201210561 六、發明說明： 【明所屬系好領2 發明領域 本發明大體係關於用於移除主要形成在使用者腳跟上 的繭皮之可充電繭皮移除器，較特定地，關於—種可充電 繭皮移除器，其平穩地研磨在一使用者腳跟、腳底、腳側 部份及腳趾上形成的繭皮，且移除繭皮而不影響腳之其他 - 部份。 發明背景 通常，當人們穿鞋走路或站立時，腳與鞋之硬部接觸 一長時間。因此’部份的腳部皮膚變硬且繭皮層形成。此 種繭皮層逐漸變厚。在嚴重情況中，繭皮可能裂開。蘭皮 層裂開會造成疼痛。另外，例如，當洗腳時，水滲入繭皮 層且留在其中’因此由於它們由細菌滲透而導致感染。 手動繭皮移除器主要被用於從人腳上移除此種萌皮 一使用者用手握住一手動繭皮移除器之把手，且使用—提 供在移除器本體之一側或兩側上的研磨盤從腳上手動研磨 繭皮。然而，手動繭皮移除器迫使使用者重複研磨動作， 因此造成例如手腕的身體疲勞。另外，因為難以對移除器 施加恒力’移除繭皮的操作可能是低效率的。另外，手動 繭皮移除器未提供一分離防護。因此，從腳移除的繭皮向 四處分散而不衛生。因為手動繭皮移除器豆—η 八巧 3蜀立 蓋，手動繭皮移除器之外觀不佳且其可攜性亦同。 201210561 同時，剃刀已在有一電動繭皮移除器的其他繭皮移除 方法上被使用，該電動繭皮移除器的一端具有一由一小電 池操作的磨石。然而，該剃刀是危險的，此外有細菌污染 的可能性，且繭皮是不均勻地從一使用者腳移除。在電動 繭皮移除器的情況中，電池被快速消耗。因為一小馬達被 使用，輸出電源小《另外，從腳移除的繭皮殘屑向四處分 散。磨石或磨砂具有不良研磨性能，使得繭皮低效率地從 腳移除。 【智^明内容_】 發明概要 因此，本發明考慮到上述發生在先前技術中的問題而 被完成，且本發明之一目的是提供一可充電繭皮移除器， 其使用一可充電電池及一齒輪馬達’以增加一研磨盤的研 磨力，不同於僅由使用者手施力往復運動移除繭皮的習知 手動繭皮移除器，且不同於使用一較小功率之可拋棄電池 的習知電動繭皮移除器。因此，具有研磨突出的研磨盤可 乾淨地從一使用者腳跟移除繭皮，而不造成使用者疼痛。 另外，可充電繭皮移除器可用水清洗。 爲了實現上述目的，在一層面上，本發明提供一可充 電繭皮移除器，用於從一使用者的腳移除繭皮，包括：一 形成該繭皮移除器之一手柄的本體；一設在該本體中的電 池，該電池從一電源插口透過電線被供電；一被設在該本 體之一第一端的齒輪箱，該齒輪箱包含一具有一半圓形截 面的輸出軸，該輸出軸被連接至一用於收集從腳移除的繭 201210561 皮之收集盤；一被連接至該齒輪箱且由電池透過電線供電 的馬達，該馬達藉由操縱—馬達控制開關而被控制；一設 在本體第一端上的頂板，該頂板被固定至該齒輪箱；一被 固定至一安裝在收集盤之—孔内的研磨盤支架之研磨盤， 忒研磨盤以一從腳移除繭皮的方式旋轉；一防止由研磨盤 從腳移除的繭皮分散的護環，該護環設有一護環支架；及 一設在該本體一第二端上的端板，該端板形成該蘭皮移除 器的一端部。 在另一層面’本發明提供一可充電繭皮移除器，用於 從一使用者的腳移除_皮，包括：〆形成該繭皮移除器之 一手柄的本體；一設在該本體中的電池，該電池從一電源 插口透過電線被供電；—被設在該本體之—第—端的齒輪 相，該齒輪箱包含一具有一半圓形截面的輸出軸，該輸出 轴被連接至一用於收集從腳移除的繭皮之收集盤；一被連 接至該齒輪箱且由電池透過電線供電的馬達，該馬達藉由 操縱一馬達控制開關而被控制；一設在本體第一端上的頂 板，該頂板被固定至該齒輪箱；一被固定至一安裝在收集 盤之一孔内的研磨盤支架之研磨盤，該研磨盤以一從腳移 除繭皮的方式旋轉；一防止藉由研磨盤從腳移除的繭皮分 散的護環，該護環設有一護環支架；一被設在電池附近以 控制馬達旋轉速度的電阻器；及一設在該本體之一第二端 上的端板’該端板形成該_皮移除器的—端部。 依據本發明之可充電繭皮移除器使用一齒輪馬達之強 力及快速旋轉來研磨蘭皮，不同於迫使—使用者使用他/她 5 201210561 的手臂力量實施研磨操作，且因而導致體能疲勞的習知手 動繭皮移除器。因此，移除繭皮花費的時間被顯著減少。 另外，本發明被組配成使得從使用者腳移除的_皮被收集 在一收集盤中，因而最小化繭皮向四處分散。另外，繭皮 移除器之本體有一蓋覆蓋，使得其具有增加的可攜性，且 與使用者皮膚直接接觸的研磨盤可防止被污染。因此，本 發明非常衛生。再者，本發明之繭皮移除器可充電，因此 是便利的。此外，該繭皮移除器具有一防水結構，其可易 於用水清洗。 圖式簡單說明 本發明之上述及其他目的、特徵及優勢將由下文結合 附圖之詳細描述被清楚理解，在附圖中： 第1圖是依據本發明之一實施例，一可充電繭皮移除器 之正視圖； 第2圖是沿第1圖之線A-A的截面圖； 第3圖是依據本發明之繭皮移除器之一頭部的分解透 視圖，· 第4圖是本發明之繭皮移除器之一本體的透視圖； 第5圖是本發明之繭皮移除器之一馬達及一頂板的透 視圖， 第6圖是繪示本發明之繭皮移除器的馬達及頂板的側 視圖， 第7圖是本發明之繭皮移除器的頂板之後透視圖； 第8圖是繪示本發明之繭皮移除器的馬達、一電路板， 6 201210561 及頂板之間的連接之視圖； 第9圖是繪示本發明之繭皮移除器之本體的一第二端 的透視圖； 第10圖是繪示本發明之繭皮移除器之一端板的透視 圖； 第11圖是繪示與一依據本發明的端蓋連接的繭皮移除 器的一部份之透視圖； 第12圖是繪示依據本發明之繭皮移除器之護環之組件 的透視圖； 第13圖是依據本發明之另一實施例，一可充電繭皮移 除器之一頂板的透視圖； 第14圖是依據本發明，一收集盤對一馬達之輸出軸之 連接的視圖； 第15圖是繪示本發明之繭皮移除器之研磨突出之範例 的側視圖； 第16圖是繪示依據本發明之又一實施例，一可充電繭 皮移除器之一部份的側截面圖； 第17圖是繪示第16圖之實施例的一電池及一電阻器之 視圖；及 第18圖是繪示依據本發明之再一實施例，一可充電繭 皮移除器之一部份的透視圖。 C實施方式;1 較佳實施例之詳細說明 在下文中，依據本發明之一可充電繭皮移除器將參考 201210561 附圖被詳細描述。 第1圖是依據本發明之一實施例，一可充電繭皮移除器 之正視圖。如第1圖所示’該可充電繭皮移除器100具有一 神1J0八形狀，其之直徑從其一端向另一端增加。較佳地，繭 皮移除器100之外殼由諸如塑膠等材料製成。第2圖是沿第1 圖之線A-A的截面圖。 本發明之可充電繭皮移除器之大體構造將參考第2圖 被說明。 如第2圖所示，可充電繭皮移除器100包括一本體1、一 頭部1000、一中部2000及一端部3000。本體1具有一喇叭形 狀，其允許一使用者舒適地將其握住。頭部1000包括一設 在本體1之一第一端上的頂板39。中部2000包括一組件板 16。端部3000包括一端板9，其形成繭皮移除器1〇〇之一第 二端。 一齒輪箱13被置於頭部1000中。一馬達12被整體連接 炱齒輪箱13。具有一正極及一負極的端子15從馬達12延伸 出《端子15被連接至組件板16。複數個組件18被安裝至組 件板16兩側。組件18包括一電阻器、—電容器、一微電腦、 /積體電路、一連接器等等，它們操作並控制本發明之可 充電繭皮移除器100。另外，一用於控制馬達12的控制板17 被設在馬達12—右側上。一用於開啟/關閉馬達12的開關27 被安裝至控制板17。開關27由一材料覆蓋，諸如橡膠或矽 氧樹脂，以提供絕緣及防水性。開關27具有一接觸端子28 及〆接觸點29 ’它們由導電材料製成，使得當接觸端子28 8 201210561 與接觸點29接觸時，馬達12運轉。另外，一LED(發光二極 體)30被安裝至控制板17。lED 3〇藉由改變顏色指示稍後所 述的一電池21的充電情況，且指示馬達12是否運轉。典型 地’當電池21被充電時，其由綠色指示。電池21未被充電 的一狀態由紅色指示。另外，馬達12正在運轉的一狀態由 藍色指示。 頭部1000包括一頂蓋2 ’其以被鎖至本體丨之固定突出3 的此一方式被連接至本體1 ’因而覆蓋繭皮移除器100的一 ' 研磨盤5。間隔突出31被設在頂蓋2上，以防止頂蓋2因接觸 地面而被污染。由頂蓋2保護的研磨盤5用以研磨繭皮，並 將它們從使用者皮膚移除。複數個通孔37形成於研磨盤5 中，使得由研磨盤5從皮膚移除的繭皮通過通孔37。研磨盤 5由金屬製成。如第3圖所示，研磨盤5具有一圓形金屬網形 狀，且被連接至一研磨盤支架43。因此，一收集空間36由 研磨盤5及研磨盤支架43形成^ _收集盤4覆蓋收集空間 36。一軸孔54被形成通過頂板39之—中心部份。一從齒輪 箱13突出的輸出軸14被插入通過軸孔54。收集盤顿設置輸 出軸14之末端上。一磁鐵38被設在輪出軸14上。因此，磁 鐵38吸引由金屬製成的研磨盤5,使得當繭皮移除器運轉時 可防止，研磨盤5從蘭皮移除器脫離。—角環％被配置在一 角環凹陷(53 ·’參考第7圖）巾，以防止水通過—被設在齒輪 箱13上的軸凸緣(51 ;參考第6圖）進入齒輪箱。 頂板39具有馬達固定孔44,用於固定頂板％到齒輪箱 13的螺栓33被栓緊至馬達固定孔44中，且具有板孔45，用 201210561 於固定頂板39至本體1的螺栓33被栓緊至板孔45中。另外， 頂蓋2被鎖至的固定突出3被設在頂板3上。一護環支架科皮 連接至的一連接凹陷4〇被形成於頂板3中。另外，一 〇型環 座槽(48 ;參考第5圖）圍繞頂板39之外周面形成。一〇型環 34被安裝在〇型環座槽48中，以防水地密封本體丨與頂板39 之間的空間。一護環7由撓性材料製成，諸如矽氧樹脂或橡 膠。如第5圖所示，一齒輪箱孔49形成於齒輪箱13中。螺拴 32經由頂板39的馬達固定孔44被拴緊至各自的齒輪箱孔49 中，藉此將頂板39固定至齒輪箱13。另外，當螺栓33被插 入至頂板39内時，一墊圈84可被套在每一螺栓33上，以確 保防水性能。 同時’在繭皮移除器100的中部2000中，組件板16於由 一連接器19被電氣連接至控制板17。馬達12之二端子15藉 由焊錫20被固定至組件板16。電池21透過電線22對被連接 至組件板16的馬達12供電。 另外’在繭皮移除器1〇〇的端部3〇〇〇，螺栓孔(83 .參 考第10圖）被形成於通過端板9的預定位置。螺栓24通過各 自螺栓孔82,且被栓緊至端支架8,藉此固定一插孔1〇到端 支架8。一〇型環槽60圍繞端板9之外周面被形成。_〇型環 25被插入〇型環槽60内’以防止水進入本體丨。一插孔(別. 參考第10圖）在對應插孔10的一位置通過端板9 甲心部 份形成。一由矽氧樹脂或橡膠製成的端蓋丨丨覆蓋端板9。特 別地’端蓋11之一部份被插入到插孔58内的—預定深产， 以破保防水性。一蓋突出（6L參考第從端蓋周 201210561 邊緣之—部份突出至本體1之外側’藉此協助將端蓋u連接 至繭皮移除器⑽之端部’或從其移除的操作。當螺栓_ 栓緊至端板9時，使用墊圈83以確保防水性。—密封貼紙％ 被附接至端板9之表面，以形成雙重防水結構。 第3圖疋依據本發明之繭皮移除器的頭部1〇〇〇之分解 透視圖。 LED 30讓使用者能夠用肉眼識別繭皮移除器的運轉情 況。如上所述，間隔突出31被設在頂蓋2之外表面上，使得 頂蓋2避免與地面直接接觸，因而防止頂蓋2被污染。護環7 作用為防止藉由研磨盤5從皮膚移除的繭皮被分散。護環7 由一撓性材料製成，諸如矽氧樹脂或橡膠。護環7被安裝至 -形成於護環支架6巾的槽（未示於圖巾）内。護環支架G被固 定至連接凹陷40。如附圖所示，藉由具有通孔37的研磨盤$ 研磨移除的繭皮通過通孔37被插入收集盤4的收集空間％ 中。因此，繭皮可被防止分散到繭皮移除器之外。參考第3 圖，收集盤4、被連接至研磨盤5的研磨盤支架43、被連接 至護環7的護環支架6，以及被連接至本體1之頂板39。止擋 突出42被設在研磨盤支架43上的預定位置。止擋突出42被 插入形成於收集盤4中的對應孔41内，以防止研磨盤支架43 空轉。 第4圖是本發明之繭皮移除器100的本體1之透視圖。第 5圖是本發明之繭皮移除器1〇0的馬達12及頂板39之透視 圖。第6圖是本發明之繭皮移除器1〇〇的馬達12及頂板39之 側視圖。 11 201210561 如第4圖所示，一階狀部份46被形成於本體1之第一端 中，使得頂板39被支承在階狀部份46上，且因而被防止被 過度插入本體1中。另外，當本體1藉由射出成型被形成時， 本體孔47被一體地形成於本體1中。螺栓33被栓緊至對應板 孔45及對應本體孔47中，因而將頂板39固定至本體1。一開 關孔85及一LED孔86被形成於本體1中，使得開關27通過開 關孔85從本體1突出，且LED 30通過LED孔86露出。 齒輪箱孔49被形成於齒輪箱13中，使得螺栓32經由頂 板39之馬達固定孔44被栓緊至對應齒輪箱孔，藉此將頂板 39固定至整個馬達12 »齒輪箱π被典型地用以增加馬達12 之扭矩。如果不需要高扭矩，僅馬達12可被直接連接至頂 板39，而不需使用齒輪箱13。這樣，雖然齒輪箱13可以選 擇性地被使用，但使用齒輪箱13是理想的。連接凹陷4〇被 形成於頂板39中的一預定部份。護環支架6被固定至連接凹 陷40。從齒輪箱中心部份突出的輸出軸14通過形成為通過 頂板39之中心部份的軸孔54。收集盤4被連接至輸出軸14。 如上所述，收集盤4用以儲存例如從使用者之腳跟等等移除 的繭皮。設有研磨盤5的研磨盤支架43被連接至收集盤4。 因此，從皮膚移除的繭皮通過形成穿過研磨盤5的通孔37被 收集在收集盤4的收集空間36中。研磨盤5由金屬製成。較 佳地，當研磨盤支架43藉由一埋入射出方法形成時，研磨 盤5被固定至研磨盤支架43。頂蓋2被可移除地鎖定至設在 頂部39上的固定突出3。當螺栓33被栓緊至頂部外中時，墊 圈84被套在每一螺栓33上以確保防水性。在第5圖中馬達 12 201210561 12之詳細構造未被繪示。角環35被安裝至角環凹陷53内， 以防止水通過配置在齒輪箱13中的軸凸緣51進入齒輪箱 13。如第6圖的頂板39之截面視圖所示，一角環突出5〇可被 °又在角％ 3 5上以使防水性能更可靠。輸出抽14具有_半圓 形截面’使得一側是平面的。因此，當馬達12旋轉時，被 連接至收集盤4及研磨盤支架43的輸出軸14可被防止相對 研磨盤支架43滑動。 • 第7圖是本發明之繭皮移除器100的頂板39之一後透視 圖。 如第7圖所示，複數定位凹陷52被形成於頂板39中。齒 輪箱13被安裝到定位凹陷52上，使得齒輪箱13可被防止不 理想地移向正破安裝位置的左側或右側。另外，角環3 $被 安裝至其内的角環凹陷53被形成於頂板39中。被安裳至角 環凹陷53内的角環35防止水進入齒輪箱13，例如，當用水 清洗繭皮移除器時。如第6圖所示’一細微間隙被形成在角 環35與輸出軸14之間’以當輸出軸14在運轉馬達12的作用 下旋轉時，防止角環35與輸出軸14之間的接觸導致„桑音。 在此情況中，即使一分鐘量的水沿輸出軸14之表面進入齒 輪箱13，因為大量潤滑劑存在齒輪箱13中，且*輪箱13被 緊貼地連接至馬達12 ’水很少進入馬達12。另外，如上所 述’合意的是角環突出50被設在角環35之内周面上，以便 更可靠地防止水進入馬達12。然而’在此情況中，當馬達 12運轉時，輸出軸14與角環突出50之間的接觸可能導致嗓 音。 13 201210561 第8圖是繪示本發明之繭皮移除器1()〇的馬達12、電路 板17及頂板39之間連接的視圖。 參考第1圖及第8圖，控制板17被設在馬達12的外周面 上’且延伸至一鄰接齒輪箱13的位置。一微小空間55被形 成於控制板17與齒輪箱13之間。控制板17之末端被配置在 開關27之一邊緣80的内部。如第1圖所示，開關27之邊緣8〇 被插入至控制板17與齒輪箱13之間的空間55中，使得開關 27被防止移至左側或右側。開關27被安裝至在本體丨上被形 成的開關孔85及LED孔86中。另外，開關27以諸如橡膠或 矽氧樹脂的材料覆蓋，俾提供防水性。 第9圖是繪示本發明之繭皮移除器1〇〇的本體丨之第二 端的透視圖。 參考第9圖，端支架§成一整體地被設在本則之第二端 上。端支架8具有一插孔支撐塊56及螺栓孔“。另外，一凹 57被形成於％支架8巾，使得延伸自組件板1⑽電線通 過凹口 57被連接至插孔1〇。 第1〇圖是綠示本發明之繭皮移除器100的端板9的透視 圖第11圖疋繪不依據本發明，被連接至端蓋⑽蘭皮移 除器100之一部份的透視圖。 參考第10圖及第η圖，端板9具有〇型環25被嵌入以防 水⑧型環編〇,螺栓24通過的螺栓孔82，及插孔58。由石夕 氧樹脂或橡膠製成的端蓋11覆蓋端板9。特別地’端蓋η之 二陳破插人插孔58達—預定深度，以確保防水性能。