M288683 八、新型說明： 【新型所屬之技術領域】 本案係有關一種全功能墨線儀，尤其係指一種同時具有全 ’方位水平墨線發射功能及全方位垂直墨線發射功能之墨線儀。 【先前技術】 以前，於工程界或裝潢業界用以標示水平直線或垂直直線 痛之工具乃係一種可用以拉出沾有墨汁繩索之墨斗，俾藉著該沾 有墨汁繩索之拉伸彈晝功能，使能於壁面上或地板上標示出一 條直線以利工程之進行。但就因為該墨斗所設之繩索係有長度 上之限制，而且其於操作使用上亦非常不方便，所以其乃常為 使用者所話病。 隨後’雖然有業者試著將雷射之原理應到到工程界，從而 開發出所謂之雷射墨線儀，但目前市面上所能看到之墨線儀則 70全疋呈僅具垂直線投射或水平線投射之單一功能墨線儀而 #已，所以使用者若為了完全符合工程上的需要，其乃一定須要 同時擁有兩部不同功能之墨線儀，如此，乃會造成攜帶或使用 不便之現象。 另外雖:、、i已有業者试著將原僅具單一方向投射功能之垂 直線墨線儀改良成可同時具有全方位投射功能之垂直線墨線 儀，並同α時於該墨線儀之適當位置處加設一可產生水平雷射線 -之發射器’但該水平雷射線發射器亦是呈僅具單一方向之投射 '功π而已，所以使用者若欲進行全方位之水平線投射則一定須 以人工之方式轉動該墨線儀，以使該水平雷射線可以投射到其 它方向處，所以該墨線儀於使用上亦不太方便。 5 M288683 【新型内容】 有鑒於此，本創作人乃憑其多年從事雷射墨 驗，積極研究改良，從而研創出一種全功能墨線儀。 丄 本創作之主要目的，係提供一種全功能墨線儀， 一以點投射為基準之雷射投射器，使其得以經由 將 形成可全方位投射水平線之墨線儀，進而藉助特殊，乍以 使其得以與-全方㈣直線墨賴結合H從=成 =位水平線投射功能及全方位垂直線投射功能‘』 本創作之次要目的，係提供一種全功能 殊之自動水平調整機構，以使本創作之全功能墨線儀β精著特 =行小角度之自動水平校正作業，從而速 ⑽更佳垂直線或水平線之投射功效者。乍之墨線儀可以 【實施方式】 所示步閣明本創作之詳細構造及其特徵，特配合附圖 儀，至圖三所示’本創作所揭露之全功能墨線 隸农 G、—主支撐環20、—全枝水平黑線 毛射套組30、一副支撐環4〇、一全方位垂直黑 土、 6〇 , * t ^,；；0 ；7_^; 底座1〇之中腳架11且頂端呈平面狀構造之座體所構成，另該 上之中心位置處並設有-可向下透視之中心透視孔。 而该主支樓環20，則係由-大小與該底座頂面對應之平 6 M288683 面!衣體所構成，其並藉數等長之支撐柱Μ將其水平固設在該 底座10之上方適當位置處，另該主支撐€20上並徑向設有兩 呈直線對應之固定孔洞22，如圖四所示。 • 而該全方位水平墨線發射套組30則係由一主座體31、一 傳送方疋轉體32、-旋轉馬達33、一上雷射發射件34及 • ::發射件35所組成，其中該主座體3卜係由一頂端封 閉工圓筒311所構成，其除了於鄰近其頂端之側壁適當位 i置有—貝穿槽孔312外，其頂端中心位置處並設有一貫穿 圓，311頂端且呈直徑較小之中空支撐管313 ;而該雷 才二送旋轉體32,則係由一可由該中空圓筒311内部向上貫 穿該中空支撺管313之雷射光軸向傳導構件321所構成，如圖 ς所二該雷射光軸向傳導構件321除了以可旋轉方式與該中 二^撐g 313結合成一體外，其底端外側並設有一皮帶輪 另該雷射光軸向傳導構件321之頂端除了以45度之角度 口 "又有可將雷射光轉變成水平投射之折射鏡片323外，其於 對應f折射鏡片323之投射方向處則開設有一貫穿孔洞 而:亥旋轉馬達33除了被固設在該中空圓筒311之外側外，其 並错二由該中空圓筒311所設貫穿槽孔312置入之傳動皮帶 331與該雷射光傳送旋轉體32所設之皮帶輪322呈可同轉動之 連造；至於該上雷射發射件34則係由一可向上發射雷射 光之第一圓柱筒套件341所構成，該第一圓柱筒套件341除了 .與$源、線電性連接（未圖示）外，其並被架設在該主座體31 所"又中空圓筒311之上半段處，使得以向上對該雷射光傳送旋 轉體32投射雷射光；而該下雷射發射件35則係由一可向下發 射雷射光之第二圓柱筒套件351所構成，該第二圓柱筒套件 7 M288683 3 51除了亦與電源線電性連接（未圖示）外，其並被架設在該 主座體31所設中空圓筒311之下半段處，使得以對該底座1〇 所設之中心透視孔12投射雷射光，以進行中心對點之作業。 至於該上雷射發射件34所設之第一圓枝筒套件mi與該 主座體31所設中空圓筒311之連結關係則係藉助四支相^垂 直且由該中空圓筒311外側套入姐鎖定在該第一圓柱筒套件 341周壁上之調整螺桿342所構成，俾得以對該上雷射發射件 34進行定位之調整功能。M288683 VIII. New description: [New technical field] This case relates to a full-featured ink line meter, especially to an ink line meter that has both full-azimuth horizontal ink line emission function and full-scale vertical ink line emission function. [Prior Art] Previously, the tool used to mark horizontal straight line or vertical straight line pain in the engineering or decoration industry was an ink fountain that could be used to pull out ink lines with ink, and by the stretched magazine with the ink rope The function enables a line to be marked on the wall or on the floor for the engineering to proceed. However, since the rope provided by the ink fountain has a limitation in length and is also inconvenient in operation and use, it is often a problem for the user. Then, although some operators tried to apply the principle of laser to the engineering world, they developed a so-called laser line meter. However, the ink line meter that can be seen on the market now has only a vertical line projection or The single-function ink line meter of the horizontal line projection is already used. Therefore, if the user needs to have two different functions of the ink line meter in order to fully meet the engineering requirements, the phenomenon of carrying or inconvenience may be caused. In addition, although: i, the existing industry has tried to improve the vertical line ink meter that only has a single direction projection function into a vertical line ink meter that can simultaneously have an all-round projection function, and the same position of the ink line meter