五、新型說明： 【新型所屬之技術領域】 本創作一種吸盤式旗幟定位結構改良，特別係指— 種利用轉動位移連動吸盤上提而產生吸力吸附之吸盤 . 式旗幟定位結構。 - 【先前技術】 現今忙碌的工商業社會對個人形象廣告或產品資 訊推廣，除了平面或數位媒體外’仍需利用傳統的招牌 旗幟、廣告文宣或利用廣告車，以達到宣傳展示效果； 習用的旗幟固定方式’大都將具有宣傳圖案、文字之旗 織桿’以膠帶或鐡絲'繩素綑綁於被掛物上，藉以完成 #旗幟之固設安m述之旗_裝方式，除便利性 -不佳外，在拆除該旗幟時，會有殘存的膠帶或繩索，其 /月理不易，對環保也是個問題。 另，較進步者，如我國新型第M326200號專利案， 係揭露-難蚊位結構，其湘—設於吸盤組件上， 以供旗幟定位的旗孅固定桿，旗幟固定桿上設有-樞 轉·且件讓旗幟固定桿得以相對於吸盤組件偏轉而調整 M3.80551 位置；然而前述專利案之缺失，在於該旗幟具有一定重 量’且會受風力吹襲’該樞轉組件往往無法承受，並定 ί立在預„又角度’且在多次使用後會產生鬆脫，财用度 不佳，因此乃有必要加以改進。 如同申明人之中華民國專利案號第Μ353451號 之吸盤^㈣定位結構；巧妙的在吸盤座上設計一挽性 連桿’用以支撐旗幟和提供其角度調整；並在吸盤座殼 體上裝設-凸輪，利用凸輪轉動所生之偏擺運動帶動吸 盤中央上提，使盤面與光滑平面間的空間增加而產生強 大的吸附力，讓吸盤得以吸固於光滑平面。 但上述之設計，仍存在製造成本偏高，且凸輪轉動 易生磨耗，終至影響吸盤之吸附力，且壓迫凸輪產生偏 擺運動比較費力，若施力不#往往會折損相關組件，故 障率高。 有鑑於此，本創作為解決前述之各項問題，特別提 供一種吸盤式旗幟定位結構改良，其不僅有結構簡單， 不易故障的特性，除此之外’此改良的吸盤式旗幟定位 結構更具有成本低廉、操作簡易，耐用度高及吸附效果 μ 柳 551 良好的優點。 【新型内容】 本創作之主要目的在於提供-種吸盤式_定位 結構改良，其係為-結構簡單且耐用度佳线盤式旗織 定位結構。 本創作之再一目的在於提供—種吸盤式旗幟定位 結構改良，^善料計《式輯心結構之使用費 力費時、耗損率大以及製造成本過高等缺失。 為達上述目的，本創作採用的技術手段，為一種吸 盤式旗蚊位結構改良，主要係包括—吸盤本體、一吸 盤殼體以及-掣動構件；”本體具有自頂面中央處向 上凸伸之一軸桿’而於軸桿近頂端之適當處，更開有一 穿孔，橫向貫穿該軸桿。 吸盤殼體包括-環壓部、一套筒構件及一連接件； 環壓部形成於吸盤殼體外周緣，用以壓攀吸盤本體之外 周邊;套筒構件位在吸盤殼體之頂面中央處，該套筒構 件開設有-軸向貫孔向貫孔係相對於吸盤本體之 該軸桿，可使軸桿樞穿過轴向貫孔，並讓軸桿頂端之穿 孔得以穿出於該套筒構件；連接件位於該吸盤殼體之頂 〜田處自其頂端向下開設有—插座容置槽，用以選 擇性的連接一 Y字型插座、一字型插座或一 L字型插 座，上述之連接件、套筒構件及部係—體成形於該 吸益〃又租，此外，吸盤殼體於套筒構件外周緣之適當距 離處，尚具有一弧形槽孔。 掣動構件包括一環狀結構本體、一驅動桿及一旋掣 件，％狀結構本體係套合在吸盤殼體之套筒構件，該環 狀結構本體頂面具有相互對應之二斜面，並於斜面之始 末點形成二定位點；驅動桿係螺固通過於吸盤本體軸桿 之牙孔’並跨架在環狀結構本體頂面；旋掣件結合固定 於琢環狀結構本體之外侧壁，用以旋動該環狀結構本 體，旋掣件底端更具有一凸塊，該凸塊係對應插入該吸 盤殼體之該弧形槽孔内，並受弧形槽孔之長度限制其作 動距離。 【實施方式】 為了能更清楚地描述本創作，以下將配合圖示詳細 說明之。首先’請參閱第-圖’為本創作一種吸盤式旗 幟定位結構改良實施例之立體外觀分解示音圖。 如圖所示，一吸盤式旗幟定位結構1〇包括一吸盤 本體100、一吸盤殼體200以及一掣動構件300;吸盤 本體1GG除包括-外周邊吸盤面11Q夕卜，於吸盤本體 1〇〇之頂面中央處具有向上凸伸之一軸桿12〇，而於軸 才干120近頂端的適當位置處，開有一穿孔^ ，橫向貫 穿該軸桿12〇。 而吸盤殼體200包括一環壓部21〇、一套筒構件220 及連接件240，環壓部210形成於吸盤殼體外周 緣，用以壓掣吸盤本體100之外周邊吸盤面11〇;套筒 構件220位在吸盤殼體200之頂面中央處，該套筒構件 220開設有一轴向貫孔23〇，該轴向貫孔23〇係相對於 吸盤本體1〇〇之該軸桿12〇，可使軸桿12〇樞穿過軸向 貝孔230，並讓軸桿12〇頂端之穿孔13〇得以穿出於該 套茼構件220 ;連接件240位於該吸盤殼體200之頂面 適當處，自其頂端向下開設有一插座容置槽250 ;上述 [S] 7 M380551 之連接件240、套筒構件220及環壓部210係—體成形 於該吸盤殼體200;此外，吸盤殼體2〇〇於套筒構件22〇 外周緣之適當距離處，尚具有一孤形槽孔260，其長度 恰近似於下述之掣動構件30〇之該環狀結構本體31〇 之該斜面315的長度。 掣動構件包括一環狀結構本體31〇、一驅動桿32〇 及一旋掣件330;環狀結構本體31〇係套合在吸盤殼體 200之套筒構件220，該環狀結構本體31〇頂面具有相 互對應之二斜面315,並於斜面315之始末點形成高低 二定位點318及319 ;驅動桿320係螺固通過於吸盤本 體100之軸桿120上的穿孔13〇，同時亦跨架在環狀結 構本體310的頂面所形成的斜面315上；旋掣件 結合固定於該環狀結構本體31〇之外側壁，用以旋動該 環狀結構本體310,旋掣件33〇底端更具有一凸塊3犯， 該凸塊335係對應插入該吸盤殼體2〇〇之該弧形槽孔 260内，亚藉由弧形槽孔26〇之長度限制其作動距離。 請參閱第二圖至第五圖’為本創作—種吸盤式旗織 定位結構改良實施例之立體外觀作動示意圖及作動剖 M380551 面示意圖。 如第二圖及第四圖所示，當吸盤本體1〇〇，吸盤殼 體200及掣動構件300組合一體構成該吸盤式旗幟定位 結構10時’吸盤殼體200之環壓部210壓掣於該吸盤 本體之外周邊吸盤面110，而吸盤本體1〇〇之軸桿12〇 經由吸盤殼體200上的套筒構件220内的軸向貫孔23〇 • 貫通穿出吸盤殼體200及套筒構件220，掣動構件3〇〇 之環狀結構本體310係套設於套筒構件22〇，而掣動構 件300之驅動桿320係穿過並且被螺固於軸桿12〇頂端 穿孔130’而驅動桿32〇的兩端面恰跨架在環狀結構本 體310之頂面的斜面315上，同時形成於掣動構件 • 外側壁上的旋掣件330之底端凸塊335則嵌入吸盤殼體 200上所開設之弧形槽孔260内，並於弧形槽孔26〇内 位移，但藉由弧形槽孔26Q之長度限制其作動距離。 當一使用者轉動該旋掣件330時，如第三圖及第五 圖所不，旋掣件330被轉動，帶動環狀結構本體310 '疋轉’因驅動桿32〇不動，故可使頂端斜面315與驅動 桿320之相對位置改變；但旋掣件330因其底端凸塊 335之移動到弧形槽孔咖的長度所約束，因此旋料 —動仃&亦叉到限制，同樣的，會影響環狀結構本 :的旋^狐度’連帶可限制了驅動桿320，使其僅 ' 315之低定位點319與高定位點318間變動。 因驅動桿320係貫穿且螺固在軸桿120的穿孔130 内斤乂該驅動才干320實際上是與該軸桿12〇形成一體 的；故當驅動桿320自斜S315之低定位點319移動至 高定位點318時’亦巧妙的帶動了軸桿120於垂直縱向 進行直線位移運動’進而連動了吸盤本體谓的中央部 分向上提’因而使吸盤本體！。。