;M332448;M332448
(30)容納空間 (34)側板 (5 )齒輪座板 (52)捲桿孔 (56)外螺紋 (6 )捲桿 (64)轴封 (68)轴桿 (32)小齒輪 (36)角框 (50)軸桿孔 (54)螺桿 (58)齒輪窩 (60)開口 (66 )軸封桿 (7 )捲曲物 ./M332448 八、新型說明： 【新型所屬之技術領域】 本創作係有關一種捲曲裝置之行程控制器，尤其是一種使用 在布幕、百葉窗、捲簾、投影機之捲幕等捲曲裝置，能夠大大提 昇了行程控制器精密度要求，另外，在實施後的不會發生卡住不 作動、行程端點改變等不良捲曲現象，又在捲曲作業中常見的不 滑順、過度吃力等操作不良問題，創作人也予以改進，提供一種 捲曲動作順暢、施力恰當，且能精密實施捲曲行程端點，尤其是 可依個別工作環境之行程長短作出精確調整者。 【先前技術】 現今之捲曲裝置之行程控制器不管是橫向軸桿使用在如升、 降仃程之布幕、百葉窗、捲簾、投影機之捲幕及豎向轴桿使用在 些左、右開向之遮蔽門等’該行程控制器、甚至簡單到利用一圈 形拉繩上設有二細定點，當拉_難—固定點時即作為其行 程終止端，由於該拉繩時間拉捲健會讓拉繩磨損而令固定 點滑動，當固定點—滑動時即會令行程改變，#行程變短時捲曲 為曰4申張不王，反之，.練魏時捲曲物會發生逆捲現象，同樣 鶴曲物錢全倾，若放捲物是為布幕、百葉t、捲簾等具有 遮蔽性即會有遮蔽不全的現象，是以行程控制器在捲曲裝置 2其實扮絲録要的齡，但偏偏在今f之獅裝置中並未被 重視而一直不曾升級。 ;M332448 【新型内容】 本創作「捲曲裝置之行程控制器」（請參閱第一圖）結構主 要係由一適當長度、斷面非圓形之軸桿（68)上穿套一中央呈六 角孔（62)之螺桿（54)，該螺桿（54)桿面設有外螺紋（56), 而取-中央設有與螺桿（54)外螺紋（56)對應螺孔⑽）之滑 塊（10)螺入螺桿（54)中，該滑塊（1〇)係呈爲塊狀、二窄側 A成平整之側邊（14)且二寬側面各形成_向外凸出呈角狀之突 角（12)，其中，該二突角（12)係呈相對向，而螺桿（54)上 滑塊（1G).二側再分別穿人—靠環(2 )，該靠環（2 )中央形 成大於外微⑽外徑之巾孔（2())、環面設有小於直徑之徑 向開缝G2)且以與縫（22)垂向穿越設有—鎖孔（26)，其中， 各靠環（2)與滑塊（1〇)相鄰面設有對向之突角⑽Γ螺桿 (54)王長（、大方、捲曲行程，故二靠環（2 )穿人螺桿（54)並 丈量出捲曲行程長度時，取二小螺絲（24)分別螺合二靠環（2 )(30) accommodation space (34) side plate (5) gear seat plate (52) roller bar hole (56) external thread (6) roller bar (64) shaft seal (68) shaft (32) pinion (36) angle Frame (50) Shaft hole (54) Screw (58) Gear socket (60) Opening (66) Shaft sealing rod (7) Curl. / M332448 Eight, new description: [New technical field] This creation is related to A stroke controller for a crimping device, in particular, a crimping device such as a curtain for a curtain, a blind, a roller blind, or a projector, can greatly improve the precision requirements of the stroke controller, and does not occur after the implementation. The problem of poor curling such as stuck movement, end of stroke change, etc., and poor operation problems such as non-slip, excessive effort, etc., which are common in curling operations, are also improved by the creator, providing a smooth curling action, proper application, and ability Precisely implement the curl stroke end points, especially those that can be precisely adjusted according to the length of the individual work environment. [Prior Art] The stroke controller of today's crimping device is used in the left and right of the roll screen and the vertical shaft of the lifting and lowering curtains, blinds, roller blinds, projectors, etc. Opening the door, etc. 'The stroke controller, even simple to use a ring-shaped drawstring, there are two fine fixed points, when the pull_difficult-fixed point is used as the end of its stroke, due to the draw time of the drawstring The health will make the drawstring wear and make the fixed point slide. When the fixed point-sliding, the stroke will change. When the stroke is shortened, the curl will be 曰4, and the tension will be reversed. Phenomenon, the same thing is the weight of the crane, if the unwinding is for the curtain, the louver t, the roller blind, etc., there will be a phenomenon of obscuration, so the stroke controller is actually in the curling device 2 The age, but it has not been valued in the current lion installation and has not been upgraded. ;M332448 [New content] The structure of the "curl controller of the crimping device" (see the first figure) is mainly made of a suitable length, non-circular shaft (68) and a hexagonal hole in the center. (62) a screw (54) having an external thread (56) on the face of the screw (54) and a slider (10) corresponding to the screw hole (10) corresponding