M265150 八 新型說明： 【新型所屬之技術領域】 種可系有關於—種簡易型雷射雙光束裝置，尤指一 具機上，並可發射雷射投射至切削材料，用 更梦準=線辅助切削，且能模擬出較寬的鑛路，而能 =準的下刀，並能使成本降低，使用上較為便利之雷射 【先前技術】 圓鋸機為一種常見的工具機，圓鋸機的使用，主要在 於其以迅速又整齊的特性，來完成高效率的切肖彳工作。圓 鑛機的種類包括定位切歸料而推動圓鋸前進的手動型 圓鋸機，及定位圓鋸而推動切削材料前進 機，其中在進行切削前，均先在切削材料上標示欲= 線，以便圓鋸刀刃依欲切削線行進。為避免圓鋸刀刃與切 削材料之間因相對位移而使鑛路偏移欲切削線，圓鑛機上 可加裝有雷射裝置，以隨時對準圓鋸刀刃於欲切削線。 習知的雷射裝置可固定於圓鋸機之圓鋸中心位置，該 雷射裝置係具有雷射模組，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。 ^由於圓鑛機之圓鑛具有一定的寬度，相對的其鑛路較 I (如3〜4mm )，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 第一圖及第二圖所示，習知已有在圓鋸機9 〇上加裝兩組 M265150 模t 2的雷射裝置9 1 ’該雷射裝置9 1各具有一雷射 屮私* 名—雷射模組9 2可分別發射雷射線，以模擬 二1的鋸路，使得對準圓鋸9 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。 太，上述習知之雷射裝置，其需設置有兩組，因此成 Μ 7且兩組雷射裝置均需調整，亦即二雷射裝置之雷 、所發射出雷射線的間距及平行度均需加以調整，費 工費時’造成使用上極大的不便。 賈 * " f二本創作人有感上述缺失之可改善，乃特潛心研 上、f 21子理之利，終於提種設計合理且有效改善 上达缺失之本創作。 【新型内容】 ★牡t劊：之主要目的’在於可提供-種簡易型雷射雙光 衣，八能使成本降低，不需調整，使用上較為便利。 雙光==之目的’本創作係提供-種簡易型雷射 又光束衣置，包括：一雷射模組，其具有一雷 以及一遮光條，其設置於該雷射二極體前方.上 f係將該雷射模組之雷射二極體射出 成二雷射光束。 末刀隔形 本創作主要係於雷射光束的光財設置 成二雷射光束’投射至切削材料時二模 擬出較寬的鑛路’更能確實的辅助工具機刀具、 切削材料的欲切削線，而能更精準的下刀，且…3 :::射雙光束裝置，構造簡化’組裳簡單容：： 成她，亦不需調整，省工省時，使用上較為便利 M265150 為使能更進一步瞭解本創作之特徵及技術内容，請參 閱以下有關本創作之詳細說明與附圖，然而所附圖式僅提 供芩考與說明用，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 j易型雷射雙光束裝置，其為一種可安裝於圓鋸機等工具 機3的固定物上，並發射雷射投射至切削材料4，用以對 準欲切削線輔助切削之雷射雙光束裝置。 該雷射雙光束裝置包括有一雷射模組i及一遮光條 2，其中該雷射模組丄包括有一基座1丄、一雷射二極體 一電路板13、一第一鏡片14、一鏡片座15及 一第二鏡片1 6，其中該基座1 1係為一中空殼體，該雷 射二極體1 2及電路板1 3係設置於該基座1丄内部，且 該雷射二極體1 2係電性連接於該電路板1 3，該電路板 13並與電源控制及供應單元（圖略）適當的電性連接， 以便驅動雷射二極體12發射雷射。 一該第鏡片1 4係設置於該基座1 1内部雷射二極 2前方處’該第—鏡片丄4係為—聚焦鏡片，如此該 由射二極體1 2發射的雷射即可透過該第一鏡片i 4聚 焦後再向外射出。 λ鏡片座1 5係叹置於該基座1 1前端，該鏡片座1 係為-兩端呈開口狀之中空體’而該第二 該鏡片座15中’該鏡片座15内壁近後端係設 ,^ ，紋°卩1 5 1，且該基座1 1外壁近前端處設有 、、的第二螺紋部1 1 1 ’該鏡片座1 5可利用第一螺 M265150 紋部1 5 i與該基座丄i之第二螺紋部工 接’使該鏡片座！ 5以螺接方式連接於該基座丄丄前/累 如此该雷射二極體12發射的雷射即可透過 而 聚焦後’再透過第二鏡片i 6向外投射而出4 鏡片座15的轉動帶動第二鏡片16移動 光束不同的粗細。 ^正田射 該遮光條2係'以不透㈣材料製成，i係 並適當的設置於雷射模組i之雷射二極體丄2前：:卞本實 施例係將該遮光條2固定於-圓形框體2 i上，該框= 固定於鏡片座1 5上’使該遮光條2位於第二鏡 片1 6别方，该遮光條2並對應於第二鏡片丄6、 片1 4及雷射二極體i 2中心，如此該雷射模組丄所發= 的雷射光束即可被遮光條2分隔形成二帶狀的雷射‘束 5;精由上述之組成以形成本創作之簡易型雷射雙光束裝 置。 、 另，本創作之遮光條2亦可直接的設置於第二鏡片1 6上（如第七圖）、第—鏡片14前方（如第九^) 他之雷射模組1的雷射二極體12前方適當位置。〜、 該雷射雙光束裝置係固定於工具機3之護罩3工等 固定位置，當圓鑛（刀具）3 2轉動欲進行切削時，該雷 射雙光束裝置即可射出二帶狀的雷射光束5投射於切削 材料4以對準欲切削線輔助切削。如此即能有效的避免圓 鑛3 2刀77與㈣㈣之_相對位移而制路偏移欲 切削線。$ ’如第八圖所示，該雷射雙光束裳置亦可固定 於工具機3之護罩31上其他適當的位置。 M265150 本創作主要係於雷射槿細 設置遮光條2，將雷射光束射二極體1 2前方 5，投射至_材料4時，^ 帶狀的雷射光束 ^ ΛΑ ϋ l π 0 桓蛱出車父莧的鑛路，更能石崔M265150 Description of the eight new types: [Technical field to which the new type belongs] A series of simple laser dual-beam devices, especially on a machine, which can emit laser projections to the cutting material. Auxiliary cutting, and it can simulate a wider mine road, and can = accurate lower knife, and can reduce costs, the laser is more convenient to use [prior technology] Circular saw machine is a common tool machine, circular saw The use of the machine is mainly due to its fast and neat characteristics to complete high-efficiency cutting work. The types of circular miners include manual circular saws that position the cutting material and push the circular saw forward, and positioning circular saws that push the cutting material forward. Before cutting, the cutting material is marked with the line = So that the circular saw blade advances as desired. In order to avoid the relative displacement between the circular saw blade and the cutting material