200412869 Π) 玖、發明說明 【發明所屬之技術領域】 本發明有關一種腳著物底靜電除去裝置，_ ^丨共&胃 腳著物底中及藉著利用導電纖維之電暈放電除去ϋ ^ |诗 在該腳著物及地面之間所產生之靜電，及有關~ Μ胃有^余 去靜電功能之腳著物底。 【先前技術】 由舊時，在此公開已知一種防止靜電之腳著物，其中 纖度爲0.5至1.5丹尼爾及長度爲0.01至〇·ι5毫米之不 銹鋼纖維材料係包含於重量比百分之3至5之材料中，諸 如橡膠及纖維，而在一腳著物主體之底部形成一與地面j妾 觸之部份；及一種防止靜電之腳著物（下文稱爲先前技藝 1 )’其中一像碎片或像箔片之不銹鋼係用於取代該不f秀鋼 纖維（例如參考JP-A-2 0 0 2-101904(第2-3頁））。 【發明內容】 既然該腳著物底係一與地面激烈磨擦之位置，其變成 當走路時產生靜電之主因。其結果是，隨後該靜電聚集在 該腳著物底，及另外整個人體係藉著靜電移動而帶電。由 此——觀點，其很想要的是能夠在該腳著物底中除電，以便 使人體不會帶電。 然而，如上述，根據該先前技藝1之發明係一種腳著 物，其中在該腳著物底中接觸地面之位置之不銹鋼纖維意 -5- (2) (2)200412869 欲藉著在該導電纖維尖端之中和/還原減弱該靜電，而不 管地板面之材料爲何。然而，既然其係一種藉著攙入人造 橡膠等所使用之腳著物及總是在一接觸地面之狀態下，所 毛、的是因該導電纖維之暴露面係藉著與該地面接觸而受 污染之事實而阻礙該放電。 再者’於該不銹鋼纖維係攙入該人造橡膠等之案例中 ’有一高度可能性是該混合材料比較於該人造橡膠本質上 所擁有之耐久性、彈性等爲較差，以致由穿著感覺及易於 步行之觀點而言造成品質降低。 本發明係由於上面之情況所造成，且提供一靜電除去 裝置及一除去靜電之腳著物底，其每一種之腳著物底之材 料特性、諸如耐久性及彈性係不受影響，及不會由於該導 電纖維之暴露面受污染之事實造成除電功能之降低。 根據本發明，在此提供一靜電除去裝置，其包含一底 板，在該底板內面具有一用於腳著物底之接地面之附著機 構及一靜電除去片，其中該電暈放電係造成該除電方法， 及其中一比該靜電除去片之厚度更深之凹入部份係形成在 該底板之一接地面中，及一比該底板之接地面更凹入之階 梯狀差異部份係藉著經由一接合機構將該靜電除去片附著 至該凹入部份之底面而形成於該靜電除去片之一外面中； 及提供一除去靜電之腳著物底，其中一比腳著物底之接地 面更凹入之階梯狀差異部份係藉著形成一比該靜電除去片 之厚度更深之凹入部份及經由接合機構等將靜電除去片附 著至該凹入部份之底面而形成於一靜電除去片之一外面中 -6 - (3) (3)200412869 ，其中該電晕放電係造成該除電方法。 如上述，根據一用於本發明腳著物底之靜電除去裝置 ，既然已採用該構造，其中藉著將該電暈放電造成該除電 方法之靜電除去片附著至比該靜電除去片之厚度更深之凹 入部份之底面，該靜電除去片之外面係比該底板之接地面 更凹入，其可能藉著鄰接該腳著物底之靜電除去片之電暈 放電有效地中和當步行時所產生及積聚在該腳著物底之靜 電，以致能獲得一優異之除電效果。 再者，根據本發明用於腳著物底之靜電除去裝置，能 僅只藉著將該靜電除去片附著至腳著物底之底面簡單地施 行靜電之除去。 除了上面之構造外，藉著於該底板之凹入部份邊緣中 形成一薄片覆蓋件，以藉此蓋住該靜電除去片之一外面端 點部份，可防止該靜電除去片不小心掉落，及可保護該靜 電除去片免受污染等。 此外，亦於根據本發明之除去靜電的腳著物底中，類 似於用於腳著物底之靜電除去裝置，既然在此已採用該構 造’其中藉著將以該電暈放電造成該除電方法之靜電除去 片附·著至比該靜電除去片之厚度更深之凹入部份之底面， __電除去片之外面係比該底板之接地面更凹入，並藉著 電暈放電中和當步行時所產生之靜電，而沒有該靜電除去 片之外面與該地面接觸之事實，以致能獲得一優異之除電 i ^再者，於該薄片覆蓋件係形成在該腳著物底之凹入 ^ ί分邊緣中且該靜電除去片之外面端點部份係藉著該薄片 (4) (4)200412869 覆蓋件所覆蓋之案例中，其可能保護該靜電除去片不受該 污染等。 且既然在此係採用由開始即提供該除電機構之構造’ 其可能的是獲得一根本上不須擔心該除電機構掉落之構造 【實施方式】 如圖1、圖2及圖5所示，根據本發明一具體實施例 1之腳著物底用靜電除去裝置包含一大約4毫米厚度而像 平板之胺基甲酸酯橡膠底板1，其主要地近似於一橢圓， 該橢圓之長軸係大約105毫米，且該橢圓之短軸係大約 6 5毫米；及一像不織布之靜電除去片2，其厚度t大約 1 . 5毫米，且包括很細之導電纖維。 在此，如圖1所示，用於裝配該靜電除去片2而深度 m約2毫米之凹入部份1 1係形成於該底板1之接地面1 〇 中之三處位置。該整個內面13變成該接地面10之一後面 ，在此依次層疊一大約〇 · 3毫米厚度之壓敏式黏接劑雙塗 附帶5、及一放開塗附紙片6。該壓敏式黏接劑雙塗附帶 5用作將該腳著物底用靜電除去裝置附著至一腳著物底7 之機構。 再者，如圖5所示，已剝除該放開塗附紙片6之三靜 電除去片2係藉著0.3毫米厚度之壓敏式黏接劑雙塗附帶 41黏著至該底板1中之三處位置之凹入部份11之每—底 面12。藉此，於該靜電除去片2之一外面20中，隨之形 40 (5) 200412869 成一比該底板1之接地面1 0更凹入之階梯狀差異部份 ’且如此其隨後是在該底板1之接地面1 0緊靠抵住該 面之狀態下，該靜電除去片2不會與地面接觸，以致一 間係形成於該靜電除去片2之外面2 0及該地面之間。 且既然當穿戴時藉著形成該階梯狀差異部份4 0之 實，該靜電除去片2係不與該地面接觸，而當走路時能 止該導電纖維之暴露面受污染。 當使用時，假如該靜電係藉著走路等積聚在該腳著 底，既然該腳著物底係於一距離很接近該靜電除去片之 置關係中，該靜電能藉著由該靜電除去片2之外面2 0 向該腳著物底產生該電暈放電以藉此電中和該腳著物底 事實除去。 順便一提，如該具體實施例1中之靜電除去片2， 可能的是使用譬如一包括有機導電纖維之不織布（商標 THUNDERON)，其中丙烯酸纖維之表面係由硫化銅之塗 所覆蓋。 如在圖3及圖4之放大橫截面視圖所示，一根據本 明具體實施例2之腳著物底用靜電除去裝置係關於基本 造與該具體實施例1共通，亦即，其包含一底板1及包 很細導電纖維之像不織布靜電除去片2之共通點，在底 內面1 3具有當作一用於腳著物底3接地面3 0之附著機 之壓敏式黏接劑雙塗附帶5，深度尺寸m大於該靜電除 片2之厚度t之凹入部份1 1係形成在該底板1接地面 中，該靜電除去片2係經由該壓敏式黏接劑雙塗附帶 地 空 事 防 物 位 朝 之 其 層 發 構 括 板 構 去 10 4 1 -9- (6) (6)200412869 附著至該凹入部份11之底面12，並於該靜電除去片2之 外面2 0中，已形成比該底板1之接地面1 0更凹入之階梯 狀差異部份4 0 ;但其不同於根據具體實施例1腳著物底 用靜電除去裝置之處在於一溥片覆盖件1 5係形成在該底 板1之一凹入部份邊緣14中，及該靜電除去片2之一外 面端點部份2 1係藉著該薄片覆蓋件1 5所覆蓋。 且根據該具體實施例2，藉著該薄片覆蓋件1 5係形 成在該底板1之凹入部份邊緣14中及該靜電除去片2之 一外面端點部份2 1係藉著該薄片覆蓋件1 5所覆蓋之事實 ，可防止該靜電除去片2不小心地掉落，且當走路時保護 該靜電除去片2免於污染等，而與根據具體實施例1之腳 著物底用靜電除去裝置相比較’該有關之腳著物底用靜電 除去裝置之接地面積可增加，及關於該地面之抓力可做成 更好。 