200534908 九、發明說明： 【發明所屬之技術領域】 本&月大肢上疋有關於像是汽球之可以充氣之塑膠袋 的領域，且更特別的是有關於能夠㉟亮其冑㈣㈣ 袋。 #本發明的目標亦在於提供包含有將此種可充氣塑膠袋 附著到像是天花板之機構的一種賀卡。 【先前技術】 ^ :彈丨生而可充氣的汽球在傳統上係藉著焊接二件薄塑 膠材料片（例如以密拉（Mylar®)製造的）而獲致，該塑 膠村料可以被印刷或以纟有顏色的塑膠或金屬材料製作。 為了要藉著將使用者吹出的空氣導人來進行—種手動的充 氣，一個自行密封闊係被提供在該二件材料片的周圍上。 為了要加強物體美學上的外觀，該等材料片係被模造或是 根據一種會引起聯想的外型輪廓（像是一個太陽、一顆心 或是一朵花）而被切割。 β為了要改善對於大眾的吸引力，已經為吾人所知道的 疋將一個發光的燈泡或是發光二極體結合於該汽球内部。 已經有不同的解決方案被提出來實施此種裝備，如同描述 於美國第Μ82,065號專利或是美國f 5,8〇7，157號專利之 中者。然而，尤其是在考慮到觸發及中斷機構時，該發光 機構的的配置是很複雜的並且並不可靠。 此外，這些解決方案並不會提供任何令人驚訝或是特 殊的照明效果，而只是會提供一種在—個袋子中之簡單光 200534908 源的效果。 【發明内容】 、，為了要藉著簡單且可靠的連接（中斷）機構來大大地 杧力：㈣發光汽球的裝飾、娛樂、或是廣告效*，本發明 '、 了 &仏種自行供給能量的發光裝置，該發光裝置 係此夠產生一種在該汽球上之發射光線的多重反射，以便 於加成光線的效果，尤其是一種閃爍的效果。 更加具體的是，本發明的目的係相關於一種含有至少 一個毛光衣置之可以充氣的汽球，並且該汽球是藉著焊接 二^無彈性塑膠部分而獲致的，前述的塑膠部分具有一個 界疋於-個幾何中心周圍的周圍外型輪廓並且被提供有一 個自行密封閥，其中，《中—個塑膠部分 透明的（如同結霜的玻璃或是嘴沙的表面），並j = 2路邛刀只質上係被印刷或是以具有顏色的 ::製作而形成-個内部反射的表面，並且其中，：:： :置/、有個被黏附到其中一個無彈性塑膠部分的基部 =且被提供有—個將該發光二極體（leds)與—個由一個 -池提供能量的電子電路相耦接的活動，閒置開關。 根據較佳實施例： -該電子電路是一種產生電壓脈衝來連續地觸發該 s的閃光器電$，其較佳地是根據一種圓形配置方式 =置在-個支撐件上、具有—種任何形 而沒有尖銳的邊緣，尤其是一個圓盤； 輪廊 '-種發光裝置’其係實質上被座落在其中一個無彈 200534908 性塑膠部分的中心上，用以容許等向地傳送光線； /-當-個發光裝置是位於透明件的表面上時，一個遮 罩係存在於或形成於前述的透明邮 边5 σ卩分上，以便於將發光裝 置對外側隱藏起來； —從該發光裝置處發射出來的 ⑺®木的光束係破配置在該發光 裝置前方之無彈性部分的反射矣 旧汉射表面反射多次，並且接著被 再次發射而橫越透明的無彈性部分； -發光二極體配置於其上的支撐件係為彎曲的，以便 於尤其是當被反射表面再次發射出來時，容許可以發射出 較多的光線； —一個磁鐵係被提供，用 用乂將，飞球保持在一個金屬表 面上； 一一個可以自行充氣的系統係被提供； 一該活動/閒置開關係Α 關係為推入，拉出、螺絲操作或是 絶緣的類型。 根據另一個方向，太旅0日+ 4 Χ亦相關於一種含有用於附著 叫固可以充氣之汽球之機構的賀+，尤其是—種上文所描 述的可充心讀’以及用以將前述的汽球保持在尤立是一 個天花板或是一個金屬表面的機構。 /' 【實施方式】 參照圖卜根據本發明叫_子料域汽球ι〇 有一個發光裝置30，該菸古挞里於、丄 X 政置係被附著到内部反射部分 52的大約幾何中心、5" …ί丨刀 並且被k仏有五個發光二極體 32 ’该寺發光二極體係沿著一 者個®盤34的周圍而規則地 200534908 配置。因而容許了在周圍傳送光線。 被配置在後側處的反射部分是以密拉（ 的，並且#霜芸丨V ^ 0 ^ 7衣ie 聚乙烯”:： 色的金屬層。以塑膠材料（例如 “的透明部分53係覆蓋住要被定位在圖式之 :::亡的反射部分52。二個無彈性的材料片係 :者它們的外型輪“ 4皮谭接起來，以並於形成—個心 個自仃松封閥70係被定位在前述心型的尖銳端部12 :二種間是以二個薄的❹72製造的’而該等條帶為 :且透明的塑膠材料。該等條帶72係沿著縱向側邊η 被知接在-起，以便於界定出—個縱向的Μ，而空^ 能夠橫越該通道而被噴吹㈣。該等條帶係延伸於汽球1〇 的内側及外側’且係被結合到一個外側吸I Μ，而該外側 吸管的最後部分是以一個頂端件75。該吸管也可以被結合 」反射邛刀52及透明部分53，並且藉著一個圓錐體⑽的 鲁助而保持在適當的位置之中，而該圓錐冑8〇係被一個 D 4 ^位82堵基住。該圓柱形部位82係被製作成藉著 縱向狹長孔83的存在而為可撓曲的。 #圖Z的側視圖與圖1所示的汽球所不同的是，該發光 裝置並不是被固定到反射部分52,而是被固定到透明部分 53，以便於在前述的反射部分52上產生較大的反射。 除了已經在上文之中描述的之外，圖2係更加特別地 顯示出該發光裝置30的外部結構：該圓盤34係帶有一個 凸出的曲該基部36是以二個部件36a A 36b製成的， 200534908 該二個部件係一起配合而形成一個開關；以及，一個在該 透明部分Μ上的選擇性遮罩51係藉著—種雙重反射而增 進中央的輕射。該基部36係被黏在該透明部分Μ面向該 遮罩51的内部面上。 母個發光二極體係發射出被反射在該銀色部分52上的 束光束反射的區域33是在反射部分52 發送出去而位於-個環繞汽球的一個大型半空間中，^ 猎著被反射在該遮罩上並且在該銀色部& 52 #射出去的 中央光束Bjl而完成。 因此，光線可以從幾乎在該汽球之前的任何地方被看 心光線係被配置在發光裝置前方之無彈性部分的反射表 面反射多次’並且接著被再次發射而越過無彈性的透明部 分。 、A如同顯示在圖3a及圖3b中之根據本發明之發光裝置 :第-示例’開關36是一種推入，拉出的活動，間置開 ^。該開關係將發射光線的發光二極體32耗接到一個電 電路40’該電子電路4〇係由一個電池4ι經由一個耦接 電路而被供給能量’其中，該耦接電路係包含有一個適* 的電阻器43並且被製作成二個的半電路42a及4几。田 電路40可以藉著一個晶片（未顯示於圖中）而被控制 ’以便於改變發光二極體的發射類型：多次閃爍系统（ ^發光二極體係被交替地觸發）、漸進式（從高到低或 Μ低到高）的光線強度、或漸進式地改變顏色（藍—綠 、黃-紅）。最後的這個方案係使用—種在呼叫警告的電 10 200534908 k領域中被發展出來的電路。為了要觸發一種光線發射類 型’ 一個後方按紐46係被提供並且被拉出一次、二次、 或是數次，用以達到所希求的發射狀態。 該開關是以二個圓柱形部件36a及36b製成的，而其 中一個圓柱形部件會滑入另一個中❶電池4丨、電子閃爍器 4〇電阻為43以及半個電路42a係被包覆在一個殼體45 之中，而該殼體45係整合於該開關36的圓柱形部件36a 之中，另一個圓柱形部件36b係被耦接到該圓盤34已將 半個電路42b連接到發光二極體32。 在圖3a之中，該等滑動的圓柱形部件36a及36b係位 於遠處的位置之中：分別被支柱38a及娜保持在適當位 置之中之半個電路42a & 42b的各個接觸墊37a及37b係 被配置成面對於彼此。