六、發明說明： 【明所屬領】 發明領域 本發明主張2005年6月27曰提出申請之美國暫時申請 案序號60/694, 584的利益。 本發明關於鞋類領域，且更特別地關於當未使用於長 草的或軟質的土地表面時，保護鞋類之防滑件或鞋釘的鞋 套及保護地板表面免於被防滑件損壞的鞋套。 L t!9" ^ 發明背景 於各種運動諸如田徑、棒球、足球、撖欖球、曲棍球 與高爾夫球等等中，鞋子備置有從鞋底底部伸出的防滑件 或鞋釘。防滑件或鞋釘以前係由金屬製成，但現在一般是 由硬塑膝製成。這些防滑件絲釘在轉場上提供使用者 額外的摩擦力，然而於絲的或堅硬的表面諸如人行道或 街道上行走時，防滑件會被損壞。更且，防滑件也會損壞 精細的地板表面諸如木製地板與室内地毯。 所以，運動員通常帶著他們具有防滑件或鞋釘的運動 鞋’以及〆雙當不❹具有防滑件的鞋子時，他們可以穿 的沒有防滑件的走路鞋。但是，有時候運動員 防滑件或鞋釘㈣子或於運動場上使用後忘記職他們: 有防滑件的鞋子，所以时件不是加Μ㈣，就是地面 (如汽車地毯或建築物地板）會被弄髒或到傷。 因此，具有保護鞋子上之防滑件或鞋針與保護地板兩 者的防滑件保護鞋套是有用的，且應該以經濟的、舒適的 與機能的方式進行。 【發明内容】 發明概要 一種防滑件保護鞋套，包括：含有一上表面及一下表 面之一鞋底部分，該鞋底部分具有一球狀區、一鞋跟區及 介於該球狀G與該鞋跟區之間的一中間區，至少該球狀巴 及該鞋跟區具有以易彎折之節段的形式備置在其等之上表 面處的軟性且易聋折的材料，該材料係適合於與一防滑件 鞋之防滑件安裝；以及用以將該防滑件保護鞋套保持在一 穿著者之防滑件鞋上方的一接合件。 一種防滑件保護鞋套，包括：一上部分，包括彈性材 料且具有形成在其一頂部中的一鞋開口；_球狀區鞋底部 分，係位於其一前部分處之該上彈力部分的下方；一鞋跟 區鞋底部分，係位於其一後部分處之該上彈力部分的下 方；及-中間部分，係介於該球狀區鞋底部分及該鞋跟區 鞋底部分之間，該中間部分包括該上彈力部分之—部分， 其中該中間部分係可縱長地拉伸。 圖式簡單說明 第1圖為一例示之防滑件鞋子的底部左視圖。 第2圖為本發明例示之防滑件保護鞋套的頂部立體放 大圖’該防滑件保餘套之时件相合魏從防滑件保護 鞋套的底部部分移開且該时件賴鞋套之料帶彼此並 未接合。 1333840 5 第3圖係本發明例示之具有保持帶及之防滑件保護鞋 套的下右側視圖，該防滑件保護鞋套係在打開狀態且其保 持帶彼此並未接合。 第4圖係第1圖之例示防滑件鞋子的頂部立體圖，防滑 件鞋子置於第1圖之例示防滑件保護鞋套的上方。 第5圖係顯示由防滑件鞋子之前面部分上的鞋底伸出 的防滑件與防滑件保護鞋套之彈性體防滑件形成墊相接合 • 的部份截面圖。 第6圖係另一例示防滑件保護鞋套之實施例的前頂部 10 立體圖。 第7圖係第6圖例示之防滑件保護鞋套之前底部立體 圖。 第8圖係第6圖之防滑件保護鞋套與防滑件鞋一起使用 的側視圖。 15 第9圖係第6圖之防滑件保護鞋套與防滑件鞋一起使用 • 的前視圖。 第10圖係本發明防滑件保護鞋套之另一實施例的前頂 部立體圖。 第11圖係本發明之尺寸可調整式防滑件保護鞋套之實 20 施例的側邊立體圖。 第12圖係第11圖之尺寸可調整式防滑件保護鞋套之殼 狀及外鞋底部的詳細圖示。 第13圖係第11圖之尺寸可調整式防滑件保護鞋套之底 部圖。 5 第14圖係第Η圖之尺寸可調整式防滑件保護鞋套與插 入其中之防滑件鞋的側面立體圖。 第15圖係可調整式防滑件保護鞋套之另一實施例_ 頂部立體圖 第16圖係第15圖之尺寸可調整式防滑件保護鞋套的底 部圖。 _ I：貧施方式2 較佳實施例之詳細說明 第1圖為-例示之防滑件鞋子10的左仰視圖。防滑件 鞋子10具有-上和，該上部12帶著貼附至該上部12下側 之鞋底14。鞋底14有》•球狀部16、鄰近拱狀物之一中間部 18及-鞋料2〇。防料22從_部16巾錄底底部向下 伸出，且防滑件24從鞋跟部2〇中的鞋底底部向下伸出典 型上，防滑件22及24不纽伸·子的㈣_。防滑件 及4可由金屬、塑膠、硬橡膠或任何所欲的材料製造， 且可刀離地貼附至鞋底14。所顯示之防滑件鞋子⑺係為了 說_目的，其他的崎件鞋子也可以制。何況，「防滑 件」！^係’§^日任何絲子向下伸出且可以提供更佳穩定 度與抓力的突㈣’例如防滑件、鞋釘及球狀物。 第2圖為本發明例不之防滑件保護鞋套的俯視立體 放大圖。防滑件保護鞋套3Q具有—鞋底32，鞋底32具有一 鞋跟區34 #形區36與—球狀區％。鞋跟區μ及球狀區 财分別具有形成於其中上半部的凹處仙糾 。彈性體防 滑件相合塾44及46分別位於且較佳係永久地貼附於凹處 40及42内。於另一例中，鞋底可與其中一體成形的彈性體 防滑件相合墊44及46藉著模製彈性體防滑件相合墊44及 46的材料與該鞋底的其他部分一起形成。拱形區36較佳地 可具有一高於凹處40及42之上表面且可由較彈性體防滑件 相合墊44及46為硬的材料製成。所以，當彈性體塾44及46 分別位於且較佳地永久貼附於凹處40及42内時，棋形區％ 的頂部與彈性體防滑件相合墊44及46的頂部大致等高，因 此提供了 一個相當平坦的表面。沿著前凹處42的周緣提供 有一較彈性體防滑件相合墊46有彈力的邊緣43，例如鞋底 32的一延伸物，以維持彈性體防滑件相合墊％。沿著鞋跟 凹處4 0提供有一較彈性體防滑件相合墊4 6有彈力的邊緣 41，例如鞋底32的一延伸物，以維持彈性體材料之墊料。 或者，鞋跟區34及球狀區38不需有任何的凹處，其中彈性 體塾44及46可以被直減在鞋底的上部分上。鞋跟區辦 提供-鞋跟接合結構5〇，除了具有兩個分離的塾之外，若 想要的話，幾乎整個上表面’ B卩使是拱形區％，也可包含 一個墊’跟接合結構5G可包括向上伸出且環繞鞋底部分 後面的-段材料’而且可以作為抓住放置於其中之鞋子的 鞋跟杯狀物的後面。材料較佳是柔軟有彈力的，諸如塑膠' 皮革、化學纖維或其他㈣，如此當鞋子被放置定位時， =可捕捉放置其中之鞋子的鞋跟。為了提供較佳的合適 =鞋跟接合結構的下部分包括_切除部52。接合件諸如 伸：帶嶋2從前凹處38部分中之鞋底的球區域或前區域 申出。顯㈣簡帶60频為”未接合的狀態。保持帶 60及62分別具有可分離的貼附構件， 64及66 (如第3圖所示），在每個帶子上的結合件tr圖狀材)料 調整與其他已知的結構使得當使科該；^持 帶60及62可接在一起且圍繞使用者的防滑件鞋二 圖示）。因為迅^上與轉防滑件保錄套30是所欲。的 所以可分離的貼附保持帶6〇及62是有用的。然 供-對相對的帶子之外，也可提供該制者可以滑進^ 過鞋套球狀輯展之單—的、彈性的保持帶。如此的實t 例’未包括鞋跟接合構造，將參考第1〇圖於以下更進 地顯示及描述。 乂 第3圖係本發明例示之具有保持帶60及62之防滑件保 護鞋套30的下右側視圖，保持㈣及62彼此未接合保持打 開狀態分職示出鉤狀與環狀材料64觸，該圖也顯示出 鞋跟接合結)與具錄跟㈣之鞋底32、拱形隨 狀區;^。 第4圖係第1圖之例示防滑件鞋子10的頂部立體圖，防 滑件鞋子10位於麻具有保持帶織62之防滑件保護鞋套 30的上方’保持帶係鬆開著以容許鞋子1〇置入及移開。此 圖中，彈性體墊44及46係顯示為分別位於其等之凹處4〇及 42中，且防滑件鞋子1〇與防滑件保護鞋套3〇的其他特徵亦 有顯示。 第5圖係顯示由具上部ί2之防滑件鞋子1〇之前面部分 上的鞋底14伸出的防滑件22將如何擠壓成形成為防滑件 保5蒦鞋套30之彈性體防滑件形成墊46的部份截面 圖，以及 拱形區36不必然由軟彈性體材料形成，如果想要的話，其 可以由不同㈣料如較硬之塑膠或轉形成，且可作為防 '月件鞋跡區18之支樓。在此圖中，爲清楚呈現之故，接 合帶被移除’而且也顯示出彈性體塾46係合適地位於其凹 處42中。 第6圖係另一例示防滑件保護鞋套70實施例的前頂部 立體圖。防料賴鞋㈣較佳地具有—軟性雜體上層 72、側邊74、在相當軟性之彈性體上層批下的一相當堅 硬之鞋底部76、-鞋跟接合結構78與保持帶·犯，保持 帶較佳係藉著通常的料可分離地_在_起。不像第2_5 圖的實把例，若需要的話，軟性彈性體上層72可以連續地 延伸於防滑件賴歸7Q之㈣上表面上Μ致於换形區 中會有中斷。上層72可具有-具有特定結構的上表面以將 鞋子的防滑件抓拜更好。若想要的話，上層72也可由沒那 麼軟的彈性體材料製成，所以防滑件不致嚴重地下陷。鞋 跟接合構造78可包括向上伸出且繞著鞋底部分之背部的一 #又材料（如以類似帶狀的方式）且可用以抓住置放於其中之 鞋子的鞋跟杯的背部。材料較佳地係軟性與有彈力的，諸 如塑骧、皮革、人造纖維或一些其他材料，如此當鞋子被 置於定位時，其可抓住置於其中之鞋子的鞋根。接合件諸 如保持帶80及82由鞋底的前區域或球狀部伸出，顯示之保 持帶80及82係呈打開未接合的狀態。保持帶8〇及82具有可 分離式之貼附元件，諸如在每個帶上之鉤狀與環狀材料、 結合件、調整釦與其他已知的構造，使得在使用時這兩個 保持帶8G及82可以被拉在__起且.繞著使用者的防滑件鞋 (未圖示）扣緊。因為快速地穿上與脫下防滑件保護鞋㈣ 係所期待的’可分離地貼附的保持帶⑽及82是有用的。然 而’除了提供-對相對的帶子之外，也可提供一延伸橫過 鞋套的球狀部之單-的、彈性的且可讓使用者穿入的保持 帶。 第7圖係第6圖例示之防滑件保護鞋套7〇之立體圖的前 底部，其中顯示鞋底部76及鞋跟接合構造78與保持帶8〇及 82 〇 第8及9圖分別係第6圖之防滑件保護鞋套7〇的側視圖 與前視圖，該防滑件保護鞋套70與具有防滑件92及94之防 滑件鞋90一起使用，防滑件92及94從側邊74伸出。如可以 見到的，鞋跟接合構造78抓住置入其中之鞋7〇的鞋跟96且 保持帶80及82抓住鞋70的前區域98。 第10圖係本發明防滑件保護鞋套1〇〇之另一實施例的 前頂部立體圖。