順便一提，於根據該具體實施例1及該具體實施例2 之腳著物底用靜電除去裝置4及腳著物底7接地面70之 間之附著機構中，於使用諸如該壓敏式黏接劑雙塗附帶5 之簡單及強固接合機構之案例中，可藉著僅只變換該壓敏 式黏接劑雙塗附帶5聽由一穿戴者之品味簡單地改變位置 〇 再者，如圖6及圖7所示’根據本發明具體實施例3 之除去靜電之腳著物底3係一種使用包括有機導電纖維（ 商標：THUNDERON)之不織布當作該靜電除去片2者，其 中丙烯酸纖維之表面係藉著類似於根據該具體實施例1及 -10- (7) (7)200412869 該具體實施例2之腳著物底用靜電除去裝置之硫化銅之塗 層所覆蓋，及係一種具有以下構造者，其中比該靜電除去 片2之厚度5毫米更深之深度尺寸2.5毫米之凹入部份 3 1係形成在該除去靜電之腳著物底3之接地面3 0中之三 處位置，比該腳著物底3之接地面3 0更凹入之階梯狀差 異部份3 4係形成在該靜電除去片2之外面2 0中，這是藉 著一壓敏式黏接劑雙塗附帶3 3將該靜電除去片2附著至 該凹入部份31之一底面32，而一薄片覆蓋件36係藉著 類似於具體實施例2之方法形成在該除去靜電之腳著物底 3之一凹入部份邊緣35中，及該靜電除去片2之一外面 端點部份2 1係藉著該薄片覆蓋件3 6所覆蓋。 亦即，於根據該具體實施例3之除去靜電之腳著物底 3中，藉著使其具有一類似於根據該具體實施例1及2之 腳著物底4用靜電除去裝置之功能，其可能的是確保一用 於藉著電暈放電中和及除去靜電之能力，而藉著事先形成 在其上面當作該腳著物底，在此不必擔心該除電機構掉落 ，且另外該能獲得耐久性。 再者，關於本發明之腳著物底用靜電除去裝置及該靜 電除去腳著物底部中之凹入部份之配置，其不僅只限於一 種於該具體實施例1至該具體實施例3中所示三處位置具 有該凹入部份者，且如圖8及圖9中所示，其亦可譬如製 成很多圓形之凹入部份、複數帶狀凹入部份等。 此外，如本發明中圖1 〇之所示，藉著一將該靜電除 去片2附著至事先形成在現成腳著物之腳著物底8接地面 -11 - (8) (8)200412869 8 0中溝槽8 1之事實，且該靜電除去片2比溝槽8 1之深 度較薄，及其中該除電機構造成該電暈放電，並藉著將該 除電機構切成可裝入該溝槽8 1之尺寸，以藉此造成一種 該靜電除去片2之外面2 0比該接地面更凹入之狀態，其 亦可能的是施行該腳著物底8之除電。 如上述，於本發明中，如該電暈放電造成該除電方法 之靜電除去片，在此使用包括有機導電纖維（商標： THUNDERON)之不織布，其中丙烯酸纖維之表面係藉著硫 化銅之塗層所覆蓋，但其不限於此。譬如，像導電纖維（ 商標：SOLDION);其基本材料係聚對苯二甲酸乙酯棉花 、紙漿及碳，且其中導電物質係已混合；及像碳纖維等， 假如這些纖維係能藉著該電暈放電獲得該除電效果者，它 們係允許列在本發明之一要點中。 且甚至於使用任何一種纖維之案例中，已造成吾人獲 得此一很優異之優點，以便可藉著本發明之有特色構造有 效地施行該電暈放電，亦即包含以下構造：其中其包含底 板1，在該底板內面1 3具有用於該腳著物底7之接地面 70之附著機構及該靜電除去片2，其中該電暈放電係造成 該除電方法，比該靜電除去片之厚度更深之凹入部份1 1 係形成在該底板1之接地面1 0中，及比該底板1之接地 面1 〇更凹入之階梯狀差異部份係藉著經由該接合機構將 該靜電除去片2附著至該凹入部份1 1之底面丨2而形成於 該靜電除去片2之外面20中；或包含以下構造：其中比 該腳著物底3之接地面3 0更凹入之階梯狀差異部份3 4係 -12- 200412869 Ο) 藉著於該腳著物底3之接地面3 0中形成比該靜電除去片 2之厚度更深之凹入部份及經由接合機構等將該靜電除去 片2附著至該凹入部份3 1之底面3 2而形成於該靜電除去 片2之外面2 0中，其中該電暈放電係造成該除電方法； 或包含以下構造：其中藉著將該靜電除去片2附著至事先 形成在該腳著物底8之接地面8 0中溝槽8 1之事實，且該 靜電除去片比溝槽8 1之深度較薄，及其中該電暈放電造 成該除電方法，以藉此造成該靜電除去片2之外面2 0比 該接地面更凹入之狀態，既然該靜電除去片2不會與地面 接觸，不管該靜電除去片2之硬度而皆不會不利地影響該 穿著感覺，且再者當於該腳著物底之附近中形成該空間時 設置該靜電除去片，而事實上不會污染及磨損該靜電除去 片。 【圖式簡單說明】 圖1係根據本發明具體實施例1之腳著物底用靜電除 去裝置之一透視圖； 圖2係根據本發明具體實施例1之腳著物底用靜電除 去裝置之A-A剖線放大橫截面視圖； 圖3係根據本發明具體實施例2之腳著物底用靜電除 去裝置中之一橫截面視圖，其類似於圖2之A-A剖線； 圖4係一縱向橫截面視圖，其顯示根據本發明具體實 施例2之腳著物底用.靜電除去裝置已附著至該腳著物底之 狀態； •13- (10) (10)200412869 圖5係一透視圖’其顯示根據本發明具體實施例1之 腳者物底用靜電除去裝置已附著至該腳著物底之狀態； 圖6係一腳著物之透視圖，其顯示根據本發明具體實 施例3之一除去靜電之腳著物底； Η 7係一 B · B剖線放大末端視圖，其顯示根據本發明 具體實施例3之除去靜電之腳著物底； 圖8係一底部平面圖，其顯示根據本發明另一具_實 施例之除去靜電之腳著物底； 圖9係一底部平面圖，其顯示根據本發明另一具體實 施例之除去靜電之腳著物底； 圖1 〇係一底部平面圖，其顯示一靜電除去片已附著 至一現成腳著物之腳著物底之狀態；及 圖1 1係該腳著物底之一 C-C剖線放大橫截面職圖， 其顯示該靜電除去片已附著至該現成腳著物中之腳蓄％ g 之狀態。 主要元件對照表 1 底板 2 靜電除去片 3 腳著物底 4 腳著物底 5 塗附帶 6 放開塗附紙片 7 腳著物底 •14- (11)200412869 8 腳著物底 10 接 地 面 11 凹 入 部 份 12 底 面 13 內 面 14 凹 入 部 份 邊 緣 15 薄 片 覆 蓋 件 20 外 面 2 1 外 面 端 點 部 份 30 接 地 面 3 1 凹 入 部 份 32 底 面 33 塗 附 帶 34 階 梯 狀 差 異 部 份 35 凹 入 部 份 邊 緣 36 薄 片 覆 蓋 件 40 階 梯 狀 差 異 部 份 4 1 塗 附 帶 70 接 地 面 80 接 地 面 8 1 溝 槽200412869 Π) Description of the invention [Technical field to which the invention belongs] The present invention relates to a device for removing static electricity from the foot of the foot, which is removed from the foot of the stomach and by corona discharge using conductive fibers. ^ | The static electricity generated by the poem between the foot and the ground, and related ~ The stomach of the foot has a function of removing static electricity. [Prior art] From the old days, here is disclosed a kind of anti-static footwear, in which the stainless steel fiber material with a fineness of 0.5 to 1.5 denier and a length of 0.01 to 0.5 mm is contained in a weight ratio of 3 to 5 of the materials, such as rubber and fiber, and a foot on the bottom of the body to form a part that touches the ground j; and a static-proof footing (hereinafter referred to as the prior art 1) Chips or foil-like stainless steel are used to replace the stainless steel fiber (for example, refer