M348186 八、新型說明： 【新型所屬之技術領域】 本創作係有關於一種平行光源裝置，特別是指一種使光源平 行均勻之平行光源裝置’可應用於多種領域之檢測用途。 【先前技術】 按，關於檢測用途之光源裝置，例如：牙醫醫療產業用之光 源裝置，傳統是採用燈泡配合燈罩之設計，用以提供光源照射檢 測者之口腔部位，以方便牙醫進行診斷及診療。然而，這種傳統 的光源為擴散式’贿具有絲不均自之缺失。目此，已有他人 設計出改採發光二極體（LED)做為光源裝置，如中華民國專利公 f 92年7月21所公開之新型第〇9121934〇號專利案，其即係揭 路種牙醫手持工具，其包含在病人口腔中一位置上施行牙齒 /口療之手持具主體，及__在治療期随明該位置而位於該手持 工具主體中之光學半導體裝置。該光學半導體裝置較好係發光二 極體’更好係可見光之發光二極體。」以及中華民國專利公報％ 年12月11所公開之新型第〇9521腦號專利案，其揭露「一種 :助燈，具有一適合置入口腔的發光二極體，該發光二極體 申有可彎曲並與電源連接的導線，該導線使得發光二極體可掛 用:療者之σ腔内，以提供輔助照明。」_前述該案採 置‘、、、柄裝置’但碰κ是駿泡改為，未有相關之配 ^源不種單純之改㈣光麵之設計，仍存有明 M348186 〇月參閱第1 ®，其係另一種習知平行光源裝置之示意圖，包 燈筒2，係内呈中空；—發光二極體4 _，穩固地設置 /玄燈筒2之—端；及—電源模組6，電性地與該發光二極體4 LED)連接’使得該發光：極體4 (_所發出之光源從該燈筒 之另端技射出去。很顯然地，習知該種設置，由於該發光二極 體4⑽）所發出之光源仍屬擴散光，縱然經過該燈筒2對投射 4⑽）㈣蝴仍會擴 政，而仍具有光源不均勻之缺失。 有鐘於此’便有需要提供一種平行光源裝置，用以改善前述 之缺失。 【新型内容】 是以’本創作之觀點即在於提供一種使光源平行均句之平行 光源裝置。 根據本創作之觀點，該平行光源袭置包括有：一光罩體，具 有一預定形狀之容置郎及具有一開口端；—㈣模組，設紅 該光罩體’用以提供該鮮體具有—發絲，m led模組包含有 -散熱模組’肋提供散熱之用；—光震盪元件，設置於相對該 LED模組之-預定位置，用以接收該㈣模組之光源，讓光源在該/ 光震盪70件内震盤作連續變化，形成—預定的光源分佈；一集光 透鏡，設置於姆該光震盪元件之―預定位置，接碰過該光震 蘯兀件之光源’職獅使該LED模_糾 一支撐件，騰财她，树物纖 6 M348186 該光震盪元件；及一電源模組，電性地連接該LED模組，用以提 供電源驅_ led模組；藉麟置，當鱗該電賴組提供電力 給該LED模組後’該LED模組所發出之光源經過該光震盪元件而 形成-預定的光源分佈，然後，該絲進人集絲鏡用以辅助使 該LED模組所發出之光源聚光，使得該LED模組所發出之光源經 過該光罩體之開口端投射出之統_保持平行，樣使該光源 平行均勻。 • 為了讓本創作之上述目的 '技術内容能更明顯，下文特舉本 創作較佳實施例，並配合所附圖式，作詳細說明如下。 【實施方式】 參閱第2圖，其係本創作-較佳可行實施例平行光源裝置之 示意圖。本實施例中，包括有： -光罩體10，具有-預定形狀之容置空間，本實施例中係為 圓筒形狀，具有一開口端11。 > -㈣模組Π，設置在該光罩體10，用以提供該光罩體10 具有-發光源。該LED模組12包含有—散熱模纟且14，用以提供 散熱之用。 一光震蓋元件16，設置於相對該LED模組12之一預定位置， 用以接收該LED模組12之光源。本實施例中，該光震盡元件16 為實心結構（例如··柱狀透鏡（R0dLens)或複眼透鏡my,⑺穴 Lens))或由複數個反射鏡排列組合形成一内呈中空之庐構，讓光 源進入之後，可在該光震盈元件16内震盪作連續;化7藉此形成 7 M348186 一預定的光源分佈。 一集光透鏡18 ’設置於相對該光震ms件16之-預定位置， 接收經過該光震盪兀件16之統，肋獅使該led模組^所 發出之絲聚光，絲魏18使光職鎌之擴散光源之路 控係與該鮮體1G之開口端u孔徑大體上係相當。 -第-支撐件2G’設置於該鮮體1G内，用以支撐該集光透 鏡18設置於相對該光震盪元件16。 -電源模組22，電性地連減LED模組12，㈣提供電源 驅動該LED模組12。 控制器24，電性地連接該電源模組22，用以控制該電源模 組22之電源狀態’例如：〇N、〇FF及/或其電源之電力。本實施 例中，5亥控制器24為電腦或其他形式之處理器。 藉此設置，當驅動該電源模組22提供電力給該LED模組12 後’該LED模組12所發出之光源經過該光震盪元件16而形成一 預定的光源分佈，織’該光驗人絲透鏡18㈣獅使該LED 模組12所發出之光源聚光，且該集光透鏡18使光源聚焦後之擴 散光源之路徑係與該鮮體⑴之開口端n雜大體上係相當， 使得該LED模組12所發出之光源經過該光罩體1〇之開口端u 投射出之光源㈣大體上保持平行絲，而能使光源平行均勾。 本實施例之設置，可應用在醫療產#，例如牙醫診療用之平形光 源裝置’能夠針對特定之口腔部位提供平形均勻之光源，以方便 醫師診療。或者，本實施例亦可應用在光電或一般電子產業之檢 8 M348186 測用途，例如半導體、電路基板、LCD面板及其他各種用途，可 根據使用者之需求作廣泛之使用。 睛參閱第3圖’其係本創作第一較佳可行實施例之LED模組 示意圖。本實施例中，該LED模組12更包括有一燈罩121，用以 限制該LED模組12之光源照射範圍。 μ參閱第4圖’其係本創作第二較佳可行實施例之LED模組 示意圖。本實施例中’該LED模組12更包括有一透鏡122設置 於相制料121，肋可使該LED模組12之絲進行聚光。 參閱第5 ®，其係本較佳可行實關之模組配置 不思圖。該LED模組12亦可包含有複數個發光二極體123 (LED) ’以提高本實施例光源之照射強度。 參閱第6目’其係本辦m佳可行實施例平行光源裳置 之示意圖。本實麵中’關前述實_之構件及織，其更包 含有： 一濾光片26，該濾光片26設置於相對該集光透鏡18之一預 疋位置，用以過濾及/或改變光源頻譜。本實施例中，該濾光片％ 最好設置於_在_光魏18使光職紐之_巾之任一侧 位置。4濾光片26最好設置鄰近該聚焦點，而可使該濾光片％ 能用最小的尺寸達到過濾及/或改變光源頻譜之功能。 一第二支撐件28，設置於該光罩體1〇内，用以支撐該濾光片 26設置於相對該集光透鏡18。 如前所述，本實施例係採用LED模組’故具有壽命長及省電 M348186 之作用，尤其是本實補藉由上狀配置，而麵具有使光源平 行均勻之魏，對於產業上之應用具有瞬之魏增進。 雖然前述的描述關式已揭林創作之較錄祕樣，惟此 乃僅係實施例之呈現’舉凡各種增添、修改和取代可能使用於本 創作較佳實施例，仍應屬落人本創作之申請專概騎界定之範 圍内。因此，本文於此所揭示的實施例所有觀點，應被視為用以 說明本創作’而非用以限制本創作。本創作之範圍應由後附之申 請專利範騎界定，並涵蓋其合法解物，並视於先前之描述。 【圖式簡單說明】 第1圖係習知平行光源t置之示意圖。 第2圖係本_—較佳可行實關平行光雜置之示意圖。 第3圖係本麟第—較㈣行實關之㈣模組示意圖。 第4圖係本働第二較佳可行實關之模組示意圖。 第5圖係本創作—較佳可行實關之LED餘配置示意圖。 第6圖係本創作另—較佳可行實施例平行光源裝置之示意圖。 