M266331 八、新型說明： 【新型所屬之技術領域】 本創作係涉及一種網、布體之展收控制結構，特別是指一種純粹手動式、 藉由活輪及拉繩的組配型態達成其控制網、布體展收狀態目的之創新設計者。 【先前技術】 按，傳統的遮陽網或棚布於安裝完成後係呈固定遮蓋狀態，由於無法依 據日照的狀態予以展收調節’造成功效性不彰之缺弊；有鑑於此，後續遂有業鲁 界致力於研發出具有可展收功能之遮陽網、棚布結構，惟其目騎發展出來 =狀多係以藉由馬達驅動之型態為主，然而，對於一些小坪數的使用組裝 她而5，_馬細附式_並無必要性，而且反贿在安粒本提高、 使用上需耗用電力而更增加使用成本之缺點。 結構是==對上述所言，如何開發—種手動式之實用網、布體展似 (相關業者再加以努力研發突破之目標與方向。M266331 VIII. Description of the new type: [Technical field to which the new type belongs] This creation relates to a net and cloth structure control structure, especially refers to a purely manual type, which is achieved by the combination of a movable wheel and a drawstring. Innovative designer for the purpose of controlling the exhibition status of nets and fabrics. [Previous technology] According to the traditional shading nets or awnings, they are in a fixed cover state after installation. Due to the inability to adjust and adjust according to the state of sunlight, it has the disadvantage of ineffectiveness; The industry industry is committed to the development of sunshade nets and tarpaulin structures with expandable functions. However, the development of its eye-catching equipment is mainly based on the type driven by motors. However, for the use of some small squares, she is assembled. However, 5, _ horse fine attachment type_ is not necessary, and the anti-bribery has the disadvantages of increasing safety, using electricity, and increasing the cost of use. The structure is == to the above-mentioned, how to develop-a kind of manual practical net, cloth exhibition (the relevant industry will make further efforts to develop the breakthrough goals and directions.
驗人核多年料㈣料發與設計 本刺Γ ’詳加料與料評料，㈣-確具實用性 【新型内容】 欲解決之技術問題點 式之實用網、 布體展收__如何研糾—_易手動 再馬柘的加以開發創作者。 解決問題之技術特 點該網布體呈單張式柩組於棚架軌道上， 復藉由拉繩 5 M266331 及活輪組的配置以控制網布體之展收狀態；其第一實施例之技術特點在 於：該活輪組是由頭端活輪'尾端活輪、前中段活輪、後中段活輪所 組成；其中該頭端活輪是組設於棚架之偏網布體固定端之一侧地面上固定位 置，該尾端活輪是組設於偏網布體可動端之一側棚架上；前中段活輪及中 段活輪組皆是組設於頭端活輪上方偏網布體固定端之棚架上；該拉繩呈循 環路徑繞_端活輪、前中段活輪、尾端活輪、後中段活輪，且該拉繩 與網布體可麵相交會處形成—連馳，以使網布體可動·隨拉繩之拉動 而位移，藉此，該頭端活輪與前中段活輪之間、以及頭端活輪與後中 段活輪之間的拉繩將構成收摺、展開手控區段。 該第二實施例之網布體係呈兩張式藉由間隔排列之橫架桿分別樞組於棚架 預疋軌k上的相H其技術特點在於··前輪組之結制㈣前述第 -實施例；該拉繩與二網布體可動端相交會處係分別形成一連結點，以使二 網布體之可動端能隨拉繩之拉動而成反方向位移狀態者。 其中，刖逑第一、第二實施例之拉繩於收摺、展g手控區段亦可為 曲折狀結構㈣，以使頭端活輪可設於娜的偏置位置，_住棚架之 出入口者。 該活輪組是由頭 該第三實施例之網布體係呈單張式；其技術特點在於 端活輪、尾端活輪、前中踣、、去认 中賴端、輪、中段輪組、後中段活輪所組成；其 中，該偏輪讀設於棚軸網布輯端之—側地 尾端活輪是組設於偏網布體固定端之—側棚架 =置’该 輪組皆是組設於頭端活輪上方^^ 以輪以及中段活 偏網布體固定端之棚架上；辦段輪組則是 M266331 =ΓΓ活動端之—侧棚架上，由複數個單活輪所構成；該拉繩呈循 •依序繞經頭端活輪、前中段活輪、中段輪組、尾端活輪、中段輪 2後中^輪再回到頭端活輪，且該拉繩與網布體可動端相交會處係形 成-連結點，使網布體可動端能隨拉繩之拉動而位移；該頭端活輪鱼前中 展 段活輪之間、収賴活輪與後中段活輪之_拉财構成收摺、 開手控區段者。 該第四實施例之網布體係呈兩張式，其技術特點在於：該活輪組之結構 型態同前述第三實施例’該拉繩與二網布體可動端相交會處係分別形成一 φ 連結點’以使二網布體可動端能隨拉繩之拉動而呈相對位移狀態者。 對照先前技術之功效： 1、 提供一種該活輪組由頭、尾端活輪、前中段及後中段活輪組成； 以使拉繩呈循環路徑依序繞經該等活輪，且拉繩與網布體可動端相交 會處形成連結點使網布體能隨拉繩位移，又頭端活輪與前中段活輪 間及頭端活輪與後中段活輪之間的拉繩係構成手控區段之創新 手動式網布體展收控制結構空間型態者。 2、 藉此特殊改良設計，俾可構組成一種純粹手動式操作之網布體展收控 制結構’藉以改善習知馬達驅動式存在安裝及使用成本高之缺弊，達到構 造簡單而降低成本之經濟效益；且操作上利用手控區段的拉掣即可調 整網布體之開展或收摺狀態，更可達到使用方便之實用目的。 【實施方式】 7 M266331 為使貴審查委員對本創作之目的、特徵及功效能夠有更進一步之瞭解與 認識，茲請配合【圖式簡單說明】詳述如后： 首先，請配合參閱第1、2圖所示，係本創作手動式網、布體之展 收控制結構之第一實施例，該網布體（i 〇)係呈單張式藉由間隔排列之橫 架桿樞組於棚架（2 〇)預定執道上，復藉由拉繩（3 〇)及活輪組（後有 說明）的配置，以控制該網布體（1 〇)可動端（1 u之展收狀態；其特 徵在於：該活輪組是由頭端活輪（41)、尾端活輪（42)、前中段活 輪（4 3 )、後中段活輪（4 4 )所組成；其中，該頭端活輪（41)是 組設於棚架（2 0)之偏網布體（1〇)固定端（χ 2)之一側地面上固定位 置；該尾端活輪（4 2 )是組設於偏網布體（1 〇 )可動端（工丄）之一側 棚架（2 0)上；前中段活輪（4 3 )以及後中段活輪（44)皆是組設 於頭端活輪（4 1 )上方偏網布體（1 〇 )固定端（丄2 )之棚架（2 〇 ) 上； 該拉繩（3 0 )，呈循環路徑依序繞經頭端活輪（4 i )、前中段活 輪（4 3 )、尾端活輪（4 2 )、後中段活輪（4 4 )再回到頭端活輪 (4 1 )，且其中，該拉繩（3 〇 )與網布體（工〇 )可動端（工工）相 交會處係形成一連結點（A i )，以使網布體（丄〇 )可動端能隨拉繩（3 0)之拉動而位移；藉此，該頭端活輪（4 1 )與前中段活輪（4 3) 之間、以及頭端活輪（4 1 )與後中段活輪（4 4)之間的拉繩（3 0 )將構成收摺、展開手控區段（B 1 )( B 2 );藉此，如第1圖所示， 當吾人往下拉掣該拉繩（3 〇 )之展開手控區段（B 2 )時，網布體 (1 0 )之可動端（1 1 )將往展開方向位移；復如第2圖所示，當吾人往 M266331 下拉掣該拉繩（3 0)之收摺手控區段（b 1 )時，網布體（丄〇 ) 之可動端（1 1 )將往收摺方向位移者。 