with α At the same time, a horizontal lightning ray-transmitter is added, but the horizontal ray emitter is also projected in a single direction. Therefore, if the user wants to perform all-round horizontal projection, he must The ink line meter is rotated in an artificial manner so that the horizontal lightning rays can be projected to other directions, so the ink line meter is also inconvenient to use. 5 M288683 [New Content] In view of this, the creator has been engaged in laser testing for many years and actively researched and improved to develop a full-featured ink meter. The main purpose of Sakamoto's creation is to provide a full-featured ink meter, a point-projection-based laser projector that allows it to form an ink line meter that can project a horizontal line in all directions, thereby making it special. It is possible to combine with H-total (four) linear inks, H from === horizontal line projection function and all-round vertical line projection function'. The second purpose of this creation is to provide a full-function automatic horizontal adjustment mechanism to make this The full-featured ink line instrument of the creation is fine-tuned to the automatic horizontal correction operation of the small angle, so that the speed (10) is better for the projection effect of the vertical line or the horizontal line.乍之墨线仪 can [Embodiment] The detailed structure and characteristics of the step-by-step creation of the cabinet are specially matched with the drawing instrument, as shown in Figure 3. The full-featured ink line exposed by the creation is G, the main support Ring 20, - full branch horizontal black line capillary set 30, a pair of support rings 4 〇, a full range of vertical black soil, 6 〇, * t ^,;; 0; 7_^; base 1 〇 middle stand 11 The base is formed by a flat structure at the top end, and the center position of the upper portion is provided with a central see-through hole which can be seen downward. The main branch ring 20 is composed of a flat 6 M288683 surface corresponding to the top surface of the base, and is fixed to the base 10 by a support column of equal length. At the appropriate position above, the main support is 20 and is provided with two fixed holes 22 corresponding in a straight line, as shown in FIG. • The omnidirectional horizontal ink line emission set 30 is composed of a main body 31, a transfer yoke 32, a rotary motor 33, an upper laser emitter 34 and a :: emitter 35. The main body 3 is composed of a top closing cylinder 311, and is provided with a through-circle at the top center position except that the sidewall is adjacent to the top side of the sidewall. a 311 top end and a hollow support tube 313 having a smaller diameter; and the Rays two-rotation body 32 is a laser light-conducting member that can penetrate the hollow branch tube 313 from the inside of the hollow cylinder 311 upward. The 321 is configured as shown in FIG. 2, except that the laser light-conducting member 321 is rotatably combined with the middle y-g 313 to form an outer body, and a pulley is disposed outside the bottom end thereof, and the laser light-conducting member is further disposed. In addition to the angle of 45 degrees, the top end of 321 has a refractor lens 323 which can convert the laser light into a horizontal projection, and a common perforation hole is opened at the projection direction of the corresponding f-refracting lens 323: the sea rotation motor 33 In addition to being fixed in the hollow cylinder 311 On the outer side, the transmission belt 331 which is inserted into the slot 