【主要元件符號說明】 【習知】 2燈同 4發光二極體 6 電源模組 【本創作】 M348186 10 光罩體 11 開口端 12 LED模組 14 散熱模組 16 光震盪元件 18 集光透鏡 20 第一支撐件 22 電源核組 24 控制器 26 濾光片 28 第一支撐件 121 燈罩 122透鏡 123發光二極體M348186 VIII. New description: [New technical field] This creation is about a parallel light source device, especially a parallel light source device that makes the light source evenly parallel. It can be applied to various fields of detection. [Prior Art] According to the light source device for detecting purposes, for example, the light source device for the dentist medical industry, the lamp is used in conjunction with the lampshade to provide a light source to illuminate the oral cavity of the examiner for the diagnosis and diagnosis of the dentist. . However, this traditional source of light is a diffuse type of bribe. In view of this, other people have designed a modified light-emitting diode (LED) as a light source device, such as the new patent No. 9121934, published by the Republic of China on October 21, 1992. A dentist hand tool comprising a handpiece body for performing a tooth/oral treatment at a location in a patient's mouth, and an optical semiconductor device located in the body of the hand tool with the location indicated during the treatment period. The optical semiconductor device is preferably a light-emitting diode. And the new No. 9521 brain patent case disclosed in the Republic of China Patent Gazette on December 11, which discloses "a type of light-emitting diode having a light-emitting diode suitable for the entrance cavity, the light-emitting diode is claimed. A wire that can be bent and connected to a power source that allows the light-emitting diode to be used: in the sigma cavity of the healer to provide auxiliary illumination."_The aforementioned case uses ',,, handle device' but the touch is The change of the bubble is not related to the source. The source is not a simple change. (4) The design of the smooth surface, there is still Ming M348186. See the 1 ® in the next month, which is a schematic diagram of another conventional parallel light source device. , the system is hollow; - the light-emitting diode 4 _, firmly set / the end of the Xuan Deng 2; and - the power module 6, electrically connected to the LED 4 LED) to make the light : The polar body 4 (the light source emitted by _ is emitted from the other end of the lamp cylinder. Obviously, the light source emitted by the light-emitting diode 4 (10) is still diffused by the conventional arrangement, even though The lamp 2 will still expand the projection of the 4 (10)) (4) butterfly, but still have the loss of uneven light source. There is a need to provide a parallel light source device to improve the aforementioned deficiency. [New content] The idea of 'this creation' is to provide a parallel light source device that makes the light source parallel to the sentence. According to the present invention, the parallel light source includes: a light mask body having a predetermined shape and having an open end; - (4) a module, the red light mask body is used to provide the fresh light The body has a hairline, the m led module includes a heat dissipation module rib for providing heat dissipation, and a light oscillating component disposed at a predetermined position relative to the LED module for receiving the light source of the (four) module. Having the light source continuously change in the inner disk of the light oscillating 70 pieces to form a predetermined light source distribution; a light collecting lens is disposed at a predetermined position of the light oscillating element, and the light shocking member is touched The light source 'professional lion makes the LED die _ correct a support piece, Tengcai her, tree material fiber 6 M348186 the light oscillating component; and a power module, electrically connected to the LED module, to provide a power drive _ led Module; borrowing Lin, when the scale provides power to the LED module, the light source emitted by the LED module is formed by the light oscillating element - a predetermined light source distribution, and then the wire is put into the set a wire mirror is used to assist in