另 "圓凹〇59被形成於端板9之邊緣的—預定部份中。 14 201210561 一被設在端蓋11之外周緣上的連接突出被配合至半圓四口 59中，因而防止端蓋^不理想地與端板9分離。另外，201210561 VI. Description of the invention: [Declared as a good collar 2] Field of the Invention A large system of the present invention relates to a rechargeable suede remover for removing a suede mainly formed on a user's heel, more specifically A rechargeable suede remover that smoothly grinds a suede formed on a user's heel, sole, foot side, and toe, and removes the suede without affecting other portions of the foot. BACKGROUND OF THE INVENTION Generally, when a person walks on a shoe or stands, the foot is in contact with the hard portion of the shoe for a long time. Therefore, part of the skin of the foot becomes hard and the crust layer is formed. This suede layer gradually thickens. In severe cases, the molting may crack. The blue skin splitting session caused pain. In addition, for example, when the foot is washed, water penetrates into the suede layer and remains therein' thus causing infection due to their penetration by bacteria. A manual suede remover is primarily used to remove such a germination from a human foot. A user holds the handle of a manual suede remover by hand and uses - provided on one side of the remover body or Grinding discs on both sides manually grind the suede from the foot. However, the manual suede remover forces the user to repeat the lapping action, thus causing physical fatigue such as the wrist. In addition, because it is difficult to apply a constant force to the remover, the operation of removing the suede may be inefficient. In addition, the manual suede remover does not provide a separation protection. Therefore, the suede removed from the foot is scattered and unsanitary. The manual suede remover has a poor appearance and its portability is the same because of the manual suede remover Bean-η 八巧3 立立盖. 201210561 At the same time, the razor has been used in other suede removal methods with an electric suede remover having a grindstone operated by a small battery at one end. However, the razor is dangerous, in addition to the possibility of bacterial contamination, and the suede is unevenly removed from a user's foot. In the case of an electric suede remover, the battery is quickly consumed. Because a small motor is used, the output power is small. In addition, the crust debris removed from the foot is scattered around. Grindstones or matte have poor grinding properties that allow the suede to be removed from the foot inefficiently. SUMMARY OF THE INVENTION Accordingly, the present invention has been made in view of the above problems occurring in the prior art, and an object of the present invention is to provide a rechargeable suede remover using a rechargeable battery And a gear motor 'to increase the grinding force of a grinding disc, different from the conventional manual suede remover which only removes the suede by the user's hand to reciprocate, and is different from using a smaller power. A conventional electric suede remover for batteries. Therefore, the abrasive disc having the abrasive projection can cleanly remove the suede from a user's heel without causing pain to the user. In addition, the rechargeable suede remover can be washed with water. In order to achieve the above object, in one aspect, the present invention provides a rechargeable suede remover for removing a suede from a user's foot, comprising: a body forming a handle of the suede remover a battery disposed in the body, the battery is powered from a power outlet through a wire; a gearbox disposed at a first end of the body, the gearbox including an output shaft having a semi-circular cross section, The output shaft is coupled to a collection tray for collecting the 茧201210561 skin removed from the foot; a motor coupled to the gearbox and powered by the battery through a wire, the motor being controlled by a steering-motor control switch a top plate disposed on the first end of the body, the top plate being fixed to the gear box; a grinding disc fixed to a grinding disc holder mounted in the hole of the collecting tray, the grinding disc being moved from the foot Rotating in a manner other than suede; a retaining ring that prevents the suede from being removed from the foot by the grinding disc, the retaining ring is provided with a retaining ring bracket; and an end plate disposed on a second end of the body, the end Plate forming the blue peel remover Ends. In another aspect, the present invention provides a rechargeable suede remover for removing a skin from a user's foot, comprising: a body forming a handle of one of the suede removers; a battery in the body, the battery is powered from a power outlet through a wire; a gear phase disposed at the first end of the body, the gearbox including an output shaft having a semi-circular cross section, the output shaft being coupled to a collecting tray for collecting the suede removed from the foot; a motor coupled to the gearbox and powered by the battery through the electric wire, the motor being controlled by operating a motor control switch; a top plate on the end, the top plate being fixed to the gear box; a grinding disc fixed to a grinding disc holder mounted in one of the holes of the collecting tray, the grinding disc rotating in a manner of removing the suede from the foot; a guard ring for preventing the separation of the suede removed from the foot by the grinding disc, the guard ring being provided with a guard ring bracket; a resistor disposed near the battery to control the rotational speed of the motor; and one of the bodies disposed on the body End plate on the second end Plate forming the sheath remover _ - end. The rechargeable suede remover according to the present invention uses a powerful and rapid rotation of a gear motor to grind the blue skin, unlike forcing the user to perform a grinding operation using the arm strength of his/her 5 201210561, and thus causing physical fatigue. Conventional manual suede remover. Therefore, the time taken to remove the mink is significantly reduced. Additionally, the present invention is configured such that the skin removed from the user's foot is collected in a collection tray, thereby minimizing the dispersion of the suede. In addition, the body of the suede remover has a cover covering such that it has increased portability and the abrasive disc in direct contact with the user's skin prevents contamination. Therefore, the present invention is very hygienic. Furthermore, the suede remover of the present invention is rechargeable and therefore convenient. Further, the suede remover has a waterproof structure which can be easily washed with water. The above and other objects, features, and advantages of the present invention will be apparent from 2 is a cross-sectional view taken along line AA of FIG. 1; FIG. 3 is an exploded perspective view of a head of a suede remover according to the present invention, and FIG. 4 is the present invention A perspective view of one of