312 of the hollow cylinder 311 and the pulley 322 provided by the laser light transmitting rotating body 32 are connected in a rotatable manner; The emitter member 34 is formed by a first cylinder kit 341 that can emit laser light upwardly. The first cylinder kit 341 is electrically connected (not shown) to the source and the line. The erecting of the main body 31 and the upper half of the hollow cylinder 311 so that the laser light is projected upward toward the laser light transmitting body 32; and the lower laser emitting member 35 is oriented The second cylinder kit 351 is configured to emit laser light. The second cylinder kit 7 M288683 3 51 is also electrically connected to the power line (not shown), and is mounted on the main body 31. The lower half of the hollow cylinder 311 is disposed such that the laser light is projected from the central see-through hole 12 provided for the base 1 to perform center-to-point work. The connection relationship between the first round tube kit mi provided by the upper laser emitting device 34 and the hollow cylinder 311 provided in the main seat body 31 is perpendicular to the outer side of the hollow cylinder 311. The sergeant is locked by the adjusting screw 342 on the peripheral wall of the first cylinder sleeve 341, and the aligning function of positioning the upper laser emitting member 34 can be performed.
同理，該下雷射發射件35所設之第二圓桎筒套件351與 該主座體31所設中空圓筒311之連結關係亦係藉助四支相互 垂直且由該中空圓筒311外側套入並鎖定在該第二圓柱筒套件 351周壁上之調整螺桿352所構成，俾得以對該下雷射2射件 35進行定位之調整功能。 XSimilarly, the connection relationship between the second circular cylinder set 351 of the lower laser emitting device 35 and the hollow cylinder 311 provided by the main base 31 is also perpendicular to the four outer sides of the hollow cylinder 311. The adjusting screw 352 is sleeved and locked on the peripheral wall of the second cylindrical sleeve set 351, and the positioning function of the lower laser emitting member 35 can be adjusted. X
至於該全方位水平墨線發射套組30之作動方式則係大致 如下：當該上雷射發射件34向上發射雷射光時，兮雷射光乃 會以直線傳送之方式沿著該雷射光傳送旋轉體32 =設之雷射 光軸向傳導構件321向上傳送，而當該雷射光碰到該=射鏡片 323時，其乃會呈九十度轉折而由該貫穿孔洞324 ^射出兄進 而使該雷射光以一點之形態投射在投射面上，故當^雷射光傳 送旋轉體3 2被該旋轉馬達3 3轉動時，該原呈點狀^射狀兄 乃會形成一全方位之水平雷射線投射狀態。 又、 / 而該副支撐環40，則係由 夕卜從比該主走斤· 广 稍小，且内徑較該主座體31所設中空圓筒3 ^展20之内徑 體所構成。該副支撐環40除了於外周壁之 外徑稍小之環 該主支撐環20所設固定孔洞22對應之紅^右側處設有對應 承固定槽41外，如 8 M288683As for the omnidirectional horizontal ink line emission set 30, the operation mode is substantially as follows: when the upper laser emitting device 34 emits the laser light upward, the 兮 laser light transmits the rotating body along the laser light in a straight line. 32 = the laser light transmitting member 321 is disposed to be upwardly conveyed, and when the laser light hits the lens 323, it is turned into a ninety degree and the through hole 324 ^ shoots the brother to make the laser light. Projected on the projection surface in the form of a point, so when the laser light transmitting rotating body 3 2 is rotated by the rotating motor 33, the original point-like beam-like brother will form a full-scale horizontal beam projection state. . Further, / the sub-support ring 40 is formed by an inner diameter body which is slightly smaller than the main body and has an inner diameter smaller than that of the hollow cylinder provided by the main seat body 31. . The auxiliary support ring 40 is provided with a ring having a slightly smaller outer diameter than the outer peripheral wall. The fixing hole 22 of the main support ring 20 is provided with a corresponding fixing groove 41 corresponding to the right side of the red hole, such as 8 M288683.