防滑件保護鞋套1()()具有一鞋底1〇2，該一 鞋底102具有一鞋跟區1〇4、一拱形（鞋中）區丨〇6及一球狀區 108»凹處11〇及112形成於鞋跟區1〇4中且球狀區1〇8中有彈 性體防滑件相合墊114及116存在且較佳地係分別永久地貼 附於凹處110及112之内。於另一實施例中，鞋底可與一體 成型於其中的彈性體防滑件相合墊114及116 —起形成，諸 如可藉由模製彈性體防滑件相合墊丨丨4及116之材料與鞋跟 102其他部位而形成。於另一實施例中，不是僅包括彈性體 防滑件相合材料於鞋底之上部分的鞋跟區與球狀區，此彈 ㈣甚至可以被包括於拱形區中。防滑件保護鞋套 、有接合件諸如料帶118，該保持帶較佳地係由有 力的材料形成以允許—使用者將他或她防滑件鞋穿入其 。雖然顯示單一的保持帶，兩可分離地貼附在一起的帶 ’諸如第2-4圖所示者，也可以使用。 第11圖係本發明之尺寸可調整式防滑件保護鞋套130 ^貫施例的側邊立體圖。防滑件賴鞋套130具有-由彈性 科製成之上部分132，彈性材料包括彈性體材料橡膠、 石夕綱、合成橡膠、彈性化_及撓性且有彈力的相類物。 4刀132具有-鞋開口 134, 一使用者穿著防滑件（或其他） ;員的腳可以穿入韻口中（未圖示），—球狀區鞋底部分 咖及-鞋跟區鞋底部分138都貼附到該上部分132的下側 區域球狀轉底部分136及鞋㈣誠部分138，若想要 的話，可具有-上表面材料14()，該上表面材料14()與一下 部材料142具有不同的品f，例如，上表面材料刚可以是 較堅硬的且有彈力的以讓防滑件穿透，但是下部材料⑷可 以是較軟且更加撓性的。球狀區鞋底部分136及鞋跟區鞋底 4刀138可以藉著黏著劑、超音波焊接、縫接及/或其他機 械方法或任何方法貼附到上部分132。或者，上部分132與 球狀區鞋底部分136及/或鞋跟區鞋底部分⑽—起一體成 至地模製或上。p分132與球狀區鞋底部分136及/或鞋跟 區鞋底部分138以相_材料模製。上部分132將較佳地具 有-適於保錄子前狀前科144及-適於接合鞋子後 端之後部分146。如上所述，上部分132係由彈性材料形成， 包括彈性體材料、橡膠、矽酮、合成橡膠、彈性化纖維及 撓性且有彈力的相類物，且設計成適合環繞各式各樣不同 的鞋子並將鞋子與球狀區鞋底部分136及鞋跟區鞋底部分 U8相接合。球狀區鞋底部分136及鞋跟區鞋底部分138之間 有一未與其他區貼附之中間區148，且由於其撓性的天性， 該中間區148可容許尺寸可調整式防滑件保護鞋套13〇的 伸長來使得單一鞋套可以適合於各種鞋款及尺寸 。所以， 不為要去提供各種尺寸的防滑件保護鞋套以符合特定的鞋 子尺寸（如11 D) ’尺寸可調整式防滑件保護鞋套13〇的撓性 天1·生可以容許適用於各種不同鞋款及尺寸的大型尺寸與款 式。 第12圖係第11圖之尺寸可調整式防滑件保護鞋套J 3 〇 之上σ卩分132及球狀區鞋底部分136的詳細圖示，其中顯示 求狀區鞋底部分136之上表面材料14Q及下部材料142以及 未與其他區貼附之中間區148。上部分132之一下側區⑽貼 附至上方表面材料"〇。如雙端箭頭線h、w及1所示，尺寸 β調t式防^件保護鞋套HQ的高度h及寬度w在鞋套各點 上都疋可調整的，且鞋套的長度1在t間區148是可以拉伸 的。 第13圖係第11圖之尺寸可調整式防滑件保護鞋套130 的底部圖，且—桠Ss _丄 1汗..··員不中間區U8的底部與球狀區鞋底部分 136及鞋_鞋底部分138的底部。 第14圖{參_ …U圖之尺寸可調整式防滑件保護鞋套130 〃 八中之防滑件鞋160的側面立體圖，如圖所示，防滑 件鞋16G之神份162係被前部分144抓㈣崎件鞋16〇的 鞋根部分164健合著後部分146。尺寸可㈣式防滑件保 護鞋套130的其他部件如第丨丨圖所示。 第15圖係另—尺寸可調整式防滑件保護鞋套170的側 頂部立體® ’其巾—上撓性部分Π2與球狀區鞋底部分m 及鞋跟區鞋底部分Π6共同-體成型。上撓性部分172可以 有洞180職於其間。洞18_作用為允許上触部分⑺具 有更大的伸張性。球狀區鞋底部分174及鞋跟區鞋底部丨^ 較結合段178為厚，所以伸張性較少。當尺寸可調整式防滑 件保護鞋套170由單-材料形成時，為了更加耐用，球狀區 鞋底部分174及鞋跟區鞋底部分176之至少一部分（如它們 的底部）也可以且較佳地以較硬及較少撓性材料製成。此 可由傳統的模製技術完成。較佳地，防滑件保護鞋套17〇之 一中間部182將伸張以允許對於各種防滑件鞋的尺寸及款 式之良好配合，且一洞丨8 4可較佳地位於中間部附近以協助 伸張性。一鞋跟拉片186可以被提供以協助穿上及除去防滑 件保護鞋套17 0。 第16圖係尺寸可調整式防滑件保護鞋套17〇之底部圖， 而且顯示球狀區鞋底部分174、鞋跟區鞋底部分176與拱起 區182。輪廓及/或突起188從球狀區鞋底部分之底部186伸 出，相似的輪廓及/或突起190從鞋跟區鞋底部分176之底部 192伸出。 所以，防滑件保護鞋套30、70、1〇〇、13〇與17〇將提供 一種有效且方便之使用鞋套的方式而讓防滑件鞋的使用者 1333840 - 可以容易穿上與脫掉鞋子。雖然防滑件保護鞋套3〇、7〇、 100、130與170較佳地係尺寸可調整式的，但這卻不是必要 的，且其等可以製成各種尺寸與形狀以與所給予鞋子的尺 - 寸與形狀幾乎一致。雖然防滑件保護鞋套30、70、100、13〇 5與170也特別合適於防滑件鞋，但它們還是可以與非防滑件 鞋一起使用，諸如當一個人想要在家中穿他/她的鞋而且保 護地板不致沾染污穢等的足跡時。 # 6經揭露了本發明之例示實施例’熟習此藝者應了解 以上之揭露内容僅係例示且各種其他對本發明的更動、改 10變及修飾仍然在本發明的範圍内。現在揭露之實施例從各 方面而S /、疋作為說明之用而非對本發明之限制。 【圖式簡單説明】 第1圖為一例示之防滑件鞋子的底部左視圖。 第2圖為本發明例示之防滑件保護 5 ·該防滑件保護鞋套之防滑件相合塾二= • 冑套的底部部分移開且該防滑件保護鞋套之保持帶彼此並 未接合。 第3圖係本發明例示之具有保持帶及之防滑件保護鞋 20 套的下右側視圖，該防滑件保護鞋套係在打開狀態且其保 持帶彼此並未接合。 第4圖係第i圖之例示防滑件鞋子的頂部立體圖，防滑 件鞋子置於第1圖之例示防滑件保護鞋套的上方。 第5圖係顯示由防滑件鞋子之前面部分上的鞋底伸出 的防滑件與防滑件保護鞋套之彈性體防滑件形成塾相接合 14 1333840 的部份截面圖。 第6圖係另一例示防滑件保護鞋套之實施例的前頂部 立體圖。 第7圖係第6圖例示之防滑件保護鞋套之前底部立體 5 圖。 第8圖係第6圖之防滑件保護鞋套與防滑件鞋一起使用 的側視圖。 第9圖係第6圖之防滑件保護鞋套與防滑件鞋一起使用 的前視圖。 10 第10圖係本發明防滑件保護鞋套之另一實施例的前頂 部立體圖。 第11圖係本發明之尺寸可調整式防滑件保護鞋套之實 施例的側邊立體圖。 第12圖係第11圖之尺寸可調整式防滑件保護鞋套之殼 15 狀及外鞋底部的詳細圖示。 第13圖係第11圖之尺寸可調整式防滑件保護鞋套之底 部圖。 第14圖係第11圖之尺寸可調整式防滑件保護鞋套與插 入其中之防滑件鞋的側面立體圖。 20 第15圖係可調整式防滑件保護鞋套之另一實施例的側 頂部立體圖 第16圖係第15圖之尺寸可調整式防滑件保護鞋套的底 部圖。 【主要元件符號說明】 15 1333840VI. Description of the Invention: [Description of the Invention] Field of the Invention The present invention claims the benefit of U.S. Provisional Application Serial No. 60/694,584, filed on June 27, 2005. The present invention relates to the field of footwear, and more particularly to a shoe cover for protecting a slipper or a stud of a footwear and a shoe cover for protecting the floor surface from being damaged by the non-slip member when not used on a long grass or soft land surface . L t!9" ^ Background of the Invention In various sports such as athletics, baseball, soccer, rugby, hockey, golf, and the like, the shoes are provided with anti-slip pieces or studs protruding from the bottom of the sole. The cleats or studs were previously made of metal but are now generally made of hard plastic knees. These cleats provide additional friction to the user on the transition, but the skid is damaged when walking on a silk or hard surface such as a sidewalk or street. Moreover, slip resistant