如第4、5圖所示，係本創作手動式網、布體之展收控制結構之第二實施 例’該網布體（1 〇 )( 1 〇 B )係呈兩張式藉由間隔排列之橫架桿分別樞組於 棚架（2 0 )預定軌道上的相對二側，復藉由拉繩（3 〇 )及活輪組（後有 說明）的配置’以控制該二網布體（1 〇) ( 1 〇B)可動端之展收狀態； 其特徵在於··該活輪組是由頭端活輪（41)、尾端活輪（42)、前中段 活輪（4 3 )、後中段活輪（4 4 )所組成；其中，該頭端活輪（4 1 ) 是組設於棚架（2 〇)之第一組網布體（1〇)偏其固定端（12)之一侧地 面上固定位置；該尾端活輪（4 2 )是組設於第二組網布體（1 〇 B )偏其 固定端（1 2 )之一側棚架（2 〇 )上；前中段活輪（4 3 )以及後中段活 輪（44)皆是組設於頭端活輪（4 1 )上方偏第一組網布體（1 〇)固定 端（12)之棚架（2 0)上； 該拉繩（3 0 )，呈循環路徑依序繞經頭端活輪（4 1 )、前中段活輪 (4 3)、尾端活輪（4 2)、後中段活輪（44)再回到頭端活輪（4 1 )， 且其中’該拉繩（3 0 )與二網布體（1 〇 ) ( 1 〇 B )可動端（1 1 )相交 會處係分別形成一連結點（A 1 ) (A 2 )，以使二網布體（1 0 ) ( 1 Ο B ) 之可動端（1 1)能隨拉繩（3〇)之拉動而成反方向位移狀態（如第5 圖所示）；藉此，該頭端活輪（4 1 )與前中段活輪（4 3 )之間、以 及頭端活輪（4 1 )與後中段活輪（4 4)之間的拉繩（3 0)將構 M266331 成展開、收摺手控區段（B 2 ) ( B 1 );藉此，如第4圖所示，當吾人 在下拉掣該拉繩（3 ◦)之展開手控區段（B 2 )時，二網布體（1 0 )( 1 0B)之可動端（丄工）將相對往中央展開方向位移；復如第5圖所示， 當吾人往下拉掣該拉繩（3 0)之收摺手控區段（B 1 )時，二網布 體（1 0 )之可動端（1 1)將相對往外侧收摺方向位移者。 其中，如第3圖所示，前述第一、第二實施例中，該拉繩（3 〇 ) 於頭端活輪（4 1 )與前中段活輪（4 3)之間、以及頭端活輪（4 1 )與後中段活輪（4 4 )之間所構成之收摺、展開手控區段⑼1 )修 (B 2 )亦、可為曲折狀結構型態、（如該圖之c所指部位），以使頭端活 輪（4 1 )可设於棚架（2 Q )的偏置位置，避免擋住棚架之出入口者。 如第6、7圖所示’係本創作手動式網、布體之展收控制結構之第三實施 例’該網布體（1〇)係呈單張式藉由間隔排列之橫架桿樞組於棚架（2 〇) 預疋軌道上復藉由拉繩（3 q )及活輪組的配置，以控制該網布體（1 〇)可動端（1 1 )之展收狀態；其特徵在於：該活輪組是由頭端活輪（4 _ 1)、尾端活輪（4 2)、前中段活輪（4 3)、中段輪組（5〇)、後中段 活輪（4 4)所組成；其中，該頭端活輪（41)是組設於棚架（2〇) 之偏網布體（1〇)固定端（12)之—侧地面上固定位置；該尾端活輪（4 2 )疋組設於偏網布體（1〇)固定端（12)之一側棚架（2 〇)上；前中 段活輪（4 3)以及後中段活輪（44)皆是組設於頭端活輪（41)上 方偏網布體（1 Q)固定端（1 2)之棚架（2 ◦)上；該中段輪組（5⑴ 則是組設於偏網布體（1〇)活動端（丄1)之一側棚架（2 〇)上，由複數 M266331 個内、外側單活輪（5 1 ) ( 5 2 )所構成； 該拉繩（30)，呈循環路徑依序繞經頭端活輪（41)、前中段活輪 (4 3 )、中段輪組（5 〇 )之外側單活輪（5 2 )、尾端活輪（4 2 )、中 段輪組（5 0)之内側單活輪（5 、後中段活輪（44)再回到頭端活 輪（4 1 )，且其中，該拉繩（3 〇 )與網布體（丄〇 )可動端（工工） 相父會處係形成二連結點（A 1 )( a 2 )，以使網布體（1 〇 )之可動端 (1 1 )能隨拉繩（3 0)之拉動而位移； 藉此，該頭端活輪（4 1 )與前中段活輪（4 3)之間、以及頭端 活輪（4 1 )與後中段活輪（44)之間的拉繩（3 〇)將構成收摺、 展開手控區段（B 1 )( B 2 );藉此，如第6圖所示，當吾人往下拉掣 該拉繩（3 0 )之展開手控區段（B 2 )時，網布體（工〇 )之可動端 (1 1)將往展開方向位移；復如第7圖所示，當吾人往下拉掣該拉繩（3 0 )之收摺手控區段（B 1 )時，網布體（！ 〇 )之可動端（1工）將往 收摺方向位移者。 如第8、9 ®所示’係本創作手動式網、布體之展收控制結構之第四實施 例，該網布體（1 Q )( 1 〇 B )係呈兩張式藉由咖排狀橫架桿分別極 組於棚架（2 0 )預定執道上之相對二侧，復藉由拉繩（3 〇 )及活輪組 (後有說明）的配置，以控制該二網布體（1 〇 )( i Q B )可動端（工 1 )之展收狀態，其特徵在於：該活輪組是由頭端活輪（4丄）、尾端活 輪（4 2)、前中段活輪（43)、中段輪組（5〇)、後中段活輪（4 4)所組成；其中，該頭端活輪（4工）是組設於棚架（2 〇)之偏第 11 M266331 -組網布體（1 ο )固定端（i 2 )之-側地面上g)定位置；該尾端活輪（4 2 )是組設於偏第一組網布體（丄0)固定端（丄2)之一側棚架（2 〇) 上；前中段活輪（4 3)以及後中段活輪（44) μ組設於頭端活 輪（4 1 )上方偏第-組網布體（1 〇 )固定端（工2 )之棚架（2㈡ 上；該中段輪組（5 0 )則是組設於偏第二組網布體（i 〇 Β )固定端（工 2)之-侧棚架（2 0)上，由複數個内、外侧單活輪（5 i ) (5 2)所 構成； 該拉繩（3 0 )，呈循環路徑依序繞經頭端活輪（4 i )、前中段活_ 輪（4 3)、中段輪組（50)之外側單活輪（52)、尾端活輪（42)、 中段輪組（5 0 )之内側單活輪（5工）、後中段活輪（4 4 )再回到頭 端活輪（4 1 ) ’且其中，該拉繩（3 〇 )與二網布體（i 〇 )(丄〇 b ) 可動端（1 1 )相交會處係分別形成二連結點（A i ) (a 2 )，以使二網 布體可動端能隨拉繩（3 〇 )之拉動而呈相對位移狀態；藉此，該頭端- 活輪（41)與前中段活輪（43)之間、以及頭端活輪（41)虚、 後中段活輪（4 4)之間的拉繩（3 〇)將構成收摺、展開手控區段聲 (B 1 )( B 2 )者；藉此，如第8圖所示，當吾人往下拉掣該拉繩（3 cn之展開手控區段（B2)時，二網布體（1〇m()B)之可動端 (1 1 )將相對往中央展開方向位移；復如第9圖所示，當吾人往下拉擎該 拉繩（3〇)之收摺手控區段（B1)時，二網布體（10)之可動端 (1 1 )將相對往外侧收摺方向位移者。 