that will cause the ore path to shift from the cutting line, a laser device can be added to the circular miner to align the circular saw blade with the cutting line at any time. The conventional laser device can be fixed at the center position of the circular saw of the circular saw machine. The laser device is provided with a laser module. When the circular saw rotates and cuts, the laser module transmits laser to the cutting material for alignment. To cut the line to assist cutting. In this way, it can effectively prevent the saw path from shifting the cutting line due to the relative displacement between the circular saw blade and the cutting material. ^ Because the circular ore of the circular miner has a certain width, the relative ore path is relatively larger than I (such as 3 ~ 4mm). However, the laser module emits a smaller laser width, which makes it easier to align the blade of the circular saw for cutting. The effect of the line is greatly reduced. Therefore, as shown in the first and second figures, it is known that two sets of laser devices 9 1 of M265150 mold t 2 have been installed on the circular saw machine 90. The laser devices 9 1 each have a laser beam. Private * Name—The laser module 9 2 can emit laser rays respectively to simulate the saw path of 2 1 so that the effect of aligning the circular saw 9 3 blade on the cutting line of the cutting material is better, and it can accurately cut the knife. . Too, the above-mentioned conventional laser device needs to be provided with two groups, so M 7 and the two groups of laser devices need to be adjusted, that is, the laser of the two laser devices, the distance and parallelism of the emitted laser rays are all equal. It needs to be adjusted, and it takes a lot of labor and time to cause great inconvenience in use. Jia * " The two authors felt that the above-mentioned defects could be improved. They focused on the research and the advantages of f 21, and finally proposed a reasonable and effective design to improve the lack of original creation. [New content] ★ The main purpose of 牡 t 刽 is to provide-a simple type of laser double coat, which can reduce the cost, without adjustment, and is more convenient to use. The purpose of the double light == 'This creative department provides a simple type of laser and beam clothes, including: a laser module, which has a laser and a light shielding strip, which is arranged in front of the laser diode. The upper f series emits the laser diode of the laser module into two laser beams. The end knife spacer shape is mainly based on the laser beam's optical property set to two laser beams 'simulating a wider mine path when projected to the cutting material'. It can more reliably assist the cutting of the machine tool and cutting material. Line, and can be more accurate under the knife, and ... 