M288563 八、新型說明： 【新型所屬之技術領域】 本創作係有關一種攀岩機結構，尤指一種 強度夠、重量輕且易於組裝，而適合作為個人 或家庭的攀岩健身用途之攀岩機結構。 【先前技術】 中的天然岩場不易尋覓，且實際攀登時有安全 上的問題。因此許多人工岩場因應而設，人工 岩場經過適當的設計，安全較有保障，但是， 人工岩場的設置通常需要較大的活動空間，且 設備費用較高，一般的攀岩愛好者不易獨立負 擔。現有之攀岩機，如美國專利公告第5 5 ' 9195、51258 7 7 與 5919117 號專利案# ’均係於-架體上$置類似履帶的 :構’履帶結構並與-傳動機構連結以限制履 帶結構的轉動速度，而履帶兩侧分絲 或滾輪等元件設置於架體的軌道中，乂鏈條 結構可沿軌道循環轉動，再 吏該履帶 岩塊以供使用者攀附，以進 °罝夕數 别述各種攀岩機之履帶結構，均二運動。 帶的兩侧支撐受力，而履帶的 ’、堇由履 乏支撐受力之結構，但岩& 又邻份完全缺 丨一石塊係設置抓 段，這將使得使用者攀爬 、履帶的中 ^的所有受力都落在 5 M288563 履帶的中段，為了避免履帶搖晃或受力變形， 因此前述的各種結構均將履帶設計的十分粗壯 ，方足以承受使用者攀爬時的所有受力。 例如：美國專利公告第5 5 4 9 1 9 5號 專利係以多數實心的厚板相互嵌接再以一連結 件連結形成履帶結構；美國專利公告第5 1 2 5 8 7 7號專利係以多數金屬框相互樞接連結 0 ，再於各金屬框中嵌設板體而組成履帶結構； 美國專利公告第5 9 1 9 1 1 7號專利案則係 由多數類似擠型成型之板體相互樞接而組成履 帶結構。前述的各種攀岩機都為了能支撐受力 避免變形，而將履帶結構設計得十分複雜與粗 ^ 壯，由於履帶結構為整體大部的結構，這將導 致整個攀岩機的重量高達數百公斤而難以被移 動，換言之，前述的各種攀岩機都不適合作為 • 個人或家庭的攀岩健身用途。 再者，前述各種攀岩機的架體為支撐笨重 之履帶結構，相對設計成較龐大且粗壯之架構 、，如此一來，會大幅提升在組裝或搬運時之困 -難度，更加無法適用於個人或家庭作為攀岩健 身之用。 除此，前述的各種攀岩機均採用履帶結構 ，而履帶結構會於板體（框架）與板體（框架 )之間形成縫隙，尤其是在履帶的彎折處這些 6 M288563 缝隙更會加大，這些缝隙有可能導致使用者的 頭髮、衣角、褲角或鞋帶被夾住，而引發意外 造成使用安全上的問題。 為此’本案創作人設計一種結構較輕巧之 攀岩機’即美國專利公告第6 8 6 0 8 3 6號 專利’其主要係於一底座之二框架間架設有一 循環轉動機構，該循環轉動機構包含有數循環 φ 轉動之鏈輪條，各鏈條間隔設有多數凸耳，俾 供間隔設置多數平行於軸之橫桿，各橫桿之兩 端係分別嵌入於二框架之開口侧内，使連結於 • 各鏈條上之各橫桿可延框架之開口侧内緣循環 ' 轉動，且各鏈條與各橫桿外緣包覆有一首尾相 : 接之軟墊，俾以遮蓋各鏈條與各橫桿，且於該 軟墊外緣對應各鏈條之多數凸耳位置可供鎖設 多數岩塊’而該二框架之間對應各鏈條固設有 •數u形座之個擋板，以供各鏈條靠抵。 藉由兩框架間設置可沿一定之路徑循環轉 動;鏈條以供岩塊設置，並由鏈條作為岩塊受 力時之主要支撐’而於鏈條上間隔設 .桿，各橫桿的兩端分別嵌入於二框架之開口侧 内以支撐外拉岩塊時之受力 冰奴加ττ 又力且於二框架間固 汉數個U形座以供各鏈條靠抵以 内推的受力’而可簡化循環轉兔被: 可達到輕量化的功效。 °Μ而 7 M288563 然而’前案之攀岩機在本創作實際實施 時卻發現其仍存在一些缺失，由於岩塊係固 疋於鍵條上，當岩塊受力向内時，其鏈條係以 二鏈片之侧邊抵靠於u形座，在鏈條循環轉動 時會相互磨擦並產生噪音，長久使用以後，會 造成鏈條之鏈片與u形座的磨損，使轉動不順 暢，甚至會影響到鏈條之強度，·另，該岩塊受 _ 力向外時，各橫桿之兩端會與框架之開口内侧 磨擦’同樣會造成橫桿與框架内侧之磨損且會 產生噪音。 、 .再者，該攀岩機雖較輕巧而可適用於個人 或家庭，但其框架仍須保持一定之長度，其長 度會超過成年人之身高，以預留攀爬之空間， 雖u杧架已分為二段，但二者間無較便利之組 裝結構’無法讓個人自行組裝；另，二框架間 • 無支撐之結構，僅藉由底端之底座支撐，對整 體結構之強度仍有不足。 除此，該攀岩機之各橫桿係間隔設置，因 此横桿與橫桿間會形成一空隙，雖有軟墊包覆 在外面’但在攀爬時，使用者會誤觸到空隙處， 而將軟墊下壓接觸到鏈條或框架内之骨架，使 磨^之内面冗到鏈條或框架内骨架之磨擦造成 另外，該軟墊須保持一定之緊度，使表面 8 M288563 平整，但該軟墊係包覆在各橫桿之外侧並被岩 塊固定在鏈條上，而當橫板轉動到鏈輪位置 時’其橫桿會與鏈輪之圓周形成切線形態，使 橫桿之兩侧翹起，而頂起軟墊，如第i 8圖所 示，造成軟墊受到拉扯，輕微時軟墊在岩塊固 定處會造成破損 ’嚴重時會造成無法轉動之情形；若將軟墊更 φ 換為有彈性之材質時，更會造成軟墊之内面受 力磨擦到鏈條或框架内骨架，且在使用一段時 間後，軟墊受到不斷之拉扯而造成彈性疲乏。 故，前述之各種攀岩機實有加以改進之必 要。 【新型内容】 本創作之主要目的，在於解決上述的問題 而提供一種攀岩機結構，其主要包括·· • 一支撐架，其係供〆本體框架設，以支撐 該本體框立於地面上，該本體框係為長矩形之 框體’且該本體框係由數段框體組成，其兩側 分別具有一斷面概呈C形之側框，各該侧框相 對面分別形成一開口侧，而該本體框於二侧框 之開口侧間設有數橫向之支撐橫桿及數縱向之 支撐縱桿，以供作為該本體框之支撐骨架。 一轉動機構，該轉動機構係設於該本體框 中’其主要包含有至少二條沿該本體框長軸方 9 M288563 向平行循環轉動之鏈條、多數平行該本體框短 轴方向設置之橫板以及一帶動各該鏈條轉動之 動力裝置，各該鏈條係由多麩之鏈片與鏈轴所 組成，且各該鏈條係設置於該本體框靠近中間 之位置，而該本體框之各該支撐縱桿係對應各 該鏈條設置，各該支撐縱桿對應各該鏈條之鏈 轴具有一凸起之凸軌，以供各該鏈轴抵靠滑動 ’而各該橫板係固定於各該鍵條上，且各該橫 板係松互緊鄰固定於各該鏈條上，使各該鏈條 趨近於各該檢板之中段’各該橫板之兩端係分 別伸入該本體框之二侧框的開口側内，俾供沿 該開口侧之内緣循環轉動’且各該橫板相對固 定鏈條之一面分別鎖固數供使用者之手腳攀爬 之岩塊。 供使用者攀 ’而各該橫 在攀爬、踩 承載，而且 之力量會由 支撐，並藉 抵靠滑動， 各鏈條在受 鏈條之縱向 板之中段設 鍵條所 的縱向 攀攸時 抵住本 桿之凸 條與支 順暢之 加上各 加各橫 由於 該橫板上 此使用者 由各鏈條 體框方向 撐縱桿所 條之鍵轴 磨擦，使 可提南各 近於各橫 爬的各岩 板又被各 踏岩塊時 使用者在 各鍵條靠 由支撐縱 以減少鏈 力下仍可 受力，再 置，而增 帶動，因 受力都將 ’向該本 體框之支 軌供各鏈 撐縱桿之 轉動，而 鏈條係趨 板中段之 10 M288563 強度笨重 之結 侧框 縱桿 度大 • 框體 定結 、 言皆 有縮緊鄰 蔽該 構件與相鄰橫 衣物避免緊鄰： ，因此各橫板不需設計成如習知技術一般 或實心之履帶結構，而可設計較輕或空心 構’進而可大幅減輕整體之重量。 本創作之次一目的，係在於該本體框之二 間I»又有數橫向之支撐橫桿及數縱向之支樓 ’作為橫向與縱向之支撐，使本體框之強 幅增加’進而可以本體框之中段樞設於該 架之二支架間；而且該本體框係由數段之 所組成，且各框體間設有簡易之定位與固 構’使組裝相當便利，對於個人或家庭而 非常方便組裝，而且數段框體之設計，更 小材基方便運送之功效。 本創作之再一目的，係在於各橫板以相互 方式固定於各鏈條上，而可藉由各橫板遮 本體框内之支撐橫桿及支撐縱桿與鏈條等 且各橫板之侧牆分別設有彈性條，以供 鄰秩板之彈性條相互抵靠壓迫，以遮蔽相 板間之間隙，可避免夾住使用者之頭髮或 f此，不用設置習知結構之軟墊，而可 如漱塾所造成之缺失。 創作之又一目的， 式固定於各鏈條上 係在於各横板以相互 在二轴桿轉動 時係 M288563 入，因此在軸桿之桿體上設有數阻擋塊，且各 該阻擔塊之^截面概為多邊形或形圓，可在相 鄰之橫板間所形成之開口處產生阻擋之效果， 而可避免使用者的腳部伸入，以提升使用時之 安全性。 本創作之另一目的，係在於各橫板伸入該 本體框二侧之側框内的一端分別設有一抗磨 _ 片，該抗磨片係耐磨之材質，使各橫板沿該側 框之開口侧内緣循環轉動時，可抵靠於該開口 侧内緣而增加兩者之潤滑度並降低磨擦時產生 之噪音。 【實施方式】 請參閱第1圖至第1 2圖，圖中所示者為 本創作所選用之實施例結構，此僅供說明之用 ，在專利申請上並不受此種結構之限制。 # 本實施例之攀岩機結構，其包括： 一支撐架1 ，其具有一底架11 ,以供柢 樓於地面上，該底架1 1之二侧分別向上延伸 一支架12，以供架設一本體框2，在本實施 例中’該本體框2係柩設於二支架1 2間。 該本體框2係由數段框體所組成長矩形之 框體’其兩侧分別具有一斷面概呈C形之侧框 ^ 1 ’各該侧框2 1相對面分別形成一開口側 2 1 1 ，而該本體框2於二側框2 1間設有數 12 M288563 橫向之支撐橫桿2 1 2及數縱向之支撐縱桿2 1 3，以供作為該本體框2之支撐骨架。 在本實施例中，該本體框2係由上、中、 下三段之框體2 2所組成，各該框體2 2内分 別具有各該支撐橫桿2 1 2及支撐縱桿2 1 3 ，且各該框體2 2係以相鄰之支撐橫桿2 1 2 相互靠合而接合，並於相接合處之支撐橫桿2 φ 12設有數定位件214及數固定件215, 在本實施例中，各該定位件2 1 4係分別為一 凸柱2 1 4A及供該凸枉2 1 4A穿伸之凹孔 2 1 4 B。 如第6圖所示，各該凸柱2 1 4 A及凹孔 2 1 4 B係設於相接合處之支撐橫桿2 1 2， ， 以供各該框體2 2組裝成本體框2時之定位與 固接，而該本體框2於該中框體2 2之兩侧分 春別凸伸一柩轴2 3並配合一軸座2 4樞接於該 支撲架1之一支架12上，另該本體框2於該 中框體2 2之兩侧分別具有一定位孔2 2 1該 支撑架1之二支架12對應框體2 2定位孔2 2 1設有複數調整孔12 1，且該支撐架 二支架1 2調整孔1 2 1對應各該中框體2 2 兩側之定位孔2 2 1設有一插銷i 3 ，俾供穿 伸該調整孔1 2 1而插入定位孔2 2 1内，以 固定該本體框2傾斜之位置。 13 M288563 前述之二支架1 2二侧分別具有一向外延 伸之延伸支架1 4，該延伸支架1 4設有一橫 向延伸桿141，該延伸桿141一端與一斜 桿1 4 2之一端固接’且其離地有一間距，而 該延伸桿141另一端與底架11鎖固；該斜 桿142另一端鎖固於該支撐架丄二支架丄2 兩端之外侧，該延伸桿1 4 1固接斜桿1 4 2 φ 之下端圖設一墊體145 ，該墊體145設有 一可旋動調整高低之調整件1 4 3，調整件1 4 3在本實施例中係為螺拴。該二支架1 2與 斜桿1 4 2外侧之間蓋設有一遮板1 4 4，該 遮板1 4 4係概呈中空三角柱狀，遮板1 4 4 對應支架12一端面及底面分別為一開口。 一轉動機構3，該轉動機構3係設於該本 體框2内，其主要包含有至少二條沿該本體框 φ 2長軸方向平行循環轉動之鏈條3 1、多數平 行該本體框2短軸方向設置之橫板3 2以及一 帶動各該鏈條31轉動之動力裝置3 3，各該 鏈條31係由多數之鍵片311與鏈轴312 所組成，且各該鏈條3 1係設置於該本體框2 靠近中間之位置，而該本體框2之各該支撐縱 桿2 1 3係對應各該鏈條3 1設置，各該支撐 縱桿2 1 3對應各該鏈條3 1之鏈軸3 1 2具 有一凸起之凸執216 ，以供各該鏈軸312 14 M288563 抵靠滑動，而各該橫板3 2係固定於各該鏈條 3 1上，且各該橫板3 2係相互緊鄰固定於各 該鏈條3 1上，使各該鏈條3 趨近於各該橫 板3 2之中段。 