M289318 八、新型說明： 【新型所屬之技術領域】 本創作係有關於一種「窗簾之簾體收放控制結構」，其 _簾藉由一捲繩控制器中定扭力彈簧裝置之扭力彈簧於限 位盒與捲覆體間扭力作動，並配合手部推、拉下樑產生之 $道使收放繩於收放桿上呈緊鬆，兩者間形成相互制衡狀 態，讓使用者能隨心所欲調整想要之高度位置，且免除手 拉繩所造成手部之傷害，俾達最佳之使用狀態者。 【先前技術】 按，叙傳統之窗簾結構，係由簾體、傳動組及手拉 、 繩所組成，當使用者於操作手拉繩時，因繩體摩擦面較小， 於接觸施力時將造成手部拉痕，且手拉繩欲調整簾體之展 開或收合位置時，一旦手拉繩之下拉力道過大或釋放速度 過快則會使簾體無法確實定位於使用者想要之適當位置二 鲁 以致操作上需反覆調整而造成使用上之不便者。 本創作人有鑑於上述習式之缺失，乃思及創作的咅 心’遂以多年的經驗加以設計，經多方探討並試作樣品 驗’及多次修正改良，乃推出本創作。 "口1" l新型内容】 本創作之主要目的，乃在提供一種窗簾之簾體收 制結構，其藉由手部推拉之力量與捲繩控制器定扭力= 裝置之彈力相互配合，令使用者可隨心所欲調整想要: 度，免除手拉繩拉扯施力時造成手部拉痕避免不必要 M289318 害，達到最佳使用狀態者。 本創作之次要目的，乃在提供一種窗簾之簾體收放控 制結構，其藉由手部推拉之力量與捲繩控制器定扭力彈簧 裝置之彈力相互配合，令簾體於展開及收合上可確實依使 用者手部之推拉位置達到定位，而可隨心所欲調整想要之 高度位置，進而免除傳統手拉繩重覆調整之不便，達操作 及安裝上更為精準、確實且簡易者。 Φ 【實施方式】 餘下茲配合圖式，詳細說明本創作之最佳實施例如后： 如第一圖所示係為本創作之立體分解圖，其窗簾係由 ' 上、下樑（10、20)、捲繩控制器（30)、傳動組（40)及簾艫 ♦ (50)所組成，其中上樑（10)於一侧凹設一容置槽（11)，捲 繩控制恭（30)(請參閱第二圖所示）係由一上、下基座（Μ、 31’）、一旋轉座（32)及二扭力彈簧（33)所組成，其中上、 下二基座（31、31’）設有公、母相對扣接部及對稱部可相 _ 互扣合對組成一封閉限位盒，下基座（31，）設與上基座（31) 相同，且為上基座（31)之一反置向，可令二基座（31、Μ，） 上、下呈反置向相對扣組’上基座（31)係呈一 u形長槽狀， -一外側端设呈【】狀之相對擔座（311、312 )，於一呈【狀 擋座（311)上緣面向上延設一卡榫（313)，另一呈】狀擔座 (312)外侧擔面對應卡棒（313)處凹設一嵌槽（314)，於二【】 狀擔座（311、312)内中段處凹设一淺階狀環槽（gig)，並於 環槽（315)中心向上延設一中心轴（316)’中心軸（gw)上緣 面並設一凸肋（3161)及一孔槽（3162)，沿環槽（315)外側邊 M289318 角環設有二相對具限位卡柱（317)，二相對限位卡柱（317) 分別與二【】狀擋座（311、312)形成二限位環槽（3171)， 於二限位環槽（318)中心分別向上延設一心軸（318、319)， 其中一心軸（318)上緣面設有一孔槽（3181)，一心轴（319) 上緣面相對設有一凸肋（3191)，旋轉座（32)—侧設一呈圓 柱形之作動體（321)，且作動體（321)設呈一具固結孔（322) 之捲覆面（323)，於另一側設一具輪軸座之捲收面（324)， 於捲收面（324)之一侧設一擋部（326)，擋部（326)中心設有 ❿一樞孔（327)且於捲覆面（323)與捲收面（324)接合處形成 一抵撐面（325)，使旋轉座（32)之捲覆面（323)恰樞設於中 心軸（316)上，其抵撑面（325)恰可抵撐跨置於限位卡柱 ^ (317)上，傳動組（40)係由跨座（41、42)、收放桿（43)、收 . 放繩（44)、傳動繩（45)及導滑體（46)所組成，其中跨座 (41、42)於一側設一樞導孔（411、421)供收放桿（43)穿設， 收放繩（44)與傳動繩（45)係可設為帶體或纟覽繩者。 欲組裝時，如第三圖所示（請同時參考第四圖），令其 鲁捲繩控制器（3〇)之上、下基座（31、31’）相互呈反置向展 立，將一扭力彈簧（33)之倒鉤部定位端分別固設於旋轉座 (32)作動體（321)之捲覆面（323)二侧凹槽之固結孔（322) 中卡制定位，使二扭力彈簧（33)並聯呈可逆s型^式運作 (如第五圖所示），隨後再分別將之套置於下基座（31，）二 側限位環槽（3171)之心軸（318、319)，同時將旋轉座f 之作動體（321)套置於中段環槽（315)之中心軸（316)上，此 時，旋轉座（32)之抵撐面（325)恰跨置於限位卡柱（317)同 時壓制二並聯扭力彈簧（33)之一側緣，再將上基座（31)套 合於下基座（3Γ )上令上、下基座（31、31，）之公、母扣 M289318 扣接部及對稱部相互扣合對組成一捲繩控制器（30)，此時 將捲繩控制器（30)固設於上樑（1〇)之容置槽（11)内，再將 跨座（41、42)呈適當距離置放且定位於上樑（1〇)内，使收 放桿（43)藉由樞導孔（411、421)於跨座（41、42)間形成一 滾動狀態，且將固定於跨座（42)之導滑體（46)與旋轉座（32) 間以傳動繩（45)穿繞形成導滑，且將二收放繩（44)分別依 簾體（50)穿設之位置繞設於收放桿（43)兩端各位於二跨座 (41、42)之一侧，使收放繩（44)穿設上樑（1〇)及簾體（5〇) _ 後固設於下樑（20)上，其傳動繩（45)—側固設於收放桿（43) 之一端並繞設導滑體（46)後固設於捲收面（324)上者。 於使用時，當簾體（50，如第六圖所示）欲往下展開時， 、 藉由手部之力道將下樑（20)下拉，使收放繩（44)往下帶動 • 收放桿（43)轉動，此時收放桿（43)向右轉動釋放收放繩（44) 且傳動繩（45)經導滑體（46)捲收於收放桿（43)—侧，隨之 傳動繩（45)順勢帶動捲收面（324)使作動體（321)呈逆時針 轉動，此時二扭力彈簧（33)藉並聯方式令彈力累加且受作 φ 動體（321)拉力作用呈反向S型運轉且自然產生定扭力反捲 至捲覆面（323)收緊，同時定扭力呈一直線作用且扭力不會 因迴力轉圈數增加而改變，大大增強簾體（50)之拉力、承 受力，進而達到有效之垂放目的者。 當簾體（50，如第七圖所示）欲往上收合時，藉由手部 之力道將下樑（20)上推，使反捲於捲覆面（323)上之扭力彈 簧（33)放鬆自然捲回自然狀態，使作動體（321)呈順時針轉 動同時產生一定扭力，此時收放桿（43)上之傳動繩（45)經 導滑體（46)捲收於捲收面（324)上，且帶動收放桿（43)向左 轉動捲收收放繩（44)，而達到收合之目的，故藉由手部推、 M289318 2力量與捲繩控器⑽產生定扭力作動相互配合，免除手 扯時所&成之拉痕，讓使用者可隨心所欲調整想要 之南度，俾達到最佳之使用狀態者。 如第八圖所示係為本創作之另一組 捲絕控制H⑽欲絲純小叙㈣（5 接 拆移捲繩控制器⑽内並聯之其中—扭力彈 = =控制器⑽安裝於上樑⑽容置槽⑴）^，而可令簾 體達到相同之自然收合或垂放效果者。 綜上所述，本創作確實已經 :改良之創作内容’同時又能夠達到產業上利二 = =Γ未見之於任何，亦具新J = 利法第九十三條、第九十四條田付。專 利申請，懇請肖局審杳委員於^依法提出新型專 唯以上所述者，僅為本創 至為感锊。 不能以之限定本創作實施之範 σ仃實施例而已，當 利範圍所作之鱗變化轉冑t，/卩大凡依本創作申請專 之範圍内。文化與修飾，皆應仍屬本創作專利涵蓋 M289318 【圖式簡單說明】 第一圖：係為本創作之立體分解圖。 第二圖：係為本創作之捲繩控制器立體分解圖。 第三圖：係為本創作之立體組合圖。 