3 ::: dual-beam device, the structure is simplified, the group is simple, easy to use :: no need to adjust, save labor and time, it is more convenient to use M265150 in order to make For a better understanding of the characteristics and technical content of this creation, please refer to the following detailed description and drawings of this creation, but the drawings are provided for reference only and are not intended to limit this creation. [Embodiment] ^ Please refer to the third, fourth, and fifth drawings. This creative system provides a j-easy laser dual beam device, which is a fixture that can be mounted on a machine tool 3 such as a circular saw. , And launch a laser projected onto the cutting material 4 to align the laser dual-beam device to assist cutting with the cutting line. The laser dual-beam device includes a laser module i and a light-shielding strip 2, wherein the laser module 基座 includes a base 1 丄, a laser diode, a circuit board 13, a first lens 14, A lens holder 15 and a second lens 16, wherein the base 11 is a hollow housing, the laser diode 12 and the circuit board 13 are disposed inside the base 1 丄, and The laser diode 12 is electrically connected to the circuit board 13, and the circuit board 13 is electrically connected to a power control and supply unit (not shown) in order to drive the laser diode 12 to emit a laser. Shoot. A first lens 14 is arranged in front of the laser diode 2 inside the base 11 'the first lens 丄 4 is a focusing lens, so that the laser emitted by the radiation diode 12 can be After focusing through the first lens i 4, it is emitted outward. The lambda lens holder 15 is placed at the front end of the base 11, and the lens holder 1 is a hollow body with an open end at both ends, and the second rear of the lens holder 15 is near the rear end of the inner wall of the lens holder 15. Tie, ^, pattern ° 卩 1 5 1 and the base 1 1 is provided with a second threaded portion 1 1 1 near the front end of the outer wall, and the lens holder 1 5 can use the first screw M265150 patterned portion 1 5 i is connected with the second thread part of the base 丄 i to make the lens holder! 5 is screwed to the base 丄 丄 front / tire so that the laser emitted by the laser diode 12 can be transmitted through and focused, and then projected outward through the second lens i 6 4 lens holder 15 The rotation of the second lens 16 causes the second lens 16 to move the light beam with different thicknesses. ^ Zhengtian shoots the light-shielding strip 2 'from an impervious material, i-series and appropriately placed on the laser diode i of the laser module 前 2 :: 卞 This embodiment is a light-shielding strip 2 Fixed on the round frame 2 i, the frame = fixed on the lens holder 15, so that the light shielding strip 2 is located on the other side of the second lens 16, and the light shielding strip 2 corresponds to the second lens 丄 6 and the lens. 14 and the center of the laser diode i 2 so that the laser beam emitted by the laser module 丄 can be separated by the light shielding strip 2 to form a two-band laser 'beam 5'; the essence is composed of the above Formed a simple laser dual beam device for this creation. In addition, the light-shielding strip 2 of this creation can also be directly placed on the second lens 16 (as shown in the seventh figure), and in front of the first lens 14 (as the ninth ^). An appropriate position in front of the polar body 12. ~, The laser dual-beam device is fixed at a fixed position such as the cover 3 of the machine tool 3. When the round ore (tool) 32 is turned for cutting, the laser dual-beam device can emit a two-belt shape. The laser beam 5 is projected on the cutting material 4 to assist the cutting by aligning the cutting line. In this way, it is possible to effectively avoid the relative