to JP-A-2 0 0 2-101904 (page 2-3)). [Summary of the Invention] Since the bottom of the foot is in a position of intense friction with the ground, it becomes the main cause of static electricity when walking. As a result, the static electricity then accumulates on the bottom of the foot, and the entire human system is charged by the static electricity movement. From this point of view, it is very desirable to be able to remove electricity in the bottom of the foot so that the human body is not charged. However, as described above, the invention according to the prior art 1 is a footing, in which the stainless steel fiber at a position contacting the ground in the bottom of the footing means -5- (2) (2) 200412869. Neutralization / reduction in the fiber tip reduces this static, regardless of the material of the floor surface. However, since it is a kind of foot object which is used by immersing in artificial rubber or the like and is always in a state of contact with the ground, it is because the exposed surface of the conductive fiber is contacted with the ground. The fact of contamination prevents the discharge. Furthermore, in the case where the stainless steel fiber is incorporated into the elastomer, etc., there is a high possibility that the hybrid material has poorer durability, elasticity, etc. than the elastomer has in nature, so that it is easy to wear and easy to wear. From the standpoint of walking, quality is reduced. The present invention is caused by the above circumstances, and provides a static electricity removing device and a footrest base for removing static electricity. The material characteristics of each footrest base, such as durability and elasticity, are not affected, and The fact that the exposed surface of the conductive fiber is contaminated can cause a reduction in the static elimination function. According to the present invention, there is provided a static electricity removing device including a bottom plate, in which a masking mechanism for grounding the ground surface of the feet and an electrostatic removing sheet are masked, wherein the corona discharge causes the The static elimination method, and a recessed portion deeper than the thickness of the static elimination sheet is formed in a ground plane of the base plate, and a stepped difference portion which is more recessed than the ground plane of the base plate is formed by The static electricity removing sheet is attached to the bottom surface of the recessed part through a bonding mechanism to be formed in an outer surface of one of the static electricity removing sheets; and a static electricity removing foot support is provided, one of which The stepped difference portion that is more concave on the ground is formed by forming a concave portion deeper than the thickness of the static elimination piece and attaching the static elimination piece to the bottom surface of the concave portion through a bonding mechanism or the like. One of the static elimination sheets is -6-(3) (3) 200412869, wherein the corona discharge is caused by the static elimination method. As described above, according to a static electricity removing device for a footbed of the present invention, since the configuration has been adopted, the static electricity removing sheet of the static electricity removing method by attaching the corona discharge is attached to a deeper thickness than the static electricity