肖一平面間的空間增 加，促成其外周邊吸盤面11G得以緊緊地吸附固定於該 平面上。 請參閱第六圖至第人圖，為本創作—種吸盤式旗蛾 定位結構改良實施例之立體外觀組合示意圖。如圖所 示，當吸盤式旗幟定位結構10經由上述之過程，得以 牢固的吸附於一平面時，只要在吸盤殼體2〇〇之連接件 240的插座容置槽250内選擇性的插入連接—字型插座 5〇〇、Y字型插座510或！^字型插座52〇，即可運用於不V. New description: [New technical field] This is a kind of suction-type banner positioning structure improvement, especially refers to a suction cup that uses suction displacement to pull up the suction cup to generate suction adsorption. - [Prior Art] Today's busy industrial and commercial society promotes personal image advertisements or product information, in addition to flat or digital media, 'still need to use traditional signboards, advertising, or use advertising vehicles to achieve promotional effects; The fixed method 'mostly will have a promotional pattern, the flag of the flag weaving 'with tape or silk thread' tied to the hanging object, in order to complete the #flag's fixed installation of the m flag - installation, except for convenience - no Jiawai, when the flag is removed, there will be residual tape or rope, which is not easy to be used for, and is also a problem for environmental protection. In addition, the more advanced, such as China's new type M326200 patent case, is the exposed-difficult mosquito position structure, which is located on the suction cup assembly, for the flag-fixing pole for flag positioning, and the flag-fixing rod is provided with a pivot The transfer member allows the flag fixing rod to be adjusted relative to the suction cup assembly to adjust the M3.80551 position; however, the lack of the aforementioned patent is that the flag has a certain weight 'and will be hit by the wind', which is often unacceptable. And it is set at the pre- and then angles and will be loose after repeated use, and the financial efficiency is not good, so it is necessary to improve it. Like the suction cup of the Republic of China Patent No. 353451 (4) Positioning structure; skillfully designing a pull-up link on the suction cup seat to support the flag and provide its angle adjustment; and mounting a cam on the suction cup housing to drive the center of the suction cup by the yaw motion generated by the rotation of the cam Lifting up, the space between the disk surface and the smooth plane is increased to generate a strong adsorption force, so that the suction cup can be sucked on the smooth plane. However, the above design still has high manufacturing cost and cam rotation. It is easy to wear and wear, and finally affects the suction force of the suction cup, and it is more laborious to press the cam to produce the yaw motion. If the force is not #, the related components will be damaged and the failure rate is high. In view of this, the creation is to solve the aforementioned items. The problem is to provide a suction cup type flag positioning structure improvement, which not only has the characteristics of simple structure and difficulty in failure, but also has the advantages of low cost, simple operation, high durability and adsorption effect. μ 柳 551 Good advantage. [New