201242887 六、發明說明： 【發明所屬之技術領域】 本發明係有關於一種具備除菌褒置的人員用運送帶。 【先前技術】 在所謂電扶梯、移動步道的人員 、貝用運送帶方面，以與 乘客所搭乘的階梯同步的方式、移動 砂勒扶手被驅動。此移動 扶手係為了在階梯乘降的乘客、在階從l + 牡4梯上的乘客握住而被 具備的。 原本乘客係在利用人員用運送帶 %达帝期間，希望總是地握 住移動扶手》然而，由於人員用運诖燋 貝用逑送帶係由不特定的多數 人所使用，所以在乘客當中，> 亡 也有人會因為碰觸到移動扶 手而感到不愉快。因此，在利用人屬 ，，册 知〜用人員用運达帶之際完全不 握移動扶手的乘客、只是在乘降階梯時握住移動扶手而在 階梯上移動的話就鬆開移動扶手的乘客也是有一些。 以這類事情為鑑，作為習知技術，具備移動：手的除 菌裝置之人員用運送帶也被提案（例#，參考專利文 具體而言’記載在專利文獻i的物件方面，對於移動扶手、° 將具有除g效果的光從下方照射，使此光在移動扶手的表 面被漫射’進行移動扶手以及放置在移動扶手的乘 之除菌。 [習知技術文獻] [專利文獻] [專利文獻1]曰本實用新案登錄第3〇6677〇號公報 201242887 【發明内容】 [發明所欲解決之問題] 利用人員用運送帶之際 '不握 ^ ¢1 ^ 移動扶手的乘客係抱持 者碰觸到髒的移動扶手而自己合 人卵夕._„ 予也日骯髒的印象這樣的 人很夕。在s己載於專利文獻丨的物 m ^ 中由於使具有除菌效 手：二！ 表面被漫射’進行移動扶手以及乘客 =㈣，戶斤以可除菌的範圍非常狹窄，存 法充分地將乘客的手除菌的問題。 …、 本發明係為了解決上述問題所提供的物件，其目的係 提供一種可確實地將利用人“運送帶的乘客的手除菌， 乘客可安心將移動扶手握住的人員用運送帶。 [解決問題之手段] 有關本發明的人員用運送帶係包括：移動扶手，鱼階 梯同步移^以及除菌裝置’吹出口接近移動扶手而被設 置’從吹出口朝向握住移動扶手的乘客的手將消毒劑釋放。 又，有關本發明的人員用運送帶係包括：移動扶手， 與:梯同步移動；以及除菌裝置’吹出口接近移動扶手而 被α置，攸吹出口朝向移動扶手的乘客所握住的部分將消 毒劑釋放。 又，有關本發明的人員用運送帶係包括：引導乘降口 的乘客用的引導柵攔’以及朝向握住引導柵欄的乘客的手 釋放消毒劑用的除菌裝置；其中引導柵攔係在最上端的橫 棒構件’朝上開口的吹出口被形成，除菌裝置係從吹出口 201242887 進行消毒劑的釋放。 又，有關本發明的人員用運送帶係包括：除菌裝置， 被設置在搭乘口或是出σ，從吹出σ釋放所定的消毒劑； 以及操作單元，用以藉由除菌裝置'欲進行手的除菌的乘 客進行所錢作用；其中除菌裝置係m肖毒劑的釋放 停止，對於操作單元，所定操作被進行的話從吹出口使 消毒劑被釋放。 [發明效果] 根據有關本發明的人員用運送帶的話，可確實地將利 用人員用運送帶的乘客的手除菌，乘客可安心地握住移動 扶手。 【實施方式】 為了更詳細地說明本發明，基於所附的圖示說明本發 月又纟各圖中，相同或是相當的部分賦予同一符號， 其重複說明係適當地簡略化或是省略。 又在以下中，作為人員用運送帶的一個例子，有關 破使用在上下樓層間的移動的電扶梯方面進行具體㈣ 月有關移動步道等的其他例子係省略其說明。 實施例1 第1圖係為表示本發明的實施例1中的人員用運送帶 的立體圖’表示電扶梯的下部乘降口。又，在第i圖中所 示的下部乘降口传播士、4 , 你構成為：在電扶梯上升的情形為搭乘 口電扶梯下降的情形為出口。在本實施例中，即使下部 6 201242887 乘降口為電扶梯的搭乘口及出口的任何一種皆可。 在第1圖中，1係為乘客移動在上下樓層間之際搭乘 的階梯’ 2係為被設置在階梯i兩側的層板，3係為被支持 在層板2的玻璃板（panel)等的内侧板’ 4係在階梯上乘降 的乘客、在階帛1上的乘客所握住用的移動扶手，5係為 用以在下部乘降口中引導從階梯】走下的乘客、或是在階 梯1上搭乘的乘客的引導柵欄。 移動扶手4係一般呈現剖面c字狀，以無端狀被形成。 移動扶手4係與階梯丨同步移動般被驅動其上側部分和 在乘降口中的逆轉部分沿著内側板3的邊緣部移動。又， 移動扶手4的下側部分係在層板2和衍架(tr_，未圖示) 内移動。 在此電扶梯中，在下部乘降σ (包含其附近）使用所定 的消毒劑，用以將乘客的手除菌用的除菌裝置6被具備。 :本實施例的除菌裝置6中，作為將乘客的手除菌用的消 母劑’使用除菌性能優越的臭氧。 以下，也參考第2圖乃至第4圖，具體地說明有關除 菌！置6的構成以及功能。又’帛2圖係在第】圖所示的 ^員用運送帶的重要組成部份的剖面圖，表示第i圖的a_a 箭頭所看。第3圖係在帛！圖所示的人員用運送帶的重要 組成部份的平面圖，相當於將在帛2圖所示的部分從上方 看的圖示1 4圖係表示在本發明的實施们中的除菌裝 置的構成的圖示。 玻璃板製的内侧板3係沿著電扶梯的縱長被豎立在層 201242887 板2。圖中，2a係層板2 t、由與内側板3相比被配置在 階梯1側的部分所構成的内層，2b係層板2中、由與内側 板3相比被配置在外側（階梯丨相反側）的部分所構成的外 層。又，7係表示從内層2a被設置在下方的擋板。 π电伏秭具備 --—μ从。η，刑攸^{的傦形， 除菌裝置6係例如，被設置在外層2b的上面，被配置在與 内侧板3鄰接的牆壁8之間。而且，除菌裝置6係從移動 手4的外側，朝向握住移動扶手4的乘客的手釋放臭氧， 將臭氧吹在乘客的手以進行㈣。例如，臭氧的吹出口 Μ 係在移動扶手4中，在下邮悉. 相一 T在下孩降口、在水平移動的部分的 ,方中’被配置在較鄰接的移動扶手4的上面高度僅低一 =置；除菌裝置6係從被配置在移動扶手‘的 =出二，朝向移動扶手4的上方位置將臭氧釋放至斜 上万°作為此類構成的々 動扶 ° 使臭氧準確地接觸欲握住移 動扶手4(或是一鬆開移動扶 體，γ )的乘客的手内側全 了期料佳的除ϋ效果。又， 的臭5的加八ν 代人出口 6a被釋放 =臭氧的一部份係也接觸移動扶手4，所 表面的除菌也可同時進行。 移動扶手4的 又’由於釋放臭氧㈣吹出口 4 设置的話較佳，具 接近移動扶手4被 6aSFW^^ 其構成亦可。例如，即使將吹出口 6a配置在較鄰接的移動 卩便將人出口 形，朝向移動扶手4的^ 面高度為高的位置的情 物番 的乘客所握住的部分哎B倡， 位置進行臭氧的釋放亦可Μ ”次疋僅在其上方 握住移動扶手4的乘 八有此類構成’可準確地對於 人客的手吹臭氧。 201242887 其次，參考第4圖，說明有關除菌震置6的功能。 9 置6係如第4圖所示般，例如藉由臭氧發生器 、臭氧濃度計1。、控制部u、記 成部份。 稱成其重要組 :氧發生器9係具有產生臭氧的功能，例如，將產生 供二=給至所定的臭氧室13。亦即，從臭氧發生器9被 :臭氧室13内的臭氧從吹出口 ^朝向乘客的手被釋 放。 〒 2濃度計1G係用以檢測出從吹出σ 6a被釋放的臭 奥氧=被具備的物件。臭氧濃度計以係例如，檢測出 2至13内的臭氧濃度作為從吹出心被釋放的臭氧濃 又將此檢測結果對於控制部Π輸出。 泣控制部U係基於臭氧濃度計1〇的檢測結果以及記錄 二12的5己錄内容，具有進行除菌裝置6的動作控制，亦即， 、、乳的釋放控制的功能。又，在記錄部12中，例如，為 進行臭氧的釋放控制，必要的各種參數㈣被記錄。控制 部U係基於記錄部12的記錄内容使臭氧在臭氧發生： ^產生，以適當正確的臭氧濃度以及釋放量從吹出〇 使 :氧被釋放。又’控制部11係藉由臭氧濃度計i。超過所 氧濃度被檢測出的話，使根據臭氧發生器9的臭 ^被停止。猎此，從吹出口 6a的臭氧的釋放也被停 止，防止咼濃度的臭氧被吹至乘客。 作為上述構成的電扶梯的話，在搭乘口、 移動扶手4時（或是在出口 一鬆開 人 鬆開移動扶手4之後），藉由 201242887 從除菌裝置6被釋放的消毒劑(臭氧），可確實地將乘 手除菌。特別是在上述構成的除菌裝置6中，吹出口 配置在移動扶手4的側方’從此吹出口 6a、臭氧朝向乘客 的手破釋放’戶斤以可將臭氧吹遍乘客的手全體，可期待較 佳的除菌效果。又，您士山 Λ 于毕乂 又仗吹出口 63被釋放的臭氧的一部份係 也接觸移動扶手4，所以在移動扶手4的表面中’乘客所 握住的部分的除菌也可同時進行。 又，作為將乘客的手除菌用的消毒劑、採用臭氧的話， 也不會有如同採用其他藥劑等的情形般抗藥性的細菌發生 的情形，可長時期地維持高除菌性能。 因此，乘客係在利用電扶梯之際，可安心地握住移動 又’在本實施例中，進行說明有關除菌裝置6被設置 在電扶梯的下部乘降σ的情形。$而，此係僅僅表示一個 例子，除®裝f 6係即使被設置在上部乘降口亦可。又， 即使除菌裝置6被設置在下部乘降口和上部乘降口的雙方 亦可。 又 ，在電扶梯的搭乘口，上述構成的除菌裝置6被具備的 清形，乘客係可在除菌被進行的清潔的狀態下利用電扶 梯。又，除菌裝置6被具備在電扶梯的出口的情形，乘客 係可在除菌被進行的清潔的手的狀態下走下電扶梯。將除 菌裝置6具備在搭乘口以及出口的雙方的話，上述雙方的 效果亦可被得到係不用多加贅述。 又，在本實施例中，說明有關在臭氧發生器9被產生 201242887 ::氧直接從吹出口 6a釋放的情形，然而在除菌裝置6追 、他的功犯，更加提高除菌性能的方式構成亦可。 例如’在本實施例中的除菌裳置6,在臭氧室13内追 口將過氧化氫嗔霧的対器（未圖示）。而且，藉由使從此 :霧器被喷霧的過氧化氯和臭氧室13内的臭氧被反應，將 氧化能力更高的活性物種所構成的羥基自由基產生，從 出6a被釋放。此類構成的話，可將氧化力高的經基自 基吹在乘客的手、移動扶手4，即使碰觸消毒劑（經基自 基）的時間短的情形，亦可期待高的除菌效果。 實施例2 第5圖係為表示在本發明的實施例2中的人員用運送 帶的重要組成部份的剖面圖，第6圖係表示在本發明的實 施例2中的人員用運送帶的重要組成部份的平面圖。在實 施例1中’進行說明有關在電扶梯具備由玻璃板等所構成 的内側板3的情形。在本實施例中，說明有關在電扶梯具 備由不鏽鋼板等所構成的内側板14的情形。 内側板14由不鏽鋼板等所構成的情形，層板 配置在移動枯车a & 牙'w 在移動扶手4的正下方。又，15a係在層板15中、與 移動扶手4的支持部分相比被配置在階梯1側的部分所構 成的内層’ 15b係在層板15中、與移動扶手4的支持部分 才比被配置在外側（階梯1相反側）的部分所構成的外層。 内側板14係從内I…的階梯1側端部被設置在下方， 端部與擋板7連續般被構成。 下 移動扶手4係其上側部分和在乘降口中的逆轉部八八 11 201242887 著層板15的上面以及在乘降口中的彎曲面移動，下側部分 被配置在層板15、衍架（未圖示）内。 吹出口 6a朝向移動扶手4的上方位置 在電扶梯具備上述構成的層板15以及内側板ι4的情 形，除菌裝置6係例如，其本體部分被内藏在外層1 ， 只有形成吹出口 6a的部分從外層15b的上面突出的方式被 配置。而且，除菌裝置6係與實施例！的情形相㈤，從移 動扶手4的外側朝向握住移動扶手4的乘客的手釋放臭 氧，將臭氧吹至乘客的手以進行除菌。例如，臭氧的吹出 口 6a係在移動扶手"、在乘降口水平地移動的部分的側 方中，被配置在較鄰接的移動扶手4的上面高度僅低一些 的位置裝置6係從被配置在移動扶手4的側方的此 位置，釋放臭氧至斜上方。 其他構成係與實施例1相 包含除菌裝置6的功能等， 同0 藉由具有此類構成，I 及内側板14的電扶梯中， 即使在具備上述構成的層板 實施例3 第7圖倍 可達成與實施例1同樣的效果 圓係表示在本發明的實施例201242887 VI. Description of the Invention: [Technical Field of the Invention] The present invention relates to a transport belt for personnel having a sterilization device. [Prior Art] In the so-called escalator, the person on the moving walk, and the passenger conveyor belt, the moving sander armrest is driven in synchronization with the step on which the passenger is boarding. This mobile handrail is provided for the passenger who is boarding and descending, and the passenger who is on the step from the l + 4 4 ladder. The original passenger was in the use of the passenger transport belt% Dadi, and he hoped to always hold the moving handrail. However, since the passengers used the shuttlecock to be used by an unspecified majority, among the passengers , > Some people will feel unhappy because they touch the moving armrests. Therefore, in the use of the genus, the book knows that the passengers who use the transport belt do not hold the passengers who move the handrails, but only when they move the handrails while riding the steps and move them on the steps, the passengers who move the handrails are released. There are also some. In the case of such a thing, as a conventional technique, a transport belt for a person who has a mobile: hand-sterilizing device is also proposed (example #, refer to the patent document specifically] in the object of the patent document i, for moving The armrest and the light having the effect of the g are irradiated from below, so that the light is diffused on the surface of the moving handrail, and the moving handrail is moved and placed on the moving handrail to be sterilized. [Technical Literature] [Patent Literature] [Patent Document 1] Japanese Patent Application Laid-Open No. 3-6677 No. 201242887 [Summary of the Invention] [Problems to be Solved by the Invention] When a passenger transport belt is used, 'no grip ^ ¢ 1 ^ The person touched the dirty moving handrail and he was intimate with each other. _„ It is very good for people who have a dirty impression on the day. In the object m ^ which is contained in the patent document, it has a sterilization effect. Hand: two! The surface is diffused 'to move the handrail and the passenger = (four), the range of the sterilizable is very narrow, and the method of fully sterilizing the passenger's hand is stored. ..., the present invention is to solve the above problem Objects provided The object of the present invention is to provide a transport belt for a person who can sterilize the hand of a passenger who uses the "transport belt" and can safely hold the handrail by the passenger. [Means for Solving the Problem] The transport belt for personnel of the present invention The utility model comprises: a moving handrail, a fish step synchronous movement, and a sterilization device 'the air outlet is close to the moving handrail and is disposed to release the disinfectant from the air outlet toward the hand of the passenger holding the moving handrail. Further, the person concerned with the invention uses The transport belt system includes: a moving handrail that moves in synchronization with the ladder; and a sterilization device that is disposed close to the moving handrail and is disposed at a portion that is held by the passenger who moves the handrail to release the disinfectant. The transport belt system for a person of the present invention includes: a guide grille for guiding a passenger for a passenger exit and a sterilization device for releasing a disinfectant toward a hand of a passenger holding the guide fence; wherein the guide grill is at the uppermost horizontal The rod member is formed with an upwardly opening outlet, and the sterilization device releases the disinfectant from the outlet 201242887. Further, the person concerned with the present invention The belt feeding system includes: a sterilization device, which is disposed at the riding port or σ, releases the prescribed disinfectant from the blowing σ; and an operation unit for performing the sterilizing of the hand by the sterilizing device In the case of the operation unit, when the predetermined operation is performed, the disinfectant is released from the air outlet. [Effect of the Invention] According to the person's transport belt according to the present invention, it is possible to confirm The passenger is sterilized by the hand of the passenger of the conveyor belt, and the passenger can safely hold the moving handrail. [Embodiment] In order to explain the present invention in more detail, the present drawings are shown in the drawings according to the attached drawings. The same or equivalent parts are denoted by the same reference numerals, and the repeated description thereof is appropriately simplified or omitted. In the following, as an example of the person transport belt, an escalator for breaking the movement between the upper and lower floors is used. Other examples of moving walks and the like in the specific (fourth) month are omitted. [Embodiment 1] Fig. 1 is a perspective view showing a person transport belt in a first embodiment of the present invention, which shows a lower entrance and exit of an escalator. In addition, in the lower pass and drop port shown in the i-th picture, you are configured as follows: In the case where the escalator rises, the elevating escalator is the exit. In this embodiment, even if the lower portion 6 201242887 is the landing port and the exit of the escalator, any one of them can be used. In the first drawing, 1 is a step when the passenger moves between the upper and lower floors. 2 is a floor plate provided on both sides of the step i, and 3 is a glass plate supported by the floor plate 2. The inner side panel '4 is a passenger who rides on a step, a moving handrail that is held by a passenger on the step 1, and 5 is a passenger that is used to guide the passenger from the step in the lower pass, or A guide fence for passengers boarding on the ladder 1. The moving handrail 4 is generally c-shaped in cross section and is formed in an endless shape. The moving handrail 4 is driven to move along the edge portion of the inner side panel 3 such that the upper side portion thereof and the reverse portion in the entrance and exit are driven in synchronization with the step. Further, the lower portion of the moving armrest 4 moves in the laminate 2 and the truss (tr_, not shown). In this escalator, a predetermined disinfectant is used in the lower portion σ (including the vicinity thereof), and a sterilization device 6 for sterilizing the hand of the passenger is provided. In the sterilization device 6 of the present embodiment, ozone, which is superior in sterilization performance, is used as a nutrient for sterilization of a hand of a passenger. Hereinafter, referring to Fig. 2 to Fig. 4, the sterilization is specifically described! Set the structure and function of 6. Further, the Fig. 2 is a cross-sectional view showing an important part of the passenger transport belt shown in the figure, and shows the arrow a_a of Fig. i. Figure 3 is in the picture! The plan view of the important component of the person transporting belt shown in the figure corresponds to the portion shown in FIG. 2 from the top, and the figure 14 shows the sterilization device in the embodiment of the present invention. An illustration of the composition. The inner side panel 3 of the glass plate is erected on the layer 201242887 panel 2 along