displacement of the round ore 3 2 cutter 77 and the __ and the path deviation from the cutting line. As shown in the eighth figure, the laser dual beam dress can also be fixed at another appropriate position on the cover 31 of the machine tool 3. M265150 This creation is mainly based on the laser hibiscus set with a light-shielding strip 2 that shoots the laser beam in front of the diode 1 2 and 5 when projected onto _Material 4. ^ Band-shaped laser beam ^ ΛΑ ϋ l π 0 桓 蛱Get out of the mine road where your father was walking
^ ^ W ^ τ 77 ^^ ^^^ 4 ^ ^ ^，J 置，：刀’且其只需設置-組雷射雙光束裝 不敫^. 衣間早各易，能使成本降低，亦 不而调整’，工$時，使用上較為便利。 極且：二述田本創作實為—不可多得之新型創作產品， 二==新黯及進步性，完全符合新型專利 利，以伴1法提4 _請’敬請詳查並賜准本案專 W 以保卩早創作者之權益。 拘阼二：所ί僅為本創作之較佳可行實施例，非因此即 内容 範圍，故舉凡運用本創作說明書及圖式 内，合予陳明。夂化如理皆包含於本創作之範圍 【圖式簡單說明】 第一圖係習知雷射F w &爿士 Μ 置女衣於工具機之立體示意圖。 知雷射裝置之使用狀態示意圖。 弟二圖!：創作雷射雙光束裝置安裝於工具機之立體示 思、圖。 f四圖係本創作雷射雙光束襄置之前視圖。 μ圖係本創作雷射雙光束t置之側視剖視圖。 !六圖係本創作雷射雙光束農置之使㈣態示意圖。 係本創作雷射雙光束！t置另-實施例之側視剖視 M265150 圖。 第八圖係本創作雷射雙光束裝置又一實施例安裝於工具 機之立體示意圖。 第九圖係本創作雷射雙光束裝置再一實施例之侧視剖視 圖。 【主要元件符號說明】 [習知] 9 0 圓鑛機 9 1 雷射裝置 9 2 雷射模組 9 3 圓鋸 [本創作] 1 雷射模組 11 基座 1 11第二螺紋部 12 雷射二極體 1 3 電路板 14 第一鏡片 1 5 鏡片座 151第一螺紋部 1 6 第二鏡片 2 遮光條 2 1 框體 3 工具機 3 1 護罩 3 2 圓鋸 4 切削材料 M265150 5 雷射光束^ ^ W ^ τ 77 ^^ ^^^ 4 ^ ^ ^, J setting,: knife ', and it only needs to be set-dual laser beams can not be installed ^. The clothing room is easy to change early, which can reduce costs and also Instead of adjusting, it is more convenient to use for hours. Extremely: the second description of Tianben's creation is a rare new creative product, two == new dark and progressive, fully in line with the new patents, accompanied by 1 method 4 _Please 'Please check and give permission This case is to protect the rights of the early creators. Rule # 2: The above is only a preferred and feasible embodiment of this creation, and it is not the content range. Therefore, the use of this creation specification and drawings is shared with Chen Ming.夂 Hua Ruli is included in the scope of this creation. [Schematic description] The first picture is a three-dimensional schematic diagram of the conventional laser F w & Know the schematic diagram of the laser device in use. Di Ertu !: Create three-dimensional illustrations and drawings of the laser dual-beam device installed on the machine. The f-four pictures are the front view of the laser double beams in this creation. The μ figure is a side cross-sectional view of the laser dual beam t set in this creation. The six pictures are the schematic diagrams of the state of the two-beam laser home. Department of creation laser double beam! tSet another-side sectional view of the embodiment M265150. The eighth figure is a three-dimensional schematic diagram of a laser dual-beam device mounted on a machine tool according to another embodiment of the present invention. The ninth figure is a side cross-sectional view of yet another embodiment of the original laser dual-beam device. [Description of main component symbols] [Knowledge] 9 0 Round miner 9 1 Laser device 9 2 Laser module 9 3 Circular saw [This creation] 1 Laser module 11 Base 1 11 Second threaded part 12 Lightning Shooting diode 1 3 Circuit board 14 First lens 1 5 Lens holder 151 First threaded part 1 6 Second lens 2 Shading strip 2 1 Frame 3 Machine tool 3 1 Shield 3 2 Circular saw 4 Cutting material M265150 5 Thunder Beam