圖四所示，其前後侧並分別設有呈直線對應之貫穿孔42 ;該副 支撐環40除了被套設在該主座體31所設中空圓筒311之近頂 端處外，其並藉套設於該貫穿孔42中之對應第一支撐軸組4〇1 相互結合成一體’另因该第一支撐轴組401於其套入該中空圓 筒311之端部係套設有軸承402，所以該全方位水平墨線發射 套組30乃得以以該第一支撐軸組4〇1為軸呈可以左右擺動之 構造，另外，該副支樓環4〇除了被套入該主支撐環中外， 其並藉套設於該固定孔洞22中之對應第二支撐軸組4〇3相立 結合成一體，因該第二支撐轴組403之内端係同時被套設於該 軸承固定槽41中之另設軸承411中，所以該套設有副支撐環 4〇之全方位水平墨線發射套組3〇乃得以以該第二支撐轴組 403為軸呈可以前後擺動之構造。 至於該全方位垂直墨線發射套組5〇則係由一瓣形固定座 51及四垂直墨線雷射發射件52所組成，其中該瓣形固定座51 除了於其中央處設有-直立貫穿孔511，俾該直立貫穿孔511 於套入該全方位水平墨線發射套組3〇所設主座體Μ之支 = 313Λ，得以將該瓣形蚊座51 —體連結㈣在該：座 體1之頂知處，另該瓣形固定座51並設有四相互之 定槽512中外’其並分別與電源線電性 至於該自動水平調整機構60除了且古 ^ 10 ^ 除了具有一可供固設在該底As shown in FIG. 4, the front and rear sides are respectively provided with through holes 42 corresponding in a straight line; the sub-support ring 40 is sleeved on the near top end of the hollow cylinder 311 provided in the main seat body 31, and The corresponding first support shaft group 4〇1 disposed in the through hole 42 is integrated with each other. Further, the first support shaft group 401 is sleeved at the end of the hollow cylinder 311, and the bearing 402 is sleeved. Therefore, the omnidirectional horizontal ink line emission set 30 is configured to be swingable to the left and right with the first support shaft set 4〇1 as an axis, and the auxiliary branch ring 4 is not only inserted into the main support ring, but also And the corresponding second support shaft sets 4〇3 disposed in the fixed hole 22 are integrally joined together, because the inner ends of the second support shaft set 403 are simultaneously sleeved in the bearing fixing groove 41. In the bearing 411, the omnidirectional horizontal ink line emission kit 3 provided with the sub-support ring 4〇 is configured to be swingable back and forth with the second support shaft group 403 as an axis. The omnidirectional vertical ink line emitting set 5 is composed of a petal fixing base 51 and four vertical ink line laser emitting members 52, wherein the petal fixing base 51 is provided at the center thereof - an upright through hole 511, the upright through hole 511 is inserted into the pedestal of the omnidirectional horizontal ink line emission set 3 〇 = Λ Λ Λ Λ Λ Λ Λ Λ Λ Λ Λ Λ Λ Λ Λ Λ Λ 得以 得以 得以 得以 得以 得以 得以 得以 得以 得以 得以 得以 得以 得以 得以 得以 得以 得以 得以 得以 得以At the top, the petal holder 51 is provided with four mutually fixed slots 512, which are electrically connected to the power line respectively. Located at the bottom
尸主ιυ上方之爻筏干台61外，該支 A 互呈直交且可分別對該全方位水平黑: 。设有兩組相 垂直墨線發射套組50之結合體進行左^、^且30及全方位 進仃左右擺動或前後擺動自動 M288683 調整功能之第-調整裝置62及第二調整裝置63。該第一調整 裝置62係設於鄰近該全方位水平墨線發射套組％之左側或右 侧處，該第-調整裝置62除了設有一可藉一第—水平電子氣 泡（未圖示）控制作動之驅動馬達621夕卜，該驅動馬達⑽Outside the corpse υ above the 爻筏 台 台 61, the branch A is straight and can be black to the omnidirectional level: The first adjustment device 62 and the second adjustment device 63 are provided with a combination of two sets of vertical ink line emission sets 50 for left, right, and 30 omnidirectional oscillating or oscillating motion. The first adjusting device 62 is disposed adjacent to the left side or the right side of the omnidirectional horizontal ink line emitting package group. The first adjusting device 62 is provided with a first horizontal electronic bubble (not shown). Driving motor 621, the driving motor (10)