content] The main purpose of this creation is to provide a kind of suction cup type _ positioning structure improvement, which is a simple structure and durability of the wire type flag woven positioning structure. The purpose is to provide a kind of sucker-type banner positioning structure improvement, and the use of the technique is a kind of lack of time and cost, high loss rate and high manufacturing cost. To achieve the above purpose, the technical means adopted by this creation is a kind of The structure of the suction cup type mosquito net is mainly composed of a suction cup body, a suction cup housing and a swaying member; At a top surface extending from the central shaft one 'to be convex in an appropriate place near the top of the shaft, it has a more open perforation transversely through the shaft. The suction cup housing comprises a ring pressing portion, a sleeve member and a connecting member; the ring pressing portion is formed on the outer periphery of the suction cup housing for pressing the outer periphery of the suction cup body; the sleeve member is located at the center of the top surface of the suction cup housing Wherein, the sleeve member is provided with an axial through hole to the through hole relative to the shaft of the suction cup body, the shaft can be pivoted through the axial through hole, and the perforation at the top end of the shaft can be penetrated a sleeve member; the connecting member is located at the top of the suction cup housing and is provided with a socket receiving groove downwardly from the top end thereof for selectively connecting a Y-shaped socket, a socket or an L-shaped type The socket, the connecting member, the sleeve member and the part body are formed on the suction raft and are rented. Further, the suction cup housing has an arcuate slot at an appropriate distance from the outer circumference of the sleeve member. The sliding member comprises an annular structure body, a driving rod and a rotating member, and the % structure is sleeved on the sleeve member of the suction cup housing, and the top surface of the annular structure body has two inclined surfaces corresponding to each other, and Forming two positioning points at the beginning and end of the inclined surface; the driving rod is screwed through the tooth hole of the shaft of the suction cup body and spanned on the top surface of the annular structure body; the rotating piece is fixedly fixed to the outer side wall of the annular structure body For rotating the annular structure body, the bottom end of the rotary member further has a protrusion corresponding to the arc-shaped slot inserted into the suction cup housing, and is limited by the length of the curved slot. Actuation distance. [Embodiment] In order to more clearly describe the present creation, the following will be described in detail with reference to the drawings. First, please refer to the first figure, which is a three-dimensional appearance decomposition diagram of a modified embodiment of a suction cup type flag positioning structure. As shown