the length of the escalator. In the figure, the 2a-based laminate 2t is an inner layer composed of a portion disposed on the step 1 side of the inner panel 3, and the 2b-based laminate 2 is disposed outside the inner panel 3 (step The outer layer formed by the portion of the opposite side. Further, the 7-series shows a baffle provided below from the inner layer 2a. π 秭 秭 has --- μ from. In the shape of 傦, the sterilizing device 6 is provided, for example, on the upper surface of the outer layer 2b, and is disposed between the walls 8 adjacent to the inner panel 3. Further, the sterilization device 6 releases ozone from the outside of the moving hand 4 toward the hand of the passenger holding the moving handrail 4, and blows ozone on the hand of the passenger to perform (4). For example, the air outlet of the ozone is attached to the moving handrail 4, and it is reported below. The phase T is disposed at a height lower than that of the adjacent moving handrail 4 in the lower portion of the lower child. One set; the sterilizing device 6 releases the ozone to the upper side of the moving handrail 4 from the position of the moving handrail, and the ozone is released to the oscillating distance. The inside of the hand of the passenger who wants to hold the moving handrail 4 (or a loose moving body, γ) has a good effect of removing the cockroach. In addition, the scent of the scent of the squid 5 is released. The part of the ozone is also in contact with the moving handrail 4. The sterilization of the surface can also be carried out simultaneously. It is preferable that the moving handrail 4 is provided by the release of the ozone (four) air outlet 4, and the movable handrail 4 may be configured by the 6aSFW. For example, even if the blower outlet 6a is disposed in a more outwardly-moving squat, the person exits the shape, and the portion of the occupant who is facing the position where the height of the moving handrail 4 is high is held by the occupant. The release can also be Μ ” 疋 疋 疋 疋 疋 疋 疋 移动 移动 移动 移动 移动 移动 移动 移动 移动 移动 移动 疋 疋 移动 ' 2012 2012 2012 2012 2012 2012 2012 2012 2012 2012 2012 2012 2012 2012 2012 2012 2012 2012 2012 2012 2012 2012 2012 2012 Function of 6. 9 Set 6 is as shown in Fig. 4, for example, by an ozone generator, an ozone concentration meter 1, a control unit u, and a part. It is called an important group: the oxygen generator 9 has The function of generating ozone, for example, will generate a supply of the second ozone to the predetermined ozone chamber 13. That is, the ozone from the ozone generator 9 is released from the blown outlet of the ozone chamber 13 toward the passenger's hand. The meter 1G is used to detect the ozone-containing oxygen that is released from the blown σ 6a. The ozone concentration meter detects, for example, the concentration of ozone in 2 to 13 as the concentration of ozone released from the blown heart. This test result is output to the control unit. The U system has a function of performing the operation control of the sterilization device 6, that is, the release control of the milk, based on the detection result of the ozone concentration meter 1 and the recorded contents of the record 2, and is also in the recording unit 12. For example, in order to control the release of ozone, various necessary parameters (4) are recorded. The control unit U causes ozone to occur in the ozone based on the recorded content of the recording unit 12: ^ is generated, and the appropriate correct ozone concentration and release amount are blown out from the 〇 The control unit 11 is controlled by the ozone concentration meter i. If the oxygen concentration is detected, the odor according to the ozone generator 9 is stopped. This is the ozone from the air outlet 6a. The release is also stopped, and the ozone concentration is prevented from being blown to the passengers. As the escalator configured as described above, when the passenger's seat is moved and the handrail 4 is moved (or after the exit is released, the person releases the moving handrail 4) 201242887 The disinfectant (ozone) released from the sterilization device 6 can surely sterilize the hand. In particular, in the sterilization device 6 configured as described above, the air outlet is disposed on the side of the moving handrail 4' At the exit 6a, the ozone is released toward the passenger's hand to release the ozone to blow the ozone all over the passenger's hand, and the better sterilization effect can be expected. In addition, your Shishan 于 is released in the 乂 乂 仗 仗 63 A part of the ozone is also in contact with the moving handrail 4, so that the sterilization of the portion held by the passenger can be simultaneously performed on the surface of the moving handrail 4. Also, as a disinfectant for sterilizing the hand of the passenger, In the case of ozone, there is no case where bacteria which are resistant to chemicals such as other chemicals are used, and high sterilization performance can be maintained for a long period of time. Therefore, the passenger can safely hold the movement while using the escalator. Further, in the present embodiment, a case will be described in which the sterilization device 6 is installed in the lower portion of the escalator to take the σ. $, this system only shows an example, except that the ® installed f 6 system can be set even in the upper and lower drop ports. Further, even if the sterilization device 6 is provided in both the lower landing port and the upper landing port. Further, in the boarding opening of the escalator, the sterilization device 6 having the above configuration is provided, and the passenger can use the escalator in a state where the sterilization is performed. Further, when the sterilization device 6 is provided at the exit of the escalator, the passenger can walk down the escalator in a state where the hand is cleaned by the sterilization. When the sterilization device 6 is provided on both the boarding port and the outlet, the effects of both of the above-described effects can be obtained without further elaboration. Further, in the present embodiment, a description will be given of a case where