201131917 六、發明說明： 【發明所屬之技術領域】 本發明係關於可將雷射光照射屏幕等，而且可對簡報 (ptesentation)用的個人電腦等供予所需指令的雷射指示 器。 【先前技術】 以往周知一種雷射指示器，其係在簡報或會議等場合 被加以使用，以雷射光指示藉由投影機或OHP等而投射在 屏幕的畫面的一部分。 此外，不僅僅照射雷射光，亦開發出一種可與個人電 腦或其他資訊處理裝置進行無線通訊而進行顯示畫面變更 等遠端操作者。在如上所示之雷射指示器中，在筆型框體 設有雷射照射用操作部（按下按鍵）、送頁指令用操作部 、及返頁指令用操作部，藉由操作各操作部，可照射雷射 光、或對資訊處理裝置供予送頁或返頁指令。 而目前在該雷射指示器的全部機種，係在框體的預定 部位設有按照照射雷射光的時序而發光的照射確認用燈（ 例如參照專利文獻1 )。藉此可供屬於簡報發表者的使用 者、或參加簡報的其他參加者，除了視認實際上被投射雷 射光的部位以外，亦視認該燈的發光，藉此可確認雷射的 照射（例如參照專利文獻1 )。 藉由該燈，使用者可輕易確認正在被照射雷射光，並 且參加者可先確認框體中的燈的發光，然後再確認是否需 -5- 201131917 視認雷射光的投射目的地。換言之’藉由該 加者若僅在確認出發表者亦即使用者身邊的 認雷射光的投射目的地即可。 [先前技術文獻] [專利文獻] [專利文獻1]日本特開2006-47567號公報 【發明內容】 (發明所欲解決之課題） 但是，上述專利文獻的雷射指示器中， 時發光的部分延長而形成，因此無法避免雷 化，結果造成妨礙精簡化乃爲現況。 此外，該文獻的雷射指示器中，發光部 射雷射的中央部分透過半透明蓋件而發出， 的光會變弱。因此，亦考慮到照射雷射時所 成只有簡報發表者亦即使用者可確認，簡報 常由大畫面上以眼睛來搜尋雷射投射目的地 .集中在簡報本身等的情形。 本發明係著重在如上所示之不良情形者 一種可有助於簡報參加者們輕易視認雷射光 (解決課題之手段） 本發明係爲達成如上所示之目的，硏創 燈的存在，參 發光時，再確 係使照射雷射 射指示器長形 分的光係從照 因此強勢發出 發出的光係變 參加者必須經 ，而無法完全 ，目的在提供 的雷射指不器 出如下所示之 -6- 201131917 手段者。 亦即本發明之雷射指示器，係可由使用者可把持住的 筒狀框體的一端面照射雷射光的雷射指示器，其特徵爲具 備有：可由前述框體的一端面照射雷射光的雷射照射部； 及以在前述框體之面中至少面向二方的方式而設，在照射 前述雷射光的同時，發出擴散光的發光部。 在此，「框體的面」意指不僅筒狀框體的側面，亦包 含端面的槪念，亦包含在側面以面向二方的方式而設的態 樣、或由側面跨及端面而面向二方的方式而設的態樣的槪 念。 若爲如上所示者，可一面維持精簡的構成，作爲簡報 發表者的使用者當然不用說，亦可一面對參加者而言亦可 明確辨識有無照射雷射光。藉此，參加者得知發光部未發 光的狀態，可明確知道在該時序並不用進行以眼睛搜尋雷 射的投光目的地的無謂作業即可。結果，可減輕參加簡報 的使用者以外的參加者以眼睛搜尋雷射的投光目的地的作 業負擔。 爲了供參加者更加容易得知位於使用者身邊的發光部 的發光’較佳爲將發光部設置在與框體側面中的端面鄰接 的端緣。 接著’以用以由寬廣角度視認發光部之發光的具體構 成而言’可列舉形成爲將發光部安裝在框體所具有之呈筒 狀的筒狀體的端部周緣的全周的發光框體的態樣。 接著’爲了藉由對簡報參加者預先傳送發表者亦即使 201131917 用者使用雷射指示器的大略時序，以減輕參加者的作業負 擔，並且藉由預先通知作爲發射源的雷射指示器本身的位 置，而形成爲參加者容易視認出所被投光的雷射光的狀態 ，較佳爲使發光部形成爲有別於雷射光照射時，可從將雷 射指示器的電源設爲ON時，亦即從形成爲藉由雷射照射 按鍵的按下而可照射雷射的可照射狀態時起發光預定時間 者。 接著，在上述情形下，尤其若將發光部形成爲：在雷 射光照射時發出與該雷射光相同顏色的光，並且將在形成 爲可照射狀態時所發出的顏色形成爲與雷射光顏色爲不同 的顏色，參加者係可更加明確掌握使用者的雷射指示器的 操作，因此可更加減輕無謂地以眼睛追趕雷射光的勞力， 結果，參加者係可更加集中在簡報內容本身。 (發明之效果） 根據本發明，一面維持精簡的構成，一面對簡報之參 加者而言明確辨識有無照射雷射光，藉此供參加者得知發 光部未發光的狀態，而可明確知道在該時序並不用進行以 眼睛搜尋雷射的投光目的地的無謂作業即可。亦即藉由本 發明，可提供一種可減輕除了參加簡報的使用者以外的參 加者以眼睛搜尋雷射的投光目的地的作業負擔的雷射指示 器。 【實施方式】 -8- 201131917 以下參照圖示，說明本發明之實施形態。本實施形態 之雷射指示器A係可照射雷射光，而且可對資訊處理裝置6 供予所需指令者。 一般而言’在簡報或會議等場合，使用用以顯示投影 片或頁等、或將畫像及/或聲音再生、或錄影/錄音的資 訊處理裝置6。資訊處理裝置6具體而言爲個人電腦、多功 能型的電視接收機、碟片再生裝置或記錄裝置等，如第1 圖所示’視需要將投影機、監視器、放大器及揚聲器、攝 影機、擴音器等機器加以連接。 此外’在資訊處理裝置6係連接用以接收由雷射指示 器A所被發出的無線訊號的無線接收器5。但是，在資訊處 理裝置ό本身內置有無線接收器5時、或將雷射指示器a與 資訊處理裝置6作有線連接時，並不在此限。 如第1圖至第9圖所示，雷射指示器A主要具備有：呈 筒狀的框體1;用以由屬於該筒狀框體1之一端面的前端面 1 a照射雷射光的雷射照射部2 ;供照射該雷射光或對如上 所述之資訊處理裝置6供予所需指令的操作部3 ;及如第5 圖、第7圖及第8圖中虛線所示被內置於框體1內且支持有 各種電路等的基板4。其中，在本實施形態中，在第2圖及 第3圖中將藉由後述發光框體丨2所發光的部分標註淺灰色 來加以表示。 如第2圖、第4圖至第8圖中虛線所示，雷射照射部2係 具有：被設置在框體1的前端面la附近的位置，藉由操作 部3的操作，將例如綠色雷射光，透過雷射照射口 u a而對 C： -9 - 201131917 外部進行振盪、照射的雷射元件；及例如被安裝在基板4 側，用以控制雷射元件的雷射控制裝置者，但是關於該雷 射照射部2的具體構成，由於爲既有者，故省略其詳細說 明。其中，該雷射照射部2係形成爲照射綠色雷射光的態 樣作爲一例，但是當然亦可爲照射紅色或藍色雷射光者。 操作部3係具有：被安置在側面1 c的雷射照射按鍵3 1 及送頁/返頁按鍵32、及被安置在側面If的電源開關33及 ID設定開關34。雷射照射按鍵3 1係與基板4作電性連接， 用以藉此僅在被按下的狀態下由雷射照射部2照射雷射光 者。接著，在本實施形態中，係設爲在按下時作爲發光部 的後述發光框體12亦會發光者。送頁/返頁按鍵32係按下 在兩端隆起的部位，藉此在資訊處理裝置6上起動之依序 將複數頁（或投影片）顯示在畫面的簡報軟體等中，用以 切換成下一頁或前一頁者。電源開關33係用以藉由使突出 部分滑動來切換電源的接通與切斷者，在電源爲「接通」 亦即ON的狀態下，形成爲可進行藉由按下雷射照射按鍵 31所致之雷射光的照射、或送頁/返頁按鍵32之操作之資 訊處理裝置6的操作的狀態。此外，在本實施形態中，僅 以由電源開關3 3呈ON的瞬間5秒鐘，使後述發光框體1 2發 出藍色光，關於該態樣容後陳述。接著，ID設定開關34主 要是在最初使用雷射指示器A時、或依情形未透過無線接 收器5而利用內置於資訊處理裝置6的通訊功能時被加以使 用者，藉由被按下來進行ID設定而使彼此正確辨識，藉此 使上述送頁/返頁按鍵3 2正確作動者。其中該ID設定開關 -10- 201131917 3 4與無線接收器5及資訊處理裝置6的具體通訊順序主要適 用既有的順序。 如第5圖、第7圖及第8圖中虛線所示，基板4係與雷射 照射部2或操作部3作電性連接，並且可透過無線接收器5 而正確進行與資訊處理裝置6的通訊、或使雷射指示器A正 確動作者，關於該基板4的構造，可適用既有構成，因此 省略本實施形態中的詳細說明。 在此，本實施形態之雷射指示器A係除了上述框體1與 雷射照射部2以外，具備有以面向框體1的側面1 c、1 d、1 e 、If及前後端面la、lb的至少二者的方式而設，且屬於與 前述雷射光的照射同時發出非爲雷射光的擴散光的發光部 的發光框體12爲其特徵。 以下詳述該雷射指示器A中之框體1的構成。 框體1係呈具有前端面la、後端面lb及4個側面lc、Id 、：I e、1 f的槪略四角柱狀者，具有：剖視下呈四角形狀之 呈筒形狀的筒狀體10、在該筒狀體10的前側具有雷射照射 口 11a且形成前端面la之主體的前端板11、被嵌設在筒狀 體10與前端板11之間的端緣lg之屬於本發明之發光體的發 光框體1 2、電池剩餘量通知燈1 3、用以收容未使用時即由 資訊處理裝置6卸除的無線接收器5的接收器收容部14、及 用以收容作爲電源的電池的電池收容部1 5，並且使操作部 3之各構成要素表露出者。 筒狀體1 〇係使前方形成開口的槪略筒狀者，在表面側 係適當設有用以使電池剩餘量通知燈1 3、接收器收容部1 4 -11 - 201131917 、電池收容部15'接著操作部3表露出的開口，並且在內 部雖未圖示但支持基板4者。前端板11係在框體1的前端面 la透過發光框體12而將筒狀體10的開口作蓋封者，在中央 部分係配置有雷射照射口 1 1 a，俾以使藉由雷射照射部2所 被照射的雷射光通過。