12 M266331 【功效說明】 本創作功效增進之事實如下 1·提供一種該活輪組由頭、尾端活輪、前中段及後中段活幹組成、 使拉繩呈循環路徑依序繞經該等活輪，且拉繩與網布體可動端相六會I 形成連結點使網布體能隨拉繩位移，又頭端活輪與前中掙、、舌轸門一 端活輪與後中段活輪之間的拉繩係構成手控區段之創新手動弋網布 體展收控制結構空間型態，確為業界首見而符合新型專利之布 要件者β 之新穎性 2.藉此特殊改良設計，主要係構組成一種純粹手動式操作之網布體編 制結構，藉以改善習知馬達驅動式存在安裝及使用成本高之缺弹達到構道 簡單而降低成本之經濟效益；且操作上利用手控區段的㈣即可調整^ 布體之開展或收摺狀態，更具有使用方便之實用進步性者。 前文係針對本創作之較佳實施例為本創作之技術特徵進行具體之說明； 惟，熟悉此項技狀人士當可林雌摘叙精神與下對賴作進行變 更與修改’職等變更與修改，皆應涵蓋於如下中請專利範麟界定之範蜂中。 13 M266331 【圖式簡單說明】 第1圖：係第一實施例之網布體呈開展狀態示意圖。 第2圖··係第一實施例之網布體呈收摺狀態示意圖。 第3圖：係該拉繩之手控區段可為曲折狀結構型態之示意圖。 第4圖：係第二實施例之網布體呈開展狀態示意圖。 第5圖：係第二實施例之網布體呈收摺狀態示意圖。 第6圖：係第三實施例之網布體呈開展狀態示意圖。 第7圖：係第三實施例之網布體呈收摺狀態示意圖。 第8圖：係第四實施例之網布體呈開展狀態示意圖。 第9圖：係第四實施例之網布體呈收摺狀態示意圖。 【主要元件符號說明】 網布體-(10) 可動端-(11) 固定端-(12)Inspecting and verifying materials for many years, the development and design of materials 刺 'Detailed materials and materials evaluation, ㈣-indeed practical [new content] Technical problems to be solved point-type practical network, cloth exhibition collection __How to research Correct --- Easy to manually develop the creator. Technical characteristics for solving the problem The mesh body is a single-sheet unit on the scaffold track, and the configuration of the drawstring 5 M266331 and the movable wheel set is used to control the expansion and contraction of the mesh body; the technical characteristics of the first embodiment The reason is that the live wheel set is composed of a head end live wheel, a tail end live wheel, a front middle section live wheel, and a rear middle section live wheel; wherein the head end live wheel is arranged at the fixed end of the partial mesh cloth body of the scaffold. A fixed position on the ground on one side, the tail end pulley is assembled on one of the side scaffolds of the movable end of the partial mesh cloth body; the front middle section pulley and the middle section ring assembly are all arranged on the side net above the head end pulley. On the scaffold at the fixed end of the cloth body; the pull rope takes a circular path around the _ end live wheel, the front middle live wheel, the tail end live wheel, and the rear middle live wheel, and the draw rope and the mesh body can intersect and form —Lianchi, so that the mesh body can be moved and displaced with the pull of the rope, thereby pulling the rope between the head end live wheel and the front middle live wheel and between the head end live wheel and the rear middle live wheel. It will form a folding and unfolding manual control section. The mesh system of this second embodiment is a two-sheet phase H, which is pivotally assembled on the scaffolding pre-rails k by spaced-apart horizontal bar rods. The technical characteristics are as follows: The structure of the front wheel set Embodiment; The intersection of the pull rope and the movable end of the two mesh cloth bodies respectively forms a connection point, so that the movable end of the second mesh cloth body can be displaced in the opposite direction with the pull of the pull rope. Among them, the first and second embodiments of the pull rope can also be a zigzag structure in the folded and unfolded manual control section, so that the head end live wheel can be set at the offset position of the na, Those who enter and leave the shelf. The live wheel set is a leaflet made of the mesh system of the third embodiment; its technical characteristics are end-end live wheel, end-end live wheel, front middle cymbal, de-identified middle-end