ivn/y/53 五、新型說明： 【新型所屬之技術領域】 本創作係有關於-細距儀綠指示結構，詳而言之侧於—種可 供測量方位功能之設計。 【先前技術】 建木把工都市規劃或地貌環境監測等常需使用到測量的技術， 而以_㉞方式科乎制捲尺、個法、數值運算法絲測量目標物 '巨離及呵度，但该些方式所得之測量精度相當有限，若是測量基準點或 用作為其他輔助基準點之認定稱有誤差，則影響到測量之數值甚矩，造 «測者誤判規咖，必須以多次之測量來去除不正確的數值，並以統 计學方_愤____者，但此柳目當麻須，因 此有業者開發利用雷射作為測距之儀器，而雷射測距的原理非常簡單，兑 乃利用雷_嶋—，目㈣級W測^ 得出光波往返㈣間，即可縛成_，仙為雜舰之方式 便又簡單’因此_業衫有對能測賴之研發與改良。 習用之雷射測距儀請參閱中華民國專利案號第奶服號，『雷射測距 儀』，種雷射測距儀，其包括機構外殼：設置於雷射測距儀上的第— 點f二基準點，該第~基準點與第二基準點可以構成-視線軸；雷_ 距系統，該雷射測距系統具有1射光軸，且™來對特定的目標物進 行距離量測；以及—數據顯示器，肋顯示量測的結果。 、 —然而，此種習用之雷射測距儀雖可提供測量目標物距離之功效， 貫上，在測量作業令，僅古扣私本 有距_值之參考並不足夠，許多施工作業或地 3 貌測量都需要仰賴其他輔助資訊之配合’其中方位指示更是極為重要之測 量資料’特別是在駐_製上，方位指示配合距離資料才能⑽出正確 之建築或地貌外形、深淺度等，而該種之雷射測距儀並沒有方位指示 2功能’其充其量只能讓使用者得知所在位置距離目標物之距離，卻無法 传知目標物之綠，必舰合其他數值運算手段來求出方位等資訊，既麻 、不符精度要求，因此其實用性相當不足，有必要加以研發可提供測量 方位功能之雷射測距儀結構。 【新型内容】 本創作之主要目的係在於提供—酬距儀方位指示結構，其可改善習 用之雷射測距儀結構不具測量方位功能等缺失。 一下殼體、一雷射 為達成前述之創作目的，本創作係包括一上殼體 件、一處理|§及一顯示面板，其中： 該上殼體係與下殼體組設，而該雷射件、處理器及顯示面板係設於上 殼體與下韻之間，且處係與訪件及顯示面板連接； 該處理器制喊應雷射件之雷射發射方向、雷射發射方向相對目標 物之方似及地雜置’並傳輸感應魏至_面板艇—預設形式之方 南、北四個方位標誌及一指 位指示圖樣，該方位指示圖樣係包括東、西 針標諸’該指針標誌、係隨著處理器感應方位之改變而指向對應之方位標 誌、，藉此得以判讀雷射件雷射發射方向所指定之方位。 本創作之上殼體係設有-透明之視窗，該視窗係與顯示面板對位，藉 此供使用者得以由視鎌看顯示面板上之方位指示圖樣。 本創作之上殼體係'設Hx輔助調整雷射件之雷射照準方向的氣泡 M379753 儀。 本創作之方位指示圖樣係設有一圓標誌，而各方位標誌係位於圓標誌 上之東、西、南、北的位置上，以及該指針標誌係穿過圓標誌之中心並指 向處理器所感應之方位方向。 本創作之處理器内係設有地磁感應器。 因此本創作可說是一種相當具有實用性及進步性之創作，相當值得產 業界來推廣，並公諸於社會大幕。 【實施方式】 本創作係有關於一種測距儀方位指示結構，請參閱第一圖至第五圖所 不其係本創作之主實施例，包括一上殼體卜一下殼體2、一雷射件3、 一處理器4 (該處理器4⑽設有地磁感應器，藉以感應本創作所處之地磁 位置）及一顯示面板5，其中： 忒上设體1係與下殼體2組設’而該雷射件3、處理器4及顯示面板$ 係》又於上成體1與下殼體2之間，且處理器4係與雷射件3及顯示面板$ 連接’如第-_示，該上殼體丨及下殼體2係皆概呈盒狀，並相互對接 結合’且該雷射件3、_器4及顯示面板5悉皆設於上殼體）與下殼體2 所圍合之㈣内（有關雷射測距儀之雷射件3發出雷射光的技術及原理係 屬習知，而本解之《在於處黯4配合顯示面板5提供指示方位 之功效，故不多加贅述有關雷射件3之細部結構及作動原理）； 該下殼體2與上殼體i端部係設有一對接之透孔21，該透孔2ι係供雷 射件3端部設置’以令雷射件3所發出之雷射光可由透孔21射出；另外， 該上殼體丨係設魏數與纽器4 _之操作紐u，義作钮u係用以控 5 M379753 制本創作之啟動、關閉以及設定值； 該處理器4係用以感應雷射件3之雷射發射方向、雷射發射方向相對 目標物之方位以及地磁位置，並傳輸感應資訊至顯示面板5顯示—預設形 式之方位指示圖樣6 ’該方位指示圖樣6係包括東、西、南、北四個方位標 誌61及一指針標誌62，該指針標誌62係隨著處理器4感應方位之改變而 指向對應之方位標誌61 ’且該方位指示圖樣6係設有一圓標誌63，而各方 位標誌、61係位於圓標誌63上之東、西、南、北的位置上，以及該指針標 誌62係穿過圓標誌63之中心並指向處理器4所感應之方位方向，藉此得 以判讀雷射件3雷射發射方向所指定之方位，如第五圖所示，當本創作啟 動後，該顯示面板5係顯示方位指示圖樣6，且處理器4係感應雷射件3之 雷射光發射方向以及雷射光發射方向相對目標物之方位，而令指針標誌砭 以圓標誌63中心旋轉，並指向對應之方位標誌61，例如圖上所指示當時雷 射光朝向之方位為北北西方向（當然該圓標誌63配合方位標誌61及指針標 諸62之指示方式端視處理器4之預設型態，其可以指針標键的相對圓標 誌、63旋轉之方式，或是圓倾63相對指針標誌62旋轉之方式，或是方位 標諸61 Ρ遺指針標諸、62或圓標該63之位置作改變等方式來指示方位位置， 本創作主要乃個處 4配合方位指示_ 6提供細綠之效果，故 不再多加贅述有關方位指示圖樣6之細部設定方式及内容）； 該上殼體1係設有-透明之視窗12，該視窗12係與顯示面板5對位， 藉此供使用者得以由視窗12觀看顯示面板5上之方位指示圖樣6 ;另外， 該上殼體1係設有―用以輔助鮮雷射件3之醉方⑽氣泡儀13， 因此使用者手持本創作對準目標物時，可觀察氣泡儀13是否相對目標物呈 M379753 水平狀態，以確實測量出本創作相對目標物之最短距離。 第六圖及第七圖係本創作之使用狀態示意圖，配合前述本創作之結構 。兄明可知制者可手持本創作對不同之目標物進行照準測量，且雷射件3 '之雷射光打向目標物時，處理器4可感應雷射光之照射方位及地磁位置， 並傳輸感應Λ息至顯*面板5處以指針觀62目冷方位縣61顯示出雷 _射光相對目標物之方位’讓使用者可以方便地判讀當前位置相對目標物之 -距離及方位’而不需透過其他額外之運算手段、儀H絲獲得方位資訊， φ 讓測量作業更為便捷。 由上所述者僅為用以解釋本創作之較佳實施例並非企圖據以對本創 作做任何形式上之限制，是以，凡有在相同之創作精神下所做有關本創作 任何6錦或變更者，皆仍應包括在本創作意圖保護之範峰内。 綜上所述，本創作測距儀方位指示結構在結構設計、使用實用性及成 本效益上’確實是完全符合產業上發展所需，且所揭露之結構創作亦是具 有前所未有的創新構造，所以其具有「新賴性」應無疑慮，又本創作可較 _之習知結構更具功效之增進，因此亦具有「進步性」，其完全符合我國專利 .法有關新型專利之申請要件的規定，乃依法提起專利申請，並敬請韵局 早曰審查，並給予肯定。 。 【圖式簡單說明】 第一圖係補制賴方織示結構各部元件立體分解示意圖。 ★圖係本創作測距儀方位指示結構立體外觀示意圖。 第二圖係本創作測距儀方位指示結構平面剖視圖。 第四圖係本創作測距儀方位指示結構側面剖視圖。 7 M379753 第五圖係本創作測距儀方位指示結構方位指示示意圖。 第六、七圖係本創作測距儀方位指示結構使用狀態示意圖。 【主要元件符號說明】 1上殼體 11操作鈕 12視窗 13氣泡儀 2上殼體 21透孔 3雷射件 4處理器 5顯示面板 6方位指示圖樣 61方位標誌 62指針標誌 63圓標誌、Ivn/y/53 V. New description: [New technical field] This creation is about the fine-range green indicator structure, in detail, the side can be used to measure the orientation function. [Prior Art] The construction of the urban planning or geomorphological environment monitoring often requires the use of measurement technology, and the _34 method is based on the tape measure, the method, and the numerical calculation method to measure the target's large distance and degree. However, the measurement accuracy obtained by these methods is quite limited. If the measurement reference point or the other reference point used as the auxiliary reference point has an error, the value