電池剩餘量通知燈1 3係如第6圖所 示，在側面le中的端緣lg附近，設爲相對筒狀體10爲相同 平面，當被組入在電池收容部15的乾電池的電池剩餘量變 得少於預定値時，用以藉由例如以紅色作亮滅，來對使用 者通知該內容者。接收器收容部14係遍及框體1的後端面 lb與側面lc而設，在未使用雷射指示器A的狀態下先作收 容，俾以不會遺失第1圖所圖示的無線接收器5者。電池收 容部15係遍及框體1的後端面lb與側面le而設，例如將2個 單三或單四等預定規格的乾電池排列收容，爲了將其作爲 電源加以利用而構成爲與基板4作電性連接者。 接著，如第1圖至第9圖所示，發光框體12係以均面向 框體1之4個側面lc、Id、le、If之四方的方式而設。具體 而言，發光框體1 2係如第9圖所示，遍及接近雷射照射部2 之側，亦即與前端面1 a相接之側之端緣1 g的全周而被安裝 在筒狀體10，並且將前端板11嵌入在內側者。接著，在安 裝有發光框體12的狀態下，如同圖所示，藉由表露出在四 個側面lc、Id、le、If及前端面la的周緣，可由所有側方 、及前端面la側來作視認。 此外，該發光框體12係如第10圖之流程圖所示’在內 部適當組入未圖示之LED，而且對基板4作電性連接’藉 -12- 201131917 此以與藉由雷射照射部2所爲之雷射光的照射相同的 ，發出與例如雷射光的顏色大致相等的波長的綠色擴 ，並且在電源變爲ON起的5秒鐘係發光成藍色者。 以下根據第10圖，針對由該電源ON時之發光框 發光順序加以詳述。 首先，若電源開關33呈ON (步驟S1)，發光框 係藉由通電至所內置之未圖示之藍色LED而發光成藍 步驟S 2 )。接著，若在電源開關3 3呈ON之後經過5秒 步驟S7 )，發光框體12的藍色發光係被停止（步驟S8 接著，在本實施形態中，在電源開關3 3被形成： 而在經過5秒之前，若雷射照射按鍵3 1被按下（步驟 ，從雷射照射部2係照射出綠色雷射光，並且發光框 的發光與所內置之未圖示的綠色LED通電，藉此切換 色（步驟S4 )。接著，若雷射照射按鍵3 1的按下被解 步驟S 5 )，則停止來自雷射照射部2之雷射光的照射 且發光框體12的綠色發光亦被停止（.步驟S6)。 藉由形成爲如以上所示之構成，本實施形態之雷 示器A係利用框體1的一部分而使屬於發光部的發光框 發光，因此可一面維持精簡的構成，作爲簡報發表者 用者當然不用說，亦可一面對參加者而言明確辨識有 射雷射光。藉此，參加者得知發光框體12未發光的狀 藉此可明確知道在該時序並不用進行以眼睛來搜尋雷 的投光目的地等無謂的作業即可。結果，可使參加簡 使用者以外的多數參加者減輕以眼睛搜尋雷射光之投 時序 散光 體12 體12 色（ 鐘（ )° i ON S3 ) 體12 成綠 除（ ，並 射指 體12 的使 M 0S yws / iTs 態， 射光 報的 光目 -13- 201131917 的地的作業負擔，而適當促使集中在簡報。 接著，爲了供簡報的參加者更加容易得知位於使用者 身邊的發光框體12的發光，在本實施形態中，係將發光框 體1 2設在與框體1的側面1 c、1 d、1 e、1 f的端面相鄰接的 前端側的端緣1 g，以更加提高視認性。 此外，爲了由使用者周圍的寬廣角度明確視認發光框 體1 2的發光，在本實施形態中，係將該發光框體12形成爲 遍及端緣lg全周而設者。詳而言之，係形成爲將發光框體 12形成爲被安裝在框體1所具有之呈筒狀的筒狀體1〇的端 部周緣的發光框體1 2的態樣。 此外，由於對簡報參加者預先傳達發表者亦即使用者 使用雷射指示器A的大略時序，藉此減輕參加者的作業負 擔，並且預先通知作爲發射源的雷射指示器A本身的位置 ，藉此先形成爲參加者容易視認出所被投光的雷射光的狀 態，因此在本實施形態中，係將發光框體1 2，在有別於雷 射光照射時，由形成爲可藉由雷射照射按鍵3 1的按下來照 射雷射的可照射狀態時起，以一例而言，形成爲以5秒鐘 的時間發光者。 尤其在本實施形態中係將發光框體1 2在雷射光照射時 發光成與該雷射光相同的綠色，並且將在形成爲可照射狀 態時所發出的色形成爲與雷射光顔色不同的藍色，藉此參 加者係可更加明確掌握使用者的雷射指示器A的操作，因 而更加減輕無謂地以眼睛追趕雷射光的勞力，結果，參加 者可更加集中在簡報的內容，而有助於對參加者充分傳達 -14- 201131917 內容的簡報。 以上針對本發明之實施形態加以說明，各部的具體構 成並非僅限定於上述實施形態，可在未脫離本發明之主旨 的範圍內作各種變形。 <變形例> 以下詳述本實施形態之變形例，在該各變形例中，對 於與上述實施形態相同的構成要素係標註相同的元件符號 ，並且省略其詳細說明。 屬於本發明之發光框體12的發光框體12並非被限定於 上述實施形態之態樣，亦可形成爲例如第1 1圖至第1 3圖所 示之態樣者。具體而言，如第1 1圖所示，亦可如與上述相 同的發光框體1 2所示不但僅設在前端面1 a側的端緣1 g，在 後端面1 b側的端緣1 h亦設置發光框體1 2 a。此外，如第1 2 圖所示，亦可使發光框體1 2b形成爲不僅延伸至前端面i a 側的端緣，亦延伸至安置在側面間的側緣1 i的形狀。若爲 如上所示者，配合發光框體1 2發光時而照射雷射光的方向 亦可容易辨識。 此外，當然亦可如第1 3圖所示，本發明並非僅限定於 四角柱上的框體1，亦可遍及圓柱狀的框體1的側面1 c 1而 適用發光框體。 此外，除了上述變形例以外，例如，發光框體亦可爲 呈沿著雷射光照射方向的箭號狀等各種形狀者、或安置在 可由端緣的任意二方所視認的部分領域者。此外，操作部 -15- 201131917 的形狀、或另外附加滑鼠功能等雷射指示器的功能的具體 態樣並非限定於上述實施形態者，亦適用包含既有者等各 種態樣者。 關於其他各部的具體構成，亦並非侷限於上述實施形 態，在未脫離本發明之主旨的範圍內可爲各種變形。 【圖式簡單說明】 第1圖係顯示本發明之一實施形態之雷射指示器的外 觀圖。 第2圖係該雷射指示器的斜視圖。 第3圖係該雷射指示器的其他斜視圖。 第4圖係由一方觀看該雷射指示器之框體之側面的圖 〇 第5圖係由另一方觀看該雷射指示器之框體之側面的 圖。 第6圖係同上。 第7圖係同上。 第8圖係由前端面觀看該雷射指示器之框體的圖。 第9圖係顯示該雷射指示器之主要部位的分解圖。 第1 〇圖係顯示該雷射指示器之動作的流程圖。 第U圖係該實施形態之變形例之斜視圖。 第1 2圖係同上。 第1 3圖係顯示該實施形態之其他變形例之雷射指示器 之主要部位的圖。 -16- 201131917 【主要元件符號說明】 A ·’雷射指示器 1 :框體 1 a : —端面（前端面） 1 b : —端面（後端面） 1c、Id、1e、If、1c 1 :側面 1 g、1 h :端緣 1 i :側緣 2 :雷射照射部 3 :操作部 4 :基板 5 :無線接收器 6 :資訊處理裝置 1 〇 :筒狀體 1 1 :前端板 1 1 a :雷射照射口 12、12a、12b:發光部（發光框體 1 3 :電池剩餘量通知燈 1 4 :接收器收容部 1 5 :電池收容部 3 1 :雷射照射按鍵 32:送頁/返頁按鍵 3 3 :電源開關 -17- 201131917 34 : ID設定開關 -18 -BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to a laser pointer that can irradiate a laser beam to a screen or the like, and can supply a desired command to a personal computer or the like for petching. [Prior Art] A laser pointer has been known in the past for use in presentations, conferences, and the like, and indicates a part of a screen projected on a screen by a projector or an OHP or the like by laser light. In addition, not only laser light but also remote operators such as display screens that can be wirelessly communicated with personal computers or other information processing devices have been developed. In the above-described laser pointer, a laser irradiation operation unit (pressing a button), a page feed command operation unit, and a page return command operation unit are provided in the pen type housing, and each operation is performed by the operation. The department can illuminate the laser light or provide a page or page return command to