end, wheel, middle section wheel set And the rear middle section of the caster; in which, the deflection wheel is set at the end of the shed shaft network-the side end of the caster is set at the fixed end of the deflection cloth body-side scaffold = set 'the wheel The groups are all set on the scaffold above the head end wheel ^^ The wheel and the middle section of the fixed mesh cloth body at the fixed end of the scaffold. It consists of a single live wheel; the drawstring loops through the head end live wheel, the front middle section live wheel, the middle section wheel set, the tail end live wheel, the middle section round 2 and the middle ^ round, and then returns to the head end live wheel. Moreover, the intersection of the drawstring and the movable end of the mesh body forms a connection point, so that the movable end of the mesh body can be displaced with the pull of the drawstring; Lai live wheel and the rear mid-stage live wheel _ Lacai constitutes a person who closes and opens the hand control section. The mesh system of the fourth embodiment is a two-sheet system, and its technical characteristics are as follows: the structure of the movable wheel set is the same as that of the third embodiment described above. A φ connection point, so that the movable ends of the two mesh bodies can be in a relative displacement state with the pulling of the pull rope. Contrast with the effect of the prior art: 1. Provide a live wheel set consisting of a head, a tail end of the live wheel, a front middle section and a rear middle section of the live wheel; so that the draw rope loops through these live wheels in a circular path in order, and the draw rope A connection point is formed at the intersection with the movable end of the mesh body, so that the mesh body can be displaced with the drawstring, and the drawstrings between the head end live wheel and the front middle section live wheel and between the head end live wheel and the rear middle section live wheel constitute a hand. Innovative manual mesh control of the control section to control the spatial structure of the structure. 2. With this special improved design, it is possible to construct a purely manual operation of the mesh fabric extension control structure. 'As a result, the conventional motor-driven type has the disadvantages of high installation and use costs, and achieves simple structure and reduced cost. Economic benefits; and the use of the pull-control section of the manual control can be adjusted to expand or collapse the state of the mesh body, and more practical and easy to use. [Implementation] 7 M266331 In order for your review members to have a better understanding and understanding of the purpose, characteristics and effects of this creation, please cooperate with [Simplified Illustrations] as detailed below: First, please refer to Section 1, As shown in Figure 2, this is the first embodiment of the creative control structure of the manual net and cloth body. The net cloth body (i 〇) is a single sheet with a set of horizontally arranged bar pivots arranged in the shed. On the scheduled execution of the frame (20), the configuration of the drawstring (30) and the movable wheel set (described later) is used to control the movable end (1 u) of the mesh body (10); It is characterized in that the live wheel set is