in the figure, a suction cup type flag positioning structure 1 includes a suction cup body 100, a suction cup housing 200 and a swaying member 300. The suction cup body 1GG includes an outer peripheral suction cup surface 11Q, and a suction cup body 1〇. At the center of the top surface of the crucible, there is a shaft 12〇 protruding upward, and at a suitable position near the top end of the shaft 120, a perforation ^ is opened, and the shaft 12 is transversely penetrated. The suction cup housing 200 includes a ring pressing portion 21, a sleeve member 220 and a connecting member 240. The ring pressing portion 210 is formed on the outer periphery of the suction cup housing for pressing the outer suction cup surface 11 of the suction cup body 100; The member 220 is located at the center of the top surface of the suction cup housing 200. The sleeve member 220 defines an axial through hole 23〇 which is opposite to the shaft 12 of the suction cup body 1 . The shaft 12 can be pivoted through the axial bore 230, and the through hole 13 of the top end of the shaft 12 can be passed through the sleeve member 220; the connecting member 240 is located at the top surface of the chuck housing 200. a socket accommodating groove 250 is opened downward from the top end thereof; the connecting member 240, the sleeve member 220 and the ring pressing portion 210 of the above [S] 7 M380551 are integrally formed on the suction cup housing 200; 2, at an appropriate distance from the outer circumference of the sleeve member 22, there is a so-called slot 260 whose length is approximately the same as the slope 315 of the annular structure body 31 of the swaying member 30 下述 described below. length. The swaying member includes an annular structure body 31〇, a driving rod 32〇 and a rotating member 330; the annular structure body 31 is sleeved on the sleeve member 220 of the suction cup housing 200, and the annular structure body 31 The top surface of the dome has two inclined surfaces 315 corresponding to each other, and two high and low positioning points 318 and 319 are formed at the beginning and end of the inclined surface 315; the driving rod 320 is screwed through the through hole 13 of the shaft 120 of the suction cup body 100, and The cross-member is formed on the inclined surface 315 formed on the top surface of the annular structure body 310; the rotating member is fixedly coupled to the outer side wall of the annular structure body 31 for rotating the annular structure body 310, and the rotating member 33 The bottom end of the crucible is further provided with a projection 3, and the projection 335 is correspondingly inserted into the arcuate slot 260 of the suction cup housing 2, and the actuation distance is limited by the length of the arcuate slot 26〇. Please refer to the second to fifth figures, which are schematic diagrams of the three-dimensional appearance of the modified embodiment of the suction-cup type woven positioning structure and the operation section M380551. As shown in the second and fourth figures, when the suction cup body 1〇〇, the