of the measurement is very variable, and the tester must make multiple judgments. Measurement to remove the incorrect value, and to the statistical side _ _ ____ ____, but this will be a whisker, so there are operators to develop the use of laser as a distance measuring instrument, and the principle of laser ranging is very simple , by using the mine _ 嶋 ,, the head (four) level W measurement ^ to get the light wave back and forth (four), you can bind to _, Xian is the way of the miscellaneous ship is simple - so _ _ shirt has the ability to measure the research and development Improvement. For the conventional laser range finder, please refer to the Republic of China Patent No. Dairy Service No., "Laser Range Finder", a kind of laser range finder, which includes the mechanism casing: the first set on the laser range finder - Point f two reference points, the first reference point and the second reference point may constitute a line of sight; a lightning ray system, the laser ranging system has an optical axis, and the TM measures the distance of a specific target ; and - data display, rib display measurement results. - However, this kind of conventional laser range finder can provide the effect of measuring the distance of the target, and in the measurement operation order, only the reference of the value of the _ value is not enough, many construction operations or The geomorphology measurement needs to rely on the cooperation of other auxiliary information. 'The orientation indication is the most important measurement data', especially in the station system, the orientation indication can match the distance data (10) the correct building or landform shape, depth and so on. And the laser range finder of this kind does not have the orientation indication 2 function'. At best, the user can only know the distance of the location from the target, but cannot know the green of the target, and the other numerical calculation means In order to obtain information such as orientation, it is not necessary for accuracy, so its practicability is quite insufficient. It is necessary to develop a laser range finder structure that can provide measurement and orientation functions. [New content] The main purpose of this creation is to provide a position indication structure for the responsor, which can improve the structure of the conventional laser range finder without the measurement orientation function. The housing and a laser are for the purpose of achieving the foregoing creation. The present invention includes an upper housing member, a processing unit, and a display panel, wherein: the upper housing is assembled with the lower housing, and the laser is assembled The device, the processor and the display panel are disposed between the upper casing and the lower rhyme, and the department is connected with the access device and the display panel; the processor is configured to respond to the laser emission direction of the laser device and the laser emission direction. The target object is similar to the ground and mixed with 'inductive Wei Zhi _ panel boat — the preset form of the south and north four orientation marks and a finger position indication pattern, the orientation indication pattern includes the east and west needle labels The pointer symbol is directed to the corresponding azimuth flag as the sensor senses the orientation, thereby enabling interpretation of the orientation specified by the laser's laser emission direction. The upper housing of the creation is provided with a transparent window that is aligned with the display panel so that the user can view the orientation indication on the display panel by visual inspection. The upper shell of this creation is equipped with Hx to adjust the bubble M379753 instrument for the laser sighting direction of the laser. The orientation indication pattern of the creation is provided with a circle mark, and the