removing sheet. The bottom surface of the recessed part, the outer surface of the static elimination sheet is more concave than the ground plane of the bottom plate, and it may be effectively neutralized when walking by the corona discharge of the static elimination sheet adjacent to the bottom of the foot The static electricity generated and accumulated on the bottom of the foot is able to obtain an excellent static elimination effect. Furthermore, according to the present invention, the static electricity removing device for a footbed can easily remove static electricity only by attaching the static electricity removing sheet to the bottom surface of the foot sole. In addition to the above structure, a sheet cover is formed in the edge of the recessed portion of the bottom plate to cover an outer end portion of the static electricity removing sheet, thereby preventing the static electricity removing sheet from being accidentally dropped. And protects the static elimination sheet from contamination and the like. In addition, also in the foot-removing base for removing static electricity according to the present invention, similar to the static-removing device for foot-resting, since the structure has been adopted here, wherein the static elimination is caused by the corona discharge. The static elimination sheet of the method is attached to the bottom surface of the concave portion deeper than the thickness of the static elimination sheet. The outer surface of the electrical removal sheet is more concave than the ground surface of the base plate, and is discharged by corona discharge. And the static electricity generated when walking, without the fact that the static electricity removing sheet is in contact with the ground, so that an excellent static electricity can be obtained. Furthermore, the sheet cover is formed on the bottom of the foot. Recessed ^ In the case where the edge is divided and the outer end portion of the static elimination sheet is covered by the sheet (4) (4) 200412869, it may protect the static elimination sheet from the contamination, etc. . And since the structure that provides the static elimination mechanism from the beginning is used here, it is possible to obtain a structure that basically does not need to worry about the static elimination mechanism. [Embodiment] As shown in Figure 1, Figure 2 and Figure 5, According to a specific embodiment 1 of the present invention, the device for removing static electricity on the bottom of a foot includes a urethane rubber base plate 1 having a thickness of about 4 millimeters, which is similar to a flat plate. It is about 105 mm, and the short axis of the ellipse is about 65 mm; and a non-woven static removing sheet 2 having a thickness t of about 1.5 mm and including very thin conductive fibers. Here, as shown in FIG. 1, a concave portion 11 1 for assembling the static electricity removing sheet 2 with a depth m of about 2 mm is formed at three positions on the ground plane 10 of the base plate 1. The entire inner surface 13 becomes one behind the ground surface 10, and a pressure-sensitive adhesive double-coated accessory 5 with a thickness of about 0.3 mm is sequentially laminated thereon, and a coated paper sheet 6 is released. The pressure-sensitive adhesive double-coated attached 5 is used as a mechanism for attaching the footing base to a footing base 7 with a static electricity removing