the information processing device. In the current model of the laser pointer, an illumination confirmation lamp that emits light in accordance with the timing of irradiating the laser light is provided at a predetermined portion of the housing (see, for example, Patent Document 1). In this way, the user who belongs to the publisher of the newsletter or the other participant who participates in the newsletter can also recognize the light emitted by the light in addition to the portion where the laser light is actually projected, thereby confirming the irradiation of the laser (for example, reference) Patent Document 1). With this lamp, the user can easily confirm that the laser light is being irradiated, and the participant can confirm the light emission of the lamp in the frame first, and then confirm whether or not the projection destination of the laser light is required to be recognized. In other words, it is only necessary for the adder to confirm the projection destination of the viewer, that is, the laser light of the user. [PRIOR ART DOCUMENT] [Patent Document 1] [Patent Document 1] Japanese Laid-Open Patent Publication No. 2006-47567 (Description of the Invention) However, in the laser pointer of the above patent document, the portion that emits light at the time It is formed by extension, so it is impossible to avoid the reincarnation, and as a result, it is the current situation that hinders the simplification. Further, in the laser pointer of this document, the central portion of the laser beam emitted from the light-emitting portion is transmitted through the translucent cover member, and the light is weakened. Therefore, it is also considered that only the poster publisher, that is, the user can confirm, when the laser is irradiated, the briefing often searches for the laser projection destination by the eyes on the large screen, focusing on the briefing itself and the like. The present invention focuses on the adverse situation as shown above. One can help the briefing participants to easily recognize the laser light (the means to solve the problem). The present invention is for achieving the above-mentioned purpose, the existence of the lamp, the illuminating light At the same time, it is true that the light system that emits the long part of the laser beaming indicator will change from the light source that is emitted by the strong, and the participant must pass through, and the purpose of the laser beam provided is as follows. -6- 201131917 means. That is, the laser pointer of the present invention is a laser pointer that can be irradiated with laser light by an end surface of a cylindrical frame that can be held by a user, and is characterized in that: a laser beam can be irradiated from one end surface of the frame body And a laser emitting portion that emits light while irradiating the laser light at least in a plane facing at least the surface of the casing. Here, the "face of the frame" means not only the side surface of the cylindrical frame but also the end face, and also includes the side surface facing the two sides or the side surface and the end surface. The mourning of the style set by the two parties. If it is as shown above, it is possible to maintain a streamlined structure. As a user of the newsletter, it is needless to say that the viewer can also clearly identify whether or not the laser beam is irradiated. As a result, the participant knows that the light-emitting unit is not emitting light, and it is possible to clearly know that it is not necessary to perform a unnecessary operation of the light-emitting destination that searches for the laser with the eye at this timing. As a result, it is possible to alleviate the work burden of the participants other than the users who participated in the briefing to search for the laser's light-emitting destination by eye. In order to make it easier for the participant to know the light emission of the light-emitting portion located around the user, it is preferable to