composed of a front end live wheel (41), a tail end live wheel (42), a front middle section live wheel (4 3), and a rear middle section live wheel (4 4); wherein, the head The end mover (41) is fixed on the ground on one side of the fixed end (χ 2) of the partial mesh body (10) of the scaffold (20); the end mover (4 2) is a group It is set on the side scaffold (20) of the movable end (work) of the partial mesh cloth body (10); the front middle section live wheel (4 3) and the rear middle section live wheel (44) are set at the head end Live wheel 4 1) On the scaffold (20) of the fixed end (丄 2) of the upper partial mesh cloth body (10); the pull rope (30) is sequentially looped around the head end live wheel (4 i) in a circular path. , The front middle section (4 3), the tail end section (4 2), the rear middle section section (4 4), and then back to the head section section (4 1), and among which, the pull rope (3 〇) and The intersection of the movable end (worker) of the fabric body (work 0) forms a connection point (A i) so that the movable end of the mesh body (丄 〇) can be displaced with the pulling of the rope (30); Thereby, the draw rope (3 0) between the head end live wheel (4 1) and the front middle section live wheel (4 3), and between the head end live wheel (4 1) and the rear middle section live wheel (4 4). ) Will constitute the folding and unfolding manual control section (B 1) (B 2); as a result, as shown in Figure 1, when I pull down the pull-out section (B), the manual control section (B 2), the movable end (1 1) of the mesh body (1 0) will be displaced in the unfolding direction; as shown in Figure 2, when we pull down the pull rope (30) by M266331 In the section (b 1), the movable end (1 1) of the mesh body (丄 〇) will be displaced in the folding direction. As shown in Figures 4 and 5 This is the second embodiment of the creative control structure of the manual net and cloth body. The net cloth body (10) (100B) is a two-piece system that is pivoted by horizontally arranged bars. The two opposite sides on the predetermined track of the scaffold (20) are controlled by the configuration of the pull rope (30) and the movable wheel set (described later) to control the two mesh bodies (10) (1 〇B) The movable end of the retracted state; It is characterized in that the live wheel set is composed of a head end live wheel (41), a tail end live wheel (42), a front middle section live wheel (4 3), and a rear middle section live wheel (4 4); wherein the head end wheel (4 1) is the first group of mesh cloth bodies (10) arranged on the scaffold (20), and is grounded on one side of its fixed end (12). Upper fixed position; the tail end movable wheel (4 2) is arranged on one side scaffold (20) of the second group of mesh fabric body (10B) which is offset from its fixed end (1 2); The wheels (4 3) and the rear mid-section live wheels (44) are sheds (20) that are arranged above the head-end live wheels (4 1), and are located at the fixed end (12) of the first group of mesh cloth bodies (10). The pulling rope (3 0) loops through the head end live wheel (4 1) in a circular path, The middle section (4 3), the tail section (4 2), the rear section section (44), and then back to the head section (4 1), and among them, the rope (30) and the second mesh Body (1 0) (1 0B) where the movable