device. Furthermore, as shown in FIG. 5, the three static-elimination sheets 2 of the release coated paper sheet 6 have been peeled off, and are double-coated with a pressure-sensitive adhesive of a thickness of 0.3 mm and 41 are adhered to the third of the base plate 1. Each of the recessed portions 11 at each position—the bottom surface 12. Thereby, in one of the outer surfaces 20 of the static electricity removing sheet 2, 40 (5) 200412869 is formed into a stepped difference portion that is more concave than the ground plane 10 of the base plate 1 'and thus it is subsequently In a state where the grounding surface 10 of the base plate 1 is in close contact with the surface, the static electricity removing sheet 2 does not contact the ground, so that a space is formed between the external surface 20 of the static electricity removing sheet 2 and the ground. And since the stepped difference portion 40 is formed when worn, the static electricity removing sheet 2 is not in contact with the ground, and the exposed surface of the conductive fiber can be contaminated when walking. When in use, if the static electricity accumulates on the bottom of the foot by walking, etc., since the bottom of the foot is tied in a position close to the static electricity removing sheet, the static electricity can be removed by the static electricity removing sheet. 2 Outer surface 2 0 The corona discharge is generated to the footing base to thereby neutralize the fact that the footing base is electrically neutralized. Incidentally, it is possible to use a non-woven fabric (trademark THUNDERON) including an organic conductive fiber as the static electricity removing sheet 2 in the specific embodiment 1, in which the surface of the acrylic fiber is covered with a copper sulfide coating. As shown in the enlarged cross-sectional views of FIG. 3 and FIG. 4, a static electricity removing device for the bottom of the foot according to the specific embodiment 2 of the present invention is basically the same as that of the specific embodiment 1, that is, it includes a The common point of the base plate 1 and the non-woven static electricity removing sheet 2 with a very thin conductive fiber has a pressure-sensitive adhesive on the inner surface of the bottom 1 as an attachment machine for the foot bottom 3 and the ground surface 30. Double coating is attached with 5, the recessed portion 1 with a depth dimension m greater than the thickness t of the static electricity removing sheet 2 is formed in the ground plane of the base plate 1, and the static electricity removing sheet 2 is double coated by the pressure-sensitive adhesive With the ground and air defense level, the structure of the structure is removed. 10 4 1 -9- (6) (6) 200412869 is attached to the bottom surface 12 of the recessed portion 11 and is placed on the static elimination sheet 2 In the outer surface 20, a stepped difference portion 40 that is more concave than the ground surface 10 of the base plate 1 has been formed; but it is different from the static electricity removing device that is placed on the bottom of the object according to the specific embodiment 1 in that A sheet cover 15 is formed in a concave portion edge 14 of one of the bottom plates 1 and an outer end portion of one of the static electricity removing sheets 2 21 by the Department of the cover sheet 15 is covered. And according to the specific embodiment 2, the sheet cover 15 