provide the light-emitting portion at the end edge adjacent to the end surface in the side surface of the frame. Next, 'a specific configuration for illuminating the light-emitting portion from a wide angle' is exemplified as a light-emitting frame in which the light-emitting portion is attached to the entire circumference of the end portion of the cylindrical tubular body of the casing. The aspect of the body. Then, in order to pre-deliver the presenter to the briefing participant, even if the 201131917 user uses the approximate timing of the laser pointer, the workload of the participant is reduced, and the laser pointer itself as the source of the emission is notified in advance. The position is formed so that the participant can easily recognize the laser light to be emitted, and it is preferable that when the light-emitting portion is formed to be different from the laser light, the power of the laser pointer can be turned ON. That is, it is formed from the illuminable state in which the laser can be irradiated by the pressing of the laser irradiation button for a predetermined time. Next, in the above case, in particular, the light-emitting portion is formed to emit light of the same color as the laser light when irradiated with the laser light, and to form a color which is emitted when the light is formed into an illuminable state, and the color of the laser light is Different colors, the participants can more clearly grasp the operation of the user's laser pointer, so that the labor of chasing the laser light with unnecessary eyes can be alleviated, and as a result, the participants can concentrate more on the content of the briefing itself. (Effects of the Invention) According to the present invention, while maintaining a streamlined configuration, a participant who faces the briefing clearly recognizes the presence or absence of the irradiation of the laser light, thereby allowing the participant to know the state in which the light-emitting portion is not illuminated, and it is possible to clearly know that This timing is not necessary to perform a unnecessary operation for searching for a laser projection destination by eye. That is, according to the present invention, it is possible to provide a laser pointer which can alleviate the work load of the light-emitting destination of the laser, in addition to the user who participated in the briefing, by eye. [Embodiment] -8- 201131917 Hereinafter, embodiments of the present invention will be described with reference to the drawings. The laser pointer A of the present embodiment can irradiate laser light and can supply the information processing device 6 with a desired commander. Generally, in the case of a briefing, a conference, or the like, a resource processing device 6 for displaying a slide or a page, or reproducing an image and/or sound, or recording/recording is used. The information processing device 6 is specifically a personal computer, a multi-functional television receiver, a disc reproducing device, a recording device, etc., as shown in Fig. 1 'Projector, monitor, amplifier and speaker, camera, etc. as needed A machine such as a loudspeaker is connected. Further, the information processing device 6 is connected to a wireless receiver 5 for receiving a wireless signal transmitted by the laser pointer A. However, when the information processing device itself has the built-in wireless receiver 5 or the laser pointer a is wired to the information processing device 6, it is not limited thereto. As shown in FIGS. 1 to 9, the laser pointer A is mainly provided with a cylindrical casing 1 for illuminating the laser beam from the front end surface 1 a belonging to one end surface of the cylindrical casing 1 . a laser irradiation unit 2; an operation unit 3 for irradiating the laser light or supplying a desired command to the information processing device 6 as described above; and being built in a dotted line as shown in FIGS. 5, 7, and 8 The substrate 4 is supported in the housing 1 and