parts can also damage fine floor surfaces such as wooden floors and interior carpets. Therefore, athletes usually carry their sports shoes with non-slip or studs, as well as walking shoes that can be worn without slipping when they are not wearing slip-resistant shoes. However, sometimes athletes do not wear slips or studs (four) or use them on the sports field to forget them: shoes with non-slip parts, so the time is not crowned (four), that is, the ground (such as car carpet or building floor) will be dirty Or to the injury. Therefore, it is useful to protect the shoe cover with a slip resistant member that protects the slipper on the shoe or both the shoe and the protective floor, and should be carried out in an economical, comfortable and functional manner. SUMMARY OF THE INVENTION An anti-slip member protects a shoe cover, comprising: a sole portion including an upper surface and a lower surface, the sole portion having a spherical region, a heel region, and the ball G and the shoe An intermediate portion between the heel region, at least the spherical ball and the heel region have a soft and easily foldable material disposed at an upper surface thereof in the form of a bendable segment, the material being suitable for And a non-slip member of the anti-slip shoe; and a joint for holding the anti-slip protection shoe cover over the wearer's anti-slip shoe. A non-slip member protects a shoe cover, comprising: an upper portion including an elastic material and having a shoe opening formed in a top portion thereof; a spherical portion of the sole portion located below the upper elastic portion at a front portion thereof a sole portion of the heel region below the upper elastic portion at a rear portion thereof; and - an intermediate portion between the sole portion of the spherical portion and the sole portion of the heel region, the intermediate portion A portion including the upper elastic portion, wherein the intermediate portion is longitudinally stretchable. BRIEF DESCRIPTION OF THE DRAWINGS Fig. 1 is a bottom left side view of an example of a slip resistant shoe. 2 is a perspective enlarged view of the top of the anti-skid protection shoe cover of the present invention. The time piece of the anti-slip component cover is removed from the bottom part of the anti-skid protection shoe cover and the shoe cover material is removed. The belts are not joined to each other. 1333840 5 Fig. 3 is a lower right side view of the shoe cover with the retaining strap and the slip resistant member illustrated in the present invention, the slip resistant member protecting the shoe cover in an open state and the retaining straps being not engaged with each other. Fig. 4 is a top perspective view of the slip resistant shoe illustrated in Fig. 1, and the antiskid shoe is placed above the illustrated slip resistant shoe cover of Fig. 1. Fig. 5 is a partial cross-sectional view showing the non-slip member projecting from the sole portion on the front surface portion of the slip resistant shoe and the elastic antislip member forming pad of the slip preventing member. Figure 6 is a perspective view of another front top 10 embodiment of an embodiment of a slip resistant protective shoe cover. Figure 7 is a bottom perspective view of the shoe cover before the slip-resistant member illustrated in Figure 6. Figure 8 is a side view of the anti-skid protection shoe cover of Figure 6 for use with the anti-slip shoe. 15 Figure 9 is a front view of the slip-resistant protective shoe cover used in Figure 6 with the non-slip shoes. Fig. 10 is a front top perspective view of another embodiment of the slip resistant protective shoe cover of the present invention. Figure 11 is a perspective view of the side of the embodiment of the present invention. Figure 12 is a detailed illustration of the size of the adjustable shoe clasp and the bottom of the outer shoe, as shown in Figure 11. Figure 13 is a bottom view of the size of the adjustable anti-skid protection shoe cover of Figure 11. 