M261307 八、新型說明： 【新型所屬之技術領域】 本創作係有關於-種工具機之雷射辅助定位機構（三 ^尤指-種可安裝於圓鑛機等工具機上，採固定方式設 助切削，且能模擬出較寬的链:抖而^對準奴切削線輔 此俠做見的鋸路，而能更精準的 能使^本降低，使用上較為便利之雷射輔助定位機構。 【先前技術】 圓鑛機為-種常見的工具機，圓鋸機的使用， 於其以迅速又整齊的特性，來完成高效率的切削工作。圓 鑛機的種類包括定位切肖彳材料而推動關前進的手動型 圓鋸機，及定位圓鋸而推動切削材料前進的機台型圓鋸 機’其中在進行切削前，均先在切削材料上標示欲切削 線，以便圓鋸刀刃依欲切削線行進。為避免圓鋸刀刀與切 削材料之間因相對位移而使鋸路偏移欲切削線，圓鋸機上 可加裝有雷射輔助定位機構，以隨時對準圓鋸刀刃於欲切 削線。 、 I知的雷射輔助定位機構可固定於圓鑛機之圓鑛中 心位置’该雷射輔助定位機構係具有雷射模組，當圓鋸轉 動切削時，雷射模組發射雷射傳遞至切削材料以對準欲切 削線輔助切削。如此即能有效的避免圓鋸刀刃與切削材料 之間因相對位移而使鋸路偏移欲切削線。 由於圓錯機之圓鋸具有一定的寬度，相對的其鋸路較 寬（如3〜4丽），然而雷射模組所發射的雷射寬度較小， 使得對準圓鋸刀刃於欲切削線的效果大打折扣。因此，如 M261307 :二圖；第二圖所示，習知已有在圓鑛機9 0上加裝兩組 =置的雷射辅助定位機構9 i，該雷射輔助定位機構 身…：有一雷射模組9 2，該二雷射模組9 2可分別發 、田H以核擬出較寬的鋸路，使得對準圓則3刀刃 於切削材料之欲切削線的效果較佳，而能精準的下刀。 έ准上述白知之雷射輔助定位機構，其需設置有兩 因此成本較高’且兩組雷射輔助定位機構均需調整， =即二雷㈣助定位機構之雷射模組所發射出雷射線的 _及平行度均需加以調整，f H造成 的不便。 、緣疋，本創作人有感上述缺失之可改善，乃特潛心研 究並配合學理之運用，終於提出—種設計合理且有效改善 上述缺失之本創作。 【新型内容】 本創作之主要目的，在於可提供一種工具機之雷射辅 助定位機構（三），其只需設置一組就可發射出二條雷射 光束，以模擬出較寬的鑛路，更能確實的辅助圓鑛刀刀的 鑛路對準切削材料的欲切削線，而能更精準的下刀，且其 能使成本降低，不需調整，省工省時，使用上較為便利二 為了達成上述之目的，本創作係提供一種工具機之雷 射輔助定位機構（三），其安裝於工具機的固定物上，= =·· 一雷射模組；以及-成像鏡片，其設置於該雷射模組 剛方，該成像鏡片係使該雷射模組發射的雷射形成二帶狀 的雷射線投射於切削材料。 本創作主要係於雷射模組前方設置一成像鏡片，當雷 M261307 伙射雷射時係經過成像鏡片，利用成像原理產生二 =田射，束的效果，投射至切削材料時係呈二帶狀的雷射 、々以核擬出較ι的鑛路，更能確實的輔助圓鋸刀刃的鑛 <對準切削材料的欲切削線，而能精準的下刀，且其只需 、、且μ射辅助疋位機構，故能使成本降低，亦不需調 整，省工省時，使用上較為便利。 為使能更進一步瞭解本創作之特徵及技術内容，請參 閱=下有關本創作之詳細說明與附圖，然而所附圖式僅提 供苓考與說明用，並非用來對本創作加以限制者。 【實施方式】 請參閱第三圖、第四圖及第五圖，本創作係提供一種 工具機之雷射辅助定位機構（三），其為一種可安裝於圓 鋸機等工具機2的固定物上，並發射雷射投射至切削材料 3，用以對準欲切削線輔助切削之雷射辅助定位機構1。 該雷射輔助定位機構1包括有一殼體2 i、一雷射模 組1 2及一成像鏡片13,其中該殼體1 1係利用螺栓鎖 固等方式安裝於工具機2的圓鋸護罩21等固定物上。 該雷射模組1 2係設置於該殼體1 1内部，該雷射模 組1 2為一内部设有雷射二極體（圖略）的模組，該雷射 二極體發射的雷射可向外射出。 5玄成像鏡片1 3係设置於該殼體1 1内部，該成彳象鏡 片1 3係為^一表面没有光橋1 3 1的光學拇片（如第四圖 )’該成像鏡片1 3係設置於該雷射模組1 2前方，使該 雷射模組12發射的雷射可透過成像鏡片13成像形成 二帶狀的雷射線4投射於切削材料3 ;藉由上述之組成以 M261307 形成本創作之工具機之雷射輔助定位機構（三）。 該雷射輔助定位機構1係固定於圓鑛機2上固定位 置，當圓鋸（刀具）2 2轉動切削時，該雷射模組i 2之 雷射二極體發射雷射並經過成像鏡片1 3成像形成二帶 狀的雷射線4投射於切削材料3以對準欲切削線辅助切 削。如此即此有效的避免圓鑛2 2刀刃與切削材料之間因 相對位移而使鋸路偏移欲切削線。 本創作主要係於雷射模組1 2前方設置一成像鏡片 1 3，當雷射模組1 2之雷射二極體發射雷射時係經過成 像鏡片1 3，利用成像原理產生二條雷射光束的效果，指 射至切削材料3時係呈二帶狀的雷射線4，以模擬出較寬 的鑛路’更能確實的輔助圓鑛2 2刀刀的鑛路對準切削材 =3的欲切削線’而能更精準的下刀，且其只需設置一组 ^射輔助定位機射，能使成本降低，亦不需調整，省工 省時，使用上較為便利。 2所述，本創作實為—不可多得之新型創作產品 中請要件，爱依專利法=料 利，《保_作者之權益。l也以查並賜准本案肩 拘πίΓ上料僅為本創作之較佳可行實_，非因此即 内料為利範圍，故舉凡運用本創作說明書及圖式 内:=效結構變化’均同理皆包含於本創作之範圍 M261307 【圖式簡單說明】 示意圖。 狀態示意圖 第一圖係習知雷射輔助定位機構之立體 第二圖係習知雷射辅助定位機構之使用 第三圖係本創作之立體示意圖。 第四圖係本創作成像鏡片之立體圖。 第五圖係本創作之使用狀態示意圖。 【主要元件符號說明】 [習知] 9 0 圓鋸機 9 1 雷射輔助定位機構 9 2 雷射模組 9 3 圓鋸 [本創作] 1 雷射輔助定位機構 11 殼體 1 2 雷射模組 13 成像鏡片 13 1 光橋 2 工具機 2 1 圓鋸護罩 2 2 圓鋸 3 切削材料 4 雷射線M261307 8. Description of the new model: [Technical field to which the new model belongs] This creation is about a laser-assisted positioning mechanism for three types of machine tools (three ^ especially-types that can be installed on machine tools such as round miners, etc.). Cutting aid, and it can simulate a wider chain: trembling and aligning the cutting line of the slave to assist the sawing path of this man, and can more accurately reduce the cost of the laser assisted positioning mechanism [Previous technology] Circular miners are a common machine tool. The use of circular saws is a fast and neat feature to complete high-efficiency cutting work. The types of circular miners include positioning and cutting materials. For manual circular saws that push forward, and machine-type circular saws that position the circular saw to push the cutting material forward, the cutting material must be marked on the cutting material before cutting so that the circular saw blade can The cutting line travels. In order to avoid that the saw path deviates from the cutting line due to the relative displacement between the circular saw blade and the cutting material, the circular saw machine can be equipped with a laser auxiliary positioning mechanism to align the circular saw blade at any time. For cutting line., I The known laser-assisted positioning mechanism can be fixed at the center