當將圓# 34朝向殼體45(箭頭A!， 圖推重力時，該等接㈣W及37b中的其中之i會滑 入另-個之中’直到圓柱形部件36a的突伸端#州被引 導到該開關之第二個圓柱形部件鳩的一個環形凹槽规 之中為止。在這個時候，該等接觸墊％ & 3%係被放置 Μ觸之中（參見圖3b) ’並且該等半個電路係被連接起 /以便於形成—個連續的_接電路42。該閃爍器電路4〇 t因此會產生電屢脈衝’用以連續地觸發根據—個在該圓 盤34上的圓形配置方式而被配置的該等發光二極體32。 圖心及圖4b係顯示出另―個例子的發光裝置，直係 被提供有分別位於一個間置位置 八” Μ /在動位置之中的碟 絲開關66。其他的元件係分別與 ’、 、口相及圖3b的對應元件 200534908 相同’並且指定以相同的元件參考符號。 該開關是以二個互補的圓柱形部件66a及66b組成的， 4等部件係具有螺紋以互相配合。當圓盤被轉動時（箭頭 A2 ) ’第二個圓柱形部件66b係以螺紋被旋入第一個圓柱 形部件66a之中。當該等接觸墊37a及37b被放置於接觸 之中柑（麥見圖4b)，該電路42係容許該閃爍器電路4〇 連續地觸發該等發光二極體32。 圖5a及圖5b係顯示出又另一個例子的發光裝置，其 係被提供有分別位於一個閒置位置與一個活動位置之中的 接觸開關96。@ 3a及圖3b的對應元件係具有相同的元件 參考符號。 在這個例子之中，該開關係位於殼體45内側，並且介 灰叙體與圓盤之間的連結件是一個連續管件丨〇6。 S開關是以二個被一個絕緣凸塊97分開的接觸墊96a 及96b所組成的，該絕緣凸塊97係被引導通過一個狹長 孔97s。其中一個接觸墊（9讣）係被連結到一個橋基％ 而通過一個彈簧99，該彈簧99係加壓這個接觸墊96b抵 抗另一個接觸墊96a。為了要穩定化其關係，該接觸墊96b 及该橋基98也會藉著一個滑動公母桿件系統1〇〇而連 結。 當该絕緣凸塊97被抽拉離開時（圖5b，箭頭A3 )， 該滑動系統係會擴張，並且該等接觸墊96a及96b會藉著 彈貫99所施加的壓力而被放置在接觸之中並且保持在接 觸之中。因此，開關係為開啟者並且閃爍器電路會連續地 12 200534908 觸發該等發光二極體。 為了要改良可充氣汽球的效用，該汽球 個贺卡之中，如同顯示於……中的例：:= 用此種含有用於將此種汽球附著到天花板之機構的賀卡之 不同步驟係被顯示出來·· 二個矩形的覆蓋61，該等覆蓋 •’一個虛線63係沿著該邊緣而 一該贺卡60係呈現出 係藉著邊緣62而黏在_起 被打上齒孔（參見圖6a);200534908 IX. Description of the invention: [Technical field to which the invention belongs] This & moon's limbs are related to the field of inflatable plastic bags like balloons, and more particularly to the ability to highlight their bags . # It is also an object of the present invention to provide a greeting card including a mechanism for attaching such an inflatable plastic bag to a ceiling-like mechanism. [Prior art] ^: The inflatable and inflatable balloon is traditionally obtained by welding two thin plastic material pieces (such as made of Mylar®), which can be printed Or made of colored plastic or metal materials. In order to conduct by hand the air blown out by the user-a manual filling, a self-sealing frame is provided around the two pieces of material. In order to enhance the aesthetic appearance of the object, the sheets of material are molded or cut according to a contour that is reminiscent of an object, such as a sun, a heart, or a flower. In order to improve the attractiveness to the public, β has been known to me. 疋 A light bulb or light emitting diode is combined inside the balloon. Different solutions have been proposed to implement such equipment, as described in U.S. Patent No. M82,065 or U.S. Patent No. 5,708,157. However, especially when the triggering and interrupting mechanism is considered, the configuration of the light emitting mechanism is complicated and unreliable. In addition, these solutions do not provide any surprising or special lighting effects, but only provide the effect of a simple light 200534908 source in a bag. [Summary of the Invention] In order to greatly strengthen the power through a simple and reliable connection (interruption) mechanism: decoration, entertainment, or advertising effects of luminous balloons, the present invention ', 了 & A light-emitting device that supplies energy. The light-emitting device is capable of generating multiple reflections of the emitted light on the balloon to facilitate the addition of light, especially a flickering