5 Figure 14 is a side perspective view of the size-adjustable anti-skid protection shoe cover and the slip-resistant shoe inserted therein. Fig. 15 is another embodiment of an adjustable slip resistant protective shoe cover _ top perspective view Fig. 16 is a bottom view of the size adjustable adjustable slip resistant shoe cover of Fig. 15. _I: lean mode 2 DETAILED DESCRIPTION OF THE PREFERRED EMBODIMENT Fig. 1 is a left bottom view of the illustrated slip resistant shoe 10. Non-slip member The shoe 10 has an upper portion 12 with a sole 14 attached to the underside of the upper portion 12. The sole 14 has a spherical portion 16, an intermediate portion 18 adjacent to the arch, and a shoe material. The baffle 22 projects downwardly from the bottom of the _ portion 16 and the anti-slip member 24 projects downwardly from the bottom of the sole in the heel portion 2, and the anti-slip members 22 and 24 do not extend (4). The non-slip members and 4 can be made of metal, plastic, hard rubber or any desired material and can be attached to the sole 14 with a knife. The slip-resistant shoes (7) shown are for the purpose of saying that other shoes can be made. What's more, "anti-skid parts"! ^The system is a downward projection of any of the filaments and provides better stability and grip (e.g., anti-slip, studs and balls). Fig. 2 is a top perspective enlarged view of the slip-resistant protective shoe cover of the present invention. The slip resistant protective shoe cover 3Q has a sole 32 having a heel region 34 #shaped region 36 and a spherical region %. The heel area μ and the spherical area have recesses in the upper half, respectively. The elastomeric anti-slider splicing jaws 44 and 46 are respectively located and preferably permanently attached to the recesses 40 and 42. In another example, the sole may be integrally formed with elastomeric cleat-incompatible pads 44 and 46 formed by the material of the molded elastomeric cleat-compatible mats 44 and 46 together with other portions of the sole. The arched region 36 preferably has a material that is higher than the upper surfaces of the recesses 40 and 42 and which may be harder than the elastomeric cleat-resistant mats 44 and 46. Therefore, when the elastomeric crucibles 44 and 46 are respectively located and preferably permanently attached to the recesses 40 and 42, the top of the chevron region % is substantially equal to the top of the elastomer anti-slip member mats 44 and 46, thus Provides a fairly flat surface. A resilient edge 43 of the elastomeric cleat-resistant mat 46, such as an extension of the sole 32, is provided along the periphery of the front recess 42 to maintain the elastomeric slip-resistant mat. A resilient edge 41, such as an extension of the sole 32, is provided along the heel recess 40 to provide a cushion for the elastomeric material. Alternatively, the heel region 34 and the bulbous region 38 need not have any recesses, wherein the elastomeric jaws 44 and 46 can be reduced directly on the upper portion of the sole. The heel area office provides a heel joint structure 5〇, in addition to having two separate jaws, if desired, almost the entire upper surface 'B卩 is the arched area%, and may also include a pad' The structure 5G can include a section of material that extends upwardly and around the back of the sole portion and can serve as the rear of the heel cup that grips the shoe placed therein. The material is preferably soft and elastic, such as plastic 'leather, chemical fiber or other (four), so that when the shoe is placed in position, it can capture the heel of the shoe in which it is placed. In order to provide a better fit = the lower portion of the heel engagement structure includes a cutout portion 52. Engagement members such as extensions: the band 2 is applied from the ball area or front region of the sole in the front recess 38 portion. The display (four) simple band 60 frequency is "unjoined state. The holding bands 60 and 62 respectively have separable attachment members, 64 and 66 (as shown in Fig. 3), and the joints on each tape are tr The material adjustment and other known structures are such that when the belts 60 and 62 can be joined together and are surrounded by the user's anti-slip pieces, the second figure is shown. 