is formed in the edge 14 of the concave portion of the base plate 1 and the outer end portion 21 of the static elimination sheet 2 is formed by the sheet. The fact that the covering member 15 covers the static electricity removing sheet 2 can be prevented from accidentally falling, and the static electricity removing sheet 2 is protected from contamination and the like when walking, and is used for bottoming the feet according to the specific embodiment 1. Compared with the static elimination device, the grounding area of the static elimination device for the foot-on-substrate application can be increased, and the grip on the ground can be made better. Incidentally, in the attachment mechanism between the static electricity removing device 4 and the grounding surface 70 of the footing bottom 7 according to the specific embodiment 1 and the second embodiment, such as the pressure-sensitive type In the case of a simple and strong bonding mechanism with an adhesive double coating attached with 5, you can simply change the position by changing only the pressure sensitive adhesive double coating attached with 5 according to the taste of a wearer. Again, as shown in the figure 6 and FIG. 7 'According to the specific embodiment 3 of the present invention, the static electricity removing foot bottom 3 is a non-woven fabric including organic conductive fiber (trademark: THUNDERON) as the static electricity removing sheet 2. Among them, acrylic fiber The surface is covered by a coating of copper sulfide similar to that of the embodiment 1 and -10- (7) (7) 200412869 the footing of the embodiment 2 with a coating of copper sulfide of an electrostatic removal device, and a type having In the following structure, a recessed portion 3 1 having a depth of 2.5 mm deeper than a thickness of 5 mm of the static electricity removing sheet 2 is formed at three positions of the grounding surface 30 of the static electricity removing foot 3 Than the ground plane 3 0 of the foot 3 The step-like difference part 3 4 is formed in the outer surface 20 of the static electricity removing sheet 2, which is attached by a pressure-sensitive adhesive double coating 3 3 and attaches the static electricity removing sheet 2 to the recess. A bottom surface 32 of the portion 31, and a sheet cover 36 is formed in a concave portion edge 35 of the foot-removing substrate 3 by a method similar to that of the specific embodiment 2, and the static electricity removal One of the outer end portions 21 of the sheet 2 is covered by the sheet covering member 36. That is, in the foot-removing base 3 for removing static electricity according to the specific embodiment 3, by having a function similar to the device for removing static electricity with the foot-removing ground 4 according to the specific embodiments 1 and 2, It is possible to ensure the ability to neutralize and remove static electricity by corona discharge, and by forming it on the foot as the bottom of the foot in advance, there is no need to worry about the static elimination mechanism falling, and otherwise Can get durability. Furthermore, regarding the static electricity removing device for the footrest bottom of the present invention and the configuration of the static electricity removing concave part in the bottom of the footrest, it is not limited to only one of the embodiments 1 to 3 The three locations shown have the concave portion, and as shown in