has various circuits and the like. In the second embodiment and the third embodiment, the portion illuminated by the light-emitting housing 丨2, which will be described later, is indicated by a light gray. As shown by the broken lines in FIG. 2 and FIG. 4 to FIG. 8 , the laser irradiation unit 2 has a position provided near the front end surface 1a of the casing 1 and is operated, for example, by the operation of the operation unit 3. Laser light, a laser element that oscillates and illuminates externally through C: -9 - 201131917 through a laser irradiation port ua; and, for example, a laser control device that is mounted on the substrate 4 side to control the laser element, but Since the specific configuration of the laser irradiation unit 2 is an individual, detailed description thereof will be omitted. Here, the laser irradiation unit 2 is formed as an example of irradiating green laser light, but it is of course possible to irradiate red or blue laser light. The operation unit 3 has a laser irradiation button 3 1 and a sheet feeding/returning button 32 which are disposed on the side surface 1 c, and a power switch 33 and an ID setting switch 34 which are disposed on the side surface If. The laser irradiation button 31 is electrically connected to the substrate 4, whereby the laser beam is irradiated by the laser irradiation unit 2 only in a pressed state. In the present embodiment, the light-emitting housing 12, which will be described later as a light-emitting portion, will also emit light. The page-feeding/returning button 32 is pressed at a position where both ends are raised, whereby a plurality of pages (or slides) are sequentially displayed on the information processing device 6 in a presentation software or the like of the screen to switch to The next or previous page. The power switch 33 is configured to switch the power on and off by sliding the protruding portion, and is formed to be able to perform the pressing of the laser irradiation button 31 while the power source is "on" or "ON". The state of the operation of the information processing device 6 caused by the irradiation of the laser light or the operation of the page feed/return button 32. Further, in the present embodiment, the light-emitting housing 1 2, which will be described later, emits blue light only for 5 seconds from the moment when the power switch 3 3 is turned on, and the state will be described later. Next, the ID setting switch 34 is mainly applied to the user when the laser pointer A is initially used or when the communication function built in the information processing device 6 is not transmitted through the wireless receiver 5, by being pressed. The IDs are set so as to be correctly recognized by each other, whereby the above-mentioned page-feed/return button 3 2 is correctly actuated. The specific communication sequence of the ID setting switch -10- 201131917 3 4 and the wireless receiver 5 and the information processing device 6 mainly applies the existing order. As shown by the broken lines in FIGS. 5, 7, and 8, the substrate 4 is electrically connected to the laser irradiation unit 2 or the operation unit 3, and can be correctly passed through the wireless receiver 5 to the information processing device 6. The communication or the laser pointer A is correctly exemplified, and the structure of the substrate 4 can be applied to any configuration. Therefore, the detailed description of the embodiment will be omitted. Here, the laser pointer A of the present embodiment includes the side faces 1 c, 1 d, 1 e , If and the front and rear end faces la facing the frame 1 in addition to the frame 1 and the laser irradiation unit 2, The light-emitting housing 12 of the light-emitting portion that emits the diffused light that is not the laser light at the same time as the irradiation of the laser light is provided in a manner of at least two of the lbs. The configuration of the casing 1 in the laser pointer A will be described in detail below. The frame 1 is a