30 is desirable. The detachable attachment retaining straps 6〇 and 62 are useful. However, in addition to the opposite straps, the manufacturer can also slide into the shoe cover. A single, elastic retaining strap. Such a real example ' does not include a heel joint configuration, which will be more closely shown and described below with reference to Figure 1. 乂 Figure 3 is a retaining strip exemplified in the present invention. And the anti-slip member of 62 protects the lower right side view of the shoe cover 30, keeping the (four) and 62 unengaged and maintaining the open state. The sub-joint shows the hook-shaped and loop-shaped material 64 touches, the figure also shows the heel joint knot) and the recorded With the sole of the (4) 32, the arch-shaped follow-up area; ^. Figure 4 is a top perspective view of the slip-resistant shoe 10 illustrated in Figure 1 The shoe 10 is located above the slip protection shoe cover 30 of the heel retaining belt 62. The retaining strap is loosened to allow the shoe to be placed and removed. In this figure, the elastomer pads 44 and 46 are shown as They are also located in the recesses 4〇 and 42 of them, and other features of the anti-slip shoes 1〇 and the anti-slip protection shoe cover 3〇 are also displayed. Fig. 5 shows the anti-slip shoes with the upper ί2. A partial cross-sectional view of how the anti-slip member 22 projecting from the sole 14 on the front portion is extruded into the anti-slip member forming pad 46 of the slip-resistant member cover 30, and the arched portion 36 is not necessarily soft elastic The body material is formed, if desired, it can be formed from different (four) materials such as hard plastic or turn, and can be used as a branch of the anti-moon shoe track area 18. In this figure, for the sake of clarity, The engagement band is removed' and it is also shown that the elastomeric body 46 is suitably located in its recess 42. Figure 6 is a front top perspective view of another embodiment of the slip resistant shoe cover 70. The anti-skid shoe (four) is more The good ground has a soft upper body 72, a side 74, and a relatively soft elasticity. A relatively hard sole bottom 76, a heel joint structure 78 and a retaining belt, the retaining belt is preferably detachable by the usual material. Unlike the second _5 figure By way of example, the soft elastomer upper layer 72 may extend continuously over the upper surface of the (4) upper surface of the anti-slip component 7Q if necessary, so that the upper layer 72 may have an upper surface having a specific structure. It is better to grasp the slipper of the shoe. If desired, the upper layer 72 can also be made of a less soft elastomeric material so that the cleat does not become severely sunken. The heel engagement formation 78 can include upwardly extending and surrounding A back material of the sole portion (e.g., in a strip-like manner) and can be used to grasp the back of the heel cup of the shoe placed therein. The material is preferably soft and resilient, such as plastic, leather, rayon or some other material, such that when the shoe is placed in position, it can grasp the root of the shoe in which it is placed. Engagement members such as retaining straps 80 and 82 extend from the front region or the spheroid portion of the sole, and the retaining straps 80 and 82 are shown in an open, unengaged condition. The retaining straps 8 and 82 have detachable attachment elements, such as hook and loop material on each strap, fasteners, adjustment buckles and other known configurations such that the two retaining straps are in use 8G and 82 can be pulled together and fastened around the user's anti-slip shoes (not shown). It is useful to detachably attach the retaining strips (10) and 82 as desired by quickly putting on and removing the slip resistant protective footwear (4). However, in addition to providing the pair of opposing straps, a single-, elastic, and user-friendly retaining strap extending across the ball portion of the shoe cover can be provided. Figure 7 is a front bottom view of the perspective