M304028 八、新型說明： 【新型所屬之技術領域】 本創作係關於可手動及自動旋轉之雷射標記儀，尤指 -種在-底座上設有―轉盤，該轉盤上贿—旋轉平台， 该旋轉平台上所設之一馬達驅動部係可使該旋轉平台在 雜盤上轉動，該絲上所設之—手動觀部被調節，即 帶動該轉盤在該底座上轉動者。 【先前技術】 按，近年來由於人口成長快速，都市規模擴大，使得 各式各樣的建築物及房屋之需求量大增，為因應市場需求 及增進建物蓋建速度，各種建築用具與裝置均不斷的推陳 出新，期能達到提高效率、降低成本以及維護施工品質等 目的，例如習知所使用之墨斗，即因現今科技日新月異之 演進，亦改良成為一種可用在測量水平及垂直之雷射標記 儀，該雷射標記儀在開啟後，便可投射出複數條呈水平或 垂直之光線於四周之物體上，使得該雷射標記儀之操作者 可迅速、方便地進行測量、建築、粉刷等設計工作，如此， 在使用完畢後，即不需要耗費時間去除習知之墨斗在使用 後所彈出之墨線。 而習知之雷射標記儀，其最大特點係可快速地投射出 一光線在四周之物體上以作為標記，請參閱第丨圖所示， 該雷射標記儀係包括一底座11、一旋轉平台12、一支撐 架13、一連接部14、一桿體15及二發光組16，其中該底 座11之底面係設有與一放置面接觸之三個支撐腳11〇,該 5 M304028 方疋轉平台12係設在該底座n之頂面上，並可在該底座^ 均動，而該支撐架13係藉複數根柱體130之一端與該 方疋轉平台12連接’並將一支撐座131架設在該等柱體⑽ 之另端’該連接部14係設在該支撐座131之一中空部内， 而"亥桿體15係穿過該連接部14中央所設之一另一中空 #雜體15之一端係延伸出該支撐座131外，並裝設 二中發光組16，另端係設有一擺錘15〇，鄰近另端處則 設有另外一個發光組16。 為使该擺錘150可移至與水平面呈絕對垂直之位置， 在連接部14與該中空部間尚設有二軸桿（圖中未示），使 ^連接部14得以設在該支抛131 ±，雌該連接部 可以，二軸桿為中心而擺動，而該另一中空部内係設有另 一軸桿（圖中未示），使該桿體15得以被該另一軸桿貫穿 而设在該連接部14上，並使該桿體15可以該另一抽桿為 :心而擺動，且該二軸桿與該另—軸桿係呈垂直相交之狀 ，，如此，該擺錘150不只可以該另—軸桿為中心而搖擺， 藉由該連接部14射使鋪錘150另雌二軸桿為中心 而擺動，該擺組50即可擺動到重心位置，使該二發光組 16所發出之-知職麵水钱投射_周之物體上。 惟，該二發光組16僅能投射出-道水平的光源，且 該光源僅能發散到120度左右，是無法對環繞該雷射標記 儀之周圍作36G度的標記，因此，當使用者要對周圍進行 360度的;^,己時’則需以人工手動之方式推動該旋轉平台 12田使用者要使該雷射標記儀所投射出之垂直的光源對 6 M304028 準某-待測物時，往往在對準了半天之後才勉麟到待測 #上之特定位置’使其準確度受到相當大的折扣，因此， 如何免去上述_ ’並提供其他轉動鎌轉平台12之方 式’使該雷射標記儀可快速並準碟的將該光源投射到特定 位置’即成為相關業界當前刻不容缓所需解決之難題。 【新型内容】 、有鑑於此，為改進習用之雷射標記儀僅能以手動之方 式調整光線投射之方位，創作人經過長久之努力研究與實 驗’終於’設計出本創作之—種可手動及自動旋轉之雷 射標記儀。 本IJ作之目的，係提供一種可手動及自動旋轉之雷 2標記儀，係包括-本體及—底座，其中該本體上係分別 «又有％轉平台、一支撐架、一擺錘及至少一個雷射模 組，该支撐架係設在該旋轉平台之一面上，該擺錘係活動 地設在該支撐架背對該旋轉平台之—端上，該等雷射模組 係設在該擺錘上，而該底座上係設有一轉盤，該轉盤之兩 _分別無底座及旋轉平台活動地相接，使該本體藉該 旋轉平台可在該触上_，又，該記儀尚包括與 該轉盤相接之一馬達驅動部及一手動微調部，該馬達驅動 部係設在該㈣平台之—面上’ #該馬達鶴部被驅動 2，即帶動該旋轉平台在該轉盤上轉動，該手動微調部係 叹在該底座’當該手動微調部被調節時，即可帶動該轉盤 在該底座上微微地轉動，如此，即可使該雷射模組所發J 之一光源得以精準地投射到特定之位置上。 7 M304028 為便貴審查委員能對本創作之目的、形狀、構造裝 置特徵及其功效，做更進一步之認識與暸解，茲舉實施例 配合圖式，詳細說明如下： 【實施方式】 本創作係一種可手動及自動旋轉之雷射標記儀，請參 閱第2圖所示，係由一本體2、一底座3、一轉盤4、一手 動微調部5及-馬達驅動部6，其中該本體2係由一旋轉 平台20、一支撐架22、一擺錘24及至少一個雷射模組26 所組成，該支撐架22係設在該旋轉平台2〇之一面上，該 擺錘24係活動地設在該支撐架22背對該旋轉平台2〇之 编上，该等雷射模組26係設在該擺錘24上，該底座3 之一面上絲動地設有該健4，該讎4料該底座3 之面係與及方疋轉平台2〇之另一面活動地相接，使該本 體2藉該旋轉平台2Q可在該轉盤4上轉動，該底座3之 另-面係與一放置面相接，使該本體2與該放置面間相隔 一定之距離。 又^該手動微調部5及馬達驅動部6係分別設在該底 座3及旋轉平台20上’該馬達軸部6延伸職旋轉平 及轉盤4間之—端係與該轉盤4相接，當該馬達驅 動部6被驅動時，即可帶動該旋轉平台20在該轉盤4上 轉動’而該㈣_部5亦無觀4相接，當該手動微 5被㊆料’即可帶動該轉盤^在該底座3上轉動， /本體2即可藉該馬達驅動部6以自動旋轉之方式 在該轉盤4上轉_所需之特定位置，或以手動之方式使 8 M304028 該轉盤4在該底座3上轉動到所需之較位置，即 節該手動微調部5，以帶動該轉盤4為 ^ 轉動’達職調之目的，柯 定之位置上 ，部5,準確地將該雷射模組26所發出之_光源投射到特 在本創作之一實施例中，請參閱第3圖所示，該轉盤 4上係包括-凸緣4卜一凹槽42及一齒環幻，其中該凸 緣41係繞設在該轉盤4之周緣，且與該底座3 一面之周 緣相接’該轉盤4之另-面係容納在該底座3 —面所設之 一容納空間31内，該凹槽42係設在該轉盤4之一面上， 且該凹槽42之周緣係鄰近該轉盤4之周緣，而該齒環奶 係設在該凹槽42之底面，_環43之外側係緊鄰該凹槽 犯之周緣，内側係繞設有複數個等距相間之輪齒，該 等輪齒430係與該馬達驅動部6之一端相嗤合，如此，當 该馬達驅動部6被軸時，該馬達軸部6之—端即在該 等輪齒430移動，即可帶動該旋轉平台2〇在該轉盤4上 轉動’使該本體2 -同轉動以調整該光源之投射位置，即 不需再以手動之方式轉動該本體2，可防止在測量上產生 誤差。 在該實施例中，復請參閱第2、3圖所示，該轉盤4 之外緣上尚套設一滑動環44，該滑動環44係容納在該底 座3—面之周緣與該凸緣41間，該滑動環44面對該底座 3之一面上係凸設有一導引桿44〇，該導引桿44〇係經該 底座3周緣上所設之一開槽33延伸到該容納空間31内， M304028 並f該手動微調部5相接，該手祕卿5被調節，該導 ^干440即帶動該滑動環44及轉盤4猶，藉由上述結 ’即可以手動之方式’將該轉盤4轉動到特定方向，進 該本體2轉_特定位置，並可再以該手動微調部5 f »亥轉盤4在該底座3上轉動，使該光源得以更準 投射在所需之位置上。 —在該實施例中，復請參閱第2、3圖所示，該手動微 調部5係由-塊體51及一調整检53所組成，其中該塊體 51係凸叹在魏座3之側面上，該塊體η内係設有一容 納孔511 ’該各納孔511之一端係延伸到該塊體之一端 面上，另端係延伸到該塊體51 Θ，並與該容納空間31相 通，而該調整栓53係設在該容納孔511 Θ，鄰近該調整 栓53在該容納孔511内之一端係設有一導引槽531，該導 引槽531係與該導引桿440相接，鄰近該調整拴犯之另 端上係繞設有一螺紋部533，該螺紋部533係與該容納孔 511内所繞設之另一螺紋部513相螺合，如此，當該調整 栓53被轉動時，該導引槽531即微微地向該容納孔 之其中一端移動，同時帶動該導引桿440移動，即可使該 轉盤4被帶動在該底座3上轉動，使該光源得以更準確地 投射在所需之位置上。 