第四圖：係為本創作之局部組合放大圖。 第五圖：係為本創作捲繩控制器之扭力彈簧與旋轉座 之背面組合示意圖。 笫六圖 第七圖 係為本創作之簾體向下展開示意圖。 係為本創作之簾體向上收合示意圖。 係為本創作之另一實施例組合示意圖。 【主要元件符號說明】 10... ..上樑 11·… .容置槽 20··· ..下樑 30···· .捲繩控制 31··· ..上基座 31，··· .下基座 311·· ..擋座 312··· .擋座 313.. ..卡榫 314··· .嵌槽 315·· ..環槽 316··· .中心軸 3161. • •凸柱 3162.. .孔槽 317·· ..限位卡柱 3171·· .限位環槽 318、 319··..心軸 3181.. .孔槽 3191. ..凸肋 32··· · .旋轉座 321·· ..作動體 322··· .固結孔 323·· ..捲覆面 324··· .捲收面 325.. ..抵撐面 326··· .擋部 M289318 327... .柩孔 33··· ..扭力彈簧 40··· · .傳動組 41··· ..跨座 411··· .柩導孔 42··· ..跨座 421··· .枢導孔 43··· ..收放桿 44··· · .收放繩 45··· ..傳動繩 46··· · .導滑體 50··· ..簾體M289318 VIII. New Description: [New Technology Field] This creation department is about a kind of "curtain curtain retracting control structure", which is limited by the torsion spring of a torsion spring device in a rope controller. The torque between the position box and the roll cover is actuated, and the $way generated by the hand pushing and pulling down the beam makes the retractable rope loose on the retracting rod, and the two form a balance between the two, so that the user can adjust as desired. The height position is desired, and the damage caused by the hand rope is eliminated, and the best use state is obtained. [Prior Art] According to the traditional curtain structure, it is composed of curtain body, transmission group, hand strap and rope. When the user operates the hand rope, the friction surface of the rope body is small, when the contact force is applied. Will cause the hand to pull the mark, and when the hand pull rope is to adjust the unfolding or folding position of the curtain body, once the pulling force under the hand pull rope is too large or the release speed is too fast, the curtain body cannot be surely positioned at the user's desire. The appropriate position of Erlu is such that the operation needs to be adjusted repeatedly to cause inconvenience in use. In view of the lack of the above-mentioned formulas, the creator has been thinking about the design of the 遂 遂 遂 遂 遂 遂 遂 遂 遂 遂 遂 遂 遂 遂 遂 遂 遂 遂 遂 遂 遂 遂 遂 遂 遂 遂 遂 遂 遂 遂 遂 遂 遂 遂 遂"口1" l new content] The main purpose of this creation is to provide a curtain curtain body structure, which is matched with the tension of the rope controller and the elastic force of the device by the force of the hand push and pull. Users can adjust as much as they want: Degree, avoiding the hand pull when pulling the force to avoid unnecessary damage to the M289318, to achieve the best use. The secondary purpose of this creation is to provide a curtain curtain retracting control structure, which cooperates with the elastic force of the reeling spring device of the reeling controller by the force of the hand pushing and pulling, so that the curtain body is unfolded and folded. The positioning can be achieved according to the push and pull position of the user's hand, and the desired height position can be adjusted as desired, thereby eliminating the inconvenience of the traditional hand-cranked rope repeated adjustment, and achieving more accurate, accurate and simple operation and installation. Φ [Embodiment] The following is a detailed description of the best implementation of this creation. For example, the first figure shows the exploded view of the creation. The