在本實施例中，該轉動機構3包含有沿該 本體框2長轴方向平均設置三條平行之鏈條3 1，且該轉動機構3更包含有二軸桿34以及 設置於各轴桿3 4並對應各該鏈條3 1數量之 數鏈輪3 5以及一調整各該鏈條3 1張力之張 力調整裝置3 6，各該軸桿3 4分別平形設置 於該本體框2長軸之兩端，且各該轴桿3 4之 中段分別由數支撐件3 8所支撑，而二相對應 之各該鏈輪3 5分別供各該鏈條3 }繞設，各 該鏈條3 1上間隔設有多數與鏈片3 1 1相接 f凸耳3 1 3 ，俾供鎖固各該橫板3 2 ,而各 松板3 2之兩端係分別伸入該本體框2之二侧 框2 1的開口侧2 1 1内，俾供沿該開口側2 1 1之内緣循環轉動，而該張力調整裝置3 6 對應其中一轴桿3 4之兩端分別樞設有一沿該 本體框2之侧框2 1移動之移動座3 6 1 ，各 該移動座3 6 1之底部設有一可轴向伸縮之調 整桿3 6 2 ，如第7圖所示，俾藉由各該調整 桿3 6 2之伸縮調整以改變各該移動座4 1之 位置’來調整各該鏈條3 1之張力，而該動力 裝置3 3係為一具減速器之變頻馬達，其係設 於另一轴桿3 4之一端並與該軸桿3 4連結， 15 M288563 以帶動該軸桿3 4轉動，進而帶動各該鏈條3 1循環轉動，且由變頻馬達來調整該鏈條3 1 之轉動速度，另設有該動力裝置3 3之軸桿3 4的桿體上設有數阻擋塊3 7 ，在本實施例 中，各該阻擋塊3 7之橫截面概為多邊形或圓 形，阻擋塊之橫截面在本實施例中係為形圓， 如第9圖所示，以供各該橫板3 2轉動至該處 時形成開口之阻擋。 0 各該橫板32相對固定鍵條31之一面分 別供數岩塊4鎖固，以供使用者之手腳攀爬， 在本實施例中，各該橫板3 2係分別以鋁擠形 方式製成一長條狀且橫截面概為U形之板體， 如第1 0圖所示，各該橫板3 2於長轴之兩侧 分別垂直延伸一侧牆3 2 1 ，並平行於二侧牆 321間延伸三容置座322 ，各該容置座3 22係供容置數螺帽323 ，以供數螺栓32 4分別穿伸各該岩塊4鎖設於各該螺帽3 2 φ 3 ，且於二側容置座3 2 2對應數螺帽3 2 3 位置分別具有一貫穿長條孔3 2 7，在裝置岩 塊4時，可調整二侧容置座3 2 2數螺帽3 2 3及數螺栓3 2 4至岩塊4周緣適切位置，以 固定各該岩塊4於各該橫板32上，而各該橫 板3 2之二侧牆3 2 1分別設有一軟質之彈性 條3 2 5，以供與相鄰橫板3 2之彈性條3 2 5相互抵靠，以遮蔽相鄰橫板3 2間之間隙， 另各該橫板3 2伸入該本體框2之二侧框2 1 内鎖設岩塊4的一侧之兩端分別固接一抗磨片 16 M288563 3 2 6 ’以供各該橫板3 2沿該側框2 1之開 口侧2 1 1内緣循環轉動時，可抵靠於該開口 側2 1 1内緣而增加兩者之潤滑度，並降低 擦時產生之噪音。 · 藉由該轉動機構3之動力裝置3 3帶動各 該鏈條3 1轉動，使各該橫板3 2沿該本體框 2長軸方向循環轉動，進而使固定於各該橫极 3 2之岩塊4隨之變換位置，並可利用該動力 _ 裝置3 3之變頻馬達來調整該鏈條3 1之轉動 速度，而讓使用者之手腳可攀爬不斷變換位置 之岩塊4，達到攀岩運動之健身效果。 由於供使用者攀爬的各岩塊3均係固定於 各該橫板32上，而各該橫板32又被各鏈條 3 1所帶動，因此使用者在攀爬、踩踏岩塊3 •時的縱向受力都將由各鏈條3 1承載，而且使 用者在攀爬時，向該本體框2方向之力量會由 • 各鏈條31靠抵住本體框2之支撐縱桿213 所支撐，並藉由支撐縱桿2 1 3之凸軌2 1 6 供各鍵條3 1之鍵轴3 1 2抵靠滑動，以減少 鏈條3 1與支撐縱桿2 1 3之磨擦，使各鏈條 3 1在受力下仍可順暢之轉動，而可提高各鏈 條3 1之縱向受力，再加上各鏈條3 1係趨近 於各橫板3 2之中段設置，而增加各橫板3 2 中段之強度，因此各橫板3 2不需設計成如習 知技術一般笨重或實心之履帶結構，而可設計 較輕或空心之結構，進而可大幅減輕整體之重 17 M288563 量。 再者，該本體框2之二侧框2 1 橫向之支撐橫桿212及數縱向之支 1 3，作為橫向與縱向之支撐，使本 強度大幅增加，進而可以本體框2之 於該支撐架1之二支架12間；而且 2係由二段之框體2 2所組成，且各 間設有簡易之定位與固定結構，使組 _ 利，在組裝時，如第10圖所示，先 框體2 2枢設於二支架1 2間，再將 2 2調整成傾斜狀態，再利用定位件 固定件2 1 5依序將上段及下段之框 中段之框體22相互接合固定，再將 及橫板3 2依序裝設，最後再將動力 與轴桿3 4連結並調整張力調整裝置 • 調整鏈條3 1之裝力，即完成組裝動 個人或家庭而言皆非常方便組裝，而 _ 體2 2之設計，更有縮小材基方便運运 除此，本創作係以各橫板3 2相 式固定於各鏈條3 1上，而可藉由各 遮蔽該本體框2内之支撲橫桿2 1 2 桿2 1 3與鏈條3 1等構件，且各橫 侧牆3 2 1分別設有彈性條3 2 5 ， 鄰橫板3 2之彈性條3 2 5相互抵靠 遮蔽相鄰橫板3 2間之間隙，如第 示，可避免夾住使用者之頭髮或衣物 不用設置習知結構之軟墊，而可避免 間設有數 撐縱桿2 體框2之 中段樞設 該本體框 框體2 2 裝相當便 將中段之 中段框體 2 1 5與 體2 2與 鏈條3 1 裝置3 3 3 6，以 作，對於 且三段框 .之功效。 互緊鄰方 橫板3 2 及支撐縱 板3 2之 以供與相 壓迫，以 1 2圖所 ，因此， 習知軟墊 18 M288563 所造成之缺失。 又因’本創作係以各橫板3 2相互緊鄰方 式固定於各鏈條3 1上，在二軸桿3 4轉動時 f為一平面，但轉動至軸桿3 4處時，相鄰之 檢板3 2間會形成開口，為防止使用者的腳部 不小心伸入，因此在軸桿3 4之桿體上設有數 阻擋塊3 7，且各該阻擋塊3 7之橫截面概為 多邊形或圓形，阻擋塊之橫截面在本實施例中 係為圓形’可在相鄰之橫板3 2間所形成之開 口處產生阻擋之效果，而可避免使用者的腳部 伸入，以提升使用時之安全性。 另外，各橫板3 2伸入該本體框2二侧之 側框2 1内的一端分別設有一抗磨片3 2 6 ， 該抗磨片3 2 6係耐磨之材質，使各橫板3 2 沿該侧框2 1之開口侧2 1 1内緣循環轉動 時，可抵靠於該開口侧2 1 1内緣而增加兩者 之潤滑度並降低磨擦時產生之噪音。 當然，本創作仍存在許多例子，其間僅細 節上之變化。請參閱第1 3圖至第1 7圖，其 係本創作之第二實施例，其中，該侧框2 1頂 端裝設有橫跨二侧框2 1概呈L形之一蓋板2 5 ，其係由侧框2 1頂端朝攀岩侧向下延伸之 一蓋板段2 5 1 。而蓋板2 5兩侧底端分別裝 設有一安全裝置2 6 ，另該二侧框2 1於攀爬 面趨近底端分別設有一安全裝置2 6。上述之 安全裝置2 6 ，對使用者的攀岩運動使用上， 19 M288563 大為増 在使用 的狀況 並 橫跨侧 對框桿 架連桿 Φ 傾角控 該傾角 昇馬達 並 板6， 制两板 .框2達 ，在操 # 利。 再 之二侧 伸於侧 2 5及 之複數 1 8分, 故 開關2M288563 VIII. New description: [New technical field] This creation is about a rock climbing machine structure, especially a rock climbing machine structure that is strong enough, light in weight and easy to assemble, and is suitable for rock climbing and fitness use for individuals or families. [Previous technology] The natural rock field is not easy to find, and there are safety problems in actual climbing. Therefore, many artificial rock fields are designed accordingly. The artificial rock field is properly designed and safely secured. However, the installation of artificial rock fields usually requires a large space for activities, and the equipment costs are high. Generally, rock climbers are not easy to bear the burden. Existing rock climbing machines, such as U.S. Patent Publication Nos. 5 5 '9195, 51258 7 7 and 5919117, are attached to the frame and are similarly tracked: a 'track structure and coupled with a transmission mechanism to limit The rotation speed of the track structure, and the components such as the wire or the roller on both sides of the track are arranged in the track of the frame body, and the chain structure can be rotated along the track, and then the track rock block is used for the user to climb to enter. The track structure of various rock climbing machines is described separately. The support on both sides of the belt is stressed, while the track's ', 堇 is supported by the structure of the force, but the rock & and the neighbor is completely lacking. The stone is set to grasp the section, which will allow the user to climb and crawl. All the forces of the middle ^ are in the middle of the 5 M288563 track. In order to avoid the track shaking or deformation, the various structures mentioned above are designed to be very thick enough to withstand all the forces of the user when climbing. . For example, U.S. Patent Publication No. 5 5 4 9 1 5 is a combination of a plurality of solid slabs joined together by a joint to form a track structure; U.S. Patent Publication No. 5 1 2 5 8 7 7 Most of the metal frames are pivotally connected to each other by 0, and then the plate body is embedded in each metal frame to form a crawler structure; the patent of the US Patent Publication No. 5 9 1 1 1 7 is formed by a plurality of similarly extruded plates. The track structure is pivoted to form a track structure. The various rock climbing machines mentioned above are designed to support the force to avoid deformation, and the track structure is designed to be very complicated and thick. Because the track structure is an integral part of the