在該實施例中，復請參閱第2、3圖所示，該馬達驅 動部6係設有一馬達61，該馬達61係固設在該旋轉平台 20之一面上，該馬達61之一傳動轴62係經該旋轉平台 2〇上所設之一貫穿孔201延伸到該旋轉平台2〇及轉盤4 M304028 間，而該傳動轴62背對該馬達61之一端上係設有一制動 齒輪63，且該制動齒輪63係與該等輪齒㈣合，又， 該馬達驅動部6秘有-遠端訊號接收器64，該遠端訊號 接收器64係與該馬達61相連接。 如此，當該遠端域触！i 64接收—遠端控制訊號 時’即傳送—鶴訊制該馬達61，該輯Μ即驅動該 制動齒輪63轉動’以帶動該旋轉平台2()在該轉盤4上轉 動’令使用相遙控f代手動之方式對該雷射標記儀進行 調整，而該遠端峨魏n 64係可為—細（Radi〇 Frequency)訊號接收器，亦可為一紅外線。M304028 VIII. New description: [New technical field] This is a laser marking instrument that can be manually and automatically rotated, especially a kind of - turntable on the base, which is a bribe-rotating platform. One of the motor driving portions provided on the rotating platform can rotate the rotating platform on the miscellaneous disk, and the manual viewing portion disposed on the wire is adjusted to drive the turntable to rotate on the base. [Prior Art] In recent years, due to the rapid population growth and the expansion of the city scale, the demand for various buildings and houses has increased greatly. In response to market demand and the speed of building construction, various building appliances and devices have been built. Constantly innovating, it can achieve the purpose of improving efficiency, reducing costs and maintaining construction quality. For example, the ink fountain used by the well-known, that is, due to the rapid evolution of today's technology, it has also been improved into a laser marker that can be used to measure horizontal and vertical. After the laser marker is turned on, a plurality of horizontal or vertical rays of light can be projected on the surrounding objects, so that the operator of the laser marker can quickly and conveniently perform measurement, construction, painting, and the like. Work, so, after use, it does not need to take time to remove the ink line ejected by the conventional ink fountain after use. The conventional laser marker has the greatest feature of rapidly projecting a light on a surrounding object as a mark. Referring to the figure, the laser marker includes a base 11 and a rotating platform. 12, a support frame 13, a connecting portion 14, a rod body 15 and two light-emitting groups 16, wherein the bottom surface of the base 11 is provided with three supporting legs 11 接触 in contact with a placing surface, the 5 M304028 square turn The platform 12 is disposed on the top surface of the base n and is movable on the base, and the support frame 13 is connected to the square turn platform 12 by one end of the plurality of cylinders 130 and a support base 131 is erected at the other end of the column (10). The connecting portion 14 is disposed in a hollow portion of the supporting seat 131, and the "mounting member 15" passes through one of the hollow portions of the connecting portion 14 One end of the miscellaneous body 15 extends out of the support base 131, and two middle light-emitting groups 16 are disposed, and a pendulum 15 is disposed at the other end, and another light-emitting group 16 is disposed adjacent to the other end. In order to move the pendulum 150 to an absolute position perpendicular to the horizontal plane, a two-axis rod (not shown) is further disposed between the connecting portion 14 and the hollow portion, so that the connecting portion 14 can be disposed on the branch 131 ±, the female connection portion can swing around the two-axis rod, and the other hollow portion is provided with another shaft (not shown), so that the rod body 15 can be penetrated by the other shaft rod On the connecting portion 14, the rod body 15 can be swung by the other pumping rod, and the two shaft rods are perpendicularly intersected with the other shaft shaft, and thus, the pendulum 150 The swinging group 50 can be swung to the center of gravity, so that the two light-emitting groups 16 can be oscillated by the connecting portion 14 and the other two shafts being pivoted. The issued-informed face water money projection _ week on the object. However, the two light-emitting groups 16 can only project a light source of a horizontal level, and the light source can only be diverged to about 120 degrees, and it is impossible to mark 36 degrees around the circumference of the laser marker. Therefore, when the user It is necessary to carry out 360 degrees on the surroundings; ^, when you need to manually push the rotary platform 12 users to make the vertical marker light source projected by the laser marker to 6 M304028 In the case of things, it is often after a long time of alignment for the unicorn to the specific position on the test # to make its accuracy subject to considerable discounts. Therefore, how to avoid the above _ 'and provide other ways to turn the platform 12 'Making the laser marker to quickly and accurately project the light source to a specific location' has become a problem that the industry needs to solve urgently. [New content] In view of this, in order to improve the conventional laser marking instrument, the orientation of the light projection can only be adjusted manually. The creator has worked hard for a long time to study and experiment 'finally' to design this creation. And automatic rotation of the laser marker. The purpose of this IJ is to provide a manually and automatically rotatable Ray 2 marker, which comprises a body and a base, wherein the body is respectively «also has a % turn platform, a support frame, a pendulum and at least a laser module, the support frame is disposed on one surface of the rotating platform, and the pendulum is movably disposed on the end of the support frame opposite to the rotating platform, and the laser modules are disposed on the On the pendulum, the base is provided with a turntable, and the two bases of the turntable are movably connected to each other without a base and a rotating platform, so that the body can be touched by the rotating platform, and the recorder further includes a motor driving portion and a manual fine adjustment portion are connected to the turntable, and the motor driving portion is disposed on the surface of the (four) platform. # The motor crane portion is driven 2, that is, the rotating platform is driven to rotate on the rotating table. The manual fine adjustment part sighs on the base. When the manual fine adjustment part is adjusted, the turntable can be slightly rotated on the base, so that one of the J light sources emitted by the laser module can be Project accurately to a specific location. 