M344173 八、新型說明： 【新型所屬之技術領域】 本創作係關於一種球結構改良，尤指一種具有發光效 果的球。 【先前技術】 球類運動種類相當多，一直以來均受到許多運動愛好 者的喜愛，不僅可鍛續身體亦可培養人與人之間的互動關 ，係。 一般來說，球體設計大部分均以外形或彈性功能設計 為導向，鮮少增添其它功能性之設計，因而市售球種外觀 怨樣大致相同；是以，申請人曰前公告第M277489號「發 光球體」新型專利案即是提出一種可發光的球體，如第五 圖所不，其主要於一充氣球體（50)形成有埋設孔（51)，於埋 設孔（51)内設有供電裝置（52)，再將複數發光元件（53)佈設 求體（50)上，並透過開關裝置及導線（54)與供電裝置（52) 電連接，讓使用者藉由開關裝置的切換而讓球體上的複數 毛光元件（53)點党，呈現一發光球體；如此，除了增添球 體有別於一般球的新穎觀受外，亦可提供夜間運動時清楚 見及球體滾動或跳動走向。 然而，由於上述複數發光元件佈設於球體上，並以導 線與供電裝置連接，因此導線亦設置於球體上，若球體處 於靜止或形交較小的情況下，導線不致與發光元件脫開， * ^泉體為彈性度較大的球種，則於運動過程中，球體 4 M344173 之間的連接，而 受力形變程度大，會扯斷發光元件與導線 使得球體無法順利發光。 【新型内容】 有鑑於上述缺點，本創作主要目的係提供一種具發光 效果的球’可提高球體上發光裝置的使用壽命長，並且容 易更換電池，同時不影響球體之彈性及拍打。 欲達上述㈣戶斤使用^要技術手段係令該具發光效 果的球，係包含有： 球體，由内至外包含有一内胎層、一纏紗層、一中 月口層及披覆層’其中該内胎層係向内形成有複數容置 至其餘層對應容置室開口處均形成對應的穿孔，以令容 置室外露；及 複數發光裝置，係分別插設並固定於球體的對應容置 室内，各發光裝置係包含有一外殼，該外殼由内至外設有 電池及一發光電路，而該發光電路係包含有至少一發光 一極體及一電路板，其中發光二極體係透過電路板與電池 電連接，由電路板控制發光二極體啟閉，其中該發光二極 體係對應外殼的透光區，又該透光區係朝向容置室的開 口’令光線得以向透光區向射出。 上过本創作係提供複數獨立發光裝置，配合球體内胎 層預先形成有容置室，故可供發光裝置直接埋設於球體 内’並與球面齊平，又各發光裝置即包含有發光電路，故 不必再另外於球上佈設導線或發光元件；是以，當球體受 5 M344173 ’不會有扯動導線而導致喪失發光功效的問 U的發光效果’ ^不影響球體之彈性及拍 打0 本創作A目的係提供一種具有不同發光效果的球， 卩述各’X光破置中發光電路進一步包含有一震動開關及 振盪電路，該雳翻„ Μ & Μ 動開關係故於電路板上與振盪電路電連 接’該振盪電路係藉由雷叙 稽田晨動開關觸發而控制發光二極體隨 球體震動而閃爍。 【實施方式】 明餐閱第一圖及第二圖所示，係為本創作球（10)第一 較佳實施例，其包含有： 球體（11 )，係為一種可充氣式的中空球體，係由内 至外包含有-内胎層⑽、一纏紗層、一中胎層及一披覆 層（14)，其中該内胎層（12)係向内形成有複數容置室（13)， 其餘層對應容置室（13)開口處均形成對應的穿孔，以令容 置室（13)外露；又’該容置室（13)内壁可再進—步形成有一 凹環槽（131);及 複數發光裝置（20)，係分別插設並固定於球體（11)的對 應谷置室（13)内，即嵌入於球體（丨丨）内，其中該發光裝置（2〇) 與球體彼覆層（14)平齊；又，各發光裝置（2〇)係包含有一外 殼（21)，該外殼（21)由内至外設有一電池（24)及一發光電路 (30)，而該發光電路（30)係包含有至少一發光二極體（3丨）及 一電路板（3 2)，其中該發光二極體（3 ”係與電路板（32)電連 6 M344173 接，由該電路板（32)控制啟閉該發光二極體（31)，其中該發 光二極體（31)係設於電路板（32)對應外殼（21)的透光區（231) 的一側面，又該透光區（231)係朝向容置室（13)的開口，令 光線得以向透光區（23 1)向射出。 上述各發光裝置（20)的外殼（21)包含有一座體（22)及一 外蓋（23)，其中該外蓋（23)係以螺合方式結合於該座體（22) - 開口外側，又該座體（22)側邊對應球體容置室（13)之凹環槽 一 (131)形成有凸環（221)，以穩定嵌設於容置室（13)中。該座 _ 體（22)内底面設有第一電極導體（222)，供電池（24)置入時 與該電池（24)其中一電極接觸，而内側則設有一與第一電 極導體（222)連接的導電體（223);又，該外蓋（23)内面則供 發光電路設置後螺合至座體（22)開口，因此外蓋（23)對應發 光電路的發光二極體（31)處形成有透光區（231)，於本實施 例中該透光區（23 1)係為至少一個貫穿孔，誠如第四a至c 圖所示，發光裝置（20)(20a)(20b)的外蓋（23)隨著發光二極 體（31)數量多少形成對應數量的貫穿孔。又，上述電路板（32) 、對應座體（22)開口另一側面係設有一第二電極導體（3丨）（如 彈黃），供與座體（22)内電池（24)另一電極接觸，該電路板 (32)係透過該導電體（223)電連接至座體（22)底面的第一電 極V體（222) ’以取得電池（24)電源。 又請配合參閱第三AAB圖，為方便使用者容易操作 及更換電池上述固定在外蓋（23)之電路板⑽於對應座體 ⑽内導電體（223)設有—電極接點（η2)，並於外蓋（23)端 面形成-字凹槽（232)，供制者以—字起子插人凹槽（232) 7 M344173 内轉動外蓋（23)，當電極接點（322)與導電體（223)接觸時， 該電路板（32)即控制發光二極體（31)點亮，反之當旋開外蓋 (23)令電極接點（322)不再與導電體（223)接觸時，即閉關發 光二極體（31)，若將該外蓋（23)完全旋開時，即可更換内部 電池（24)。 再者’本創作另一較佳實施例係提供一種具有不同發 光效果的球’上述發光電路之電路板（32)係進一步包含有： 一震動開關；及 I 一振盪電路，係電連接於該震動開關及發光二極體之 間。 是以’當震動開關因球運動而被每次觸發時，可由該 振盪電路控制該發光二極體於每次觸發時閃爍數秒（約15 秒）。 由上述說明可知，本創作係提供複數獨立發光裝置， 配合球體内胎層預先形成有容置室，故可供發光裝置直接 埋設於球體内，並與球體最外層之披覆層表面平齊，又各 •發光裝置即包含有發光電路，故不必再另外於球上佈設導 -線或發光元件；是以，當球體受力拍打形變時，不會有扯 動導λ而‘致喪失發光功效的問題發生，具有更佳的發光 效果’且不影響球體之彈性及拍打。 【圖式簡單說明】 ' 固係本創作一較佳貫施例的立體外觀圖。 第二圖··係本創作一較佳實施例的侷部立體分解圖。 8 M344173 第三A圖：係第二圖的組合剖面圖。 第二B ® ·係本創作發光裝置點亮的動 第四A至C ® :係本創作三種實施例結人 部平面圖。 ％ σ 第五圖：係公告第Μ277489號「發光球體 案第三圖。 b意圖。 至球體的侷 」新型專利 【主要元件符號說 (10)球 (12)内胎層 (131)凹環槽 (20) (20a)(20b)發光裝 (21) 外殼 (221)凸環 (223)導電體 (231)透光區 (24)電池 (31)發光二極體 (321)第二電極導體 (50)球體 (52)供電裝置 (54)導線 明】 (11)球體 (13) 容置室 (14) 彼覆層 置 (22) 座體 (222)第一電極導體 (23) 外蓋 (232)凹槽 (30)發光電路 (32)電路板 (322)電極接點 (51)埋設孔 (53)發光元件 9M344173 VIII. New description: [New technical field] This creation is about a ball structure improvement, especially a ball with luminous effect. [Prior Art] There are quite a lot of ball sports, and they have always been loved by many sports enthusiasts. They can not only forge the body but also cultivate the interaction between people. Generally speaking, most of the design of the sphere is oriented by the shape or elastic function