structure, the weight of the entire rock climbing machine can be as high as several hundred kilograms. It is difficult to be moved. In other words, the various rock climbing machines mentioned above are not suitable for rock climbing fitness purposes for individuals or families. Moreover, the frame bodies of the foregoing various rock climbing machines support the bulky crawler structure, and are relatively designed to be relatively large and thick, so that the difficulty in assembly or handling can be greatly improved, and it is even more difficult to apply to individuals. Or family as a rock climbing fitness. In addition, the various rock climbing machines mentioned above all adopt a crawler structure, and the crawler structure will form a gap between the plate body (frame) and the plate body (frame), especially in the bending of the track, the 6 M288563 slits will be enlarged. These gaps may cause the user's hair, clothing corners, trousers or shoelaces to be caught, causing accidental safety problems. To this end, the creator of the present invention has designed a rock climbing machine with a lighter structure, that is, the patent of US Pat. No. 6, 8 0 0 3 3 6 which is mainly provided with a circulating rotating mechanism between the two frames of a base, and the circulating rotating mechanism The sprocket strip includes a plurality of cycles of φ rotation, and each chain is provided with a plurality of lugs at intervals, and a plurality of crossbars are arranged parallel to the shaft, and the two ends of the crossbars are respectively embedded in the open sides of the two frames to make a connection The crossbars on each chain can be rotated 'rotating' on the open side inner edge of the frame, and each chain and the outer edge of each crossbar are covered with a tail phase: a cushion is attached to cover each chain and each crossbar And a plurality of lugs at the outer edge of the cushion corresponding to each chain can be used to lock a plurality of rock blocks', and a pair of baffles of the plurality of u-shaped blocks are fixed between the two frames for each chain Rely on. By setting between the two frames, the cycle can be rotated along a certain path; the chain is arranged for the rock block, and the chain is used as the main support when the rock is subjected to the force, and the rod is spaced on the chain, and the two ends of the cross bar are respectively Embedded in the open side of the two frames to support the pull-out of the rock mass, the force of the ice slaves plus the ττ and the two frames between the two frames for the force of the thrust of each chain Simplified cycle-turning rabbits: Achieve light weight. °Μ and 7 M288563 However, the rock climbing machine of the previous case found that there are still some defects in the actual implementation of this creation. Since the rock block is fixed on the key strip, when the rock block is forced inward, the chain is The side of the two-chain piece abuts against the u-shaped seat, which will rub against each other and generate noise when the chain is rotated. After long-term use, the chain and the u-shaped seat of the chain will be worn, which will make the rotation not smooth and even affect To the strength of the chain, in addition, when the rock is subjected to the force of the force, the ends of the crossbars will rub against the inside of the opening of the frame, which will cause wear on the inner side of the crossbar and the frame and generate noise. Furthermore, although the rock climber is lighter and can be applied to individuals or families, its frame must still be kept to a certain length, and its length will exceed the height of the adult to reserve the space for climbing, although the truss It has been divided into two sections, but there is no convenient assembly structure between the two 'can not be assembled by the individual; another, the two frame room • unsupported structure, only supported by the base of the bottom end, the strength of the overall structure is still insufficient. In addition, the crossbars of the rock climbing machine are spaced apart, so that a gap is formed between the crossbar and the crossbar, although the cushion is covered on the outside, but when climbing, the user may accidentally touch the gap. And pressing the cushion down to the skeleton in the chain or the frame, so that the inner surface of the grinding is redundant to the chain or the friction of the skeleton in the frame, and the cushion must maintain a certain tightness, so that the surface 8 M288563 is flat, but the The cushion is wrapped on the outer side of each crossbar and fixed on the chain by the rock block, and when the transverse plate rotates to the position of the sprocket, the crossbar will form a tangential shape with the circumference of the sprocket, so that both sides of the crossbar Lift up and lift the cushion, as shown in Figure i8, causing the cushion to be pulled. When it is slightly, the cushion will cause damage at the fixed position of the rock block. If it is serious, it will not be able to rotate; if the cushion is more When φ is changed to a flexible material, the inner surface of the cushion is frictionally rubbed into the chain or the skeleton in the frame, and after a period of use, the cushion is continuously