7 M304028 For the sake of the review, the reviewer can make a further understanding and understanding of the purpose, shape, structure and function of the creation. The embodiment is combined with the diagram and is described as follows: [Embodiment] This creation is a kind of A laser marker that can be manually and automatically rotated, as shown in FIG. 2, is a body 2, a base 3, a turntable 4, a manual fine adjustment portion 5, and a motor drive portion 6, wherein the body 2 is The utility model is composed of a rotating platform 20, a supporting frame 22, a pendulum 24 and at least one laser module 26. The supporting frame 22 is disposed on one surface of the rotating platform 2, and the pendulum 24 is movably arranged. The laser module 26 is disposed on the pendulum 24 on the one side of the base frame 3, and the foot 4 is linearly disposed on one side of the base plate 3. The surface of the base 3 and the other side of the rotating platform 2 are movably connected, so that the body 2 can be rotated on the turntable 4 by the rotating platform 2Q, and the other side of the base 3 is The placement surfaces are joined such that the body 2 is spaced from the placement surface by a certain distance. Further, the manual fine adjustment portion 5 and the motor driving portion 6 are respectively disposed on the base 3 and the rotating platform 20, and the end portion of the motor shaft portion 6 extending between the rotary flat and the turntable 4 is connected to the turntable 4, when When the motor driving portion 6 is driven, the rotating platform 20 can be driven to rotate on the turntable 4, and the (four)_part 5 is also connected to the front view. When the manual micro 5 is driven by the seven materials, the turntable can be driven. ^ Rotating on the base 3, the body 2 can be rotated by the motor driving portion 6 on the turntable 4 in a manner of automatic rotation, or manually, the 8 M304028 the turntable 4 is Rotating the base 3 to the desired position, that is, the manual fine adjustment portion 5, to drive the turntable 4 to rotate the 'to the position of the job, the position of the Keding, the portion 5, accurately the laser module The light source emitted by 26 is projected into an embodiment of the present invention. Referring to FIG. 3, the turntable 4 includes a flange 4 and a groove 42 and a tooth ring. The edge 41 is wound around the circumference of the turntable 4 and is in contact with the periphery of one side of the base 3. The other side of the turntable 4 is accommodated at the bottom. 3 is disposed in one of the accommodating spaces 31, the groove 42 is disposed on one surface of the turntable 4, and the periphery of the groove 42 is adjacent to the circumference of the turntable 4, and the tooth ring milk system is disposed at The bottom surface of the groove 42 and the outer side of the ring 43 are adjacent to the periphery of the groove, and the inner side is wound with a plurality of equally spaced teeth, and the teeth 430 are opposite to one end of the motor driving portion 6. In this way, when the motor driving portion 6 is shafted, the end of the motor shaft portion 6 is moved at the teeth 430, so that the rotating platform 2 can be rotated on the turntable 4 to make the body 2 - Rotating to adjust the projection position of the light source, that is, without rotating the body 2 manually, an error in measurement can be prevented. In this embodiment, as shown in FIGS. 2 and 3, a sliding ring 44 is disposed on the outer edge of the turntable 4, and the sliding ring 44 is received on the periphery of the base 3 and the flange. 41, the sliding ring 44 is convexly disposed on a surface of the base 3, and a guiding rod 44 is formed. The guiding rod 44 is extended to the receiving space through a slot 33 provided on the periphery of the base 3. 