design, and the design of other functional features is rarely added. Therefore, the appearance of the commercially available balls is roughly the same; therefore, the applicant’s notice No. M277489 The novel patent of the illuminating sphere is to propose a illuminable sphere, as shown in the fifth figure, which mainly has an embedding hole (51) formed in an inflatable sphere (50), and a power supply device is arranged in the embedding hole (51). (52), the plurality of light-emitting elements (53) are disposed on the body (50), and electrically connected to the power supply device (52) through the switch device and the wires (54), so that the user can make the ball by switching the switch device. The upper plurality of light components (53) point to the party, presenting a luminous sphere; thus, in addition to the addition of the sphere is different from the general view of the general ball, it can also provide a clear view of the ball rolling or beating in the nighttime movement. However, since the plurality of light-emitting elements are disposed on the sphere and connected to the power supply device by wires, the wires are also disposed on the sphere. If the sphere is stationary or the shape is small, the wires are not disconnected from the light-emitting elements. ^The spring body is a ball with a high degree of elasticity. During the movement, the connection between the spheres 4 M344173, and the degree of deformation of the force is large, the light-emitting elements and the wires are broken, so that the sphere cannot be smoothly illuminated. [New content] In view of the above shortcomings, the main purpose of the present invention is to provide a ball with a luminous effect, which can improve the service life of the light-emitting device on the ball, and can easily replace the battery without affecting the elasticity and tapping of the ball. In order to achieve the above (4) household use, it is necessary to use the technical means to make the ball with the luminous effect, including: a sphere, including an inner layer, a wound layer, a middle moon layer and a coating layer from the inside to the outside' Wherein the inner tube layer is formed inwardly with a plurality of indentations to form corresponding perforations at the openings of the corresponding accommodation chambers to accommodate the outdoor dew; and the plurality of illumination devices are respectively inserted and fixed to the corresponding contents of the spheres The illuminating device comprises a casing, the casing is provided with a battery and an illuminating circuit from the inside to the outside, and the illuminating circuit comprises at least one illuminating body and a circuit board, wherein the illuminating diode system transmits the circuit The board is electrically connected to the battery, and the light-emitting diode is controlled to be opened and closed by the circuit board, wherein the light-emitting diode system corresponds to the light-transmitting area of the outer casing, and the light-transmitting area is directed toward the opening of the accommodating chamber to enable the light to pass through the light-transmitting area. Shooting. In the previous creation department, a plurality of independent light-emitting devices were provided, and a housing chamber was formed in advance with the inner layer of the ball, so that the light-emitting device can be directly embedded in the ball body and flush with the spherical surface, and each light-emitting device includes a light-emitting circuit. It is no longer necessary to lay a wire or a light-emitting element on the ball; therefore, when the ball is subjected