end (1 1) intersects forms a connection point (A 1) (A 2), respectively, so that the two mesh cloth body (1 0) (1 0 B) The movable end (1 1) can be displaced in the opposite direction with the pulling of the pull rope (30) (as shown in Figure 5); by this, the head end live wheel (4 1) and the front middle live wheel (4 3), and the draw rope (30) between the head end live wheel (4 1) and the rear middle live wheel (4 4) will form the M266331 into the unfolded and folded manual control section (B 2) (B 1); As shown in Figure 4, when I pull down the manual control section (B 2) of the pull rope (3 ◦), the two mesh cloth body (1 0) (1 0B) The movable end (mason) will be displaced relative to the central deployment direction; as shown in Figure 5, when we pull down the retractable manual control section (B 1) of the drawstring (30), the two mesh fabrics The movable end (1 1) of the body (1 0) will be relatively displaced toward the outer folding direction. Among them, as shown in FIG. 3, in the foregoing first and second embodiments, the pull rope (30) is between the head end live wheel (4 1) and the front middle stage live wheel (4 3), and the head end The folding between the movable wheel (4 1) and the rear middle movable wheel (4 4), the manual control section (1) is repaired (B 2), and it can also be a zigzag structure, (as shown in the figure c), so that the head end wheel (41) can be set at the offset position of the scaffold (2Q) to avoid blocking the entrance and exit of the scaffold. As shown in Figures 6 and 7, 'This is the third embodiment of the manual control structure of the net and cloth body for the creation of this creation' The net cloth body (10) is a single-sheet horizontal bar arranged with intervals. The pivot group is arranged on the pre-track of the scaffold (20) by pulling the rope (3q) and the configuration of the movable wheel group, so as to control the expansion state of the movable end (1 1) of the mesh body (10); It is characterized in that the live wheel set consists of a head end live wheel (4 _ 1), a tail end live wheel (4 2), a front middle section live wheel (4 3), a middle section round wheel (50), and a rear middle section live wheel. (4 4); wherein the head end movable wheel (41) is a fixed position on the side of the fixed mesh (1) of the partial mesh cloth body (1) set on the scaffold (20); the The tail end live wheel (4 2) is set on a side scaffold (20) of the fixed end (12) of the partial mesh cloth body (10); the front middle section live wheel (4 3) and the rear middle section live wheel ( 44) are all set on the scaffold (2 ◦) on the fixed mesh (1 2) of the fixed mesh (1 2) above the head end live wheel (41); the middle section wheel set (5⑴ is set on the side) On the side scaffold (20) of the movable end (丄 1) of the mesh body (10), there are a plurality of M266331 inner and outer single The pulling rope (5 1) (5 2) is formed; the draw rope (30), in a circular path, sequentially passes through the head end live wheel (41), the front middle section live wheel (4 3), and the middle section wheel set (50) The outer single wheel (5 2), the tail wheel (4 2), the inner wheel wheel (5 0), the inner wheel wheel (5, the rear wheel wheel (44), and then the head wheel wheel (4). 