suction cup housing 200 and the swaying member 300 are integrally combined to constitute the suction cup type flag positioning structure 10, the ring pressing portion 210 of the suction cup housing 200 is crushed. The suction cup surface 110 is disposed outside the suction cup body, and the shaft 12 of the suction cup body 1 passes through the axial through hole 23 in the sleeve member 220 of the suction cup housing 200 to penetrate the suction cup housing 200 and The sleeve member 220, the annular structure body 310 of the swaying member 3 is sleeved on the sleeve member 22, and the driving rod 320 of the swaying member 300 is passed through and screwed to the top end of the shaft 12 130' and both end faces of the driving rod 32's are just spanned on the inclined surface 315 of the top surface of the annular structure body 310, and the bottom end projection 335 of the rotating member 330 formed on the outer side wall of the swaying member is embedded. The arcuate slot 260 of the suction cup housing 200 is displaced within the arcuate slot 26, but the actuation distance is limited by the length of the arcuate slot 26Q. When a user rotates the rotary member 330, as shown in the third and fifth figures, the rotary member 330 is rotated to drive the annular structure body 310 to "turn" because the drive rod 32 does not move. The relative position of the top bevel 315 and the driving rod 320 is changed; however, the rotation member 330 is restrained by the movement of the bottom end projection 335 to the length of the arcuate slot hole, so the rotary-motion & Similarly, the ring structure of the ring structure can be limited to limit the drive rod 320 so that it only changes between the low positioning point 319 of the '315 and the high positioning point 318. Since the driving rod 320 is penetrated and screwed into the through hole 130 of the shaft 120, the driving function 320 is actually integrated with the shaft 12〇; therefore, when the driving rod 320 moves from the low positioning point 319 of the oblique S315 At the highest positioning point 318, 'the clever movement of the shaft 120 in the vertical longitudinal direction is also ingeniously moved', and the central portion of the suction cup body is connected upwards, thus making the suction cup body! . . The increase in space between the planes of the oscillating plane causes the outer peripheral suction cup surface 11G to be tightly adsorbed and fixed on the plane. Please refer to the sixth figure to the figure of the person, which is a schematic diagram of the three-dimensional appearance combination of the modified embodiment of the suction cup type flag moth positioning structure. As shown in the figure, when the suction cup type flag positioning structure 10 is firmly adhered to a plane through the above process, as long as it is selectively inserted into the socket receiving groove 250 of the connector 240 of the chuck housing 2 - Font socket 5", Y-shaped socket 510 or! ^ Font socket 52〇, can be used for no