the bodies of the suede remover; Fig. 5 is a perspective view of one of the motor and a top plate of the suede remover of the present invention, and Fig. 6 is a view of the suede remover of the present invention Side view of the motor and the top plate, Fig. 7 is a perspective view of the top plate of the suede remover of the present invention; Fig. 8 is a view showing the motor of the suede remover of the present invention, a circuit board, 6 201210561 and the top plate 9 is a perspective view showing a second end of the body of the suede remover of the present invention; and FIG. 10 is a perspective view showing one end plate of the suede remover of the present invention; Figure 11 is a diagram showing a portion of a suede remover attached to an end cap in accordance with the present invention. Figure 12 is a perspective view showing the assembly of the retaining ring of the suede remover in accordance with the present invention; and Figure 13 is a view of a rechargeable suede remover in accordance with another embodiment of the present invention. A perspective view of one of the top panels; Figure 14 is a view of the connection of a collection tray to an output shaft of a motor in accordance with the present invention; and Figure 15 is a side view showing an example of the abrasive projection of the suede remover of the present invention. Figure 16 is a side cross-sectional view showing a portion of a rechargeable suede remover in accordance with still another embodiment of the present invention; and Figure 17 is a view showing a battery of the embodiment of Figure 16 A view of a resistor; and FIG. 18 is a perspective view showing a portion of a rechargeable suede remover in accordance with still another embodiment of the present invention. C. DETAILED DESCRIPTION OF THE PREFERRED EMBODIMENTS Hereinafter, a rechargeable skin remover according to one of the present invention will be described in detail with reference to the 201210561 drawing. BRIEF DESCRIPTION OF THE DRAWINGS Figure 1 is a front elevational view of a rechargeable suede remover in accordance with one embodiment of the present invention. As shown in Fig. 1, the rechargeable suede remover 100 has a shape of a god 1J0, the diameter of which increases from one end to the other. Preferably, the outer casing of the suede remover 100 is made of a material such as plastic. Fig. 2 is a cross-sectional view taken along line A-A of Fig. 1. The general construction of the rechargeable skin remover of the present invention will be described with reference to Figure 2. As shown in Fig. 2, the rechargeable suede remover 100 includes a body 1, a head 1000, a middle portion 2000, and an end portion 3000. The body 1 has a flared shape that allows a user to hold it comfortably. The head 1000 includes a top plate 39 disposed on a first end of the body 1. The central portion 2000 includes a component board 16. The end portion 3000 includes an end plate 9 that forms one of the second ends of the suede remover 1〇〇. A gearbox 13 is placed in the head 1000. A motor 12 is integrally connected to the 炱 gearbox 13. A terminal 15 having a positive pole and a negative pole extends from the motor 12. "The terminal 15 is connected to the component board 16. A plurality of components 18 are mounted to both sides of the component board 16. Assembly 18 includes a resistor, a capacitor, a microcomputer, an integrated circuit, a connector, etc. that operate and control the rechargeable skin remover 100 of the present invention. Further, a control board 17 for controlling the motor 12 is provided on the right side of the motor 12. A switch 27 for turning on/off the motor 12 is mounted to the control board 17. The switch 27 is covered by a material such as rubber or silicone to provide insulation and water repellency. The switch 27 has a contact terminal 28 and a contact point 29' which are made of a conductive material such that when the contact terminal 28 8 201210561 is in contact with the contact point 29, the motor 12 operates. In addition, an LED (Light Emitting Diode) 30 is mounted to the control board 17. The lED 3 indicates the charging condition of a battery 21 to be described later by changing the color, and indicates whether the motor 12 is operating. Typically when the battery 21 is charged, it is indicated by green. A state in which the battery 21 is not charged is indicated by red. In addition, a state in which the motor 12 is operating is indicated by blue. The head 1000 includes a top cover 2' that is coupled to the body 1' in such a manner as to be locked to the fixed projection 3 of the body, thereby covering a 'grinding disc 5' of the suede remover 100. The spacer protrusion 31 is provided on the top cover 2 to prevent the top cover 2 from being contaminated by contact with the ground. A grinding disc 5 protected by a top cover 2 is used to grind the suede and remove them from the skin of the user. A plurality of through holes 37 are formed in the grinding disc 5 such that the suede removed from the skin by the grinding disc 5 passes through the through holes 37. The grinding disc 5 is made of metal. As shown in Fig. 3, the grinding disc 5 has a circular metal mesh shape and is attached to a grinding disc holder 43. Therefore, a collection space 36 is formed by the grinding disc 5 and the grinding disc holder 43 to cover the collecting space 36. A shaft hole 54 is formed through the center portion of the top plate 39. An output shaft 14 projecting from the gear case 13 is inserted through the shaft hole 54. The collection plate is placed on the end of the output shaft 14. A magnet 38 is provided on the wheeling shaft 14. Therefore, the magnet 38 attracts the grinding disc 5 made of metal so that the grinding disc 5 is prevented from being detached from the billitrip remover when the suede remover is operated. - The corner ring % is disposed in a corner ring recess (53 · ' refer to Fig. 7) to prevent water from passing through - the shaft flange (51; see Fig. 6) provided on the gear case 13 enters the gear case. The top plate 39 has a motor fixing hole 44, and the bolt 33 for fixing the top plate % to the gear case 13 is bolted into the motor fixing hole 44, and has a plate hole 45 which is bolted to the bolt 33 of the fixed top plate 39 to the body 1 with 201210561. Close to the plate hole 45. Further, a fixing protrusion 3 to which the top cover 2 is locked is provided on the top plate 3. A connecting recess 4 连接 to which a guard ring bracket is attached is formed in the top plate 3. Further, a cymbal type ring seat groove (48; see Fig. 5) is formed around the outer peripheral surface of the top plate 39. A 〇-shaped ring 34 is mounted in the 环-shaped ring seat groove 48 to waterproofly seal the space between the body 丨 and the top plate 39. A retaining ring 7 is made of a flexible material such as silicone or rubber. As shown in Fig. 5, a gear box hole 49 is formed in the gear case 13. The bolts 32 are tightened into the respective