1), and the pull rope (30) and the movable end (worker) of the mesh body (丄 〇) will form two connection points (A1) (a2) to make the mesh body The movable end (1 1) of (10) can be displaced as the pulling rope (30) is pulled; by this, the head end live wheel (4 1) and the front middle stage live wheel (4 3), and the head The pull rope (30) between the end live wheel (4 1) and the rear middle live wheel (44) will form a folding and unfolding manual control section (B 1) (B 2); as a result, as shown in FIG. 6 As shown, when I pull down on the manual opening section (B 2) of the drawstring (30), the movable end (1 1) of the mesh body (工 〇) will be displaced in the deployment direction; As shown in Figure 7, when I pull down the retractable manual control section (B 1) of the drawstring (30), the movable end of the mesh body (! 〇) (1 worker) The person who will be displaced in the direction of folding. As shown in Nos. 8 and 9 ', this is the fourth embodiment of the manual retractable control structure of the net and cloth body. The net cloth body (1 Q) ( 1 〇 B) is a two-piece type with a row of coffee bar-shaped horizontal poles on the opposite side of the scaffold (20) scheduled execution, respectively, by a pull rope (30) and a live wheel set (rear (Explained) to control the unfolding state of the movable end (work 1) of the two mesh fabric body (10) (i QB), which is characterized in that the live wheel set is composed of a head end live wheel (4 丄) , Rear end live wheel (4 2), front middle section live wheel (43), middle section wheel set (50), rear middle section wheel (4 4); of which, the head end live wheel (4 workers) is a group It is set at the eleventh part of the scaffold (20). M266331-the fixed end of the fixed end (i 2) of the mesh fabric (1 ο) on the side of the ground; g); the tail end pulley (4 2) is the assembly On the side scaffold (20), which is closer to the fixed end () 2) of the first group of mesh cloth body (丄 0); the front middle section rotor (4 3) and the rear middle section rotor (44) μ set on the head The upper part of the end-wheel (4 1) is slightly above the first-group mesh cloth body (10), and the scaffold (2㈡) at the fixed end (work 2). The middle wheel set (50) is set on the side scaffold (20) of the fixed end (work 2) of the second group of mesh fabric (i 〇Β), which is composed of a plurality of inner and outer sides. It is constituted by a single live wheel (5 i) (5 2); the draw rope (30) circulates in a circular path through the head end live wheel (4i), the front middle stage wheel (4 3), the middle stage wheel Group (50) outside single-wheel (52), tail-end roller (42), inner-side single-wheel (5 workers), middle middle-wheel (50), rear middle-wheel (4 4) and back to the head The end live wheel (4 1) ', and where the pull rope (3 〇) and the two mesh cloth body (i 〇) (丄 〇b) at the intersection of the movable end (1 1) form two connection points (A i ) (a 2), so that the movable end of the second mesh body can be relatively displaced with the pulling of the pull rope (30); by this, the head end-the movable wheel (41) and the front middle section movable wheel (43) The drawstring (30) between the front-end live wheels (41) and the back and middle live wheels (4 4) will constitute the folding and unfolding of the manual control section sound (B 1) (B 2). ; As a result, as shown in Figure 8, when I pull down the pull rope (3 cn unfolding manual control section (B2), the two mesh cloth body (1 The movable end (1 1) of m () B) will be displaced relative to the center unfolding direction; as shown in Figure 9, when I pull down the retractable manual control section (B1) of the drawstring (30) At this time, the movable end (1 1) of the second mesh body (10) will be relatively displaced toward the outer folding direction. 