pulled to cause elastic fatigue. Therefore, the various rock climbing machines mentioned above are necessary to be improved. [New content] The main purpose of this creation is to solve the above problems and provide a rock climbing machine structure, which mainly comprises: a support frame, which is provided for the body frame to support the body frame on the ground, The main body frame is a long rectangular frame body, and the main body frame is composed of a plurality of frame frames, and the two sides respectively have a C-shaped side frame, and the opposite sides of the side frame respectively form an opening side. The main body frame is provided with a plurality of lateral support rails and a plurality of longitudinal support longitudinal bars between the open sides of the two side frames for serving as a support frame of the body frame. a rotating mechanism, the rotating mechanism is disposed in the main body frame. The main body includes at least two chains that rotate in parallel along the long axis of the body frame 9 M288563, and a plurality of horizontal plates disposed parallel to the short axis of the body frame. a power device for rotating the chain, each of the chains is composed of a chain of a plurality of braces and a chain shaft, and each of the chains is disposed at a position near the middle of the body frame, and each of the supports of the body frame The rod system is disposed corresponding to each of the chain rods, and each of the supporting longitudinal rods has a convex protruding rail corresponding to each of the chain shafts of the chain, so that each of the chain shafts abuts against the sliding portion, and each of the horizontal plates is fixed to each of the key strips And each of the horizontal plates is loosely fixed to each of the chains, so that the chains are adjacent to the middle portion of each of the inspection plates, and the two ends of the horizontal plates respectively extend into the two side frames of the main body frame. In the open side of the opening, the cymbal is circulated along the inner edge of the open side, and each of the horizontal plates is locked with respect to one of the faces of the fixed chain for the rock mass for the user's hands and feet to climb. For the user to climb, and each of them should be climbing and stepping on the load, and the force will be supported by the support, and by sliding, the chains will be held in the longitudinal direction of the middle of the longitudinal plate of the chain. The ridges and the spurs of the rod are smoothly combined with the slanting of each of the slanting rods of the slanting rods of the slats on the slats. When each rock slab is pressed by each rock block, the user can still be stressed under the support of the key strips to reduce the chain force, and then increase the load, because the force will be 'to the main frame of the main frame For the rotation of each chain strut, and the chain of the middle section of the chain is 10 M288563. The cumbersome side of the chain is large. The frame is fixed, and the frame is fixed and closed. The member is adjacent to the adjacent horizontal clothing to avoid the proximity: Therefore, the cross plates need not be designed as a conventional or solid crawler structure as in the prior art, and the lighter or hollow structure can be designed to further reduce the overall weight. The second purpose of this creation is that the two I» of the main frame have a plurality of lateral support bars and a plurality of longitudinal branches as the lateral and vertical support, so that the strength of the body frame is increased, and then the body frame can be The middle section is pivoted between the two brackets of the frame; and the body frame is composed of several sections, and the simple positioning and solidification between the frames is adopted, which makes the assembly quite convenient, and is convenient for individuals or families. It is assembled, and the design of several sections of frame is more convenient for transportation. A further object of the present invention is that the horizontal plates are fixed to each chain in a mutual manner, and the horizontal rails can cover the supporting rails in the main frame and the supporting vertical rods and chains, and the side walls of the horizontal plates. Elastic strips are respectively provided for the elastic strips of the adjacent rank plates to press against each other to shield the gap between the phase plates, so as to avoid pinching the user's hair or the like, without setting the cushion of the conventional structure, but The loss caused by 漱塾. Another purpose of the creation is that the fixing of the horizontal plates is such that the horizontal plates are inserted into each other when the two shafts are rotated. Therefore, a plurality of blocking blocks are arranged on the shaft of the shaft, and each of the blocking blocks is The cross section is a polygon or a round shape, which can block the opening formed between adjacent horizontal plates, and can prevent the user's foot from entering, so as to improve the safety during use. Another purpose of the present invention is that an end of each of the horizontal plates extending into the side frame of the two sides of the main body frame is respectively