the ozone generator 9 is generated 201242887:: oxygen is directly released from the air outlet 6a, but in the sterilization device 6, chasing, his sin, and improving the sterilization performance. It can also be constructed. For example, in the sterilization chamber 6 of the present embodiment, a buffer (not shown) that traps hydrogen peroxide in the ozone chamber 13 is traced. Further, by reacting the chlorine peroxide sprayed in the mist and the ozone in the ozone chamber 13 from this, hydroxyl radicals composed of active species having higher oxidizing power are generated and released from the 6a. In the case of such a configuration, the base having a high oxidizing power can be blown from the base to the hand of the passenger, and the handrail 4 can be moved. Even if the time for touching the disinfectant (base-based) is short, a high sterilization effect can be expected. . [Embodiment 2] Fig. 5 is a cross-sectional view showing an important part of a person transporting belt in a second embodiment of the present invention, and Fig. 6 is a view showing a person transporting belt in the second embodiment of the present invention. A plan view of the important components. In the first embodiment, the case where the escalator is provided with the inner panel 3 made of a glass plate or the like will be described. In the present embodiment, a case will be described in which the escalator is provided with an inner side plate 14 made of a stainless steel plate or the like. The inner panel 14 is formed of a stainless steel plate or the like, and the laminate is disposed on the moving dry car a & Further, 15a is an inner layer '15b formed in a portion of the floor panel 15 which is disposed on the side of the step 1 in comparison with the support portion of the moving handrail 4, and is attached to the support portion of the moving handrail 4 in the layer plate 15 An outer layer formed by a portion on the outer side (opposite side of the step 1). The inner side plate 14 is provided below the step 1 side end portion of the inner portion I, and the end portion is formed continuously with the baffle plate 7. The lower moving armrest 4 is configured such that the upper side portion thereof and the reversing portion in the landing and lowering portion are formed on the upper surface of the layering plate 15 and the curved surface in the landing and lowering port, and the lower side portion is disposed on the laminate 15 and the truss (not Inside). In the case where the air outlet 6a is provided with the above-described configuration of the floor plate 15 and the inner side plate ι4, the sterilizing device 6 is, for example, the body portion thereof is housed in the outer layer 1 and only the air outlet 6a is formed. A portion is protruded from the upper surface of the outer layer 15b. Moreover, the sterilization device 6 is an embodiment! In the case of (5), ozone is released from the outside of the moving handrail 4 toward the hand of the passenger holding the moving handrail 4, and ozone is blown to the passenger's hand for sterilization. For example, the air outlet 6a of the ozone is placed on the side of the portion where the moving handrail is horizontally moved, and the position of the upper portion of the moving handrail 4 is lower than the height of the upper side of the adjacent moving handrail 4. This position, which is disposed on the side of the moving handrail 4, releases ozone to an obliquely upward direction. The other configuration includes the function of the sterilization device 6 in the first embodiment, and the same applies to the escalator having the above-described configuration, I and the inner panel 14 in the escalator having the above configuration. The same effect as that of the first embodiment is shown in the embodiment of the present invention.
進行昊氧釋放的情形。 中的人員用運送帶 尹，設置除菌裝置 It襴5的乘客的手The case of helium oxygen release. The person in the middle of the transportation belt Yin, the passenger's hand of the sterilization device It襕5
的乘客的手進行 器9等的本體部分，例如， 部份的桿5a的内部。 201242887 引導柵攔5，在乘客所握住的橫棒構件（被配置在最上層的 橫棒構件）5b，朝上（也包含朝向斜上方）開口的吹出口以 被形成複數個’除菌裝置6和各吹出口 6a在引導柵欄5的 内部中’藉由配管5e被連接。亦即，在臭氧發生器9被產 生的臭氧係經由配管6a被釋放至外部，被吹 至握住橫棒構件5b的乘客的手。 其他係具有與實施例1同樣的構成。 即使在此類的構成中，使用除菌性能優越的臭氧，可 確實地將電扶梯的乘客的手除菌，乘客係在利用電扶梯之 際，可安心地握住移動扶手4。 實施例4 第8圖係表示在本發明的實施例4中的人員用運送帶 ，構成的圖示’第9圖係表示在本發明的實施例4中的人 員用運送帶的動作的流程圖。在 在本實施例中，進行有關除 菌裝置6所具有的其他功能的具體說明。 又’在以下的實施例中，有關除菌農置6’即使採用 在實施例1至3所示的任—種配置皆可。 在第8圖中，16係具備判定電扶梯在運轉中组否的功 能的運轉狀態判定部。運轉狀態判定部U係例如，階梯卜 移動扶手4移動(運作)的話判定電扶梯為運轉中的指示， 階梯卜移動扶手4停止的話判定電扶梯為停止中的指示。 而且’控㈣11 接收運轉狀態判定部U的判定結果 的话，也考慮此判疋結果，说丄1 t 果適切地控制除菌裝置6的動作。 又，運轉狀態判定部1 R # A ^ 係基於來自電扶梯的控制盤 13 201242887 (未圖示）的資訊進行上 同的裝置，從此設置與控制盤不 資訊亦可。：上=裝置得到在上述判 如，以盘移叙杜 R的裝置得到必要資訊的情形係例 /、移動扶手4的移動連動而 將肤爷鉍AA、 <将的万式设置滾輪， 滚輪的迴轉數(角度)藉由解碼器等檢測出。 其次’也參考第9圓， 梯的具體動作。 β有上述構成的電扶 在運轉狀·㈣㈣16巾，判斷電扶梯為運轉中 止中，對於除菌裝置6的控制部i τ 11 ^ Jt i ^ , 顆]出其結果。控制部 係藉由運轉狀態判定部16判定 (sm的ν。)，對於臭氧 τ止中的清形 乳贯玍器g輸出停止信號 產生被停止（S102)。亦即，電扶梯+使臭氧的 1：扶梯為分止中的話， 不會從除菌裝置6(的吹出口 6a)被釋放。 臭氧係 另一方面，藉由運轉狀態判定部 t的情形_一控制部„係其次 濃度計10被檢測出的臭氧濃度是否在規定值以内(s 103)。在此’藉由臭氧濃度計1〇超過規定值的臭氧 檢測出的話（S103的No)，控制部u /又破 氧的產生被停止。又，藉由真氧^=展至_而使臭 糟由莫氧濃度计10被檢測出的 濃度在規定值以内的每(^Qln^iAA、/ 、 門旳話（S103的Yes)，控制部u 發生器9使臭氧的產生進行，使所定的低濃度臭氧從 口 6a 被釋放（S104)。 根據本發明的實施例4的話’可進行因應 轉的最適當的除菌處理。 疋 201242887 又’上述規定值係例如，預先被記錄 實施例5 綠。P 12。 第10圖係表示在本發明的實施例5中的 的構成的圖示，第UIS1在主_ 用運送f 員用運㈣ 在本發明的實施例5中的人 員用運送帶的動作的流程圖。 0圖中，17係、具備判定電扶梯的 能的運轉方向判定邻。、s # + 得方向的功 梯為運轉中的情二：定部17係例如，在電扶 ^ a ^ 土階梯卜移動扶手4的行走方向， 或疋朝驅動階梯丄等的驅動裝置(未圖示) 判定電扶梯的運轉方向。而且，控制部u係-接:=方 向判定部π的判定結果的話，也考慮此判定結 = 控制除菌裝置6的動作。 、刀也 部16相^關某運轉方向判定部17也是與上述運轉狀態判定 ° 於來自電扶梯的控制盤的資訊進行 處理亦可’設置與控制盤為不同的裝置，，此不同= 得到：亡述判定處理所必要的資訊亦可。 、 的且栌“也參考第U圖說明有關具有上述構成的電扶梯 的具體的動作。 在運轉方向判定部Π中，判斷電扶梯在UP方向運轉 中D〇WN方向運轉中與否，將此結果對於除in e㈣ ' 輸出。在控制部11中，首先，基於運轉方向判定 部17的判定纟士黑 梯為停止t的;:斷電扶梯為運轉中與否(崎 使根據臭氧發生器9的臭氧產生被停止 (S202)。亦即，雷 电袄梯為停止中的話，從除菌裝置6(的吹 201242887 出口 6a)，臭氧不會被釋放。又，控制部丨丨係例如，藉 運轉方向判定部1 7未被判定電扶梯在up方向運轉中。5 = DOWN方向運轉中的情形，判斷電扶梯為停止中。 或疋 電扶梯在運轉中的情形，控制部u係基於運轉方向I 定部1 7的判定結果，判斷電扶梯的運轉方向在 i判 向的情形（S203的N〇)，控制部丨丨係進展至S2〇2使臭氧 否（S2G3)。電扶梯的現在運轉方向不是在被默的所定^ 的 產生被停止 另 万面 电祅梯的現在運轉方向與被預定的所定方 向-致的情形(S203的Yes)，控制部U係藉由臭氧 10判定被檢測出的臭氧濃度在規定^與否（S2Q4) = 此，藉由臭氧濃度計10超過規定值的臭氧濃度被檢測出的 話（S204的No)’控制部u係進展至伽使臭氧的產生被 停止。