columnar columnar shape having a front end surface la, a rear end surface lb, and four side surfaces lc, Id, Ie, and 1f, and has a cylindrical shape in a quadrangular shape in a cross-sectional view. The body 10, the front end plate 11 having the laser irradiation opening 11a on the front side of the cylindrical body 10 and forming the main body of the front end surface la, and the end edge lg embedded between the cylindrical body 10 and the front end plate 11 belong to the present invention. The light-emitting housing 1 of the illuminator of the invention, the battery remaining amount notification lamp 13 and the receiver accommodating portion 14 for accommodating the wireless receiver 5 that is removed by the information processing device 6 when not in use, and for housing The battery accommodating portion 15 of the battery of the power source exposes each component of the operation unit 3. The cylindrical body 1 is a slightly cylindrical shape in which an opening is formed in the front side, and the surface side is appropriately provided with a lamp amount notification unit 13 for the remaining amount of the battery, the receiver housing portion 1 4 -11 - 201131917, and the battery housing portion 15' Next, the opening of the operation unit 3 is exposed, and the substrate 4 is supported although not shown inside. The front end plate 11 is configured such that the opening of the cylindrical body 10 is sealed by the front end surface 1a of the casing 1 passing through the light-emitting housing 12, and the laser irradiation port 1 1 a is disposed in the center portion so as to be The laser light to be irradiated by the irradiation unit 2 passes. As shown in FIG. 6, the battery remaining amount notification lamp 1 3 is disposed in the vicinity of the end edge lg in the side surface le, and is disposed on the same plane as the cylindrical body 10, and the remaining battery of the dry battery incorporated in the battery housing portion 15 remains. When the amount becomes less than the predetermined threshold, the user is notified of the content by, for example, lighting in red. The receiver accommodating portion 14 is provided over the rear end surface 1b of the casing 1 and the side surface lc, and is accommodated in a state where the laser pointer A is not used, so that the wireless receiver illustrated in FIG. 1 is not lost. 5 people. The battery accommodating portion 15 is provided over the rear end surface 1b and the side surface le of the casing 1. For example, two dry batteries of a predetermined size such as three single or single four are arranged and arranged, and are used as a power source to form a substrate 4 Electrical connector. Next, as shown in Figs. 1 to 9, the light-emitting housing 12 is provided so as to face the four sides lc, Id, le, and If of the housing 1. Specifically, as shown in FIG. 9, the light-emitting housing 12 is attached to the side close to the laser irradiation unit 2, that is, the entire circumference of the end edge 1 g on the side in contact with the front end surface 1 a. The cylindrical body 10 is embedded in the inner side of the front end plate 11. Next, in a state in which the light-emitting housing 12 is mounted, as shown in the figure, the peripheral edges of the four side faces lc, Id, le, If, and the front end face la are exposed, and all the sides and the front end face la side can be provided. Come and see. In addition, the light-emitting housing 12 is formed as shown in the flowchart of FIG. 10, and an LED (not shown) is appropriately incorporated inside, and the substrate 4 is electrically connected to the substrate 4 by borrowing -12-201131917 and by laser The irradiation of the laser light by the illuminating unit 2 is the same, and emits a green color having a wavelength substantially equal to, for example, the color of the laser light, and emits blue light 5 seconds after the power source is turned ON. Hereinafter, the order of illumination of the light-emitting frames when the power source is