5設有一可連動之上下調整器622，該上下調整器622除了 =有-可隨該驅動馬達621之作動而上下移動之移動塊阳 圖―所7F ’雜動塊623絲設有—水平延伸並插入該 王方位水平墨線發射套組3〇所設中空圓筒3ιι外側壁中之推 頂桿624。故當該移動塊623因該驅動馬達621之作動而上下 T動時，套插於該移動塊623中之推頂桿624端乃會同步產生 2動之現象’進·成該全方位水平墨線發射套組％ =推頂桿624之推拉方向而產生以第一支撐轴組如為轉轴 (左右擺動狀況。 忘+太而該第一雜裝置63則係設於鄰近該全方位水平墨線發 “一組3 G之後側或前側處，該第二調整裝置6 3除了設有一可 f 一第二水平電子氣泡（未圖示）控制作動之驅動馬達631外， 達631旁側並設有一可連動之上下調整器632，該上 i器632除了設有一可隨該驅動馬達631之作動而上下移 ^移動塊633外’該移動塊633並套設有一水平延伸並插入 ^王^位水平墨線發射套組3〇所設中空圓筒311外側壁中之 作2杯634。所以同理，當該移動塊633因該驅動馬達631之 上下移動時’套插於該移動塊哪中之推頂桿剛端乃 移動之現象’進而造成該全方位水平墨線發射 403 A趙Γ者該推頂桿634之推拉方向而產生以第二支撐軸組 3為轉軸之前後擺動狀況。 10 M288683 至於該驅動馬，621與該上下調整器奶 或該驅動馬達 631與該上下調整恭632之連動構造則係分別藉一組相嚙接之 齒輪組625或635以達成之，即如圖三或圖五所示。 $外，由於藉助電子氣泡之自動水平進而控财他電氣機 構作動之技術係屬早已&知之技術，所以有關本創作如何藉助 該第一水平電子氣泡或第二水平電子氣泡來控制該驅動馬達 621或631作動之構造技術就不再另行描述。 故而本創作所研創之全功能墨線儀在經由該自動水平調 整機構60之設置及作動下，乃可對同時固設有全方位垂直黑 線發射套組50之全方位水平墨線發射套組30進行小角度範^ 内之自動水平調整功能。 綜上所述，由於本創作所揭露之構造技術係的確可以達 本案之創作目的及功效，而且其整體構造亦的確具有絕對新' 性，所以本創作乃完全符合新型專利之要件要求。而上面、貝 者乃僅係本案之最佳實施例，當不能以之限定本創作所實=述 範圍，舉凡依本創作申請專利範圍所為之均等變化及修飾施之 當仍應屬本創作所涵蓋之範圍。 夕 【圖式簡單說明】 圖一係本創作全功能墨線儀之立體構造分解圖。 圖二係本創作全功能墨線儀之立體構造組合圖。 圖二係本創作全功能墨線儀不含底座時之構造剖面示意圖 圖四係圖三所示A—A剖面線之剖視圖。 回 圖五係本創作所設自動水平調整機構與全方位水平墨 套組之相關構造圖。 4 '' M288683 【主要元件符號說明】 10 底座 11 支撐腳架 12 中心透視孔 20 主支撐環 21 支撐柱 22 固定孔洞 30 全方位水平墨線發射套組 31 主座體 • 312貫穿槽孔 32 雷射光傳送旋轉體 322皮帶輪 324貫穿孔洞 331傳動皮帶 341第一圓柱筒套件 351第二圓柱筒套件 352調整螺桿 _ 40副支樓環 42 貫穿孔 402軸承 41 軸承固定槽 311中空圓筒 313中空支撐管 321雷射光軸向傳導構件 323折射鏡片 33 旋轉馬達 34 上雷射發射件 35 下雷射發射件 342調整螺桿 41 轴承固定槽 401第一支撐軸組 403第二支撐軸組 411軸承 50 全方位垂直墨線發射套組 51 瓣形固定座 52 垂直墨線雷射發射件 511 直立貫穿孔 512 雷射發射件固定槽 60 自動水平調整機構 61 支撐平台 62 第一調整裝置 63 第二調整裝置 M288683 621,631驅動馬達 622,632上下調整器 623, 633移動塊 624,634推頂桿 625, 635齒輪組5 is provided with a movable upper and lower adjuster 622, wherein the upper and lower adjusters 622, except for - can move up and down with the driving motor 621 to move up and down, the moving block positive image - the 7F 'hybrid block 623 wire is provided - horizontally extended And inserting the ejector rod 624 in the outer side wall of the hollow cylinder 3 ι provided by the king's azimuth horizontal ink line emission set. Therefore, when the moving block 623 is moved up and down by the driving of the driving motor 621, the ejector rod 624 inserted in the moving block 623 will synchronously generate two movements. The launching kit % = the push-pull direction of the push-pull rod 624 is generated such that the first support shaft group is the rotating shaft (the left and right swinging state. Forgetting too, the first miscellaneous device 63 is disposed adjacent to the omnidirectional horizontal ink line "A set of 3G rear side or front side, the second adjusting device 63 is provided with a second horizontal electronic bubble (not shown) to control the actuation of the driving motor 631, up to the side of the 631 and is provided with a The upper adjuster 632 is interlocked, and the upper 632 is provided with a movable block 633 which is movable up and down with the movement of the driving motor 631. The moving block 633 is sleeved with a horizontal extension and inserted into the horizontal ink line. The outer wall of the hollow cylinder 311 of the launching set 3 is made into 2 cups 634. Therefore, when the moving block 633 is moved up and down by the driving motor 631, it is pushed into the moving block. The phenomenon that the rod end is moving, which in turn causes the omnidirectional horizontal ink line to be emitted The 403 A Zhao Γ 该 该 634 634 634 634 634 634 634 634 634 634 634 634 634 634 10 10 