又，藉由臭氧濃度計10被檢測出的臭氧濃度在規定 值以内的話（S204的Yes)，控制部u係藉由臭氧發生琴9 使臭氧產生被進行，從吹出σ 6a使所定低濃度的臭氧 放（S205)。 根據本發明的實施例5的話，可進行因應電扶梯的運 轉方向的最適當的除菌處理。因&，例如，可進行使只有 搭乘口側的除菌裝S 6被作動、只有出口側的除菌裝置6 被作動等’因應電扶梯的設置場所、期間的適當控制。 又，用以進行除g處理的運轉方向（上述特定方向）、 上述規定值係例如預先被記錄在記錄部12。 實施例6 201242887 第12圖係表示在本發明的實施例6中的人員用運送帶 的構成的圖示，第13圖係表示在本發明的實施例6中的人 員用運送帶的動作的流程圖。 ▲在第12 ®中，18係、為具備判定電㈣的乘客有無的 功亡的人物判定部。人物判定部18係例如利用紅外線感 測盗照相機影像處理、重量檢測等以判定電扶梯的乘客 有…而且，控制部11係一接收人物判定部18的判定结 果的話，也考慮其判定結果，可適當地控制除菌裝置^ 動作。 其次’也參考第13圖’說明有關具有上述構成的電扶 梯的具體動作。又，由於表示在第13圖的33〇1至S3〇3所 示的動作係與在上述_至湖所示的動作 其說明省略。 n 在人物判定部18’—檢測出人物與否，亦即，判斷電 扶梯的乘客有無’將此結果對於除菌裝置6的控 出。在控制部u中，在咖中、Yes的判定一被進行的 於人物判定部18的衫結果，判斷電扶梯的乘客有 义有乘客的話’使根據臭氧發生器9 生被停止咖)。亦即，電扶梯沒有乘客的情形，臭氧： 會從除菌裝置6(的吹出口 6a)被釋放。 另-方面，藉由人物判定部18、有乘客被 (S304的Yes)，抑制邱μ γ 月心 ㈣控制⑷11係判定藉由臭氧濃度計10被檢 測出的臭氣濃廑在拐令# 規疋值以内與否（S305)。在此，藉由 氧濃度計1〇、超過規定值的臭氧濃度被檢測出的話⑽5 201242887 的No) ’控制部1丨係進 藉㈣氧濃度…停止。又’ 話（的Yes)，控制部度在規定值以内的 生被進行，從吹出口"發生器9使臭氧產 (S306)〇 &使所定低濃度的臭氧被釋放 6的話，可進行因應電扶梯的乘 ，所以可防止發生臭氧的浪費。 根據本發明的實施例 客有無的最適當除菌處理 實施例7 第14圖係為本發明的奢 x月的貫她例7中的人員用運送帶的重 要組成部份的剖面圖’第15圖係為本發明的實施例7中的 除菌裝置的構成的圖示。在上述實施例…中，說明有 i乍為將乘客的手除菌用的消毒劑使用臭氧的情形。在本 實施例巾’說明有關使用臭氧以外的消毒劑將乘客的手除 菌的情形。 如第15圖所示般，在本實施例中的除菌裝置6係藉由 槽19、噴霧裝置20、控制部丨丨、記錄部丨2、運轉狀態判 疋部16以構成其重要組成部份。 槽1 9係為放入用以將乘客的手除菌的消毒劑的容 器。例如，在槽19内存放作為消毒劑之所謂的〇. 〇5%程度 的氣化笨二甲烴銨液體、75%程度的乙醇液體的所定溶液。 喷霧裝置20係具有朝向欲握住移動扶手4(或是—放開移 動扶手4之後）的乘客的手，使槽19内的消毒劑從吹出口 6a被噴霧的功能。 控制部11係基於記錄部12的記錄内容等，控制除菌 201242887 裝置6的動作控制，亦即’根據喷霧裝置20的消毒劑的噴 霧。例如，在記錄部12，用以進行消毒劑的噴霧控制所必 要的各種參數預先被記錄。控制部u係基於記錄部Η的 記錄内容使噴霧裝置2Q被作動，以適量的喷霧量進行消毒 劑的人出X ’在控制部i i檢測出槽i 9内的消毒劑的殘 量的檢測功能也被具備。控制部U係一檢測出槽19内的 消毒劑的殘量不足所定值（所定量）的話，除了使消毒劑的 喷霧被停止，同時從所定的通知單元(未圖示)進行顯示、 通報、警報等以通知消毒劑不夠的情況（必須補充消毒劑）。 除菌裝置6(的喷霧功能）以外的構成係與上述任一實 施例的構成相同。在第14圖表示在具有玻璃板製的内側板 3的電扶梯、適用上述除菌裝置6的情形，然而藉由採用 與第5圖、第7圖所示的構成相同的構成，在具有不錄鋼 板製的内側板14的電扶梯、乘降口的引導栅欄5,上述除 菌裝置6也可適用係當然不用再贅述。 其次’也參考第16圖具體說明有關具備上述除菌裝置 6的電㈣的動作。又’第16圖係表示本發明的實施例7 中的人員用運送帶的動作的流程圖。 在^轉狀態判定部16中’判斷電扶梯為運轉中或是停 止中，將此結果對於除菌裝置6的护 η ^ Ιέ * ^ u 1制邛11輸出。控制部 :=運轉狀態判定部16、電扶梯為停止中被判定的情 形（S401的No)，對於噴霧裝置 劑的喷霧被停止議)。亦即，電=止信號，使消毒 w益姑苗以 扶梯為停止中的話，從 除函裝置6(的吹出σ 6a)消毒劑不被釋放。 19 201242887 另-方面，藉由運轉狀態判定部16’電扶梯為運轉中 被判定的情形（隨的Yes)，控制部^系接著檢測出槽 19内的消毒劑的剩餘量，判定在槽19内是否有剩餘 量的消毒劑（S403)。在此，消毒劑的殘量' ⑷j汊篁不足所定值的話 (_的No)，控制部心進展至_使消毒劑的喷霧被 停止。又，控㈣η係，進行所定的顯示、警報等，將槽 19内的消毒劑不足情形向外部通報。另—方面，在槽η 内有剩餘所定量以上的消毒劑的話（S4〇3的Yes)，控制部 11係喷霧裝置20们肖毒劑的錢進行，使所定量的消毒 劑從吹出口 6a被喷射（S404)。 在本實施例中，也可達成與實施例丨同樣的效果。 亦即，若藉由上述構成的電扶梯，在搭乘口乘客欲握 住移動扶手4時（或是在出口、放開移動扶手4之後），藉 由從除菌裝置6被釋放的消毒劑（氣化笨 醇液體），可確實地將乘客的手除菌。又 二曱烴銨液體、乙 ’若藉由上述構成 的除菌裝置6的話，由於霧狀的消毒劑朝向乘客的手吹 所以可使消毒劑吹遍乘客的手全體，較佳的除菌效果可被 期待。又，從吹出口 6a被喷霧的消毒劑的一部份係由於也 接觸移動扶手4’所以可同時進行在移動扶手4的表面中、 乘客所握住部分的除菌。 因此，乘客係在利用電扶梯之際’可安心地握住移動 扶手4。 又，在本實施例中，進行有關具有運轉狀態判定部丄6 的除菌裝置6的功能的具體說明。然而，此係僅顯示一個 201242887 例子’在除菌裝置6即使具備運轉 定部以亦可。藉由具有此種構成 ：：:7、人物判 ㈣等的噴霧功能的除®裝置6中，h日 例5、6同樣的功能。 亦可/、備與實施 實施例8 ::電扶梯係由不特定的多數人利 ^中有的人不想㈣毒劑朝向自己的手吹 定是否進=考慮到此種乘客，具有由乘客本身決 疋否進仃手(以及移動扶手4)除菌的選擇的構成。The hand of the passenger carries the body portion of the device 9, etc., for example, the inside of the portion of the rod 5a. 201242887 Guide fence 5, a plurality of 'sterilization devices' are formed in a horizontal bar member (a horizontal bar member disposed at the uppermost layer) 5b held by a passenger, and an air outlet opening upward (also including an obliquely upward direction) to be formed 6 and each of the air outlets 6a are connected by the piping 5e in the inside of the guide fence 5. That is, the ozone generated in the ozone generator 9 is released to the outside via the pipe 6a, and is blown to the hand of the passenger holding the horizontal bar member 5b. Others have the same configuration as that of the first embodiment. Even in such a configuration, the ozone of the passenger of the escalator can be surely sterilized by using ozone having excellent sterilization performance, and the passenger can safely hold the moving handrail 4 while using the escalator. [Embodiment 4] FIG. 8 is a view showing a configuration of a person transport belt in a fourth embodiment of the present invention. FIG. 9 is a flow chart showing the operation of the person transport belt in the fourth embodiment of the present invention. . In the present embodiment, a detailed description will be given regarding other functions of the sterilization device 6. Further, in the following embodiments, the sterilization removal 6' may be carried out in any of the configurations shown in the first to third embodiments. In Fig. 8, the 16th system includes an operation state determination unit that determines whether or not the escalator is in operation. For example, when the moving handrail 4 moves (operates), the operation state determining unit U determines that the escalator is in operation, and determines that the escalator is in the stop when the moving handrail 4 is stopped. Further, when the control (four) 11 receives the determination result of the operation state determination unit U, it is also considered that the result of the determination is that the operation of the sterilization device 6 is appropriately controlled. Further, the operation state determination unit 1 R # A ^ performs the same device based on the information from the control panel 13 201242887 (not shown) of the escalator, and the information on the control panel is not provided. :Up=The device obtains the above-mentioned sentence, and the device that has the necessary information is obtained by the device of the disk shifting Du R. The movement of the moving handrail 4 is linked to the skin AA, < The number of revolutions (angle) is detected by a decoder or the like. Secondly, also refer to the 9th round, the specific action of the ladder. In the case of the above-mentioned configuration, the control unit i τ 11 ^ Jt i ^ of the sterilization device 6 is the result of the operation of the fourth (four) (four) 16 towel, and it is judged that the escalator is in the middle of the operation. The control unit determines (in ν of sm) by the operation state determining unit 16, and stops the generation of the stop signal for the clearing device g in the ozone τ (S102). In other words, if the escalator + the ozone escalator is in the middle of the separation, it will not be released from the blow-off port 6a of the sterilization device 6. On the other hand, in the case of the operation state determination unit t, the control unit t is based on whether or not the ozone concentration detected by the secondary concentration meter 10 is within a predetermined value (s103). Here, the ozone concentration meter 1 When the ozone exceeding the predetermined value is detected (No in S103), the generation of the oxygen in the control unit u / is stopped. Further, the odor is detected by the oxygen concentration meter 10 by the true oxygen generation. When the concentration is within the predetermined value (^Qln^iAA, /, and the threshold (Ses of S103), the control unit u generator 9 causes ozone to be generated, so that the predetermined low-concentration ozone is released from the port 6a (S104) According to the fourth embodiment of the present invention, the most appropriate sterilization treatment can be performed in response to the change. 