12 M266331 [Effect description] The facts that this creative effect is enhanced are as follows: 1. Provide a live wheel set consisting of the head, the tail end of the live wheel, the front middle section and the rear middle section. Rotary wheel, and the pull rope and the movable end of the mesh body will meet each other to form a connection point so that the mesh body can move with the pull rope, and the head end live wheel and the front middle earner, the tongue and gate door end live wheel and the rear middle section live wheel The drawstring between the two forms the manual control section of the innovative manual 弋 mesh cloth collection control structure space type, which is indeed the first in the industry and conforms to the novelty of the new type of fabric requirements β. 2. This special improvement design , The main system constitutes a purely manual operation of the fabric structure, so as to improve the conventional motor-driven installation and use of high cost of lack of elasticity to achieve simple structure and reduce the cost of economic benefits; and the use of manual control in operation The ㈣ of the section can be adjusted ^ the development or folding state of the cloth body, and it is more practical and progressive for easy use. The foregoing is a detailed description of the technical characteristics of this creation based on the preferred embodiment of this creation; The amendments should be covered in the following fan bees defined by the patent Fan Lin. 13 M266331 [Brief description of the drawings] Figure 1: This is a schematic view of the expanded state of the mesh body of the first embodiment. Fig. 2 is a schematic view showing the folded state of the mesh body of the first embodiment. Figure 3: Schematic diagram of the zigzag structure of the manual control section of the drawstring. Fig. 4 is a schematic view showing the expanded state of the mesh body of the second embodiment. FIG. 5 is a schematic view showing a folded state of the mesh body of the second embodiment. Fig. 6 is a schematic view showing the expanded state of the mesh body of the third embodiment. FIG. 7 is a schematic view showing a folded state of the mesh body of the third embodiment. FIG. 8 is a schematic view showing the expanded state of the mesh body of the fourth embodiment. Fig. 9 is a schematic view showing a folded state of the mesh body of the fourth embodiment. [Description of main component symbols] Mesh body-(10) movable end-(11) fixed end-(12)
棚架-(20) 拉繩-----（30) 頭端活輪---（41) 尾端活輪---（42) 前中段活輪——（43) 後中段活輪——（44) 中段輪組---（50) 單活輪----（51)(52) 連結點-(A 1 ) ( A 2 ) 手控區段---（B 1 ) ( B 2 ) 14Scaffolding- (20) Rope ----- (30) Head-end live wheel --- (41) Tail-end live wheel --- (42) Front middle section live wheel-(43) Rear middle section live wheel-- — (44) Middle wheel set --- (50) Single live wheel— (51) (52) Junction point- (A 1) (A 2) Manual control section --- (B 1) (B 2) 14