view of the slip-resistant protective shoe cover 7 illustrated in Figure 6, wherein the sole 76 and the heel engaging structure 78 and the retaining straps 8 and 82 are shown. Figures 8 and 9 are respectively 6th. The non-slip member of the figure protects a side view and a front view of a shoe cover 70 that is used with a slip resistant shoe 90 having anti-slip members 92 and 94 that extend from the side edges 74. As can be seen, the heel engagement formation 78 grasps the heel 96 of the shoe 7 that is placed therein and the retention straps 80 and 82 grip the front region 98 of the shoe 70. Fig. 10 is a front top perspective view showing another embodiment of the slip resistant protective shoe cover 1 of the present invention. The slip resistant protective shoe cover 1()() has a sole 1 2 having a heel region 1〇4, an arched (in-shoe) region 6 and a spherical portion 108»recess 11〇 and 112 are formed in the heel region 1〇4 and the elastomeric anti-slip member mats 114 and 116 are present in the spherical region 1〇8 and are preferably permanently attached to the recesses 110 and 112, respectively. . In another embodiment, the sole may be formed with the elastomeric anti-slip mats 114 and 116 integrally formed therein, such as by molding the elastomeric anti-slip members to match the material of the pads 4 and 116 with the heel 102 other parts are formed. In another embodiment, instead of including only the heel region and the spheroidal region of the elastomeric cleat-resistant material on the upper portion of the sole, the bomb (4) may even be included in the arched region. The cleat protects the shoe cover, and has a joint member such as a belt 118 that is preferably formed of a strong material to allow the user to insert his or her slip resistant footwear into it. Although a single retaining strip is shown, two detachably attached strips, such as those shown in Figures 2-4, can also be used. Figure 11 is a side perspective view of the size adjustable adjustable slip resistant protective shoe cover 130 of the present invention. The anti-slip member shoe cover 130 has an upper portion 132 made of an elastic material comprising an elastomer material rubber, a stone material, a synthetic rubber, an elasticized material, and a flexible and elastic phase. The 4 knife 132 has a shoe opening 134, a user wears a slip resistant member (or other); the member's foot can be inserted into the rhyme (not shown), the spherical portion of the sole portion and the heel region sole portion 138 are both Attached to the lower region of the upper portion 132 is a spherical bottom portion 136 and a shoe (four) portion 138, if desired, having an upper surface material 14(), the upper surface material 14() and the lower portion material 142 has a different article f, for example, the upper surface material may just be stiffer and resilient to allow the slip resistant member to penetrate, but the lower material (4) may be softer and more flexible. The spheroidal sole portion 136 and the heel region sole 4 can be attached to the upper portion 132 by adhesive, ultrasonic welding, stitching, and/or other mechanical methods or by any means. Alternatively, the upper portion 132 can be integrally molded or molded with the spherical portion sole portion 136 and/or the heel region sole portion (10). The p-score 132 is molded with the spheroidal region sole portion 136 and/or the heel region sole portion 138. The upper portion 132 will preferably have - adapted to pre-record the prosthetic 144 and - adapted to engage the rear portion 146 of the shoe. As described above, the upper portion 132 is formed of an elastic material, including an elastomer material, rubber, anthrone, synthetic rubber, elasticized fibers, and a flexible and elastic phase, and is designed to be suitable for surrounding various types. The shoes engage the shoes with the spheroidal sole portion 136 and the heel region sole portion U8. There is an intermediate portion 148 between the spherical portion sole portion 136 and the heel region sole portion 138 that is not attached to other regions, and due to its flexible nature, the