gearbox holes 49 via the motor fixing holes 44 of the top plate 39, thereby fixing the top plate 39 to the gear case 13. Further, when the bolt 33 is inserted into the top plate 39, a washer 84 can be fitted over each of the bolts 33 to ensure waterproof performance. At the same time, in the middle portion 2000 of the mink remover 100, the component board 16 is electrically connected to the control board 17 by a connector 19. The two terminals 15 of the motor 12 are fixed to the component board 16 by solder 20. The battery 21 supplies power to the motor 12 connected to the component board 16 through the electric wires 22. Further, at the end portion 3 of the suede remover 1 螺栓, a bolt hole (83. Fig. 10) is formed at a predetermined position passing through the end plate 9. The bolts 24 pass through the respective bolt holes 82 and are bolted to the end brackets 8, thereby fixing a jack 1 to the end bracket 8. A one-ring type ring groove 60 is formed around the outer peripheral surface of the end plate 9. The 〇-ring 25 is inserted into the 环-ring groove 60 to prevent water from entering the body 丨. A jack (see Fig. 10) is formed at a position of the corresponding jack 10 through the armor portion of the end plate 9. An end cap 9 made of a silicone resin or rubber covers the end plate 9. In particular, a portion of the end cap 11 is inserted into the receptacle 58 - predetermined for deep production to protect against water repellency. A cover protrusion (6L reference from the edge of the end cover 201210561 - partially protruding to the outer side of the body 1) thereby assisting in the attachment or removal of the end cap u to the end of the suede remover (10) When the bolt _ is bolted to the end plate 9, the gasket 83 is used to ensure water repellency. - The sealing sticker % is attached to the surface of the end plate 9 to form a double waterproof structure. Fig. 3 茧 疋 according to the present invention An exploded perspective view of the head of the remover. The LED 30 allows the user to visually recognize the operation of the suede remover. As described above, the spacer protrusion 31 is provided on the outer surface of the top cover 2. The top cover 2 is prevented from coming into direct contact with the ground, thereby preventing the top cover 2 from being contaminated. The grommet 7 acts to prevent the suede removed from the skin by the grinding disc 5 from being dispersed. The grommet 7 is made of a flexible material. , such as a silicone resin or rubber. The grommet 7 is mounted to a groove (not shown in the towel) formed in the grommet bracket 6. The grommet bracket G is fixed to the attachment recess 40. As shown in the drawing, The suede removed by the grinding disc $ having the through hole 37 is inserted into the collecting tray 4 through the through hole 37. The space is collected in %. Therefore, the suede can be prevented from being dispersed outside the suede remover. Referring to Fig. 3, the collecting tray 4, the grinding disc holder 43 connected to the grinding disc 5, and the guard ring 7 are connected. a grommet bracket 6, and a top plate 39 connected to the body 1. The stop projection 42 is provided at a predetermined position on the grinding disc holder 43. The stopper projection 42 is inserted into a corresponding hole 41 formed in the collecting tray 4 to The grinding disc holder 43 is prevented from being idling. Fig. 4 is a perspective view of the body 1 of the suede remover 100 of the present invention. Fig. 5 is a perspective view of the motor 12 and the top plate 39 of the suede remover 100 of the present invention. Fig. 6 is a side view of the motor 12 and the top plate 39 of the suede remover 1 of the present invention. 11 201210561 As shown in Fig. 4, a first-order portion 46 is formed in the first body 1. In the end, the top plate 39 is supported on the stepped portion 46, and thus is prevented from being excessively inserted into the body 1. Further, when the body 1 is formed by injection molding, the body hole 47 is integrally formed on the body 1 The bolt 33 is bolted into the corresponding plate hole 45 and the corresponding body hole 47, thereby fixing the top plate 39 to the body 1. A switch hole 85 and an LED hole 86 are formed in the body 1 such that the switch 27 protrudes from the body 1 through the switch hole 85, and the LED 30 is exposed through the LED hole 86. The gear case hole 49 is formed in the gear case 13. The bolt 32 is bolted to the corresponding gearbox bore via the motor securing hole 44 of the top plate 39, thereby securing the top plate 39 to the entire motor 12 » the gearbox π is typically used to increase the torque of the motor 12. If not required Torque, only the motor 12 can be directly connected to the top plate 39 without using the gear box 13. Thus, although the gear box 13 can be selectively used, it is desirable to use the gear box 13. The connection recess 4 is formed in A predetermined portion of the top plate 39. The grommet bracket 6 is fixed to the attachment recess 40. The output shaft 14 projecting from the center portion of the gear case passes through a shaft hole 54 formed through a central portion of the top plate 39. The collection tray 4 is connected to the output shaft 14. As described above, the collection tray 4 is used to store, for example, a suede removed from the user's heel or the like. A grinding disc holder 43 provided with a grinding disc 5 is attached to the collecting tray 4. Therefore, the suede removed from the skin is collected in the collecting space 36 of the collecting tray 4 by the through holes 37 formed through the grinding disc 5. The grinding disc 5 is made of metal. Preferably, the grinding disc 5 is fixed to the grinding disc holder 43 when the grinding disc holder 43 is formed by a buried incidence method. The top cover 2 is removably locked to the fixed projection 3 provided on the top portion 39. When the bolt 33 is bolted to the top outer portion, the gasket 84 is fitted over each of the bolts 33 to ensure water repellency. The detailed construction of the motor 12 201210561 12 in Fig. 5 is not shown. The corner ring 35 is fitted into the corner ring recess 53 to prevent water from entering the gear case 13 through the shaft flange 51 disposed in the gear case 13. As shown in the cross-sectional view of the top plate 39 of Fig. 6, a corner ring projection 5 can be applied to the angle % 3 5 to make the waterproof performance more reliable. The output draw 14 has a semi-circular cross section so that one side is planar. Therefore, when the motor 12 rotates, the output shaft 14 connected to the collecting tray 4 and the grinding disc holder 43 can be prevented from sliding relative to the grinding disc holder 43. • Fig. 7 is a rear perspective view of one of the top plates 39 of the suede remover 100 of the present invention. As shown in Fig. 7, a plurality of positioning recesses 52 are formed in the top plate 39. The gear case 13 is mounted to the positioning