31, M304028 and f the manual fine adjustment part 5 is connected, the hand secrets 5 is adjusted, the guide 440 drives the sliding ring 44 and the turntable 4, by the above-mentioned 'that can be manually The turntable 4 is rotated to a specific direction, into the body 2 to a specific position, and can be rotated on the base 3 by the manual fine adjustment portion 5 f » the green turntable 4, so that the light source can be more accurately projected at a desired position. on. - In this embodiment, as shown in Figures 2 and 3, the manual fine adjustment portion 5 is composed of a block 51 and a adjustment test 53, wherein the block 51 is sighed in the Weizu 3 On the side, the block body η is provided with a receiving hole 511 ′. One end of each of the hole holes 511 extends to one end surface of the block body, and the other end extends to the block body 51 and the accommodating space 31 The guiding pin 53 is disposed at the receiving hole 511 , and a guiding slot 531 is disposed at one end of the receiving hole 511 adjacent to the adjusting pin 53 . The guiding slot 531 is coupled to the guiding rod 440 . The threaded portion 533 is screwed to the other threaded portion 513 of the receiving hole 511, and the adjusting bolt 53 is attached to the other end of the adjusting hole. When being rotated, the guiding groove 531 is slightly moved toward one end of the receiving hole, and at the same time, the guiding rod 440 is moved, so that the turntable 4 is driven to rotate on the base 3, so that the light source can be further changed. Project accurately at the desired location. In this embodiment, as shown in FIGS. 2 and 3, the motor driving portion 6 is provided with a motor 61 fixed to one surface of the rotating platform 20, and one of the motors 61 is a driving shaft. The 62 is extended between the rotating platform 2〇 and the turntable 4 M304028 through a through hole 201 provided in the rotating platform 2〇, and a braking gear 63 is disposed on one end of the driving shaft 62 opposite to the motor 61, and The brake gear 63 is coupled to the gear teeth (four). Further, the motor drive unit 6 has a remote signal receiver 64, and the remote signal receiver 64 is coupled to the motor 61. So when the far domain touches! i 64 receiving - remote control signal 'that is transmitted - Hexun manufactures the motor 61, which drives the brake gear 63 to rotate 'to drive the rotating platform 2 () to rotate on the turntable 4 The laser marking device is adjusted in a manual manner, and the remote transmitting device can be a Radi Frequency signal receiver or an infrared light.
Radio，IR)訊號接收器。 八〇叫木〇、4圖所示，該轉盤4 面對該底座3之-面上係設有至少，卡制部奶，該卡制 二45延伸到沿該容納空間31之側面所繞設之-環狀槽道 内，该卡制部45係由-凸出塊45卜一卡制片脱及 一鎖固讀454所組成，其中該凸出塊45ι係設在該轉盤 另之該卡制請上係開設有另一開槽似，該 開槽453之兩端係分別鄰近該卡制片松之兩端，且 以凸出塊451係延伸到該另_開槽伽内，該卡制片脱 ^一端移入該環狀槽道311内，該凸出塊 另:伽之細，__元件顿係通過= ΓΓϋ入該轉盤4在該轉盤4之周緣與該凸出塊451 曰1，使该卡制片452被鎖固在該轉盤 該轉盤4即被卡制在該底座3之—面上，使該轉盤= 底 M304028 座3不致相互分離。 