疋201242887 Further, the above-mentioned predetermined value is, for example, Example 5 Green. P 12 is recorded in advance. Fig. 10 shows In the illustration of the configuration of the fifth embodiment of the present invention, the UIS1 is used for the operation of the personnel transport belt in the fifth embodiment of the present invention. The system has the ability to determine the direction of operation of the escalator, and the s # + The power ladder is the second in operation: the fixed portion 17 is for example, in the traveling direction of the electric handrail 4, or the driving device (not shown) such as the driving step 判定, determines the escalator. In addition, when the control unit u-connects to the = direction determination unit π, the determination result is also considered to control the operation of the sterilization device 6. The knife portion 16 is closed to a certain direction of operation determination unit. 17 is also the same as the operation state determination. The information from the control panel of the escalator can be set to be different from the control panel. The difference is that the information necessary for the death determination processing can be obtained. In addition, the specific operation of the escalator having the above-described configuration will be described with reference to the U-shaped diagram. In the operation direction determining unit ,, it is determined whether the escalator is operating in the D〇WN direction during the UP direction operation, and the result is In addition to the in e (four) 'output, the control unit 11 first determines that the gentleman's black ladder is stopped by t based on the operation direction determining unit 17; and whether the electric escalator is in operation or not (sinusizes the ozone according to the ozone generator 9) Production is stopped (S 202). In other words, if the lightning ladder is stopped, the ozone is not released from the sterilization device 6 (the outlet 2012a of the blow 201242887). Further, the control unit is, for example, by the operation direction determining unit. It is determined that the escalator is operating in the up direction. 5 = The situation in the DOWN direction is running, and it is determined that the escalator is in a stop. When the escalator is in operation, the control unit u determines based on the operation direction I. As a result, it is judged that the operation direction of the escalator is judged in i (N〇 in S203), and the control unit 进展 progresses to S2〇2 to make ozone NO (S2G3). The current operation direction of the escalator is not caused by the occurrence of the silence, and the current operation direction of the electric elevator is stopped and the predetermined direction is determined (Yes in S203), and the control unit U is operated by ozone. (10) If the ozone concentration of the ozone concentration meter 10 exceeds the predetermined value is detected (No in S204), the control unit u progresses to the gamma ozone. The production was stopped. When the ozone concentration detected by the ozone concentration meter 10 is within a predetermined value (Yes in S204), the control unit u causes ozone generation by the ozone generating piano 9, and the predetermined low concentration is obtained by blowing σ 6a. Ozone release (S205). According to the fifth embodiment of the present invention, the most appropriate sterilization treatment in accordance with the direction of operation of the escalator can be performed. For example, it is possible to perform an appropriate control such as the installation place and the period of the escalator, such that only the sterilization device S 6 on the side of the boarding side is activated, and only the sterilization device 6 on the outlet side is actuated. Further, the operation direction (the specific direction) for performing the g-separation processing and the predetermined value are, for example, recorded in the recording unit 12 in advance. [Embodiment 6] 201242887 Fig. 12 is a view showing a configuration of a person transport belt in a sixth embodiment of the present invention, and Fig. 13 is a flow showing an operation of the person transport belt in the sixth embodiment of the present invention. Figure. ▲In the 12th, the 18th series is a person judgment unit that has the merits of the passengers who determine the electric power (4). The person determination unit 18 determines the passenger of the escalator by using the infrared camera sensor image processing, the weight detection, etc., and the control unit 11 receives the determination result of the person determination unit 18, and also considers the determination result. Properly control the sterilization device ^ action. Next, the specific operation of the escalator having the above configuration will be described with reference to Fig. 13. Further, the operation shown in 33〇1 to S3〇3 in Fig. 13 and the operation shown in the above-mentioned _ to the lake are omitted. n The person determining unit 18' detects whether or not the person is present, that is, whether or not the passenger of the escalator is present. This result is controlled by the sterilization device 6. In the control unit u, if the passenger of the escalator is determined to have a passenger in the coffee maker and the judgment of Yes, the