provided with an anti-wearing piece, and the anti-wearing piece is made of a wear-resistant material, so that the horizontal plates are along the side. When the inner edge of the opening side of the frame is rotated cyclically, the inner edge of the opening side can be abutted to increase the lubrication degree of both sides and reduce the noise generated during friction. [Embodiment] Please refer to Fig. 1 to Fig. 2, which shows the structure of the embodiment selected for the present invention, which is for illustrative purposes only and is not limited by the structure in the patent application. The structure of the rock climbing machine of the present embodiment includes: a support frame 1 having a chassis 11 for the floor on the ground, and a bracket 12 extending upwardly on the two sides of the chassis 1 1 for erection In the present embodiment, the main body frame 2 is disposed between the two brackets 12. The main body frame 2 is a frame body of a long rectangular frame composed of a plurality of segments, and each of the two sides has a C-shaped side frame ^ 1 '. The opposite sides of the side frame 2 1 respectively form an opening side 2 1 1 , the main body frame 2 is provided with a plurality of 12 M288563 lateral support rails 2 1 2 and a plurality of longitudinal support longitudinal rods 2 1 3 between the two side frames 21 for supporting the main frame 2 . In this embodiment, the main frame 2 is composed of the upper, middle and lower frames 2 2 , and each of the frames 2 2 has a support rail 2 1 2 and a support rod 2 1 . 3, and each of the frames 2 2 is joined by the adjacent support rails 2 1 2, and the support rails 2 φ 12 at the joints are provided with a plurality of positioning members 214 and a plurality of fixing members 215, In this embodiment, each of the positioning members 2 14 is a protrusion 2 1 4A and a recess 2 1 4 B through which the protrusion 2 1 4A extends. As shown in FIG. 6, each of the protrusions 2 1 4 A and the recessed holes 2 1 4 B are disposed at the joint rails 2 1 2 at the joints, so that the frame 2 2 is assembled to the body frame 2 Positioning and fixing the time frame, and the main body frame 2 is protruded from the two sides of the middle frame body 2, and the shaft frame 2 is pivotally connected to one of the brackets 12 of the support frame 1 The main frame 2 has a positioning hole 2 2 on both sides of the middle frame 2 2 . The second bracket 12 of the support frame 1 corresponds to the frame 2 2 and the positioning hole 2 2 1 is provided with a plurality of adjusting holes 12 1 . And the support bracket 2 bracket 1 2 adjustment hole 1 2 1 corresponding to each of the middle frame body 2 2 on both sides of the positioning hole 2 2 1 is provided with a pin i 3 , which is inserted into the positioning hole 1 2 1 and inserted into the positioning hole 2 In 2 1 , the position of the body frame 2 is fixed. 13 M288563 The two sides of the two brackets 1 2 respectively have an outwardly extending extending bracket 14 , and the extending bracket 14 is provided with a laterally extending rod 141 , and one end of the extending rod 141 is fixed to one end of a diagonal rod 1 4 2 And the other end of the extension rod 141 is locked with the bottom frame 11; the other end of the diagonal rod 142 is locked on the outer side of the two ends of the support frame 2, the extension rod 1 4 1 is solid The lower end of the slanting rod 1 4 2 φ is provided with a pad body 145. The pad body 145 is provided with an adjusting member 14 3 which can be rotated and adjusted, and the adjusting member 14 3 is a thread in the embodiment. A cover plate 144 is disposed between the two brackets 1 2 and the outer side of the slanting rods 1 4 2 , and the shutters 14 4 are generally hollow triangular columns, and the shutters 14 4 corresponding to the one end surface and the bottom surface of the bracket 12 are respectively An opening. a rotating mechanism 3, the rotating mechanism 3 is disposed in the main body frame 2, and mainly comprises at least two chains 31 which are rotated in parallel along the long axis direction of the main body frame φ 2 , and most of which are parallel to the short axis direction of the main body frame 2 The horizontal plate 3 2 and the power unit 3 3 for rotating the chain 31, each of the chains 31 is composed of a plurality of key pieces 311 and a chain shaft 312, and each of the chains 31 is disposed on the body frame. 2 is located near the middle, and each of the support longitudinal rods 2 1 3 of the main body frame 2 is disposed corresponding to each of the chains 3 1 , and each of the support longitudinal rods 2 1 3 has a chain shaft 3 1 2 corresponding to each of the chains 3 1 . a convex protrusion 216 for each of the chain shafts 312 14 M288563 to abut against each other, and each of the horizontal plates 3 2 is fixed to each of the chains 31, and each of the horizontal plates 3 2 is fixed to each other Each of the chains 3 1 is such that each of the chains 3 approaches a section of each of the transverse plates 3 2 . In this embodiment, the rotating mechanism 3 includes three parallel chains 3 1 disposed along the longitudinal direction of the main body frame 2, and the rotating mechanism 3 further includes two shafts 34 and is disposed on each of