curtains are made of 'upper and lower beams' (10, 20). ), the rope controller (30), the transmission group (40) and the curtain 舻 ♦ (50), wherein the upper beam (10) is recessed with a receiving groove (11) on one side, and the rope control is performed (30) (See the second figure) consists of an upper and lower base (Μ, 31'), a rotating base (32) and two torsion springs (33), of which the upper and lower bases (31) , 31') has a male and female relative fastening portion and a symmetrical portion can be _ interlocking to form a closed limit box, the lower base (31,) is the same as the upper base (31), and is One of the bases (31) is reversely oriented, so that the upper and lower bases (31, Μ,) are reversely oriented to the opposite buckle group 'the upper base (31) is formed in a u-shaped long groove shape, -1 The outer end is provided with a relative bearing seat (311, 312) in the shape of [], and a card (313) is extended on the upper edge of the [shaped block] (311), and the other is a carrier (312). The outer side of the opposite side of the corresponding bar (313) is recessed with a slot (314), a shallow stepped ring groove (gig) is recessed in the middle portion of the second bearing seat (311, 312), and a central axis (316)' center is extended upward in the center of the ring groove (315). A rib (3161) and a hole groove (3162) are arranged on the upper edge of the shaft (gw), and two opposite limit posts (317) are arranged along the outer ring M289318 of the annular groove (315). The limit post (317) forms a two limit ring groove (3171) with the two [] block seats (311, 312), and a mandrel (318, 319) respectively at the center of the second limit ring groove (318). The upper edge surface of one of the mandrels (318) is provided with a hole groove (3181), the upper edge surface of a mandrel (319) is oppositely provided with a convex rib (3191), and the rotating base (32) is provided with a cylindrical action on the side. The body (321), and the actuating body (321) is provided as a rolling surface (323) having a fixing hole (322), and on the other side is provided a winding surface (324) of the wheel shaft seat on the winding surface ( One of the 324) side is provided with a blocking portion (326), and the center of the blocking portion (326) is provided with a first pivot hole (327) and an abutting surface is formed at the joint of the rolling surface (323) and the winding surface (324) ( 325), the rolling surface (323) of the rotating base (32) is just pivoted On the central shaft (316), the abutting surface (325) can be erected over the limit post (317), and the transmission group (40) is supported by the straddle (41, 42) and the retracting rod ( 43), receiving, releasing rope (44), driving rope (45) and guiding body (46), wherein the straddle (41, 42) is provided with a pivot hole (411, 421) on one side for retracting The rod (43) is worn, and the retracting rope (44) and the driving rope (45) can be set as a belt body or a rope. When assembling, as shown in the third figure (please refer to the fourth figure at the same time), the upper and lower bases (31, 31') of the Luel Rope Controller (3〇) are opposite each other. Positioning ends of the barbs of a torsion spring (33) are