recess 52 so that the gear case 13 can be prevented from undesirably moving to the left or right side of the broken mounting position. Further, a corner ring recess 53 to which the corner ring 3 $ is mounted is formed in the top plate 39. The corner ring 35, which is slid into the corner recess 53 prevents water from entering the gearbox 13, for example, when the squeegee remover is washed with water. As shown in Fig. 6, 'a fine gap is formed between the angle ring 35 and the output shaft 14' to prevent contact between the angle ring 35 and the output shaft 14 when the output shaft 14 is rotated by the running motor 12. This results in „Sanyin. In this case, even if a minute of water enters the gearbox 13 along the surface of the output shaft 14, since a large amount of lubricant is present in the gearbox 13, and the *wheelbox 13 is tightly connected to the motor 12 'Water rarely enters the motor 12. In addition, as described above, it is desirable that the corner ring projection 50 is provided on the inner circumferential surface of the corner ring 35 to more reliably prevent water from entering the motor 12. However, 'in this case, When the motor 12 is in operation, the contact between the output shaft 14 and the corner ring projection 50 may cause a click. 13 201210561 FIG. 8 is a diagram showing the motor 12, the circuit board 17 of the suede remover 1 () of the present invention and A view of the connection between the top plates 39. Referring to Figures 1 and 8, the control board 17 is provided on the outer peripheral surface of the motor 12 and extends to a position adjacent to the gear box 13. A minute space 55 is formed in the control board 17 is between the gear box 13. The end of the control board 17 is disposed at the switch 27 The inside of the rim 80. As shown in Fig. 1, the edge 8 of the switch 27 is inserted into the space 55 between the control board 17 and the gear case 13, so that the switch 27 is prevented from moving to the left or right. The switch 27 is mounted. To the switch hole 85 and the LED hole 86 formed on the body 。. In addition, the switch 27 is covered with a material such as rubber or silicone resin to provide water repellency. Fig. 9 is a view showing the mites removal of the present invention. A perspective view of the second end of the body 丨 of the device 1. Referring to Figure 9, the end bracket § is integrally provided on the second end of the present. The end bracket 8 has a receptacle support block 56 and a bolt hole. In addition, a recess 57 is formed in the % bracket 8 so that the wires extending from the component board 1 (10) are connected to the jack 1 through the recess 57. Figure 1 is a perspective view of the end plate 9 of the suede remover 100 of the present invention. Figure 11 is not attached to one end of the end cap (10) of the blue peel remover 100 in accordance with the present invention. perspective. Referring to Figures 10 and η, the end plate 9 has a 〇-shaped ring 25 that is embedded with a water-proof 8-ring splicing, a bolt hole 82 through which the bolt 24 passes, and an insertion hole 58. An end cap 11 made of diarrhea or rubber covers the end plate 9. In particular, the end cap η is inserted into the jack 58 to a predetermined depth to ensure waterproof performance. Further "concave ridge 59 is formed in the predetermined portion of the edge of the end plate 9. 14 201210561 A connecting projection provided on the outer periphery of the end cap 11 is fitted into the semicircular four port 59, thereby preventing the end cap from being undesirably separated from the end plate 9. In addition,
Jp 11圖所示’該端蓋在其邊緣上具有蓋突出61，以協助鳴羞 11連接至端板9或從其移除的操作。 第12圖是繪示依據本發明之繭皮移除器的護環之发配 的透視圖。 如弟12圖所示，突出62被設在護環支架6的外表运巧 圍’且孔在對應於突出62的位置被形成於護環7中。幾學7 以—將突出62插入至護環7之諸孔中的方式被固定至礎戸 支架6。之後，一環形護圈63被套在突出62上，使得讃 可罪地被防止從護環支架6分離。護環7由撓性材料製 成’諸如石夕氧樹脂或橡膠。護環支架6被配合至頂板39的連 凹陷40中。護環7可僅藉由壓入配合被連接至護環支 6。X Ml 小 卜’黏合劑可被施加在護環支架6與護環7之間，或可 '、選擇地’在護環7被套在護環支架6上之後，這些可藉由 超曰波融合彼此固定。 ®疋依據本發明之另一實施例，一可充電繭皮移 除器的一T1 -3 n _ 坂39之透視圖，繪示一護環7高度之調整。在此 貫施例中，—山& 耿槽64、圓周槽65及鎖定孔66被形成於頂板 39的外周面I· 上 上° 一鎖定突出67被設在護環支架6的内周面 此’遵環支架6的鎖定突出67被插入頂板39的嵌槽64 内，被移至一 —所需距離，且進而在圓周方向沿選擇的圓周 糟65旋轉，伟 &伸鎖疋突出67被鎖定至對應鎖定孔66。在此， 蠖環7可依摅in _周槽65與鎖定孔66之數目而被調整各種高 15 201210561 度。 第14圖是繪示收集盤4對輸出軸14之連接的視圖。 如第14圖所示，一軸孔68被形成於收集盤4的後表面 中，使得從馬達12之齒輪箱13突出的輸出轴14可被配合至 軸孔68。如果輸出軸14被插入到軸孔68内太深，那麼磁鐵 38可能因輸出軸14而與收集盤4分離（參考第14圖之中間視 圖）。因此，一塞子69成一整體地被設在收集盤4的一預定 位置，使得一適當空間被形成於輸出軸14與磁鐵38之 間。因此，當輸出軸14被配合至軸孔68時，即使過度施力 至輸出軸14或/及收集盤4 ’由於輸出軸14之推力，磁鐵38 可被防止由收集盤4分離。 參考第15圖，研磨盤5由金屬製成。具有三角形狀的研 磨突出79被設在研磨盤5之表面上，以增強繭皮移除效果。 因為研磨突出79之邊緣較尖銳，繭皮移除效果被增加。因 此，較佳地，研磨突出79包含研磨突出79-2或79-4，它們的 側壁是凹的使得其之邊緣更尖銳。 第16圖是繪示依據本發明之又一實施例，一可充電蘭 皮移除器之一部份的側截面圖。第17圖是繪示第16圖之實 施例的一電池及一電阻器之視圖。 齒輪箱13被穩固地固定至馬達12。輸出軸14從齒輪箱 13之中心部份突出。組件板16藉由連接器19被連接至控制 板17。用於電池21對馬達12供電的電線23被連接至組件板 16。控制板17包括LED 30及一滑動開關71。電路結構比上 述實施例的簡單。在此實施例中’電源從電池21被直接供 16 201210561 應至馬達12。開啟/關閉電源及馬達12之rpm(每分鐘轉數） 藉由操縱滑動開關71被控制。滑動開關71包括—開關桿 72。開關桿72被插入/潸動按鈕73之一連接部份74内。滑 動按鈕73由撓性材料製成’諸如橡膠及矽氧樹脂。滑動開 關71的開關桿72藉由推動或拉動滑動按钮73的連接部份74 被移動。藉此，開啟/關閉馬達或馬達12之i*pm被控制。例 如，滑動開關71具有三個接觸點（未示於圖中）。一接觸點用 於一關閉狀態，另一接觸點用於一低速操縱狀態。在低速 操縱狀態中，電池21之電源藉由一電阻器76被供應至馬達 12。較佳地，電阻器76包含一可承受高電力的水泥電阻器。 然而，電阻器76不限制於此類型。亦即，任何只要能夠承 受高電力的電阻器可使用作為電阻器76。最後的接觸點與 一高速運轉狀態關連。在此狀態中，電源從電池21被直接 供應至馬達12 ’而不需經過電阻器76。電池21被連接至一 連接器77 ’使得電源之供應或中斷使用依據滑動開關71之 操作的一電路被決定。 未不於第16圖的繭皮移除器之部份與上述實施例的相 同’因此進一步的解釋也將被忽略。連接器19及77、電線 23 ' -電容H78等等被安裝至組件板16。滑動開關71、滑 動按鈕73、LED 3〇料被連接至控制板n。在此實施例中， 雖然滑動開關71破繪示成用作開關，各種類型的開關，例 如一壓動開關、—撥動開關、-觸動開關、-SMD開關、 一旋轉開關等等可被用作開關。如第17圖所示’電池21藉 由-保護層75被圍住’其防止電池21被劃傷或污染。電阻 17 201210561 器76較佳地包含_水泥電阻器，且具有—半圓形狀，使得 -可，、電池21起被安裝在具有―圓柱形狀的本體丄中。第 π圖之第三視圖繪示本則之―截面圖，電池21及水泥電阻 器76被安裝在本體1中。 第18圖是繪示依據本發明之再一實施例，一可充電蘭 ，多除器之一部份的透視圖。在此實施例十，㈣皮移除 益之-本體200具有-沙漏形狀’其直徑從中部向兩端增 加。如果具有沙漏形狀的本體2_由射出成型被形成，細 .分模線被不可避免地形成於本體2〇〇之外表面上的兩側此 於二射出成型物質彼此附接時發生；這惡化外觀。爲了改 進這點，至少二縱向狹縫201被形成在本體2〇〇外表面之兩 側，如第18圖所示。在本體200的情況中，因為其直徑從中 部向兩端增加，當其被使用時，可防止本體2〇〇從使用者手 中滑落。另外，如果一分離座架被使用，該繭皮移除器可 易於且被穩定放置到該座架上。每一縱向狹縫2〇1沿本體 200之縱向可具有相同深度及寬度，或可選擇地，其深度及 寬度可隨位置而變化。 在下文中’依據本發明之可充電繭皮移除器的操作將 被詳述8 馬達12藉由操縱设在本體1之外表面上的開關27被運 轉。進而，與馬達12整合在一起的齒輪箱13藉由馬達12之 運轉而被運轉。藉此，被連接至齒輪箱13的輸出軸14旋轉。 另外’輸出軸14之旋轉速度可藉操縱開關27，透過改變馬 達12之rpm被控制。為此，被安裝至組件板16的各種組件被 18 201210561 組配成使得它們有機地結合，且能以一電路為基礎被控 制。依據環境，僅馬達12可被提供，而不需使用齒輪箱13。 典型地，馬達12具有一旋轉軸。當輸出轴14在馬達運轉 時旋轉時’被連接至輸出軸14的收集盤4也旋轉。進而，研 磨盤支架43與收集盤4一起旋轉，因為研磨盤支架43之止擋 突出42被安裝至收集盤4的孔41中。最終，研磨盤5因已藉 由埋入射出製程被連接至研磨盤支架43故亦旋轉。研磨突 出79被設在研磨盤5的整個表面上。因此，當研磨盤5旋轉 時，研磨突出79從使用者例如腳的皮膚移除繭皮。移除的 賴皮經由形成於研磨盤5中的通孔37被收集在形成於收集 盤4中的收集空間36中。另外，因為磁鐵38被設在收集盤4 上，且吸引金屬研磨盤5 ’設有研磨盤5的研磨盤支架们即 便當研磨盤5旋轉時被防止從本體丨脫離。此外，因為輸出 軸14由金屬製成，收集盤4可更可靠地被防止在其旋轉時從 輸出軸14脫離。如上所述，參考第15圖，研磨突出79具有 三角形狀，且較佳地，其包含具有凹陷側壁使得其邊緣更 尖銳的研磨突出79-2或79-4。這進一步增強繭皮移除效果。 同時，固定突出3及連接凹陷40被形成於設在本體丨之第— 端上的頂板39中。具有由撓性材料，諸如矽氧樹脂或橡膠 製成的護環7的護環支架6被連接至連接凹陷4〇。護環7用以 防止由研磨盤5從皮膚移除的繭皮向四處分散。換句話說， 從使用者例如腳之皮膚移除的繭皮被收集在收集盤5的收 集空間36或護環7中。這樣，因為移除的繭皮可被收集在預 定空間中，移除輔皮的工作可變得衛生。此外，本發明之 201210561 可充電繭皮移除器100具有防水功能，使得頂板39之表面、 收集盤4、研磨盤支架43、研磨盤5、護環支架6及護環7可 易於用自來水清洗。另外，在繭皮移除器1〇0結束使用後， 頂部是以將頂蓋2安裝至設在頂板39表面上的固定突出3之 方式由頂蓋2覆蓋。同時，當開關27被按下時，設在開關27 中的導電接觸端子28與接觸點29接觸。此時，電力透過電 路被傳送至馬達12。因此，馬達12運轉。