the shafts 34. a plurality of sprocket wheels 35 corresponding to the number of the chains 31 and a tension adjusting device 3 6 for adjusting the tension of each of the chains 31, and the shafts 34 are respectively disposed at two ends of the long axis of the body frame 2, and Each of the shafts 34 is supported by a plurality of support members 38, and each of the corresponding sprocket wheels 35 is respectively disposed for each of the chains 3}, and each of the chains 31 is spaced apart from each other. The chain piece 3 1 1 is connected to the f lug 3 1 3 , and the yoke is for locking the horizontal plate 3 2 , and the two ends of each loose plate 3 2 respectively extend into the opening of the two side frames 2 1 of the main body frame 2 . In the side 2 1 1 , the cymbal is circulated and rotated along the inner edge of the opening side 2 1 1 , and the tension adjusting device 3 6 is respectively disposed at a side frame of the main body frame 2 corresponding to one of the two ends of the shaft 3 4 2 1 moving mobile seat 3 6 1 , each of the movable seat 3 6 1 is provided with an axially extendable adjusting rod 3 6 2 , as shown in FIG. 7 , by means of each adjusting rod 3 6 2 The telescopic adjustment is to change the position of each of the movable seats 4 1 to adjust the tension of each of the chains 3 1 , and the power device 3 3 is a variable frequency motor with a reducer, which is disposed on the other shaft 34 One end is coupled to the shaft 34, 15 M288563 to drive the shaft 34 to rotate, thereby driving the chain 3 1 to rotate cyclically, and the variable speed motor adjusts the rotation speed of the chain 3 1 , and the power is further provided. A plurality of blocking blocks 3 7 are disposed on the shaft of the shaft 3 4 of the device 3 3 . In the embodiment, each of the blocking blocks 37 has a polygonal or circular cross section, and the cross section of the blocking block is in this embodiment. The middle is a circular shape, as shown in Fig. 9, for the opening of each of the transverse plates 32 to be blocked. Each of the horizontal plates 32 is locked with respect to one of the faces of the fixed key strips 31 for the user's hands and feet to climb. In this embodiment, each of the horizontal plates 3 2 is extruded in an aluminum manner. A long strip-shaped U-shaped plate body is formed. As shown in FIG. 10, each of the horizontal plates 3 2 vertically extends a side wall 3 2 1 on both sides of the long axis, and is parallel to The two side walls 321 extend three receptacles 322, and each of the receptacles 32 22 is provided with a plurality of nuts 323 for allowing the plurality of bolts 32 4 to extend respectively. Each of the rock blocks 4 is locked to each of the nuts 3 2 φ 3 , and the two side receiving seats 3 2 2 corresponding to the number of nuts 3 2 3 respectively have a through-hole hole 3 2 7 , in the device rock block 4, the two-side receiving seat 3 2 2 can be adjusted a plurality of nuts 3 2 3 and a plurality of bolts 3 2 4 to a position suitable for the circumference of the rock block 4 to fix each of the rock blocks 4 on each of the horizontal plates 32, and the two side walls 3 2 1 of the horizontal plates 3 2 respectively A soft elastic strip 3 2 5 is provided for abutting against the elastic strips 3 2 5 of the adjacent transverse plates 3 2 to shield the gap between the adjacent transverse plates 3 2 , and the transverse plates 3 2 are extended One side of the rock block 4 is locked in the two side frames 2 1 of the main body frame 2 When the end plate is respectively fixed with an anti-friction sheet 16 M288563 3 2 6 ' for each of the horizontal plates 3 2 to circulate along the inner edge of the open side 2 1 1 of the side frame 2 1 , it can abut against the open side 2 1 1 The inner edge increases the lubricity of both and reduces the noise generated during wiping. The rotation of each of the chains 31 is driven by the power unit 3 3 of the rotating mechanism 3, so that the horizontal plates 3 2 are cyclically rotated along the longitudinal direction of the main body frame 2, thereby being fixed to the rocks of the transverse poles 3 2 . The block 4 then changes position, and the variable speed motor of the power_device 3 3 can be used to adjust the rotation speed of the chain 3 1 , so that the user's hands and feet can climb the rock block 4 which constantly changes position to reach the rock climbing movement. Fitness effect. Since each of the rock blocks 3 for the user to climb is fixed to each of the horizontal plates 32, and each of the horizontal plates 32 is driven by the respective chains 31, the user is climbing and stepping on the rock blocks. The longitudinal force will be carried by each chain 31, and the force of the user in the direction of the body frame 2 will be supported by the chain members 31 against the support longitudinal rod 213 of the body frame 2, and The main shaft 3 1 2 of each of the key strips 3 1 is abutted against the convex shaft 2 1 6 of the supporting longitudinal rod 2 1 3 to reduce the friction between the chain 3 1 and the supporting longitudinal rod 2 1 3 so that the respective chains 3 1 are Under the force, the rotation can be smoothly smoothed, and the longitudinal force of each chain 31 can be increased, and the chain 31 is closer to the middle portion of each horizontal plate 3 2, and the middle portion of each horizontal plate 3 2 is increased. The strength, therefore, the cross plates 3 2 need not be designed as a bulky or solid track structure as in the prior art, but can be designed with a lighter or hollow structure, which can substantially reduce the overall weight of 17 M288563. Furthermore, the two side frames 2 1 of the main frame 2 support the cross bar 212 and the longitudinal branches 13 as lateral and longitudinal supports, so that the strength is greatly increased, and the main frame 2 can be attached to the support frame. 