10 10 10 10 10 10 10 10 10 10 10 10 10 10 10 10 10 10 10 10 10 10 10 10 10 10 10 10 10 10 10 10 The linkage structure of the upper and lower adjustments 666 is achieved by a set of geared gear sets 625 or 635, respectively, as shown in Fig. 3 or Fig. 5. In addition, the money is controlled by the automatic level of electronic bubbles. The technology of his electrical system is a long-established technology, so the construction technique of how the present control uses the first horizontal electronic bubble or the second horizontal electronic bubble to control the driving motor 621 or 631 will not be described separately. Therefore, the full-featured ink meter developed by the present invention can be configured by the automatic horizontal adjustment mechanism 60 to perform the omnidirectional horizontal ink line emission set 30 of the omnidirectional vertical black line emission set 50 at the same time. The automatic horizontal adjustment function in the small angle range ^ In summary, the construction technology disclosed in this creation can indeed achieve the purpose and effect of the case, and its whole The structure is indeed absolutely new, so this creation is in full compliance with the requirements of the new patent. The above and the shell are only the best examples of the case, when it is not possible to limit the scope of the creation, According to the scope of this patent application, the equal change and modification should still be covered by this creation. 夕 [Simple description of the drawing] Figure 1 is a three-dimensional structure exploded view of the full-function ink line instrument of this creation. The three-dimensional structure combination diagram of the full-featured ink line instrument of this creation. Figure 2 is a schematic cross-sectional view of the structure of the full-function ink line instrument without the base. Figure 4 is a cross-sectional view of the A-A section line shown in Figure 3. The related structure diagram of the automatic horizontal adjustment mechanism and the omnidirectional horizontal ink set. 4 '' M288683 [Description of main components] 10 Base 11 Supporting stand 12 Center see-through hole 20 Main support ring 21 Support column 22 Fixing hole 30 Omni-directional horizontal ink line launching set 31 Main seat body • 312 through slot 32 Laser light Transfer rotary body 322 pulley 324 through hole 331 drive belt 341 first cylinder set 351 second cylinder set 352 adjustment screw _ 40 sub-building ring 42 through hole 402 bearing 41 bearing fixing groove 311 hollow cylinder 313 hollow support tube 321 Laser light axial conducting member 323 refractive lens 33 rotating motor 34 upper laser emitting member 35 lower laser emitting member 342 adjusting screw 41 bearing fixing groove 401 first supporting shaft group 403 second supporting shaft group 411 bearing 50 omnidirectional vertical ink line Launching set 51 Flap fixed seat 52 Vertical ink line laser emitting part 511 Upright through hole 512 Laser emitting part fixing groove 60 Automatic horizontal adjustment mechanism 61 Supporting platform 62 First adjusting device 63 Second adjusting device M288683 621, 631 Driving motor 622, 632 up and down Adjuster 623, 633 moving block 624, 634 push rod 625, 635 gear set
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