respectively fixed in the fixing holes (322) of the two side grooves of the rolling surface (323) of the rotating body (32), so that the positioning position is made The two torsion springs (33) are operated in parallel in a reversible s-type operation (as shown in the fifth figure), and then placed on the mandrel of the two-side limit ring groove (3171) of the lower base (31, respectively). (318, 319), at the same time, the moving body (321) of the rotating seat f is placed on the central axis (316) of the middle ring groove (315), at this time, the abutting surface (325) of the rotating seat (32) is just The side of one of the two parallel torsion springs (33) is simultaneously pressed across the limit post (317), and the upper base (31) is sleeved on the lower base (3Γ) to upper and lower bases (31). , 31,) The male and female buckles M289318 The fastening portion and the symmetrical portion are mutually engaged to form a rope controller (30). At this time, the rope controller (30) is fixed on the upper beam (1〇). Inside the receiving slot (11), the straddle will be seated (41, 42) placed at an appropriate distance and positioned in the upper beam (1〇), so that the receiving rod (43) forms a rolling state between the straddles (41, 42) by the pivot holes (411, 421), and The guide wire (46) fixed to the straddle (42) and the rotating base (32) are wound around the transmission rope (45) to form a guide slip, and the two retractable ropes (44) are respectively guided by the curtain body (50). The position of the piercing is arranged on one side of the two straddles (41, 42) at both ends of the retracting rod (43), so that the retractable rope (44) is passed through the upper beam (1 〇) and the curtain body (5 〇) ) _ is fixed on the lower beam (20), and its transmission rope (45) is fixed to one end of the receiving rod (43) and wound around the guiding body (46) and then fixed on the winding surface (324) ) The above. When in use, when the curtain body (50, as shown in the sixth figure) is to be deployed downward, the lower beam (20) is pulled down by the force of the hand to drive the rope (44) downwards. When the lever (43) rotates, the retracting lever (43) rotates to the right to release the receiving rope (44), and the driving rope (45) is wound around the receiving rod (43) via the guiding body (46). Then, the drive rope (45) drives the take-up surface (324) to rotate the actuating body (321) counterclockwise. At this time, the two torsion springs (33) are accumulated in parallel by the elastic force and are subjected to the pulling force of the φ moving body (321). The action is reverse S-type operation and naturally produces a fixed torque to rewind to the winding surface (323) to tighten, while the fixed torque acts in a straight line and the torque does not change due to the increase in the number of return turns, which greatly enhances the tension of the curtain (50). Responsibility, and then achieve effective descent. When the curtain body (50, as shown in the seventh figure) is to be folded up, the lower beam (20) is pushed up by the force of the hand to make the torsion spring rewinding on the winding surface (323) (33). Relaxing naturally returns to the natural state, causing the