設在控制板17上 的LED 30藉由改變顏色指示繭皮移除器ι〇〇的運轉情況，或 電池21的充電情況。爲充電電池21，一家庭廣泛使用的電 池充電器（未示於圖中）之插頭被連接至插孔1〇。接著，預定 電流流過電線23且充電電池21 ^依據電池21的充電情況’ LED 30之顏色改變。大體上，正在充電的電池21指示為綠 色。電池21未在充電的一狀態指示為紅色。另外，馬達12 在運轉的一狀態指示為藍色。其電路結構可由設在組件板 16及控制板17上的各種組件之組合而被形成，且該技藝中 具有通常知識者將⑽瞭解此電路結構。在電池21完成充 電之後本體使用端蓋11緊閉以防止灰塵或類似物進入本 體1。 該使用水泥電阻器的實施例之操作方法及充電方法與 其他實施例相似。本發明中使用_關最好包含滑動開關 71，但本發明不限制於此。例如，1動開關可被使用。 另外’本體200具有縱向狹縫2()1之可充電繭皮移除器的操 作方法及充電方法域乎與其他實㈣相同，因此不需要 作進一步說明。 20 201210561 如上所述，依據本發明之一可充電繭皮移除器可解決 習知手動繭皮移除器之問題，即迫使一使用者用他/她的手 臂力量實施研磨操作，且因此導致體能疲勞。另外，因為 一馬達的快速$疋轉及強力被使用，從例如腳的皮膚移除繭 皮花費的時間被顯著縮短。另外，本發明被組配成使得從 皮膚移除的繭皮被收集在一收集盤中，因而最小化繭皮四 處分散。此外，該繭皮移除器之本體以—蓋覆蓋，使得可 攜性被增加，且與使用者皮膚直接接觸的研磨盤可被防止 污染；因此，本發明是非常衛生的。另外，本發明之繭皮 移除器可充電，因此是便利的。此外，該繭皮移除器具有 一防水結構，其可易於使用自來水清洗。 雖然依據本發明之可充電繭皮移除器之較佳實施例已 基於說明目的被揭露，該技藝中具有通常知識者將瞭解各 種修改、附加及代替是可能的，而不違背所附申請專利範 圍所揭露的本發明之及精神。因此，必須瞭解上述實 施例僅是一代表範例，且不限制本發明。另外，應理解可 仗所附申請專利範圍之意義、範圍及等效概念推衍出的各 種修改、附加及置落在本發明範圍内。 【圖式簡單說明】 第1圖疋依據本發明之一實施例，一可充電繭皮移除器 之正視圖； 第2圖是沿第1圖之線A-A的截面圖； 第3圖是依據本發明之繭皮移除器之一頭部的分解透 視圖； 21 201210561 第4圖是本發明之繭皮移除器之一本體的透視圖； 第5圖是本發明之繭皮移除器之一馬達及一頂板的透 視圖； 第6圖是繪示本發明之繭皮移除器的馬達及頂板的側 視圖， 第7圖是本發明之繭皮移除器的頂板之後透視圖； 第8圖是繪示本發明之繭皮移除器的馬達、一電路板， 及頂板之間的連接之視圖； 第9圖是繪示本發明之繭皮移除器之本體的一第二端 的透視圖； 第10圖是繪示本發明之_皮移除器之一端板的透視 圖； 第11圖是繪示與一依據本發明的端蓋連接的繭皮移除 器的一部份之透視圖； 第12圖是繪示依據本發明之蘭皮移除器之護環之組件 的透視圖； 第13圖是依據本發明之另一實施例，一可充電繭皮移 除器之一頂板的透視圖； 第14圖是依據本發明，一收集盤對一馬達之輸出軸之 連接的視圖； 第15圖是繪示本發明之蘭皮移除器之研磨突出之範例 的側視圖， 第16圖是繪示依據本發明之又一實施例，一可充電繭 皮移除器之一部份的側截面圖； 22 201210561 第17圖是繪示第16圖之實施例的一電池及一電阻器之 視圖；及 第18圖是繪示依據本發明之再一實施例，一可充電繭 皮移除器之一部份的透視圖。 【主要元件符號說明】 1、200…本體 20···焊錫 2…頂蓋 21…電池 3···固定突出 22、23…電線 4…收集盤 24、32、33…螺栓 5…研磨盤 25、34···0型環 6···護環支架 26…密封貼紙 7…護環 27…開關 8…端支架 28…接觸端子 9…端板 29…接觸點 10…插孔 30···發光二極體(LED) 11…端蓋 31…間隔突出 12…馬達 35…角環 13…齒輪箱 36···收集空間 14…輸出軸 37…通孔 15…端子 38···磁鐵 16…組件板 39…頂板 17…控制板 40…連接凹陷 18…組件 41…收集盤中孔 19…連接器 42…止擋突出 23 201210561 43…研磨盤支架 67…鎖定突出 44…馬達固定孔 69…塞子 45…板孔 70…適當空間 46···階狀部份 71…滑動開關 47…本體孔 72…開關桿 48…0型環座槽 73…滑動按鈕 49…齒輪箱孔 74···連接部份 50…角環突出 75…保護層 51…軸凸緣 76…電阻器 52…定位凹陷 77…連接器 53…角環凹陷 78…電容器 54、68…轴孔 79~79-4…研磨突出 55…空間 80…邊緣 56…插孔支撐塊 8l···螺栓孔 57".凹口 84…塾圈 58…插口 85…開關孔 59…半圓凹口 86".LED 孔 60···Ο型環槽 100…可充電繭皮移除器 61…蓋突出 201…縱向狹縫 62…突出 1000…頭部 63…環形護圈 2000…中部 64…傲槽 3000…端部 65…圓周槽 66…鎖定孔 A-A…線 24The end cap has a lid projection 61 on its edge to assist in the operation of the shiver 11 being attached to or removed from the end panel 9. Figure 12 is a perspective view showing the mating of the grommet of the suede remover in accordance with the present invention. As shown in Fig. 12, the projection 62 is provided on the outer surface of the grommet bracket 6 and the hole is formed in the grommet 7 at a position corresponding to the projection 62. It is fixed to the base bracket 6 in such a manner that the projection 62 is inserted into the holes of the retaining ring 7. Thereafter, an annular retainer 63 is placed over the projection 62 so that it is sinfully prevented from separating from the grommet bracket 6. The grommet 7 is made of a flexible material such as a stone oxide or rubber. The grommet bracket 6 is fitted into the recess 40 of the top plate 39. The grommet 7 can be attached to the grommet branch 6 only by a press fit. The X Ml Bu's adhesive can be applied between the grommet bracket 6 and the grommet 7 or can be selectively selected after the grommet 7 is placed over the grommet bracket 6 by super-wave fusion Fixed to each other. ® 疋 In accordance with another embodiment of the present invention, a perspective view of a T1 - 3 n _ 坂 39 of a rechargeable suede remover illustrates the adjustment of the height of a grommet 7. In this embodiment, the mountain & gutter 64, the circumferential groove 65, and the locking hole 66 are formed on the outer peripheral surface I· of the top plate 39. A locking projection 67 is provided on the inner circumferential surface of the grommet bracket 6. The locking projection 67 of the 'assist ring bracket 6 is inserted into the recess 64 of the top plate 39, moved to a desired distance, and in turn rotated in the circumferential direction along the selected circumference 65, the & It is locked to the corresponding locking hole 66. Here, the ankle ring 7 can be adjusted to various heights of 15 201210561 degrees depending on the number of in-circle grooves 65 and the locking holes 66. Figure 14 is a view showing the connection of the collecting tray 4 to the output shaft 14. As shown in Fig. 14, a shaft hole 68 is formed in the rear surface of the collecting tray 4 so that the output shaft 14 projecting from the gear box 13 of the motor 12 can be fitted to the shaft hole 68. If the output shaft 14 is inserted too deep into the shaft hole 68, the magnet 38 may be separated from the collection tray 4 by the output shaft 14 (refer to the middle view of Fig. 14). Therefore, a plug 69 is integrally provided at a predetermined position of the collecting tray 4 such that an appropriate space is formed between the output shaft 14 and the magnet 38. Therefore, when the output shaft 14 is fitted to the shaft hole 68, the magnet 38 can be prevented from being separated by the collecting tray 4 even if the force is excessively applied to the output shaft 14 or/and the collecting tray 4' due to the thrust of the output shaft 14. Referring to Fig. 15, the grinding disc 5 is made of metal. A grinding protrusion 79 having a triangular shape is provided on the surface of the grinding disc 5 to enhance the suede removal effect. Since the edge of the abrasive projection 79 is sharper, the suede removal effect is increased. Accordingly, preferably, the abrasive projections 79 comprise abrasive projections 79-2 or 79-4, the sidewalls of which are concave such that their edges are sharper. Figure 16 is a side cross-sectional view showing a portion of a rechargeable blueprint remover in accordance with still another embodiment of the present invention. Figure 17 is a view showing a battery and a resistor of the embodiment of Figure 16. The gearbox 13 is firmly fixed to the motor 12. The output shaft 14 protrudes from a central portion of the gear case 13. The component board 16 is connected to the control board 17 by a connector 19. An electric wire 23 for supplying power to the motor 12 from the battery 21 is connected to the module board 16. The control board 17 includes an LED 30 and a slide switch 71. The circuit structure is simpler than the above embodiment. In this embodiment, the power source is supplied directly from the battery 21 to the motor 12 at 16 201210561. The rpm (revolutions per minute) of turning on/off the power source and the motor 12 is controlled by manipulating the slide switch 71. The slide switch 71 includes a switch lever 72. The switch lever 72 is inserted into one of the connecting portions 74 of the push button 73. The slide button 73 is made of a flexible material such as rubber and silicone resin. The switch lever 72 of the slide switch 71 is moved by pushing or pulling the connecting portion 74 of the slide button 73. Thereby, the i*pm of turning on/off the motor or motor 12 is controlled. For example, the