1 bis bracket 12; and 2 series consists of two sections of frame 2 2, and each has a simple positioning and fixing structure, so that the group _ profit, when assembled, as shown in Figure 10, first The frame body 2 is pivoted between the two brackets 1 2, and then the 2 2 is adjusted into a tilted state, and then the frame body 22 of the upper and lower frame sections are sequentially fixed and fixed by the positioning member fixing member 2 1 5 , and then And the horizontal plate 3 2 is installed in sequence, and finally the power is coupled with the shaft 34 and the tension adjusting device is adjusted. • The loading force of the chain 3 1 is adjusted, that is, the assembly is very convenient for individual or family, and _ The design of the body 2 2 is more convenient for the transportation of the material base. In addition, the creation is fixed on each chain 31 by the horizontal plate 3 2 phase, and the cover of the body frame 2 can be shielded by each The cross bar 2 1 2 bar 2 1 3 and the chain 3 1 and the like, and the lateral side walls 3 2 1 are respectively provided with elastic strips 3 2 5 , adjacent horizontal plates 3 2 elastic strips 3 2 5 abut against each other to shield the gap between adjacent horizontal plates 3 2 , as shown in the figure, to avoid the user's hair or clothing without the need to set the cushion of the conventional structure, and avoid the interval There are several support rods 2, and the middle frame of the body frame 2 is pivoted. The main body frame 2 2 is installed, and the middle section of the middle frame 2 1 5 and the body 2 2 and the chain 3 1 device 3 3 3 6 are used for The effect of the segment box. Immediately adjacent to each other, the transverse plate 3 2 and the supporting longitudinal plate 3 2 are pressed against the phase, as shown in Fig. 2, and therefore, the loss caused by the conventional cushion 18 M288563. And because the creation of the horizontal plate 3 2 is fixed to each chain 3 1 in close proximity to each other, f is a plane when the two-axis rod 34 rotates, but when it is rotated to the shaft 3 4, the adjacent inspection An opening is formed between the plates 3 and 2, in order to prevent the user's foot from inadvertently extending, a plurality of blocking blocks 3 7 are provided on the shaft of the shaft 34, and each of the blocking blocks 37 has a polygonal cross section. Or a circular shape, the cross section of the blocking block is circular in the embodiment, and the blocking effect can be formed at the opening formed between the adjacent horizontal plates 32, and the user's foot can be prevented from entering. To improve the safety of use. In addition, one end of each of the horizontal plates 3 2 extending into the side frame 2 1 on the two sides of the main body frame 2 is respectively provided with an anti-wear sheet 3 2 6 , and the anti-wear sheet 3 26 is a wear-resistant material, so that the cross plates are 3 2 When the inner edge of the open side 2 1 1 of the side frame 2 1 is cyclically rotated, the inner edge of the open side 2 1 1 can be abutted to increase the lubrication degree of both sides and reduce the noise generated during friction. Of course, there are still many examples of this creation, with only minor changes. Please refer to FIG. 13 to FIG. 7 , which is a second embodiment of the present invention, wherein the top end of the side frame 2 1 is provided with a cover plate 2 5 which is substantially L-shaped across the two side frames 2 1 . It is a cover section 2 5 1 extending downward from the top of the side frame 2 1 toward the rock climbing side. A safety device 26 is respectively disposed at the bottom ends of the two sides of the cover plate 25. The two side frames 21 are respectively provided with a safety device 26 at the bottom of the climbing surface. The above-mentioned safety device 26, for the user's rock climbing exercise, 19 M288563 is greatly used in the situation and across the side of the frame rod link Φ tilt angle control the tilt angle motor and board 6, two boards. Box 2 is up, in operation #利. The other two sides extend to the side 2 5 and the plural number is 18 minutes, so the switch 2