effect. More specifically, the object of the present invention relates to an inflatable balloon containing at least one woolen garment, and the balloon is obtained by welding two non-elastic plastic parts. The aforementioned plastic part has A boundary is surrounded by a contour around a geometric center and is provided with a self-sealing valve, in which the plastic part is transparent (like frosted glass or the surface of mouth sand), and j = The 2-way trowel is printed on the surface or is made with color :: made to form an internally reflective surface, and where ::::: //, there is one that is adhered to one of the inelastic plastic parts The base part is provided with an activity that couples the light emitting diodes (leds) with an electronic circuit provided with energy by a battery, an idle switch. According to a preferred embodiment: the electronic circuit is a flasher that generates a voltage pulse to continuously trigger the s, which is preferably based on a circular configuration = placed on a support, with a Any shape without sharp edges, especially a disc; the perimeter '-light-emitting device' is essentially located in the center of one of the non-elastic 200534908 sex plastic parts to allow isotropic transmission of light /-When a light-emitting device is located on the surface of a transparent member, a mask is present on or formed on the aforementioned transparent post 5 σ 卩 to facilitate hiding the light-emitting device from the outside;- The light beam of the ⑺® wood emitted from the light emitting device breaks the reflection of the inelastic portion arranged in front of the light emitting device. The old Chinese surface reflects multiple times and is then re-emitted to cross the transparent inelastic portion; The support on which the diode is arranged is curved so as to allow more light to be emitted, especially when the reflected surface is emitted again;-a magnet system is provided Qe use with the flying ball is kept in a metal surface; a self-inflating a can-based system are provided; one of the active / idle apart relationship Α relationship pushed, pulled, or insulating type of screw operation. According to another direction, Tailu 0th + 4X is also related to a congratulatory + containing a mechanism for attaching a solid inflatable balloon, in particular-a kind of mindful reading described above and used to The mechanism for holding the aforementioned balloons on a ceiling or a metal surface. [Embodiment] With reference to the drawing, according to the present invention, there is a light-emitting device 30 in the sub-balloon balloon, and the tobacco tart is attached to the approximate geometric center of the internal reflection portion 52. "5 ..." The knife is also equipped with five light-emitting diodes 32 'The temple light-emitting diode system is regularly arranged along the periphery of one ® disc 34 200534908. This allows light to be transmitted around. The reflecting part arranged at the rear side is made of mil (and # 霜 芸 丨 V ^ 0 ^ 7 clothing ie polyethylene ": a colored metal layer. It is covered with a plastic material (such as" The transparent part 53 is covered by The living part to be positioned in the pattern ::: dead reflection part 52. Two inelastic sheets of material: their appearance wheels "4 Pi Tan are connected together and formed-a heart and a heart The sealing valve 70 is positioned at the sharp end 12 of the aforementioned heart shape: the two kinds are made of two thin cymbals 72, and the strips are: and a transparent plastic material. The strips 72 are along the The longitudinal sides η are known to be connected to each other in order to define a longitudinal M, and the space ^ can be blown across the channel. These strips extend on the inside and outside of the balloon 10 'And it is coupled to an outer suction IM, and the last part of the outer straw is a top piece 75. The straw can also be combined "" reflective trowel 52 and transparent part 53, and stunned by a cone Lu Zhu was held in place, and the conical 胄 80 system was blocked by a D 4 ^ position 82. The cylindrical portion The 82 series is made flexible by the presence of the longitudinal slits 83. #The side view of FIG. Z differs from the balloon shown in FIG. 1 in that the light emitting device is not fixed to the reflecting portion 52 Instead, it is fixed to the transparent portion 53 so as to generate a larger reflection on the aforementioned reflecting portion 52. In addition to what has been described above, FIG. 2 shows the light-emitting device 30 more specifically. External structure: The disc 34 is provided with a protruding curve. The base 36 is made of two parts 36a A 36b. 200534908 The two parts are mated together to form a switch; and one is in the transparent part. The selective mask 51 on M enhances the central light emission by a double reflection. The base 36 is adhered to the inner surface of the transparent portion M facing the mask 51. The light emitting diode system emits The area 33 reflected by the beam reflected on the silver portion 52 is sent out by the reflecting portion 52 and is located in a large half-space surrounding the balloon, hunting and being reflected on the mask and in the Silver Department & 52 #shot out The central beam Bjl is completed. Therefore, the light can be reflected from the reflective surface of the inelastic portion arranged in front of the light emitting device multiple times from almost anywhere before the balloon, and then emitted again to pass over the The elastic transparent part, A, as shown in Fig. 3a and Fig. 3b, the light-emitting device according to the present invention: the first example-the switch 36 is a push-in, pull-out activity, indirectly opened. The open relationship will emit The light emitting diode 32 of the light is consumed by an electrical circuit 40 ', which is powered by a battery 4m through a coupling circuit', wherein the coupling circuit includes a suitable resistor 43 is also made into two half circuits 42a and 4a. The field circuit 40 can be controlled by a chip (not shown in the figure) to facilitate changing the emission type of the light-emitting diode: multiple flashing systems (^ the light-emitting diode