actuator (321) to rotate clockwise while generating a certain torque. At this time, the transmission rope (45) on the retracting rod (43) is retracted by the guide body (46). On the surface (324), and driving the retracting rod (43) to rotate the retracting rope (44) to the left, to achieve the purpose of folding, so by hand pushing, M289318 2 force and the rope controller (10) The fixed torque works in coordination with each other, so as to avoid the pull marks formed by the hand pull, so that the user can adjust the desired south degree as desired, and achieve the best use state. As shown in the eighth figure, this is another set of volume control for the creation of H(10). The silk is purely small (4) (5 of which is connected in parallel with the reeling rope controller (10) - the torsion bomb == controller (10) is mounted on the upper beam (10) accommodating the groove (1)) ^, and the curtain body can achieve the same natural folding or vertical effect. In summary, this creation has indeed: the improved content of the creation 'at the same time can reach the industry's profit two = = Γ not seen in any, also has a new J = Article 93, Article 94 Tian Fu. For the patent application, I would like to ask the Board of Directors of the Board of Directors to propose a new type of specialization according to the law, which is only for the purpose of this creation. It is not possible to limit the scope of the implementation of this creation. 仃 仃 仃 , , , , , , , , , , , , , , , , , , , 鳞 鳞 鳞 , , , , , , , , Culture and decoration should still belong to this creation patent. M289318 [Simple description of the diagram] The first picture: is the three-dimensional exploded view of the creation. The second picture is a three-dimensional exploded view of the rope controller of the creation. The third picture is a three-dimensional combination of the creation. The fourth picture is a magnified view of the partial combination of the creation. The fifth picture is a schematic diagram of the combination of the torsion spring of the creative reel controller and the back of the rotating base.笫六图 The seventh figure is a schematic diagram of the downward movement of the curtain of the creation. This is a schematic diagram of the upward adjustment of the curtain of the creation. This is a schematic diagram of another embodiment of the present invention. [Description of main component symbols] 10... .. Upper beam 11·. . accommodating groove 20··· .. Lower beam 30···· . Rope control 31··· .. Upper pedestal 31, · ···. Lower base 311··.. Block 312··· . Block 313.... cassette 314··· . Insert groove 315··.. Ring groove 316··· . Center shaft 3161. • • Boom 3162.. . Hole 317··. Limit post 3171·· . Limit ring groove 318, 319··.. mandrel 3181.. hole groove 3191.. rib 32· ··· · Rotating seat 321··.. Actuator 322··· .Consolidation hole 323··.. Rolling surface 324··· .Retracting surface 325....butment surface 326··· M289318 327... .柩 33··· .. Torsion spring 40··· · . Transmission group 41··· .. straddle 411··· . 柩 Guide hole 42··· .. straddle 421 ··· .Pivot Guide Hole 43··· ..Retracting Rod 44··· · .Retracting Rope 45··· ..Drive Rope 46··· ·. Guide Sliding Body 50··· .. Curtain
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