position of the round ore. The laser-assisted positioning mechanism is equipped with a laser module. When the circular saw rotates and cuts, the laser module transmits laser to the cutting material. Assist cutting by aligning the cutting line. This can effectively prevent the saw path from shifting the cutting line due to the relative displacement between the cutting edge of the circular saw blade and the cutting material. Due to the circular saw with a certain width, the relative The saw path is wider (such as 3 ~ 4 Li), but the laser width emitted by the laser module is smaller, which makes the effect of aligning the circular saw blade on the cutting line greatly reduced. Therefore, such as M261307: two pictures; As shown in the second figure, it is known that two sets of laser assisted positioning mechanisms 9 i have been installed on the round miner 90. The laser assisted positioning mechanism body ...: has a laser module 92, and the two The laser module 9 2 can be sent separately and Tian H to calculate a wider saw path, so that the effect of aligning the circle with 3 blades on the cutting line of the cutting material is better, and the knife can be accurately cut. The above-mentioned laser-assisted positioning mechanism for Bai Zhi needs to be provided with two, so the cost is high. And the two sets of laser auxiliary positioning mechanisms need to be adjusted, that is, both the laser radiation emitted by the laser module of the two laser assisted positioning mechanisms and the parallelism must be adjusted, the inconvenience caused by f H. The author feels that the above-mentioned deficiency can be improved, and he has devoted himself to studying and cooperating with the application of science, and finally put forward a kind of original design with reasonable design and effective improvement of the above-mentioned deficiency. [New Content] The main purpose of this creation is to provide a kind of The laser-assisted positioning mechanism (3) of the machine tool can emit two laser beams by setting only one group, in order to simulate a wider mine path, and can more accurately assist the mine path alignment of the circular ore knife The cutting line of the cutting material can be cut more accurately, and it can reduce the cost, without adjustment, save labor and time, and it is more convenient to use. In order to achieve the above purpose, this creative system provides a machine tool. Laser assisted positioning mechanism (3), which is installed on the fixture of the machine tool, = = ·· a laser module; and-imaging lens, which is arranged on the square of the laser module, the imaging lens is used The Ray The laser emitted by the shooting module forms two band-shaped laser rays that are projected on the cutting material. This creation is mainly set up with an imaging lens in front of the laser module. When the laser M261307 and the laser pass through the imaging lens, the imaging principle is used to generate two = field shots. The effect of the beam is two bands when projected onto the cutting material. The laser-like shape of the laser can help mine a more complete mine path, which can more accurately assist the mine of the circular saw blade & align the cutting line of the cutting material, and can accurately cut the knife. In addition, the μ-assisted positioning mechanism can reduce costs without adjustment, saving labor and time, and is more convenient to use. In order to better understand the features and technical contents of this creation, please refer to the detailed description and drawings of this creation below, however, the drawings are provided for the purpose of illustration and explanation only, and are not intended to limit this creation. [Embodiment] Please refer to the third, fourth, and fifth drawings. The present invention provides a laser-assisted positioning mechanism (3) for a