台2^4復請錢第3 Μ圖嶋，該旋轉平 州夕一山之一面上係設有—凸塊203，該凸塊 納空間^轉職觀4巾央所設之_開Π 46伸入該容 辨 内’鄰近該凸塊2Q3之_端上係繞财一卡制Radio, IR) signal receiver. As shown in Fig. 4, the turntable 4 is provided with at least a card portion milk on the surface of the base plate 3, and the card body 25 extends to the side along the side of the accommodation space 31. In the annular channel, the locking portion 45 is composed of a protruding block 45, a card sheet and a locking read 454, wherein the protruding block 45 is attached to the turntable. Please attach another slot to the upper portion, and the two ends of the slot 453 are adjacent to the two ends of the card piece, and extend to the other slot by the protruding block 451. One end of the sheet is moved into the annular channel 311, and the protruding block is further fused, and the __ element is passed through = the wheel 4 is inserted into the periphery of the turntable 4 and the protruding block 451 曰1. The card sheet 452 is locked to the turntable, and the turntable 4 is clamped on the surface of the base 3 so that the turntable = bottom M304028 seat 3 is not separated from each other. Taiwan 2^4 replenished the money 3rd map, the rotation of Pingzhou Xiyi Mountain is equipped with a bump 203 on one side of the mountain. Extend into the tolerance inside the 'end of the bump 2Q3 on the end of the system
^ ，該卡制槽205係與該轉盤4之一面上所設之至少 卡制部47相卡接，該另—卡制部47係包括一卡 {及螺合元件472，該卡制環470係設在該轉盤 之面且#近该開口 46之位置上，該卡制環謂面對該 化口 46之周緣係伸入該卡制槽2〇5内，而該螺合元件奶 係經該卡制環470中央螺入該轉盤4之一面内，如此，即 可使該旋轉平台20與該雛4被相互卡制科致分離。 /在該實施财，復請參閱第3_示，該支撐架22 係由複數個支柱220、一支撐平台222及-活動環226所 組成，其巾該等支柱22G之-端係設在該旋轉平台2〇背 對該底座3之-面上，另端係向料該旋轉平台2〇之方 向延伸’與該支撐平台222之-面相接，該支撐平台222 上係設有穿過該支撐平台222兩面之一容納區224，而該 活動環226係活動地設在該容納區224内，該活動環226 之内侧係可容納該擺錘24，使該擺錘24活動地設在該活 動環226之内侧，並在該活動環226之内侧以一方向轉 動，藉該活動環226在該容納區224内以另一方向轉動， 即可使該擺錘24迅速地擺動到重心位置。 在該實施例中，復請參閱第3圖所示，該擺錘24之 12 M304028 一端係經該活動環226延伸到該支撐平台222背對旋轉平 台20之一面外，另端係延伸到該旋轉平台2〇上所設之一 容納槽207内，該等雷射模組26係分別設在該擺錘24之 一端及鄰近該擺錘24之另端上，如此，當該擺錘24擺動 到重〜位置％，該等雷射模組26即可藉以保持在呈水平 之狀態，進而使各該雷射模組26投射出垂直及水平之該 光源到四周之物體上。^, the card slot 205 is engaged with at least the locking portion 47 provided on one side of the turntable 4, and the other card portion 47 includes a card {and a screwing member 472, the snap ring 470 Positioned on the surface of the turntable and at a position near the opening 46, the snap ring extends into the card slot 2〇5 facing the periphery of the opening 46, and the screw element is milky The center of the snap ring 470 is screwed into one of the faces of the turntable 4, so that the rotary table 20 and the chick 4 are separated from each other by the card. In the implementation, refer to FIG. 3, the support frame 22 is composed of a plurality of pillars 220, a support platform 222 and a movable ring 226, and the ends of the pillars 22G are attached thereto. The rotating platform 2 is disposed on the surface of the base 3, and the other end is connected to the surface of the supporting platform 222. The support platform 222 is provided with the surface of the supporting platform 222. One of the two sides of the support platform 222 receives the area 224, and the movable ring 226 is movably disposed in the receiving area 224. The inner side of the movable ring 226 can accommodate the pendulum 24, so that the pendulum 24 is movably disposed therein. The inside of the movable ring 226 is rotated in a direction inside the movable ring 226, and the movable ring 226 is rotated in the other direction in the receiving area 224, so that the pendulum 24 can be swung to the center of gravity position rapidly. In this embodiment, as shown in FIG. 3, one end of the 12 M304028 of the pendulum 24 extends through the movable ring 226 to the side of the support platform 222 facing away from the rotating platform 20, and the other end extends to the One of the receiving slots 207 is disposed on the rotating platform 2, and the laser modules 26 are respectively disposed at one end of the pendulum 24 and adjacent to the other end of the pendulum 24, so that when the pendulum 24 swings By the weight ~ position %, the laser modules 26 can be maintained in a horizontal state, so that each of the laser modules 26 projects the vertical and horizontal light sources to the surrounding objects.