[SJ M380551 同旗幟插接時的各種需求，十分便利。 爰疋，本新型專利申請案係利用創作人豐富的經 驗，以極富創意的構思，設計出簡單卻能充分解決習 知技術之問題。因此，本新型專利申請案的功能，確 實符合具有新穎性與進步性的專利要件。 唯以上所述者，僅為本創作之較佳實施例，當不 能以之限制本創作範圍。即大凡依本創作申請專利範 圍所做之料變化及㈣，仍將不失本㈣之要義所 在，亦不脫離本創作之精神和範圍，故都應視為本創 作的進一步實施狀況。 M380551 【圖式簡單說明】 第一圖、本創作一種吸盤式旗幟定位結構改良實施例 之立體外觀分解示意圖。 第二圖、本創作一種吸盤式旗幟定位結構改良實施例 . 之立體外觀作動示意圖一。 _ 第三圖、本創作一種吸盤式旗幟定位結構改良實施例 之立體外觀作動示意圖二。 第四圖、本創作一種吸盤式旗幟定位結構改良實施例 之作動剖面示意圖一。 第五圖、本創作一種吸盤式旗幟定位結構改良實施例 之作動剖面示意圖二。 • 第六圖、本創作一種吸盤式旗幟定位結構改良實施例 - 之立體外觀組合示意圖一。 第七圖、本創作一種吸盤式旗幟定位結構改良實施例 之立體外觀組合示意圖二。 第八圖、本創作-種吸盤式旗幟定位結構改良實施例 之立體外觀組合示意圖三。[SJ M380551 is very convenient when it comes to the needs of the flag. Alas, this new patent application uses the rich experience of the creator to design a simple but fully problem-solving problem with a very creative idea. Therefore, the function of the novel patent application is in fact consistent with the patent requirements of novelty and progress. The above is only the preferred embodiment of the present invention, and the scope of the present invention cannot be limited. That is to say, the material changes and (4) made by the applicants in accordance with the scope of this patent application will remain without losing the spirit and scope of this creation, and should be regarded as the further implementation of this creation. M380551 [Simple description of the drawings] The first figure, a schematic exploded perspective view of a modified embodiment of a suction cup type flag positioning structure. The second figure shows an improved embodiment of a suction cup type flag positioning structure. _ Third figure, this is a schematic diagram of a three-dimensional appearance of a modified embodiment of a suction cup type flag positioning structure. Fig. 4 is a schematic cross-sectional view showing an improved embodiment of a suction cup type flag positioning structure. Fig. 5 is a schematic cross-sectional view showing a modified embodiment of a suction cup type flag positioning structure. • Fig. 6 is a schematic diagram of a three-dimensional appearance combination of a modified embodiment of a suction cup type flag positioning structure. In the seventh figure, a three-dimensional appearance combination diagram 2 of a modified embodiment of a suction cup type flag positioning structure is created. The eighth figure is a three-dimensional appearance combination diagram of the modified embodiment of the present invention.
LSJ 12 M380551LSJ 12 M380551
【主要元件符號說明】 10 吸盤式旗幟定位結構 100 吸盤本體 110 外周邊吸盤面 120 軸桿 130 穿孔 200 吸盤殼體 210 環壓部 220 套筒構件 240 連接件 230 軸向貫孔 250 插座容置槽 260 弧形槽孔 300 掣動構件 310 環狀結構本體 315 斜面 318 高定位點 319 低定位點 320 驅動桿 330 旋掣件 335 凸塊 500 一字型插座 510 Y字型插座 520L字型插座 [s] 13[Main component symbol description] 10 Suction cup type banner positioning structure 100 Suction cup body 110 External peripheral suction cup surface 120 Shaft rod 130 Perforation 200 Suction cup housing 210 Ring pressing part 220 Sleeve member 240 Connecting piece 230 Axial through hole 250 Socket receiving groove 260 arc slot 300 raking member 310 ring structure body 315 bevel 318 high locating point 319 low locating point 320 drive rod 330 掣 335 bulge 500 Socket 510 Y-shaped socket 520L font socket [s ] 13