進其使用之安全，尤其是對於年幼兒A 攀岩機時，更可達到有效避免不慎 發生。 、爽傷 且’於框體2 2背對攀爬侧具有固接— 框2 1之框桿2 7，於二侧支架1 2相 27—端具有一支架連桿15，且於支 1 5與框桿2 7間設有可方便裝卸之_ 制裝置5。 控制裝置5具有一揚昇馬達51,該揚 51伸縮端與框桿27柩接。 且’於左侧支撐架1頂端固接一控制面 當使用者欲進行攀岩運動時，可先以控 6按壓來調整傾角控制裝置5 ，使本體 到想要攀岩之傾斜角度，對使用者而言 作調整攀岩機之傾斜角度相當容易及便 者，該二侧框2 1分別固接有概呈c形 桿2 1 7，各侧桿2 1 7朝向攀岩側凸 框2 1之外，且各側桿2 1 7位於蓋板 樞軸2 3間，各侧桿2 1 7具有相對應 穿孔2 1 8，俾供二侧桿2 1 7穿孔2 时裝置一感應開關2 8。 ，可針對不同身高之攀岩者來調整感應 8裝置高度’當攀岩者攀爬至二感應開 20 M288563 關2 8之間時，即啟動攀岩機之轉動機構3開 始作轉動，對攀岩者而言，在使用操作上更為 便利。 【圖式簡單說明】 第1圖係本創作遮蓋為分解狀態之立體外 觀圖。 第2圖係本創作之立體組合圖。 φ 第3圖係本創作之侧視圖。 第4圖係本創作本體框内部結構、鏈條位 置及延伸支架結構之示意圖。 第5圖係第1圖中5 — 5剖線之剖視圖。 第6圖係第1圖中6 — 6剖線之剖視圖。 第7圖係第4圖中7 — 7剖線之剖視圖。 第8圖係本創作張力調整裝置之結構示意 圖。 參 第9圖係本創作阻檔塊之結構示意圖。 第1 0圖係本創作橫板之結構示意圖。 第1 1圖係本創作組裝時之示意圖。 第1 2圖係本創作橫板之彈性條遮蔽缝隙 之示意圖。 第1 3圖係本創作第二實施例局部之立體 分解圖。 第1 4圖係本創作第二實施例之立體組合 圖0 21 M288563 弟1 5圖係本創作 第一實施例本體框内部 、、，°構、鍵條位置及延伸支架結構之 示意圖。 弟1 6圖係本創作笛_ & 別作第一實施例傾角控制裝 置裝設之示意圖。Into the safety of its use, especially for the young children's A rock climbing machine, it can be more effective to avoid inadvertent occurrence. , is cool and 'fixed on the climbing side of the frame 2 2 - the frame rod 2 of the frame 2 1 has a bracket link 15 at the 27-end of the two-side bracket 1 2, and is supported by the branch 15 There is a device 5 for easy loading and unloading between the frame and the frame. The control device 5 has a lift motor 51 which is coupled to the frame lever 27. And 'fixing a control surface at the top end of the left support frame 1 When the user wants to perform a rock climbing exercise, the tilt control device 5 can be adjusted with the control 6 to make the body to the tilt angle of the rock climbing, and to the user. It is said that it is quite easy to adjust the inclination angle of the rock climbing machine, and the two side frames 21 are respectively fixed with the c-shaped rods 2 1 7 , and the side rods 2 1 7 are facing the rock climbing side convex frame 2 1 , and Each of the side bars 2 17 is located between the cover pivots 2 3 , and each of the side bars 2 17 has a corresponding perforation 2 1 8 , and a second side bar 2 1 7 is pierced 2 to provide a sensing switch 28 . The height of the induction 8 device can be adjusted for the climbers of different heights. When the climber climbs to the second induction between 20 M288563 and 2, the rotation mechanism 3 of the rock climbing machine starts to rotate, for the climber. It is more convenient to use. [Simple description of the figure] The first picture is a three-dimensional external view of the original cover. Figure 2 is a three-dimensional combination of the creation. φ Figure 3 is a side view of the creation. Figure 4 is a schematic diagram of the internal structure of the original body frame, the position of the chain, and the structure of the extended bracket. Fig. 5 is a cross-sectional view taken along line 5-5 of Fig. 1. Fig. 6 is a cross-sectional view taken along line 6-6 of Fig. 1. Figure 7 is a cross-sectional view taken along line 7-7 of Figure 4. Fig. 8 is a schematic view showing the structure of the tension adjusting device of the present invention. Refer to Figure 9 for a schematic diagram of the structure of the block. Figure 10 is a schematic diagram of the structure of the horizontal plate. Figure 1 is a schematic diagram of the creation of the creation. Figure 12 is a schematic view of the elastic strip shielding gap of the created horizontal plate. Fig. 13 is a perspective exploded view of a portion of the second embodiment of the present creation. Figure 14 is a three-dimensional combination of the second embodiment of the present invention. Figure 0 21 M288563 The first embodiment of the present invention is a schematic diagram of the interior of the main body frame, the structure of the structure, the position of the key bar, and the structure of the extension bracket. The brother 16 is a schematic diagram of the creation of the flute _ &
第1 7圖（一）係本創作第二實施例本體 框調整角度前之示意圖。 第1 7圖（二）係本創作第二實施例本體 框調整角度後之示意圖。 第1 8圖係習用攀岩機之軟墊被橫桿撐起 之示意圖 【主要元件符號說明】 底架1 1 調整孔121 延伸支架1 4 斜桿1 4 2 遮板1 4 4 支架連桿1 5 侧框2 1 支撐橫桿2 1 2 定位件2 1 4 凹孔2 1 4 B 凸執2 1 6 (本創作部分） 支撐架1 支架1 2 插麴1 3 蜂伸桿1 4 1 調整件1 4 3 $ 體 1 4 5 本體框2 支撐縱桿 凸板2 1 固定件2 22 M288563 側桿2 1 7 框體2 2 樞軸2 3 蓋板2 5 安全裝置2 6 感應開關2 8 鏈條3 1 φ 鏈轴3 1 2 橫板3 2 容置座3 2 2 螺栓3 2 4 抗磨片3 2 6 動力裝置3 3 鏈輪3 5 移動座3 6 1 • 阻檔塊3 7 岩塊4 揚昇馬達5 1 控制面板6 穿孔2 1 8 定位孔2 2 1 軸座2 4 蓋板段2 5 1 框桿2 7 轉動機構3 鏈片3 1 1 凸耳3 1 3 侧牆3 2 1 螺帽3 2 3 彈性條3 2 5 長條孔3 2 7 轴桿3 4 張力調整裝置3 6 調整桿3 6 2 支撐件3 8 傾角控制裝置5 連桿5 2 23Fig. 17 (a) is a schematic view of the front frame of the second embodiment of the present invention. Fig. 17 (2) is a schematic view showing the adjustment of the angle of the body frame of the second embodiment of the present invention. Figure 18 is a schematic diagram of the climbing of the climbing machine by the crossbar [main component symbol description] chassis 1 1 adjustment hole 121 extension bracket 1 4 diagonal rod 1 4 2 shutter 1 4 4 bracket link 1 5 Side frame 2 1 Support crossbar 2 1 2 Positioning member 2 1 4 Recessed hole 2 1 4 B Convex 2 1 6 (This creation part) Support frame 1 Bracket 1 2 Insert 1 3 Bee extension 1 4 1 Adjustment piece 1 4 3 $ Body 1 4 5 Body frame 2 Supporting longitudinal bar 2 2 Fixing 2 22 M288563 Side bar 2 1 7 Frame 2 2 Pivot 2 3 Cover 2 5 Safety device 2 6 Induction switch 2 8 Chain 3 1 φ chain shaft 3 1 2 horizontal plate 3 2 accommodating seat 3 2 2 bolt 3 2 4 anti-wear piece 3 2 6 power unit 3 3 sprocket 3 5 moving seat 3 6 1 • block 3 7 rock 4 ascending Motor 5 1 Control panel 6 Perforation 2 1 8 Positioning hole 2 2 1 Shaft seat 2 4 Cover section 2 5 1 Frame rod 2 7 Rotating mechanism 3 Chain 3 1 1 Lug 3 1 3 Side wall 3 2 1 Nut 3 2 3 Elastic strip 3 2 5 Long hole 3 2 7 Shaft 3 4 Tension adjusting device 3 6 Adjusting rod 3 6 2 Supporting piece 3 8 Inclination control device 5 Connecting rod 5 2 23