按，以上所述，僅為本創作最佳之一具體實施例，惟 本創作之構造特徵並獨限於此，任何熟悉該概藝者在 本創作領域内’可輕易思及之變化或修飾，皆可涵蓋在以 下本案之專利範圍。 【圖式簡單說明】 第1圖係習知之雷射標記儀； ，2圖係本創作雷射標記儀之外觀圖； 第3圖係本創作雷射標記儀之分解圖；According to the above, it is only one of the best embodiments of the present invention, but the structural features of the creation are limited to this, and any one who is familiar with the artist can easily change or modify it in the field of creation. Both can be covered in the following patent scope of this case. [Simple diagram of the diagram] Figure 1 is a conventional laser marker; 2 is the appearance of the laser marker; Figure 3 is an exploded view of the laser marker;
射標記儀之部份分解圖。 2 旋轉平台.......... "20 201 凸塊................ 205 容納槽............. 22 支柱................ 222 容納區............. 226 26 【主要元件符號說明】 ................... 貫穿孔.............. 卡制槽.............. 支撐架.............. 支撐平台........... ................. 雷射模組........... 13 M304028A partial exploded view of the marking instrument. 2 Rotating platform........ "20 201 Bumps.............. 205 accommodating slots............ . 22 Pillars.................. 222 Containment Areas............. 226 26 [Key Symbol Description] ....... ............ Through hole.............. Card slot.............. Support frame... ........... Supporting platform................................... Laser module..... ... 13 M304028
容納空間............31 開槽..................33 凸緣..................41 齒環..................43 滑動環...............44 卡制部...............45 卡制片...............452 鎖固元件............454 另一卡制部.........47 螺合元件............472 塊體..................51 另一螺紋部.........513 導引槽...............531 馬達驅動部.........6 傳動軸...............62 環狀槽道............311 轉盤..................4 凹槽..................42 輪齒..................430 導引桿...............440 凸出塊...............451 另一開槽............453 開口..................46 卡制環...............470 手動微調部.........5 容納孔...............511 調整栓...............53 螺紋部...............533 馬達..................61 制動齒輪............63 遠端訊號接收器…64Accommodating space............31 Slotting..................33 Flange............ ......41 Tooth ring..................43 Slip ring..................44 Carding department. ..............45 card production...............452 Locking elements............454 Another carding part.........47 screwing element............472 block................. .51 Another threaded part.........513 Guide groove..................531 Motor drive section....6 Driveshaft ...............62 Ring channel............311 Turntable................ ..4 groove..................42 gear teeth..................430 Guide rod.. .............440 protruding block..................451 Another slot.........453 Opening..................46 Carding ring..................470 Manual fine tuning part........ .5 accommodating hole..................511 Adjusting bolt...............53 Threading part............. .....533 Motor..................61 Brake Gear............63 Remote Signal Receiver...64