slide switch 71 has three contact points (not shown). One contact point is used in a closed state and the other contact point is used in a low speed operating state. In the low speed maneuver state, the power source of the battery 21 is supplied to the motor 12 by a resistor 76. Preferably, resistor 76 includes a cement resistor that can withstand high power. However, the resistor 76 is not limited to this type. That is, any resistor that can withstand high power can be used as the resistor 76. The last contact point is associated with a high speed operation. In this state, the power source is directly supplied from the battery 21 to the motor 12' without passing through the resistor 76. The battery 21 is connected to a connector 77' such that the supply or interruption of the power supply is determined in accordance with a circuit operating the slide switch 71. The portion of the suede remover that is not in Fig. 16 is the same as that of the above embodiment, so that further explanation will be omitted. Connectors 19 and 77, wires 23' - capacitors H78 and the like are mounted to the component board 16. The slide switch 71, the slide button 73, and the LED 3 are connected to the control board n. In this embodiment, although the slide switch 71 is illustrated as being used as a switch, various types of switches, such as a push switch, a toggle switch, a touch switch, an -SMD switch, a rotary switch, etc., can be used. Make a switch. As shown in Fig. 17, the battery 21 is surrounded by the protective layer 75 to prevent the battery 21 from being scratched or contaminated. The resistor 17 201210561 76 preferably includes a cement resistor and has a semi-circular shape such that the battery 21 is mounted in a body bore having a "cylindrical shape". The third view of the πth diagram shows a cross-sectional view of the present, in which the battery 21 and the cement resistor 76 are mounted. Figure 18 is a perspective view showing a portion of a rechargeable blue and multiple detacher in accordance with still another embodiment of the present invention. In this embodiment ten, (4) skin removal benefits - the body 200 has an - hourglass shape' whose diameter increases from the middle to the both ends. If the body 2_ having an hourglass shape is formed by injection molding, the fine parting line is inevitably formed on both sides of the outer surface of the body 2, which occurs when the two injection molding substances are attached to each other; this deteriorates Exterior. In order to improve this, at least two longitudinal slits 201 are formed on both sides of the outer surface of the body 2, as shown in Fig. 18. In the case of the body 200, since the diameter thereof increases from the middle to the both ends, when it is used, the body 2〇〇 can be prevented from slipping off from the user's hand. In addition, if a separate mount is used, the suede remover can be easily and stably placed on the mount. Each of the longitudinal slits 2〇1 may have the same depth and width along the longitudinal direction of the body 200, or alternatively, its depth and width may vary with position. In the following, the operation of the rechargeable skin remover according to the present invention will be described in detail. 8 The motor 12 is operated by operating a switch 27 provided on the outer surface of the body 1. Further, the gear case 13 integrated with the motor 12 is operated by the operation of the motor 12. Thereby, the output shaft 14 connected to the gear case 13 rotates. Further, the rotational speed of the output shaft 14 can be controlled by operating the switch 27 by changing the rpm of the motor 12. To this end, the various components that are mounted to the component board 16 are grouped such that they are organically combined and can be controlled on a circuit basis. Depending on the environment, only the motor 12 can be provided without the use of the gearbox 13. Typically, motor 12 has a rotating shaft. The collecting tray 4 connected to the output shaft 14 also rotates when the output shaft 14 rotates while the motor is running. Further, the grinding disc holder 43 is rotated together with the collecting tray 4 because the stopper projection 42 of the grinding disc holder 43 is fitted into the hole 41 of the collecting tray 4. Finally, the grinding disc 5 is also rotated by being attached to the grinding disc holder 43 by the burying process. A polishing projection 79 is provided on the entire surface of the grinding disc 5. Therefore, when the grinding disc 5 is rotated, the grinding projection 79 removes the suede from the skin of the user such as the foot. The removed skin is collected in a collecting space 36 formed in the collecting tray 4 via a through hole 37 formed in the grinding disc 5. Further, since the magnet 38 is provided on the collecting tray 4, and the grinding disc holder which is provided with the grinding disc 5 by the metal grinding disc 5' is prevented from being detached from the main body when the grinding disc 5 is rotated. Furthermore, since the output shaft 14 is made of metal, the collecting tray 4 can be more reliably prevented from being detached from the output shaft 14 when it is rotated. As described above, with reference to Fig. 15, the abrasive projection 79 has a triangular shape, and preferably, it includes an abrasive projection 79-2 or 79-4 having a concave side wall such that its edge is sharper. This further enhances the suede removal effect. At the same time, the fixing projection 3 and the coupling recess 40 are formed in the top plate 39 provided on the first end of the body 丨. A grommet holder 6 having a grommet 7 made of a flexible material such as silicone or rubber is attached to the attachment recess 4''. The grommet 7 serves to prevent the suede removed from the skin by the grinding disc 5 from being scattered around. In other words, the suede removed from the skin of the user, such as the foot, is collected in the collection space 36 or the grommet 7 of the collection tray 5. Thus, since the removed suede can be collected in a predetermined space, the work of removing the auxiliary skin can become hygienic. In addition, the 201210561 rechargeable suede remover 100 of the present invention has a waterproof function, so that the surface of the top plate 39, the collecting tray 4, the grinding disc holder 43, the grinding disc 5, the grommet holder 6 and the retaining ring 7 can be easily cleaned with tap water. . Further, after the use of the suede remover 1〇0, the top portion is covered by the top cover 2 in such a manner that the top cover 2 is attached to the fixing projection 3 provided on the surface of the top plate 39. Meanwhile, when the switch 27 is pressed, the conductive contact terminal 28 provided in the switch 27 is in contact with the contact point 29. At this time, the power is transmitted to the motor 12 through the circuit. Therefore, the motor 12 operates. The LEDs 30 provided on the control board 17 indicate the