turned on will be described in detail based on Fig. 10. First, when the power switch 33 is turned on (step S1), the light-emitting frame is illuminated into blue by energization to a built-in blue LED (not shown). Step S2). Then, after the power switch 3 3 is turned on, the blue light emission of the light-emitting housing 12 is stopped (step S8). Next, in the present embodiment, the power switch 33 is formed: 5 seconds before the laser irradiation button 3 1 is pressed (step, the green laser light is emitted from the laser irradiation unit 2, and the light emission of the light frame and the built-in green LED (not shown) are energized, thereby The color is switched (step S4). Then, if the pressing of the laser irradiation button 3 1 is solved in step S 5 ), the irradiation of the laser light from the laser irradiation unit 2 is stopped and the green light emission of the light-emitting housing 12 is also stopped. (Step S6) By forming the above-described configuration, the lightning indicator A of the present embodiment emits a light-emitting frame belonging to the light-emitting portion by using a part of the casing 1, so that the compact structure can be maintained. Needless to say, as a publisher of the newsletter, it is also possible to clearly identify the laser light to be emitted by the participant. Thus, the participant knows that the light-emitting frame 12 is not illuminated, thereby clearly knowing the timing. Don't have to vote for the eye to search for thunder As a result, it is possible to perform unnecessary tasks such as destinations. As a result, most participants other than the simple user can reduce the time of searching for the laser light by the eye. The astigmatism 12 body 12 color (clock ( ) ° i ON S3 ) body 12 into green In addition to ( , and the position of the body 12 to make the M 0S yws / iTs state, the light of the light of the light of the light -13-201131917, and the appropriate burden of the focus on the briefing. Then, for the participants of the briefing easier to get In the present embodiment, the light-emitting housing 12 is provided adjacent to the end faces of the side surfaces 1 c, 1 d, 1 e, and 1 f of the housing 1 in the light-emitting housing 12 located near the user. The end edge 1 g of the distal end side is used to further improve the visibility. Further, in order to clearly visually recognize the light emission of the light-emitting housing 12 from a wide angle around the user, in the present embodiment, the light-emitting housing 12 is formed as More specifically, it is formed so that the light-emitting housing 12 is formed in a light-emitting frame that is attached to the peripheral edge of the cylindrical tubular body 1 of the casing 1 which is formed in the casing 1. The aspect of body 1 2. In addition, due to the pre-communication of the briefing participants The publisher, that is, the user uses the approximate timing of the laser pointer A, thereby reducing the workload of the participant, and notifying the position of the laser pointer A itself as the transmission source in advance, thereby forming the participant to easily recognize Since the state of the laser light to be emitted is emitted, in the present embodiment, the light-emitting housing 12 is formed to be irradiated by the pressing of the laser irradiation button 3 1 when it is different from the laser light. In the case where the laser is in an illuminable state, for example, it is formed to emit light for 5 seconds. In particular, in the present embodiment, the light-emitting housing 12 is illuminated to be the same as the laser light when irradiated with laser light. Green, and the color emitted when formed into an illuminable state is formed into a blue color different from the color of the laser light, whereby the participant can more clearly grasp the operation of the user's laser pointer A, thereby further reducing Unnecessarily catching up with the laser light of the eye, as a result, participants can focus more on the content