various position marks are located at the east, west, south and north positions on the circle mark, and the pointer mark passes through the center of the circle mark and points to the processor. Direction of orientation. A geomagnetic sensor is provided in the processor of the creation. Therefore, this creation can be said to be a kind of practical and progressive creation, which is worthy of promotion by the industry and publicity. [Embodiment] This creation system relates to a rangefinder indicating structure of a range finder. Please refer to the first embodiment to the fifth figure for the main embodiment of the present invention, including an upper casing, a housing, and a mine. a shooting unit 3, a processor 4 (the processor 4 (10) is provided with a geomagnetic sensor to sense the geomagnetic position where the creation is located) and a display panel 5, wherein: the upper body 1 is assembled with the lower housing 2 'The laser member 3, the processor 4 and the display panel $ are further connected between the upper body 1 and the lower casing 2, and the processor 4 is connected to the laser member 3 and the display panel $ as in the first - _, the upper casing 丨 and the lower casing 2 are both box-shaped, and are butt-joined together and the laser member 3, the _ 4 and the display panel 5 are all disposed on the upper casing and the lower casing 2 (4) enclosed (4) (The technology and principle of laser light emitted by the laser device 3 of the laser range finder are known, and the solution of the solution is that the function of the display panel 5 is provided to indicate the orientation. Therefore, the detail structure and the operation principle of the laser member 3 are not described in detail; the lower casing 2 and the upper casing i are provided with a pair of through holes 21 at the end. The through hole 2 is provided for the end of the laser member 3 to enable the laser light emitted by the laser member 3 to be emitted by the through hole 21; in addition, the upper casing is provided with a Wei number and a new device 4 , the function button u is used to control the start, close and set value of the 5 M379753 system creation; the processor 4 is used to sense the laser emission direction of the laser 3, the direction of the laser emission direction relative to the target, and Geomagnetic position, and transmitting sensing information to the display panel 5 display - a preset form of orientation indication pattern 6 'The orientation indication pattern 6 includes four orientation marks 61 of east, west, south and north and a pointer mark 62, the pointer mark The 62 series is directed to the corresponding orientation mark 61 ' as the sensor 4 senses the orientation change, and the orientation indication pattern 6 is provided with a circle mark 63, and the square mark 61 is located on the east, west and south of the circle mark 63. , in the north position, and the pointer mark 62 passes through the center of the circle mark 63 and points to the azimuth direction sensed by the processor 4, thereby being able to interpret the direction specified by the laser emitting direction of the laser member 3, such as the fifth As shown in the figure, when this creation is started The display panel 5 displays the orientation indication pattern 6, and the processor 4 senses the direction of the laser light emission of the laser member 3 and the direction of the laser light emission direction with respect to the target object, and causes the pointer symbol 砭 to rotate at the center of the circle mark 63, and Pointing to the corresponding orientation mark 61, for example, the orientation of the laser light at the time indicated on the figure is north-northwest direction (of course, the circular mark 63 cooperates with the orientation mark 61 and the pointer mark 62 indicates the preset mode of the end processor 4 , which can be a relative circular mark of the