result of the determination by the person determining unit 18 is determined to be "activated according to the ozone generator 9". That is, in the case where the escalator has no passengers, ozone: will be released from the blow-off port 6a of the sterilization device 6. On the other hand, the person determination unit 18 has a passenger (Yes in S304), and suppresses the Qiu μ γ Moon Heart (4) control (4) 11 system to determine the odor concentration detected by the ozone concentration meter 10 in the inflection order Within or after the depreciation (S305). Here, when the oxygen concentration meter is detected and the ozone concentration exceeding the predetermined value is detected, the control unit 1 of the (10) 5 201242887 is stopped (4) the oxygen concentration is stopped. In the case of the word "Yes", the control unit is carried out within the predetermined value, and the ozone production (S306) is performed from the air outlet "generator 9; and the ozone of the predetermined low concentration is released 6 In response to the escalator, it is possible to prevent the waste of ozone. Example 7 of the most appropriate sterilization treatment according to an embodiment of the present invention. FIG. 14 is a cross-sectional view of an important part of the personnel transport belt in Example 7 of the present invention. The drawing is a diagram showing the configuration of the sterilization apparatus in the seventh embodiment of the present invention. In the above-described embodiment, it is explained that i is a case where ozone is used as a disinfectant for sterilizing a hand of a passenger. In the present embodiment, the case where the hand of the passenger is sterilized by using a disinfectant other than ozone is explained. As shown in Fig. 15, the sterilization device 6 in the present embodiment is constituted by the groove 19, the spray device 20, the control unit 丨丨, the recording unit 丨2, and the operation state determination unit 16 to constitute an important component thereof. Share. The tank 19 is a container into which a disinfectant for sterilizing a passenger's hand is placed. For example, a predetermined solution of a so-called 消毒. 〇 5% 5% vaporized dimethylammonium chloride liquid and a 75% ethanol liquid is stored in the tank 19. The spray device 20 has a function of holding the hand of the passenger who wants to hold the moving handrail 4 (or after releasing the handrail 4), and the disinfectant in the groove 19 is sprayed from the air outlet 6a. The control unit 11 controls the operation control of the sterilizing device 201242887 based on the recorded content of the recording unit 12, that is, the spray of the disinfectant according to the spray device 20. For example, in the recording section 12, various parameters necessary for performing spray control of the disinfectant are recorded in advance. The control unit u causes the spray device 2Q to be actuated based on the recorded content of the recording unit ,, and the person who performs the disinfectant with an appropriate amount of spray X′ detects the residual amount of the disinfectant in the tank i 9 at the control unit ii. Features are also available. When the control unit U detects that the residual amount of the disinfectant in the tank 19 is less than a predetermined value (quantitative amount), the control unit U displays and notifies the notification from the predetermined notification unit (not shown) while stopping the spraying of the disinfectant. , alarms, etc. to inform that the disinfectant is not enough (requires supplemental disinfectant). The configuration other than the spraying function of the sterilization device 6 is the same as that of any of the above embodiments. In the case of the escalator having the glass plate inner side plate 3, the above-described sterilization device 6 is applied, but the same configuration as that shown in Figs. 5 and 7 is used. The escalator of the inner side plate 14 made of a steel plate and the guide fence 5 of the landing and landing port are also applicable to the above-described sterilization device 6, and of course, need not be described again. Next, the operation of the electric (four) having the above-described sterilization device 6 will be specifically described with reference to Fig. 16. Further, Fig. 16 is a flow chart showing the operation of the person transport belt in the seventh embodiment of the present invention. In the "turning state determination unit 16", it is judged whether the escalator is in operation or stopped, and the result is output to the protection device η ^ Ιέ * ^ u 1 of the sterilization device 6. Control unit: = The operation state determination unit 16 and the escalator are determined during the stop (No in S401), and the spray on the spray device is stopped. That is, if the electric discharge signal is used to stop the disinfection, the disinfectant is not released from the discharge device 6 (the blown σ 6a). 19 201242887 On the other hand, when the escalation state is determined during operation (Yes), the control unit detects the remaining amount of the disinfectant in the tank 19, and determines that it is in the slot 19 Is there a residual amount of disinfectant inside (S403). Here, if the residual amount of the disinfectant '(4) is less than the predetermined value (No of _), the control unit progresses to _ so that the spray of the disinfectant is stopped. Further, the (4) η system is controlled, and a predetermined display, an alarm, or the like is performed, and the shortage of the disinfectant in the tank 19 is notified to the outside. On the other hand, if there is more than a predetermined amount of disinfectant remaining in the tank η (Yes in S4〇3), the control unit 11 performs the money of the spray device 20 to make the amount of the disinfectant from the blowout port 6a. It is sprayed (S404). Also in the present embodiment, the same effects as those of the embodiment can be achieved. That is, with the escalator constructed as described above, when the passenger on the boarding seat wants to hold the moving handrail 4 (or after exiting, releasing the moving handrail 