to 5 M344173 'there is no pulling wire, the luminous effect of the light U is lost. ^ Does not affect the elasticity of the ball and tapping 0 A purpose is to provide a ball with different illuminating effects, and the illuminating circuit in each of the 'X-ray breaks further includes a vibration switch and an oscillating circuit, and the 雳 Μ amp amp amp 故 故 故 故 故 故 故 故 故Circuit electrical connection 'The oscillating circuit is controlled by the Lei Xuji field morning switch to control the light-emitting diode to flicker with the vibration of the ball. [Embodiment] The first picture and the second picture of the meal are shown as the creative ball. (10) A first preferred embodiment comprising: a sphere (11), which is an inflatable hollow sphere, comprising a inner layer to an outer layer containing an inner tube layer (10) and a wound layer a middle layer and a coating layer (14), wherein the inner tube layer (12) is formed with a plurality of accommodating chambers (13) inwardly, and the remaining layers are formed with corresponding perforations corresponding to the openings of the accommodating chambers (13). So that the accommodating chamber (13) is exposed; and the inner wall of the accommodating chamber (13) can be further formed with a concave ring groove (131); and the plurality of illuminating devices (20) are respectively inserted and fixed to the sphere The corresponding valley chamber (13) of (11) is embedded in a sphere (丨丨), wherein the light-emitting device (2〇) is flush with the sphere (14); and, each light-emitting device (2〇) Included is a housing (21) having a battery (24) and a light-emitting circuit (30) from the inside to the periphery, and the light-emitting circuit (30) includes at least one light-emitting diode (3)丨) and a circuit board (32), wherein the light-emitting diode (3" is electrically connected to the circuit board (32) 6 M344173, and the light-emitting diode is controlled to be turned on and off by the circuit board (32) (31) The light-emitting diode (31) is disposed on a side of the light-transmitting region (231) of the circuit board (32) corresponding to the outer casing (21), and the light-transmitting region (231) is oriented toward the accommodating chamber (13). ) Opening, the light is emitted toward the light transmitting area (23 1). The outer casing (21) of each of the light emitting devices (20) includes a body (22) and an outer cover (23), wherein the outer cover (23) The sleeve body (22) is coupled to the outer side of the opening in a screwing manner, and a concave ring (221) is formed on the side of the seat body (22) corresponding to the concave ring groove (131) of the ball receiving chamber (13). Stabilizedly embedded in the accommodating chamber (13). The inner surface of the pedestal body (22) is provided with a first electrode conductor (222) for contacting the battery (24) when the battery (24) is placed therein. The inner side is provided with a conductor (223) connected to the first electrode conductor (222); further, the inner surface of the outer cover (23) is provided for the light-emitting circuit to be screwed to the opening of the seat body (22), so the outer cover (23) A light-transmitting region (231) is formed at the light-emitting diode (31) corresponding to the light-emitting circuit. In the embodiment, the light-transmitting region (23 1) is at least one through hole, as in the fourth a to As shown in the figure, the outer cover (23) of the light-emitting device (20) (20a) (20b) forms a corresponding number of through holes with the number of the light-emitting diodes (31). Moreover, the second electrode conductor (3丨) (such as