FIGS. 8 and 9, it can also be made into a plurality of circular concave portions, a plurality of belt-shaped concave portions, and the like. In addition, as shown in FIG. 10 in the present invention, the static electricity removing sheet 2 is attached to a foot-mounting base 8 formed in advance on a ready-made foot-holding ground 8 by a grounding surface -11-(8) (8) 200412869 8 The fact that the groove 8 in 0 is 0, and that the static electricity removing sheet 2 is thinner than the depth of the groove 8 1, and that the static electricity removing mechanism causes the corona discharge, and the static electricity removing mechanism is cut to be able to be inserted into the groove. The size of 81 is in order to cause a state in which the outer surface 20 of the static electricity removing sheet 2 is more concave than the ground surface, and it is also possible to perform the static elimination of the foot-mounted substrate 8. As mentioned above, in the present invention, if the corona discharge causes the static electricity removing sheet of the static elimination method, a non-woven fabric including an organic conductive fiber (trademark: THUNDERON) is used here, in which the surface of the acrylic fiber is coated with copper sulfide Covered, but it is not limited to this. For example, like conductive fibers (trademark: SOLDION); the basic materials are polyethylene terephthalate cotton, pulp and carbon, and the conductive materials are mixed; and like carbon fibers, if these fibers can be used by the electricity Those who have obtained the antistatic effect by halo discharge are allowed to be listed in one of the gist of the present invention. And even in the case of using any kind of fiber, it has caused me to obtain this excellent advantage, so that the corona discharge can be effectively implemented by the unique structure of the present invention, that is, the following structure is included, which includes the bottom plate 1. The inner surface 13 of the bottom plate has an attachment mechanism for the ground surface 70 of the foot-contacting bottom 7 and the static electricity removing sheet 2, wherein the corona discharge causes the static elimination method, which is thicker than the thickness of the static electricity removing sheet. A deeper recessed portion 1 1 is formed in the ground plane 10 of the base plate 1 and a stepped difference portion which is more concave than the ground plane 10 of the base plate 1 is used to pass the static electricity through the bonding mechanism. The removing sheet 2 is attached to the bottom surface 2 of the recessed part 11 and is formed in the outer surface 20 of the static removing sheet 2; or includes a structure in which it is more concave than the ground surface 3 0 of the footing bottom 3 The step-like difference part 3 4-12-12-200412869 〇) By forming a recessed part deeper than the thickness of the static electricity removing sheet 2 in the grounding surface 3 0 of the footing bottom 3 and through a bonding mechanism, etc. Attach the static electricity removing sheet 2 to the bottom surface 3 of the concave portion 3 1 2 and is formed in the outer surface 20 of the static electricity removing sheet 2, wherein the corona discharge causes the static electricity removing method; or includes a structure in which the static electricity removing sheet 2 is attached to a foot bottom formed in advance by attaching the static electricity removing sheet 2. The fact that the grounding surface 8 of 8 is in the groove 8 1 and that the static electricity removing sheet is thinner than the depth of the groove 8 1, and the corona discharge causes the static elimination method, thereby causing the static electricity removing sheet 2 to have an outer surface. 