of the briefing, and help to fully convey the briefing of the content of the participants -14-201131917. The embodiment of the present invention has been described above, and the specific configuration of each part is not limited to the above-described embodiment, and various modifications can be made without departing from the spirit and scope of the invention. <Modifications> In the following, the same components as those of the above-described embodiments are denoted by the same reference numerals, and the detailed description thereof will be omitted. The light-emitting housing 12 of the light-emitting housing 12 of the present invention is not limited to the above-described embodiment, and may be formed, for example, in the first to third embodiments. Specifically, as shown in FIG. 1, the end edge 1 g on the side of the distal end surface 1 a and the edge on the side of the rear end surface 1 b may be provided not only as shown in the same light-emitting housing 1 2 as described above. The light-emitting frame 1 2 a is also provided for 1 h. Further, as shown in Fig. 2, the light-emitting housing 1 2b may be formed not only to extend to the end edge on the side of the front end face i a but also to the shape of the side edge 1 i disposed between the side faces. If it is as described above, the direction in which the laser light is irradiated when the light-emitting housing 12 is illuminated can be easily recognized. Further, of course, as shown in Fig. 1, the present invention is not limited to the frame body 1 on the square column, and the light-emitting frame body may be applied to the side surface 1 c 1 of the columnar frame body 1. Further, in addition to the above-described modifications, for example, the light-emitting housing may be of various shapes such as an arrow shape along the direction in which the laser beam is irradiated, or a part of the field that can be viewed by any two of the end edges. Further, the specific form of the function of the operation unit -15-201131917 or the function of the laser pointer such as the mouse function is not limited to the above embodiment, and various aspects including the owner are also applicable. The specific configuration of the other parts is not limited to the above-described embodiments, and various modifications can be made without departing from the spirit and scope of the invention. BRIEF DESCRIPTION OF THE DRAWINGS Fig. 1 is a perspective view showing a laser pointer according to an embodiment of the present invention. Figure 2 is a perspective view of the laser pointer. Figure 3 is another oblique view of the laser pointer. Figure 4 is a view of the side of the frame of the laser pointer viewed by one side. Figure 5 is a view of the side of the frame of the laser pointer viewed from the other side. Figure 6 is the same as above. Figure 7 is the same as above. Figure 8 is a view of the frame of the laser pointer viewed from the front end face. Figure 9 is an exploded view showing the main part of the laser pointer. The first diagram shows a flow chart of the action of the laser pointer. Fig. U is a perspective view showing a modification of the embodiment. Figure 1 2 is the same as above. Fig. 13 is a view showing a main part of a laser pointer according to another modification of the embodiment. -16- 201131917 [Explanation of main component symbols] A · 'Laser indicator 1 : Frame 1 a : — End face (front end face) 1 b : — End face (rear end face) 1c, Id, 1e, If, 1c 1 : Side 1 g, 1 h: End edge 1 i : Side edge 2: Laser irradiation unit 3: Operation unit 4: Substrate 5: Wireless receiver 6: Information processing device 1 〇: Cylindrical body 1 1 : Front end plate 1 1 a : laser irradiation ports 12, 12a, 12b: light-emitting portion (light-emitting housing 13: battery remaining amount notification lamp 1 4: receiver housing portion 15: battery housing portion 3 1 : laser irradiation button 32: page feeding /Back to page button 3 3 : Power switch -17- 201131917 34 : ID setting switch -18 -