concentrating the light source emitted by the LED module, so that the wire The light source emitted by the LED module is projected through the open end of the mask body to maintain parallelness, so that the light source is parallel and uniform. • In order to make the above-mentioned purpose of the present invention 'technical content more obvious, the following is a detailed description of the preferred embodiment of the present invention, and the following is a detailed description of the following. [Embodiment] Referring to Figure 2, there is shown a schematic diagram of a parallel light source device of the presently preferred embodiment. In this embodiment, the present invention comprises: a mask body 10 having a housing space of a predetermined shape, which in the present embodiment has a cylindrical shape and has an open end 11. > - (4) A module Π is disposed in the mask body 10 for providing the reticle body 10 with a light source. The LED module 12 includes a heat sink module 14 and is provided for providing heat dissipation. A light shock cover component 16 is disposed at a predetermined position relative to the LED module 12 for receiving the light source of the LED module 12. In this embodiment, the light-shocking element 16 is a solid structure (for example, a lenticular lens (R0dLens) or a fly-eye lens my, (7) a hole Lens)) or a plurality of mirrors are arranged to form an inner hollow structure. After the light source is entered, it can be oscillated continuously in the light seismic element 16 to form a predetermined light source distribution of 7 M348186. An optical lens 18' is disposed at a predetermined position relative to the optical shock element 16, and receives the light oscillating element 16 through the ridge, and the rib lion causes the wire emitted by the LED module to condense. The road control system of the diffused light source of the light job is substantially equivalent to the open end u aperture of the fresh 1G. The first support member 2G' is disposed in the fresh body 1G for supporting the light collecting lens 18 to be disposed opposite to the light oscillating member 16. The power module 22 electrically reduces and decreases the LED module 12, and (4) provides power to drive the LED module 12. The controller 24 is electrically connected to the power module 22 for controlling the power state of the power module 22, for example, 〇N, 〇FF, and/or its power source. In this embodiment, the 5H controller 24 is a computer or other form of processor. By this arrangement, after the power module 22 is driven to supply power to the LED module 12, the light source emitted by the LED module 12 passes through the light oscillating member 16 to form a predetermined light source distribution, and the light source is woven. The wire lens 18 (four) lion condenses the light source emitted by the LED module 12, and the path of the diffused light source after the light collecting lens 18 focuses the light source is substantially equivalent to the open end of the fresh body (1), so that the The light source emitted by the LED module 12 passes through the open end u of the mask body 1 and the light source (4) substantially maintains the parallel filaments, so that the light source can be parallelized. The arrangement of the present embodiment can be applied to a medical product #, for example, a flat light source device for dental treatment, which can provide a flat and uniform light source for a specific oral cavity to facilitate medical treatment. Alternatively, the present embodiment can be applied to the inspection of the photoelectric or general electronics