system is alternately triggered), progressive (from High-to-low or M-to-high) light intensity, or change color gradually (blue-green, yellow-red). This last solution uses a circuit developed in the field of call warning electricity. To trigger a type of light emission, a rear button 46 is provided and pulled out once, twice, or several times to achieve the desired emission state. The switch is made of two cylindrical parts 36a and 36b, and one of the cylindrical parts will slide into the other. The battery 4 丨, the electronic scintillator 40 has a resistance of 43 and a half circuit 42a is covered. In one housing 45, which is integrated into the cylindrical member 36a of the switch 36, the other cylindrical member 36b is coupled to the disc 34, which has half of the circuit 42b connected to Luminescent diode 32. In FIG. 3a, the sliding cylindrical members 36a and 36b are located in a distant position: each contact pad 37a of the half circuit 42a & 42b held in place by the pillar 38a and Na respectively. And 37b are arranged to face each other. When the circle # 34 is directed toward the casing 45 (arrow A !, the figure pushes gravity, one of the couplings and 37b will slide into the other 'until the protruding end of the cylindrical member 36a # 州Is guided into an annular groove gauge of the second cylindrical part of the switch. At this time, the contact pads & 3% are placed in the M contact (see FIG. 3b) 'and These half circuits are connected / convenient to form a continuous circuit 42. The scintillator circuit 40t will therefore generate electrical pulses' for continuous triggering based on a disc 34 The light-emitting diodes 32 are arranged in a circular arrangement. The center and the figure 4b show another example of a light-emitting device, and the direct-line system is provided with a spaced position of eight inches each. Position of the disc wire switch 66. The other components are the same as ',, and the corresponding components 200534908 of Figure 3b' and designated with the same component reference symbols. The switch is two complementary cylindrical parts 66a And 66b, 4 and other parts are threaded to cooperate with each other. When When the disc is rotated (arrow A2) 'The second cylindrical member 66b is screwed into the first cylindrical member 66a. When the contact pads 37a and 37b are placed in contact with the orange (Mai see Fig. 4b), the circuit 42 allows the scintillator circuit 40 to continuously trigger the light-emitting diodes 32. Fig. 5a and Fig. 5b show still another example of a light-emitting device, which is provided with one light-emitting device respectively. The contact switch 96 in the idle position and in an active position. The corresponding components of @ 3a and Figure 3b have the same component reference symbols. In this example, the open relationship is located inside the housing 45, and the gray narrative and The connecting piece between the discs is a continuous pipe. 