to the external thread (56) of the screw (54). Screwed into the screw (54), the slider (1〇) is in the form of a block, the sides of the two narrow sides A are flattened (14) and the sides of the two sides are formed _ outwardly convex and angular An angle (12), wherein the two corners (12) are in opposite directions, and the screw (54) is on the slider (1G). The two sides are respectively worn by the pair - the ring (2), the ring (2) The center forms a towel hole (2()) larger than the outer micro (10) outer diameter, the annular surface is provided with a radial slit G2 smaller than the diameter, and is provided with a locking hole (26) perpendicularly to the slit (22), wherein Each of the ring (2) and the slider (1〇) adjacent surface is provided with a facing angle (10) Γ screw (54) Wang long (, generous, curling stroke, so the second ring (2) wearing a screw (54 ) and measure the length of the curl stroke, take two small screws (24 ) screwing two rings (2)
之鎖孔（26)令縫（22)L )面相罪貼則可固定出捲曲或伸張端點之 行程控制器（1 )，該程批岳 / 卫弗]·™ (1 )係放置入在一呈上方開口 之上框料（3 )〔以升、p夂一 < 、， 牛仃程定義之方向性〕，其中，該上框 料（3 )之内壁面係與潛祕 、為（▲〇)相抵觸，實施上，（請參閱第 一圖）上框料（3 )係以螺从 累、必（4 )螺合角框（36)，該行程控 制器（1 )軸桿（68)之一j 而套合有一小齒輪（32)〔因動力源 可以是手動拉繩或小馬遠 m义小齒輪（32)代替之〕，而軸桿(:68) .M332448 另而則牙食有捲曲物（7 )，當小齒輪（32)被施以動力旋轉 寸名礼（β )上二端之靠環（2 )會呈不位移之旋轉，而二靠 )間之滑塊（10)螺孔（40)係與捲桿（6 )外螺紋（56) 相嗜合且其側邊（⑷與上框料（3 )之内壁面相抵觸，故而滑 塊（10)不能旋轉但卻可在二靠環（2 )間作位移，當滑塊 上之突角（12)抵靠到任一滑塊（1〇)上之突角（12)即為捲曲 或伸張動作端點者（請參閱第三、四圖）。 【實施方式】 本創作「捲曲裝置之行程控制器」之最佳實施例（請參閱第 五圖）k將則述行程控判器（i )由直接軸動改為間接軸動方式， 其主要係在行程控_ (1 )之—端透過-齒輪座板（5 ) 角框（36)間形成的齒輪窩（58)中至少置入有二嗜合的小雜 (32)，其中，齒輪座板（5 )板面上、下分別設有一軸桿孔 及一捲桿孔（52)，行程控制器（1 )之軸桿（68)先穿入齒輪 座板（5 )板面之軸桿孔（5G)再穿套—上方小#輪（32)，I 忙料（3 )底緣二寬面再分別枢接二對應之側板（如），在二側 板（34)間置人有—下方呈線形開口（6G)之捲桿)，捲桿 (6 )牙套捲曲物(7 )後二端分別以—軸封⑽予以封閉， 雜封（64)之外端係形成徑縮之軸封桿（66 )，而該軸封桿（郎） 先穿入齒輪座板（5 )板面之捲桿孔（52)再穿套一與上方小齒 輪（32)相喷合之下方小齒輪（32)，而該行程控制器（1 ) 2 ；M332448 軸桿（68)則係連動至動力源如拉繩或其他小馬達等驅動單一 當動力加緒在軸桿(68)時會令上方小齒輪（32)㈣合下=’ 齒輪（32)而連動穿套捲曲物（7 )之捲桿（6 )，而捲曲] 係被控制在二靠環（2 )間作位移者（請參閱第六圖）。乍 綜上所述，本創作不論在結麵徵或使用方式·皆較f用之「捲 A裝置之彳了健制ϋ」具妓幅之進步性，且為首轴作者，爱 依法向鈞局提呈新型專利申請，盼t審查委員能早日審查並 馨賜准專利為禱。 為使f審查委員能進一步瞭解本創作之結構特徵及使用方 式，茲以下列圖式配合圖號說明於後，謹請參照： _ 【圖式簡單說明】 第-圖··係本創作行程控制器之立敝合圖。 第二圖：係本創作行程控制器之實施示意圖。 ^圖：係本_行程控·之下降行程輕狀態示意圖。 =四圖·係本域仃程控繼之上捲行輯點狀態示意圖。 第五圖··係本_行雖制ϋ之最佳實補。 第六圖··係第五圖之行程控制器之組合示意圖。 【主要元件符號說明】 (1 )行程控制器 （10)滑塊 (12)突角 （14)侧邊 (2 )靠環 （20)中孔 9 M332448 (22)縫 (24)小螺絲 (26)鎖孔 (3 )上框料 (30)容納空間 (32)小齒輪 (34)侧板 (36)角框 (4 )螺絲 (40)螺孔 (5 )齒輪座板 (50)軸桿孔 (52)捲桿孔 (54)螺桿 (56)外螺紋 (58)齒輪窩 (6 )捲桿 (60)開口 (62)六角孔 (64)軸封 (66 )軸封才 (68)轴桿 (7 )捲曲物 10The keyhole (26) makes the seam (22) L) face the sin stick to fix the curl controller or the end of the stroke controller (1), the Cheng Yue / Wei Fu] · TM (1) is placed in One is above the upper opening (3) [in liter, p夂一<,, the directionality defined by the calf process], wherein the inner wall surface of the upper frame material (3) is hidden and secretive (▲〇 Inconsistent, in implementation, (please refer to the first figure) the upper frame material (3) is screwed to the snail, must (4) screw angle frame (36), the stroke controller (1) shaft (68) One of the j is fitted with a pinion (32) (since the power source can be a manual drawstring or a pony fare pinion (32) instead), while the shaft (:68) .M332448 is another tooth food There is a curl (7), when the pinion (32) is energized, the ring (2) on the upper end of the ring (2) will rotate without displacement, and the slider between the two (10) The screw hole (40) is in contact with the external thread (56) of the winding rod (6) and its side ((4) is in contact with the inner wall surface of the upper frame material (3), so the slider (10) cannot rotate but can Displace between the two rings (2), when the slider is protruding (12) The slanting angle (12) on any slider (1 〇) is the end of the curling or stretching action (please refer to the third and fourth figures). [Embodiment] The preferred embodiment of the stroke controller (see the fifth diagram) k will describe the stroke controller (i) from direct shafting to indirect shafting, which is mainly in the stroke control _ (1) - At least one of the gear pockets (58) formed between the corner frames (36) of the end through-gear plate (5) is provided with two small (32) fittings, wherein the gear plate (5) is plated and lowered. There is a shaft hole and a roller hole (52) respectively, and the shaft (68) of the stroke controller (1) first penetrates into the shaft hole (5G) of the gear plate (5) and then wears the sleeve - above Small #轮(32), I busy material (3) The bottom edge of the two wide sides are respectively pivotally connected to the corresponding side plates (for example), and the two side plates (34) are placed between the two sides - the lower linear opening (6G) Rod), the second end of the roller (6) braces (7) is closed by a shaft seal (10), and the outer end of the seal (64) is formed with a shaft seal (66), and the shaft seal is formed. Rod (lang) first penetrates the gear plate (5 The winding hole (52) of the plate surface is further sleeved by a lower pinion (32) which is sprayed with the upper pinion (32), and the stroke controller (1) 2; M332448 shaft (68) is Linking to a power source such as a drawstring or other small motor, etc. When the power is applied to the shaft (68), the upper pinion (32) (4) is closed = 'gear (32) and the sleeve is crimped (7) The roll (6), while the curl] is controlled to be displaced between the two rings (2) (see Figure 6). In summary, this creation is not only in the face sign or in the way of use, but also in the use of the "volume A device". It is the first axis author and loves the law. Submitting a new patent application, I hope that the review committee can review and pledge the patent as a prayer. In order to enable the c-review committee to further understand the structural features and usage of the creation, please refer to the following diagrams in conjunction with the diagram number. Please refer to: _ [Simple diagram description] - Figure · The creation stroke control The picture of the device. The second picture is a schematic diagram of the implementation of the creation stroke controller. ^图: This is the schematic diagram of the light state of the falling stroke of the _travel control. = Four diagrams · This is the schematic diagram of the state of the top-of-the-line series. The fifth picture is the best complement to the system. The sixth figure is a combination diagram of the stroke controller of the fifth figure. [Description of main component symbols] (1) Stroke controller (10) Slider (12) Tabe (14) Side (2) Ring (20) Hole 9 M332448 (22) Sew (24) Small screw (26 ) Keyhole (3) Upper frame material (30) Accommodating space (32) Pinion (34) Side plate (36) Corner frame (4) Screw (40) Screw hole (5) Gear seat plate (50) Shaft hole (52) Coil hole (54) Screw (56) External thread (58) Gear socket (6) Coil (60) Opening (62) Hexagon hole (64) Shaft seal (66) Shaft seal (68) Shaft (7) curl 10