industry, such as semiconductors, circuit boards, LCD panels, and the like, and can be widely used according to the needs of users. Referring to Figure 3, there is shown a schematic diagram of an LED module of the first preferred embodiment of the present invention. In this embodiment, the LED module 12 further includes a lamp cover 121 for limiting the illumination range of the LED module 12. Referring to Figure 4, a schematic diagram of an LED module of a second preferred embodiment of the present invention is shown. In the embodiment, the LED module 12 further includes a lens 122 disposed on the phase material 121, and the ribs can condense the wires of the LED module 12. Refer to Section 5, which is a better and more practical module configuration. The LED module 12 can also include a plurality of light emitting diodes 123 (LEDs) to improve the illumination intensity of the light source of the embodiment. Refer to Figure 6 for a schematic diagram of a parallel light source in a preferred embodiment. In the present embodiment, the member and the woven fabric are further included: a filter 26 disposed at a pre-position relative to the concentrating lens 18 for filtering and/or Change the spectrum of the light source. In this embodiment, the filter % is preferably disposed at any position on the side of the _光魏18. Preferably, the filter 26 is disposed adjacent to the focus point to allow the filter to achieve the function of filtering and/or changing the spectrum of the source with a minimum size. A second supporting member 28 is disposed in the mask body 1 to support the filter 26 disposed opposite to the collecting lens 18. As described above, the present embodiment adopts the LED module', so it has the function of long life and power saving M348186. In particular, the real compensation is arranged by the upper shape, and the surface has the Wei which makes the light source parallel and uniform, for the industry. The application has an instant enhancement. Although the foregoing description has been used to describe the secrets of the works, it is only a representation of the embodiments. Where the various additions, modifications and substitutions may be used in the preferred embodiment of the creation, it should still belong to the creation of this creation. The application for the specific ride is defined within the scope. Therefore, all of the aspects of the embodiments disclosed herein are to be considered as illustrative of the present invention rather than limiting the present invention. The scope of this creation shall be defined by the attached patent application, and shall cover its legal dissolution and shall be based on the previous description. BRIEF DESCRIPTION OF THE DRAWINGS Fig. 1 is a schematic diagram showing a conventional parallel light source t. Figure 2 is a schematic diagram of the preferred parallel-optical hybrid. The third figure is a schematic diagram of the module of Benlin-Comparative (4). Figure 4 is a schematic diagram of the second preferred and practical module of the present invention. Figure 5 is a schematic diagram of the LED rest configuration of the present invention. Figure 6 is a schematic diagram of a parallel light source device of another preferred embodiment of the present invention. [Main component symbol description] [Practical] 2 lamp with 4 LEDs 6 power module [This creation] M348186 10 Mask body 11 Open end 12 LED module 14 Thermal module 16 Light oscillating element 18 Light collecting lens 20 first support 22 power core set 24 controller 26 filter 28 first support 121 lamp cover 122 lens 123 light emitting diode