〇6. The S switch is composed of two contact pads 96a and 96b separated by an insulating bump 97, which is guided through an elongated hole. 97s. One of the contact pads (9 讣) is connected to a bridge base and passed through a spring 99 which pressurizes the contact pad 96b against the other contact pad 96a. In order to stabilize its relationship, the contact Mat 96b and the bridge base 98 It will be connected by a sliding male and female rod system 100. When the insulating bump 97 is pulled away (Figure 5b, arrow A3), the sliding system will expand, and the contact pads 96a and 96b Will be placed in contact and kept in contact by the pressure exerted by the penetrating 99. Therefore, the open relationship is the opener and the scintillator circuit will continuously trigger the light emitting diodes 12 200534908. In order to Improve the effectiveness of the inflatable balloon, the balloon greeting card, as shown in the example: = = different steps using this greeting card containing a mechanism for attaching the balloon to the ceiling Shown ... Two rectangular coverings 61, such coverings • A dashed line 63 is along the edge and a greeting card 60 is shown to be perforated by the edge 62 (see Figure 6a) );
—該邊緣62係藉著沿著該虛線抽拉邊緣而被撕開（泉 見圖6b); 少 —該貨卡係被完全撕開（參見圖6c)，讓覆蓋61 ^ 打開，接著/飞球1〇出現，其係被一個繩子13連結到該; 卡（參見圖6d); 。亥八球1 〇從贺卡60被取出（箭頭a4 )，汽球j 的開關被設定為開啟，用以觸發該等發光二極體，並幻— The edge 62 is torn by pulling the edge along the dotted line (see Figure 6b); less — the cargo card is completely torn (see Figure 6c), let the cover 61 ^ open, then / fly Ball 10 appears, which is tied to the card by a rope 13 (see Figure 6d); The eight ball 10 is taken out of the greeting card 60 (arrow a4), and the switch of the balloon j is set to on to trigger the light-emitting diodes and
球係被充氣；—個維持系統14係被連結到該汽球，該》 統是以一個繩+ ] 4 Q y 千14a及一個墊子14b所組成的，且帶有一 個黏著表面14c (參見圖6e)，如同顯示在圖6e的放大g 中们鉤扣14α係被提供在該塾子1 4b上，用以夾住詞 、或疋逐漸地，一個磁鐵1 6係被提供在該汽却 ㈣m著㈣的吸引將該汽球保持在對於任何全 屬表面（冰箱等等）的接觸之中；以及 么、δ亥黏者表面14c的-個保護用條帶（未顯示於圖中: 係被移除，並且_ & : 亥黏者表面係被黏到該天花板1 10，以便 13 200534908 於展示發光的汽球以及被保持在該天花板的贺卡。 本發明並不限定於所描述及所展示的實施例。可以在 本發明的範之内實現各種組合的發光裝f，並且可以使 用各種類型的光線觸發電路（連續的以及/或不連續的）。 此外，可以使用不同的顏色’以便於實現某種類似煙火的 裝置。The ball system is inflated; a maintenance system 14 system is connected to the balloon, the system is composed of a rope +] 4 Q y thousand 14a and a cushion 14b, and has an adhesive surface 14c (see figure 6e), as shown in the enlarged g of FIG. 6e. Hooks 14α are provided on the rafters 1 4b to hold the word, or 疋 gradually, a magnet 16 series is provided on the steam ㈣m. The attraction of the trap keeps the balloon in contact with any surface (refrigerator, etc.); and, a protective strip of the delta surface 14c (not shown in the figure: quilt) Removed, and _ &: The surface of the glue sticker is glued to the ceiling 1 10 so that 13 200534908 is used to display glowing balloons and greeting cards held on the ceiling. The invention is not limited to what is described and shown Various embodiments of the light emitting device f can be implemented within the scope of the present invention, and various types of light trigger circuits (continuous and / or discontinuous) can be used. In addition, different colors can be used to facilitate implementation Some kind of pyrotechnic device.