operation of the suede remover ι by changing the color, or the charging condition of the battery 21. To charge the battery 21, a plug of a battery charger (not shown) widely used in the home is connected to the jack 1A. Next, a predetermined current flows through the electric wire 23 and the rechargeable battery 21 ^ changes depending on the state of charge of the battery 21 'LED 30'. In general, the battery 21 being charged is indicated in green. A state in which the battery 21 is not being charged is indicated in red. In addition, a state in which the motor 12 is operating is indicated in blue. The circuit structure can be formed by a combination of various components provided on the component board 16 and the control board 17, and those skilled in the art will (10) understand the circuit structure. The body is closed by the end cap 11 after the battery 21 is completely charged to prevent dust or the like from entering the body 1. The method of operation and the charging method of the embodiment using the cement resistor are similar to those of the other embodiments. The use of the shutter in the present invention preferably includes the slide switch 71, but the present invention is not limited thereto. For example, a 1 switch can be used. Further, the operation method and the charging method of the rechargeable skin remover having the longitudinal slit 2 () 1 of the body 200 are the same as those of the other (4), and therefore no further explanation is required. 20 201210561 As described above, the rechargeable suede remover according to the present invention solves the problem of the conventional manual suede remover, forcing a user to perform a grinding operation with his/her arm strength, and thus Physical fatigue. In addition, because of the rapid twirling and strong use of a motor, the time taken to remove the scalp from, for example, the skin of the foot is significantly shortened. In addition, the present invention is organized such that the suede removed from the skin is collected in a collection tray, thereby minimizing the dispersion of the suede. Further, the body of the suede remover is covered with a lid, so that the portability is increased, and the grinding disc in direct contact with the skin of the user can be prevented from being contaminated; therefore, the present invention is very hygienic. In addition, the suede remover of the present invention is rechargeable and therefore convenient. Further, the suede remover has a waterproof structure which can be easily washed with tap water. Although the preferred embodiment of the rechargeable skin remover in accordance with the present invention has been disclosed for illustrative purposes, it will be apparent to those skilled in the art that various modifications, additions and substitutions are possible without departing from the appended claims. The spirit and scope of the invention as disclosed by the scope. Therefore, it must be understood that the above-described embodiments are merely a representative example and do not limit the present invention. In addition, it is to be understood that various modifications, additions and modifications may be made without departing from the scope of the invention. BRIEF DESCRIPTION OF THE DRAWINGS FIG. 1 is a front view of a rechargeable suede remover according to an embodiment of the present invention; FIG. 2 is a cross-sectional view taken along line AA of FIG. 1; An exploded perspective view of one of the heads of the suede remover of the present invention; 21 201210561 Fig. 4 is a perspective view of one of the bodies of the suede remover of the present invention; and Fig. 5 is a suede remover of the present invention a perspective view of one of the motor and a top plate; Fig. 6 is a side view showing the motor and the top plate of the suede remover of the present invention, and Fig. 7 is a rear perspective view of the top plate of the suede remover of the present invention; Figure 8 is a view showing the connection between the motor, a circuit board, and the top plate of the suede remover of the present invention; and Figure 9 is a view showing the second body of the suede remover of the present invention. Figure 10 is a perspective view showing one end plate of the skin remover of the present invention; Figure 11 is a view showing a part of the skin remover connected to the end cover according to the present invention; Fig. 12 is a perspective view showing the assembly of the retaining ring of the blue peel remover according to the present invention; Fig. 13 is based on Another embodiment of the invention, a perspective view of a top plate of a rechargeable suede remover; Figure 14 is a view of the connection of a collection tray to an output shaft of a motor in accordance with the present invention; A side view of an example of a polishing protrusion of a blue skin remover of the present invention, and Fig. 16 is a side cross-sectional view showing a portion of a rechargeable skin remover according to still another embodiment of the present invention; 201210561 FIG. 17 is a view showing a battery and a resistor of the embodiment of FIG. 16; and FIG. 18 is a view showing a portion of a rechargeable skin remover according to still another embodiment of the present invention; Perspective of the share. [Description of main component symbols] 1, 200... body 20··· solder 2... top cover 21... battery 3···fixed projections 22, 23... wires 4... collection trays 24, 32, 33... bolts 5... grinding discs 25 34···0-ring 6···Guard ring bracket 26...sealing sticker 7...guard ring 27...switch 8...end bracket 28...contact terminal 9...end plate 29...contact point 10...jack 30··· Light-emitting diode (LED) 11... End cap 31... Space projection 12... Motor 35... Angle ring 13... Gear box 36··· Collection space 14... Output shaft 37... Through-hole 15... Terminal 38··· Magnet 16... The assembly board 39...the top board 17...the control board 40...the connection recess 18...the assembly 41...the collection tray center hole 19...the connector 42...the stop projection 23 201210561 43...the grinding disc holder 67...the locking projection 44...the motor fixing hole 69...plug 45... plate hole 70...appropriate space 46···step portion 71...sliding switch 47...body hole 72...switch bar 48...0 ring seat groove 73...sliding button 49...gear box hole 74···connecting portion 50 parts... angular ring protrusion 75... protective layer 51... shaft flange 76... resistor 52... positioning recess 77... even Connector 53...corner ring recess 78...capacitor 54,68...shaft hole 79~79-4...grinding protrusion 55...space 80...edge 56...jack support block 8l···bolt hole 57".notch 84...塾Circlip 58... Socket 85... Switching hole 59... Semicircular notch 86". LED hole 60···Ο-ring groove 100... Rechargeable suede remover 61... Cover projection 201... Longitudinal slit 62...Highlight 1000...Head Portion 63...ring guard ring 2000...center 64...earth slot 3000...end 65...circle groove 66...locking hole AA...line 24