intermediate portion 148 can accommodate a size adjustable slip resistant member to protect the shoe cover. The elongation of 13 inches allows a single shoe cover to be suitable for a variety of shoes and sizes. Therefore, it is not necessary to provide various sizes of anti-slip parts to protect the shoe cover to meet the specific shoe size (such as 11 D). [Size adjustable anti-slip parts protect the shoe cover 13 〇 flexible day 1 · life can be tolerated for various Large sizes and styles for different shoes and sizes. Figure 12 is a detailed illustration of the size-adjustable slip-resistant protective shoe cover J 3 〇 above the σ 卩 132 and the spheroidal sole portion 136 of Figure 11 showing the upper surface material of the sole portion 136 of the desired region 14Q and lower material 142 and intermediate zone 148 not attached to other zones. The lower side region (10) of the upper portion 132 is attached to the upper surface material "〇. As shown by the double-ended arrow lines h, w and 1, the height h and the width w of the size β-t-type protection member shoe cover HQ are adjustable at each point of the shoe cover, and the length of the shoe cover is 1 The t-interval 148 is stretchable. Figure 13 is a bottom view of the size adjustable anti-slip member protection shoe cover 130 of Figure 11, and - 桠Ss _丄1 汗..·················· The bottom of the sole portion 138. Figure 14 {Reference _ U figure size adjustable anti-skid protection shoe cover 130 侧面 Eight-side anti-slip shoes 160 side view, as shown, the anti-slip shoes 16G god 162 is the front part 144 The shoe root portion 164 of the 16th gripper shoe is gripped by the rear portion 146. The other dimensions of the (four) type anti-skid protection shoe cover 130 are shown in the figure below. Figure 15 is another side-size adjustable slip-resistant member that protects the side of the shoe cover 170. The top three-dimensional ‘the towel-upper flexible portion Π2 is co-formed with the spherical portion sole portion m and the heel region sole portion Π6. The upper flexible portion 172 can have a hole 180 in between. The hole 18_ acts to allow the upper contact portion (7) to have greater stretchability. The spherical portion of the sole portion 174 and the sole portion of the heel region are thicker than the joint portion 178, so that the stretchability is less. When the size adjustable slip resistant protective shoe cover 170 is formed from a single-material, for greater durability, at least a portion of the spherical region sole portion 174 and the heel region sole portion 176 (such as their bottom portions) may also and preferably Made of harder and less flexible materials. This can be done by conventional molding techniques. Preferably, the anti-slip member protects one of the intermediate portions 182 of the shoe cover 17 from being stretched to allow for a good fit for the size and style of the various non-slip shoes, and a hole 丨 8 4 may preferably be located adjacent the intermediate portion to assist in stretching. Sex. A heel tab 186 can be provided to assist in putting on and removing the cleat to protect the shoe cover 170. Figure 16 is a bottom view of a size adjustable slip resistant boot shoe cover 17 and shows a spherical region sole portion 174, a heel region sole portion 176 and a raised region 182. The contours and/or protrusions 188 extend from the bottom 186 of the sole portion of the spheroidal region, and similar contours and/or protrusions 190 extend from the bottom 192 of the sole portion 176 of the heel region. Therefore, the anti-slip protection shoe covers 30, 70, 1〇〇, 13〇 and 17〇 will provide an effective and convenient way to use the shoe cover and let the user of the anti-slip shoe 1333840 - can easily put on and take off the shoes . Although the slip resistant protective shoe covers 3〇, 7〇, 100, 130 and 170 are preferably sized, this is not necessary, and the like can be made in various sizes and shapes for the given shoes. The ruler - inch is almost identical to the shape. Although the slip resistant protective shoe covers 30, 70, 100, 13〇5 and 170 are also particularly