machine tool, which is a fixture that can be mounted on a machine tool 2 such as a circular saw. And shoots a laser to the cutting material 3 to align the laser-assisted positioning mechanism 1 with the cutting line to assist cutting. The laser auxiliary positioning mechanism 1 includes a housing 2 i, a laser module 12 and an imaging lens 13, wherein the housing 11 is a circular saw cover mounted on the machine tool 2 by means of bolt locking and the like. 21 and other fixed objects. The laser module 12 is disposed inside the casing 11. The laser module 12 is a module with a laser diode (not shown) inside. The laser diode 12 emits Lasers can shoot out. 5 xuan imaging lenses 1 3 are arranged inside the casing 1 1. The imaging lens 1 3 is an optical thumb with no optical bridge 1 3 1 on the surface (as shown in the fourth figure). 'The imaging lens 1 3 It is set in front of the laser module 12 so that the laser emitted by the laser module 12 can be imaged through the imaging lens 13 to form two band-shaped laser rays 4 projected on the cutting material 3; with the above composition, M261307 The laser-assisted positioning mechanism (3) that forms the machine tool of this creation. The laser auxiliary positioning mechanism 1 is fixed at a fixed position on the circular miner 2. When the circular saw (cutter) 2 2 rotates and cuts, the laser diode of the laser module i 2 emits laser and passes through the imaging lens. 1 3 Rays 4 formed by imaging into two bands are projected on the cutting material 3 to assist the cutting by aligning the cutting line. In this way, it is possible to effectively prevent the saw path from shifting from the cutting line due to the relative displacement between the 2 2 cutting edge of the round ore and the cutting material. This creation is mainly based on the setting of an imaging lens 1 3 in front of the laser module 12. When the laser diode of the laser module 12 emits a laser, it passes through the imaging lens 1 3 and uses the imaging principle to generate two lasers. The effect of the light beam refers to the two-band-shaped lightning ray 4 when it strikes the cutting material 3, in order to simulate a wider mine path. It can more reliably assist the round ore 2 2 knives. The mine path is aligned with the cutting material = 3 The cutting line can be cut more accurately, and it only needs to set a group of auxiliary shooting machines, which can reduce the cost and does not need adjustment. It saves labor and time, and is more convenient to use. As stated in 2 above, this creation is actually a rare and rare new creation product. Please refer to the requirements, Aiyi Patent Law = Material, "Protection of Authors' Rights and Interests". l It is also necessary to check and give permission in this case. ΓΓ The material is only a good and feasible practice for this creation. It is not because the material is within the scope of profit. Therefore, if you use this creation manual and drawings: = Effective structural changes' The same reason is included in the scope of this creation. M261307 [Schematic description] Schematic. State diagram The first picture is the three-dimensional view of the conventional laser assisted positioning mechanism. The second picture is the use of the known laser assisted positioning mechanism. The third picture is the three-dimensional schematic diagram of this creation. The fourth image is a perspective view of the original imaging lens. The fifth picture is a schematic diagram of the use status of this creation. [Description of main component symbols] [Knowledge] 9 0 Circular saw 9 1 Laser assist positioning mechanism 9 2 Laser module 9 3 Circular saw [This creation] 1 Laser assist positioning mechanism 11 Housing 1 2 Laser mold Group 13 Imaging lens 13 1 Optical bridge 2 Machine tool 2 1 Circular saw shield 2 2 Circular saw 3 Cutting material 4 Ray rays