20 is in a more concave state than the ground surface. Since the static electricity removing sheet 2 does not contact the ground, regardless of the hardness of the static electricity removing sheet 2, it will not adversely affect the wearing feeling, and it should be used as the foot. When the space is formed in the vicinity of the substrate, the static electricity removing sheet is provided without actually contaminating and abrading the static electricity removing sheet. [Brief description of the drawings] FIG. 1 is a perspective view of one of the static electricity removing devices for the feet on the ground according to the specific embodiment 1 of the present invention; FIG. 2 is the static electricity removing devices for the feet on the ground according to the first embodiment of the present invention AA cross-sectional view is an enlarged cross-sectional view; FIG. 3 is a cross-sectional view of one of the static electricity removing devices for the bottom of the foot according to the specific embodiment 2 of the present invention, which is similar to the AA cross-section of FIG. 2; A cross-sectional view showing a foot-mounting base according to Embodiment 2 of the present invention. A state in which a static electricity removing device has been attached to the foot-mounting base; 13- (10) (10) 200412869 Figure 5 is a perspective view ' It shows a state where the static electricity removing device for the foot bottom according to the specific embodiment 1 of the present invention has been attached to the foot bottom; FIG. 6 is a perspective view of the foot bottom, which shows the third embodiment according to the present invention. A static-eliminated foot is attached to the substrate; 系 7 is an enlarged end view of the B · B section line, which shows the static-eliminated foot-attached substrate according to Embodiment 3 of the present invention; FIG. 8 is a bottom plan view showing the basis Another embodiment of the present invention Fig. 9 is a bottom plan view showing a static-moving foot-mounting base according to another embodiment of the present invention; Fig. 10 is a bottom plan view showing a static-removing sheet attached to a The state of the footing of the ready-made footing; and FIG. 11 is an enlarged cross-sectional view of a CC section line of the footing of the footing, which shows that the static electricity removing sheet has been attached to the foot of the ready-to-wear footing. State of% g. Comparison table of main components 1 Base plate 2 Static elimination sheet 3 Feet on the bottom 4 Feet on the bottom 5 Coating attached 6 Release the coated paper 7 Feet on the bottom • 14- (11) 200412869 8 Feet on the bottom 10 Grounding surface 11 Recessed part 12 Bottom surface 13 Inner surface 14 Recessed part edge 15 Sheet cover 20 Outer 2 1 Outer end part 30 Ground plane 3 1 Recessed part 32 Bottom surface 33 Coated 34 Stepped difference part 35 Concave Edge of the entrance part 36 Sheet cover 40 Step-like difference part 4 1 Coated with 70 ground plane 80 ground plane 8 1 groove
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