiment of the present invention. Figure 6 shows the schematic diagram and description of the gamma principle of the present invention. Figure 7 shows the principle of operation of the present invention. Fig. 8 shows another embodiment in accordance with the present invention. A specific embodiment of the invention is shown in Fig. 9. Fig. 9 shows a combination of exemplary embodiments which can be used in the present invention. [Main component symbol description] 100 no 120 122 Footwear item upper sole combination shoe outsole midsole 15 124 201208596 126 ... structural layer 128 ... illuminating combination 129 · · · Light source 140.. . Battery and use Can be used to activate the switch 400. ·.
410 · · · LED 420 ...導線 422 · · ·聯接器1 424 · · ·聯接器2 440.. .控制電路與電源 500 ...發光組合 510 ...下表面 515 · · ·界定區域 520 . ·.上表面 530 ·..側表面 840 ·..側壁 841 .·.不透明的區域 842 ·..透明或半透明的區域 901 · · · LED 晶片 902 ...導線 1 16 201208596 903 ··.導線 2 905 . ·· LED晶片封裝樹脂 920 · · · LE：D晶片底座 930 ··· LED晶片連通導線410 · · · LED 420 ... wire 422 · · · connector 1 424 · · connector 2 440.. control circuit and power supply 500 ... lighting combination 510 ... lower surface 515 · · · defined area 520. Upper surface 530 ·.. Side surface 840 ·. Side wall 841 ·.. Opaque area 842 ·.. Transparent or translucent area 901 · · · LED chip 902 ... wire 1 16 201208596 903 · · Wire 2 905 . ·· LED chip package resin 920 · · · LE: D wafer base 930 ··· LED chip connection wire