the spring yellow) is disposed on the other side of the opening of the corresponding circuit board (32) and the corresponding base body (22), and the battery (24) is provided in the base body (22). In the electrode contact, the circuit board (32) is electrically connected to the first electrode V body (222) ' on the bottom surface of the base body (22) through the conductor (223) to obtain the power of the battery (24). Please also refer to the third AAB diagram for the convenience of the user to operate and replace the battery. The circuit board (10) fixed to the outer cover (23) is provided with an electrode contact (η2) in the conductor (223) of the corresponding body (10). And forming a - word groove (232) on the end surface of the outer cover (23), the manufacturer inserts the groove (232) 7 M344173 into the inner cover (23), and the electrode contact (322) and the conductive When the body (223) is in contact, the circuit board (32) controls the light-emitting diode (31) to light, and when the outer cover (23) is unscrewed, the electrode contact (322) is no longer in contact with the conductor (223). At this time, the light-emitting diode (31) is closed, and when the outer cover (23) is completely unscrewed, the internal battery (24) can be replaced. Furthermore, another preferred embodiment of the present invention provides a ball having a different illuminating effect. The circuit board (32) of the illuminating circuit further includes: a vibration switch; and an oscillating circuit electrically connected to the Between the vibration switch and the light-emitting diode. Therefore, when the vibration switch is triggered each time by the ball motion, the light-emitting diode can be controlled by the oscillation circuit to blink for a few seconds (about 15 seconds). It can be seen from the above description that the present invention provides a plurality of independent light-emitting devices, and a housing chamber is formed in advance with the inner layer of the sphere, so that the light-emitting device can be directly embedded in the sphere and flush with the surface of the outermost layer of the sphere. Each of the illuminating devices includes a illuminating circuit, so that it is no longer necessary to lay a guide wire or a illuminating element on the ball; therefore, when the ball is deformed by force, there is no pulsation of the λ and the illuminating effect is lost. The problem occurs, with better illuminating effect' and does not affect the elasticity and slap of the sphere. [Simple description of the diagram] ' Solid-state design is a three-dimensional appearance of a preferred embodiment. The second figure is a partial exploded view of a preferred embodiment of the present invention. 8 M344173 Figure 3A: A combined sectional view of the second figure. The second B ® is the movement of the illuminating device of the present invention. The fourth A to C ® : is a plan view of the three embodiments of the present creation. % σ Figure 5: Bulletin No. 277489 "The third picture of the luminous sphere case. b Intent. The ball to the ball" new patent [main component symbol (10) ball (12) inner layer (131) concave ring groove ( 20) (20a) (20b) illuminating device (21) housing (221) convex ring (223) conductor (231) light transmitting region (24) battery (31) light emitting diode (321) second electrode conductor (50 Sphere (52) power supply device (54) wire clear] (11) sphere (13) housing chamber (14) cover layer (22) seat body (222) first electrode conductor (23) cover (232) Groove (30) light-emitting circuit (32) circuit board (322) electrode contact (51) buried hole (53) light-emitting element 9