pointer key, 63 rotation, or a rotation of the circular inclination 63 relative to the pointer mark 62, or a position of the 61-point pointer, 62 or the position of the mark 63. Change the way to indicate the azimuth position, this creation is mainly a 4 with the orientation indication _ 6 to provide the effect of fine green, so the details of the setting and content of the orientation indication pattern 6 are not further described); a transparent window 12 is provided, which is aligned with the display panel 5, so that the user can view the orientation indication pattern 6 on the display panel 5 from the window 12; in addition, the upper casing 1 is provided ―In order to assist the fresh laser beam 3 (10) bubble meter 13, when the user holds the creation object to aim at the target object, it can be observed whether the bubble meter 13 is in a horizontal state relative to the target object, so as to accurately measure the relative creation of the object. The shortest distance of the target. The sixth and seventh diagrams are diagrams showing the state of use of the present creation, in conjunction with the structure of the aforementioned creation. Brother can know that the maker can carry out the aiming measurement on different objects with the creation of the object, and when the laser light of the laser 3' hits the target, the processor 4 can sense the illumination direction and the geomagnetic position of the laser light, and transmit the induction. The suffocation to the display panel 5 indicates that the position of the ray_lighting relative to the target is displayed by the pointer 62. The user can easily interpret the current position relative to the target-distance and orientation without passing through other Additional calculation methods, instrument H wire to obtain orientation information, φ make measurement work more convenient. The above description is only for the purpose of explaining the preferred embodiment of the present invention and is not intended to impose any form of limitation on the creation, so that any of the creations in the same creative spirit may be The changer should still be included in the Fan Feng of this creative intent. In summary, the orientation indicator structure of the original range finder is in fact fully in line with the development of the industry in terms of structural design, practicality and cost-effectiveness, and the disclosed structural creation is also an unprecedented innovative structure, so Its "new dependence" should be undoubtedly considered, and this creation can be more effective than the conventional structure of _, so it is also "progressive", which fully complies with the requirements of the application requirements for new patents in China's patents. Is to file a patent application in accordance with the law, and please ask the rhyme to review it early and give it affirmation. . [Simple description of the drawings] The first figure is a three-dimensional exploded view of the components of the Lai weave structure. ★ The figure is a three-dimensional appearance of the orientation indicator structure of the original rangefinder. The second figure is a plan sectional view of the orientation indicating structure of the original range finder. The fourth figure is a side cross-sectional view of the orientation indicating structure of the original range finder. 7 M379753 The fifth figure is a schematic diagram of the orientation indication of the orientation indicator structure of the original rangefinder. The sixth and seventh figures are schematic diagrams showing the state of use of the orientation indicating structure of the original range finder. [Main component symbol description] 1 Upper housing 11 operation button 12 window 13 bubble meter 2 upper housing 21 through hole 3 laser member 4 processor 5 display panel 6 orientation indication pattern 61 orientation mark 62 pointer mark 63 round mark,