suitable for non-slip shoes, they can also be used with non-slip shoes, such as when a person wants to wear his/her shoes at home. Moreover, when the floor is protected from contamination, such as dirt. </ RTI> </ RTI> <RTIgt; </ RTI> <RTIgt; </ RTI> <RTIgt; </ RTI> <RTIgt; </ RTI> <RTIgt; </ RTI> <RTIgt; </ RTI> <RTIgt; </ RTI> <RTIgt; The presently disclosed embodiments are intended to be illustrative, and not limiting of the invention. BRIEF DESCRIPTION OF THE DRAWINGS Fig. 1 is a bottom left side view of an example of a slip resistant shoe. Fig. 2 is an illustration of the anti-slip member protection of the present invention. 5. The non-slip member protects the slip-resistant member of the shoe cover from being combined. = = • The bottom portion of the crotch sleeve is removed and the anti-slip member protects the retaining strap of the shoe cover from being engaged with each other. Fig. 3 is a lower right side view of the shoe 20 with the retaining strap and the anti-slip protection shoe illustrated in the present invention, the slip resistant member protecting the shoe cover in an open state and the retaining straps being not engaged with each other. Fig. 4 is a top perspective view showing the slip resistant shoe of Fig. i, and the antiskid shoe is placed above the illustrated slip resistant shoe cover of Fig. 1. Fig. 5 is a partial cross-sectional view showing the anti-slip member extending from the sole portion on the front surface portion of the anti-slip shoe and the elastic anti-slip member of the anti-slip member protecting the shoe cover. Figure 6 is a front top perspective view of another embodiment of a slip resistant protective shoe cover. Figure 7 is a perspective view of the bottom part of the shoe cover before the slip-proof piece illustrated in Figure 6. Figure 8 is a side view of the anti-skid protection shoe cover of Figure 6 for use with the anti-slip shoe. Figure 9 is a front view of the anti-skid protection shoe cover of Figure 6 for use with the anti-slip shoe. 10 Fig. 10 is a front top perspective view of another embodiment of the slip resistant protective shoe cover of the present invention. Fig. 11 is a side perspective view of the embodiment of the size adjustable slip resistant article of the present invention for protecting a shoe cover. Figure 12 is a detailed illustration of the size of the adjustable slip-resistant part of the shoe cover of Figure 15 and the bottom of the outer shoe. Figure 13 is a bottom view of the size of the adjustable anti-skid protection shoe cover of Figure 11. Figure 14 is a side perspective view of the size-adjustable slip-resistant protective shoe cover of Figure 11 and the slip-resistant shoe inserted therein. 20 Fig. 15 is a side perspective view of another embodiment of an adjustable slip resistant protective shoe cover. Fig. 16 is a bottom view of the adjustable size slip resistant shoe cover of Fig. 15. [Main component symbol description] 15 1333840
ίο…鞋子 12.. .上部 14…鞋底 16…球狀部 18···拱形區 20···鞋跟部 22."防滑件 24.. .防滑件 30…防滑件保護鞋套 32…鞋底 34…鞋跟區 36.. .棋形區 38.. .球狀區 40.. .凹處 41 ·..邊緣 42.. .凹處 43…邊緣 44…相合墊 46.. .相合墊 50.. .鞋跟接合結構 52.. .切除部 60.. ·保持帶 62.. .保持帶 64.. .鉤狀材料 66.. .¾狀材料 70…防滑件保護鞋套 72.··上層 74.. .側邊 76.. .鞋底部 78…鞋跟接合結構 80.. .保持帶 82.. .保持帶 90.. .防滑件鞋 92."防滑件 94.. .防滑件 96…鞋跟 98.. .前區域 100.. .防滑件保護鞋套 102…鞋底 104.··鞋跟區 106.··拱形區 108.. .球狀區 16Ίο...Shoes 12.. .Upper 14...Sole 16...Spherical 18···Architectural area 20··· Heel section 22."Slip-proof part 24:.Slip-proof part 30...Slip-proof part protects the shoe cover 32 ...sole 34...heel area 36.. Chess-shaped area 38.. spheroidal area 40...recess 41 ·..edge 42..recess 43...edge 44...matching pad 46.. Pad 50.. . Heel joint structure 52.. Cut off portion 60.. · Hold belt 62.. Hold belt 64.. Hook material 66.. 3⁄4 shape material 70... Non-slip protection shoe cover 72. · Upper layer 74.. Side 76.. Sole bottom 78... Heel joint structure 80.. Holding belt 82.. Holding belt 90.. Anti-slip shoes 92. "Slip-proof parts 94.. Anti-slip member 96...heel 98.. front area 100.. non-slip protection shoe cover 102...sole 104.·· heel area 106.·arch area 108.. spheroidal area 16