/再者或是替代地，該汽球可以藉著一個可以自行充氣 的系統而被自動地充氣。此種系統包含有—個含有在小球 中之一種液體以及一種粉末的袋子，當施加一個壓力時， 係會造成-種化學反應，用以發散出—種將該汽球充氣的 氣體。此種化學反應係被描述在文件，美國第5,48〇,339 號專利之中。 【圖式簡單說明】 (一）圖式部分/ Alternatively, or alternatively, the balloon may be automatically inflated by a self-inflating system. This system contains a bag containing a liquid in a small ball and a powder. When a pressure is applied, it causes a chemical reaction to emit a gas that inflates the balloon. Such chemical reactions are described in documents, US Patent No. 5,48,0,339. [Schematic description] (I) Schematic part
本發明現在將參照隨附圖式而詳細描述於下文之中之 本發明較佳實施例的示例說明之中，該等圖式分別說明： 圖1為根據本發明之可充氣汽球之一個例子的前視 圖，且一個發光裝置係被附著在反射部分上； 圖2為可充氣汽球之另夕卜—個例子的魏圖，且一個 發光裝置係被附著在透明的部分上； 圖3a及圖3b為具有一個推入，拉出開關之發光裝置 的-個例子之概略剖㈣，該推入，拉出開關係分別位於 個閒置位置以及一個活動位置之中· 圖4a及圖4b為具有一個螺絲操作開關之發光裝置的 14 200534908 一個例子之部分省略的概略剖 J囬口 β螺絲知作開關係分 別位於一個閒置位置以及一個活動位置之中； 圖5a及圖5b為具有一個接觸開關之發光裝置的一個 捌子之概略剖面圖，該接觸開關係分別位於一個閒置位置 以及一個活動位置之中；以及 圖6a到圖6f為使用一個贺卡的不同步驟，其中，該 賀十係包含有本發明的一個可以充氣的汽球以及用以將此 麟汽球附著到天花板的機構。 (二 )元件代表符號 10 汽球 11 外型輪廓 12 尖銳端部 13 繩子 14 維持系統 14a 繩子 14b 墊子 14c 黏著表面 14d 釣扣 16 磁鐵 30 發光裝置 32 發光二極體 33 反射區域 34 圓盤 36 基部/開關The present invention will now be described in detail below with reference to the accompanying drawings, which are exemplary illustrations of preferred embodiments of the invention, which are illustrated separately: Figure 1 is an example of an inflatable balloon according to the present invention Front view of a light emitting device attached to a reflective portion; FIG. 2 is another illustration of an inflatable balloon, and a light emitting device attached to a transparent portion; FIG. 3a and Figure 3b is a schematic cross-section of an example of a light-emitting device with a push-in and pull-out switch. The push-in and pull-out relationships are respectively located in an idle position and an active position. Figures 4a and 4b 14 200534908 A light-emitting device with a screw-operated switch. Partially omitted part of the example. The J-back β screw is known to be open and is located in an idle position and an active position. Figures 5a and 5b show a contact switch. A schematic cross-sectional view of a cricket of a light-emitting device, the contact-open relationship is located in an idle position and an active position, respectively; and FIGS. Different steps, wherein the system comprises a ten HE of the present invention may be an inflatable balloon and means for this ceiling balloon attached to lun. (II) Symbols for components 10 Balloon 11 Outline 12 Sharp end 13 Rope 14 Maintenance system 14a Rope 14b Mat 14c Adhesive surface 14d Fishing buckle 16 Magnet 30 Light-emitting device 32 Light-emitting diode 33 Reflection area 34 Disc 36 Base /switch
15 200534908 36a 部件 36b 部件 37a 接觸墊 37b 接觸墊 38a 支柱 38b 支柱 39a 突伸端部 39b 環形凹槽 40 電子電路/電子閃爍器 41 電池 42a 半電路 42b 半電路 43 電阻器 45 殼體 46 後方按紐 50 幾何中心 51 遮罩 52 反射部分 53 透明部分 60 賀卡 61 矩形覆蓋 62 邊緣 63 虛線 66 螺絲開關15 200534908 36a part 36b part 37a contact pad 37b contact pad 38a post 38b post 39a protruding end 39b ring groove 40 electronic circuit / electronic scintillator 41 battery 42a half circuit 42b half circuit 43 resistor 45 housing 46 rear button 50 Geometric center 51 Mask 52 Reflective part 53 Transparent part 60 Greeting card 61 Rectangle cover 62 Edge 63 Dashed line 66 Screw switch
16 200534908 66a 圓柱形部件 66b 圓柱形部件 70 自行密封閥 72 條帶 73 縱向側邊 74 外側吸管 75 頂端件 80 圓錐體 82 圓柱形部位 83 縱向狹長孔 96 接觸開關 96a 接觸墊 96b 接觸墊 97 絕緣凸塊 97s 狹長孔 98 橋基 99 彈簧 100 滑動公/母桿件系統 106 連續管件 110 天花板 Be 光束 Br 中央光束 1716 200534908 66a Cylindrical part 66b Cylindrical part 70 Self-sealing valve 72 Strip 73 Longitudinal side 74 Outer suction tube 75 Tip piece 80 Conical body 82 Cylindrical part 83 Long slotted hole 96 Contact switch 96a Contact pad 96b Contact pad 97 Insulating convex Block 97s Slotted hole 98 Bridge base 99 Spring 100 Sliding male / female member system 106 Continuous pipe 110 Ceiling Be beam Br Central beam 17