4), the disinfectant released from the sterilization device 6 ( Gasification of the stupid liquid) can reliably sterilize the passenger's hand. Further, in the case of the above-mentioned sterilization device 6, the misty disinfectant is blown toward the hand of the passenger, so that the disinfectant can be blown over the entire hand of the passenger, and the sterilization effect is better. Can be expected. Further, a part of the disinfectant sprayed from the air outlet 6a can simultaneously perform sterilization on the surface of the moving handrail 4 and the portion held by the passenger by contacting the moving handrail 4'. Therefore, the passenger can safely hold the moving armrest 4 while using the escalator. Further, in the present embodiment, a specific description will be given of the function of the sterilization device 6 having the operation state determining unit 丄6. However, this shows only one example of 201242887', even if the sterilization device 6 has an operation unit. The same functions as in the fifth and sixth examples of the Japanese Patent Application No. 6 having the spray function of the following configuration :::7, character judgment (4), and the like. Can also /, preparation and implementation of the embodiment 8 :: Escalator is not specified by the majority of people who do not want (4) poisons to their own hands to blow whether to enter = take into account such passengers, with the passengers themselves疋No The composition of the selection of the sterilizing hand (and the moving handrail 4).
Γ圖係為本發明的實施例8中的人μ用運送帶的構 成的側面圖，表fJ …士表不電扶梯的出口的構成。在第17圖所示的 ，將乘客進行手除菌用的除菌裝置6設置在從階 梯力離的出口的地面上。而且，在此除菌裝置6，設置 ，接於消毒#|的吹出σ ^的感測器Η(操作單幻。感測 斋21係在電抉梯的出口、想進行手除菌的乘客操作用的物 牛八有以非接觸方式檢測出乘客的手接近的功能。亦即， 除菌裝置6的控制部11係、除了總是將從吹出口 6a的消毒 劑的釋放停止’同時乘客將手伸出至感測器21、手藉由感 測器21被檢測出的話’從吹出口 使所定量的消毒劑被 釋放。 又，在電扶梯的出口設置除菌裝置6的情形，為了通 在出口可進行手的除菌，所以導引此指示的導引單元（例 如顯不裝置以及通報裝置以及看板（piate)等）設置在電 扶梯的搭乘口亦可。 21 201242887 又，第18圖係為本發明的實施例8中的人員用運送帶 的其他構成的側面®，表示電扶梯的搭乘口的構成。在第 18圖中’22係為在電扶梯的搭乘口欲進行手除菌的乘客操 作'的消毒按鈕（操作單元）。亦即，除菌裝置6的控制部 11係除了總是將從吹出口 6a的消毒劑的釋放停止，同時 消毒按紐22被按下㈣’使所定量的料劑從吹出口 μ 被釋放。消毒按鈕22和吹出口 6a的距離报遠的情形，控 制部11係在消毒按鈕22被按下之後、經過所定時間後， 喷射消毒劑。 又，在第18圖所示的物件中，作為操作單元也採用上 述感測器2卜即使將感測器21鄰接吹出口 6a配置亦可。 又’在第Π圖以及第18圖方面，表示適用於具有玻 璃板製的内側3的電扶梯的情形，然而藉由適當設置消 毒按紐2卜感測器22等，亦可適用於具有不錄鋼板製的 内側板14的電扶梯、乘降σ的引導柵攔5的情形係無庸資 述。 藉由採用上述構成，只在希望手除菌的乘客利用電扶 梯的情形，可在乘降口中從除菌裝置6使消毒劑被噴射。 【圖式簡單說明】 第1圖係為表示本發明的實施例丨中的人員用運送帶 的立體圖； 第2圖係為第丨圖所示的人員用運送帶的重要組成部 份的剖面圖；The plan view is a side view showing the configuration of the transport belt for human μ in the eighth embodiment of the present invention, and the table fJ is a configuration in which the exit of the escalator is not shown. As shown in Fig. 17, the sterilization device 6 for hand sterilization of passengers is placed on the ground from the exit of the step force. Further, in this sterilization device 6, a sensor Η which is connected to the disinfection #|, which is blown out σ ^ (operational phantom) is sensed. The sensory 21 is attached to the exit of the electric ladder, and the passenger who wants to perform hand sterilization is operated. The used cow has a function of detecting the proximity of the passenger's hand in a non-contact manner. That is, the control portion 11 of the sterilization device 6 is stopped except for the release of the disinfectant from the air outlet 6a at the same time. When the hand is extended to the sensor 21 and the hand is detected by the sensor 21, the quantitative disinfectant is released from the air outlet. Further, in the case where the sterilization device 6 is provided at the exit of the escalator, The sterilizing of the hand can be performed at the exit, so the guiding unit (such as the display device and the notification device and the piate) that guides the instruction can be placed on the echelating seat of the escalator. 21 201242887 Again, 18th The side surface® of the other configuration of the person transport belt in the eighth embodiment of the present invention is a configuration of the boarding port of the escalator. In Fig. 18, the '22 system is for hand-sterilizing on the boarding pass of the escalator. The passenger operates the 'sterilization button (operating unit). That is, the control portion 11 of the sterilization device 6 is always stopped except for the release of the disinfectant from the air outlet 6a, and the sterilization button 22 is pressed (4) to release the dose of the material from the air outlet μ. When the distance between the button 22 and the air outlet 6a is far away, the control unit 11 sprays the disinfectant after the predetermined time elapses after the disinfection button 22 is pressed. Further, in the object shown in Fig. 18, as the operation unit In addition, the sensor 21 may be disposed adjacent to the air outlet 6a. In the first and second drawings, the case where the escalator is applied to the inner side 3 having the glass plate is shown. However, by appropriately setting the disinfection button 2 sensor 22 or the like, it is also applicable to an escalator having an inner side plate 14 which does not record a steel plate, and a guide fence 5 for snagging and descending σ. According to the above configuration, the disinfectant can be ejected from the sterilizing device 6 only in the case where the passenger who wants to remove the bacteria uses the escalator. [Schematic Description] Fig. 1 is a view showing the implementation of the present invention. The person in the case uses the conveyor belt Figure 2 is a cross-sectional view of the important components of the personnel conveyor belt shown in Figure ;;
S 22 201242887 第3圖係為第1圖所示的人員用運送帶的重要組成部 份的平面圖； 第4圖係為表示本發明的實施例1中的除菌裝置的構 成的圖示； 第5圖係為表示本發明的實施例2中的人員用運送帶 的重要組成部份的剖面圖； 第6圖係為表示本發明的實施例2中的人員用運送帶 的重要組成部份的平面圖； 第7圖係為表示本發明的實施例3中的人員用運送帶 的重要組成部份的立體圖； 第8圖係為表示本發明的實施例4中的人員用運送帶 的構成的圖示； 第9圖係為表示本發明的實施例4中的人員用運送帶 的動作的流程圖； 第10圖係為表示本發明的實施例5中的人員用運送帶 的構成的圖不； 第11圖係為表示本發明的實施例5中的人員用運送帶 的動作的流程圖； 第12圖係為表示本發明的實施例6中的人員用運送帶 的構成的圖示； 第13圖係為表示本發明的實施例6中的人員用運送帶 的動作的流程圖； 第14圖係為表示本發明的實施例7中的人員用運送帶 的重要組成部份的剖面圖； 、 23 201242887 第1 5圖係為表示本發明的實施例7中的除菌裝置的構 成的圖示； 第1 6圖係為表示本發明的實施例7中的人員用運送帶 的動作的流程圖； 第1 7圖係為表示本發明的實施例8中的人員用運送帶 的構成的側面圖；以及 第18圖係為表示本發明的實施例8中的人員用運送帶 的其他構成的側面圖。 【主要元件符號說明】 1 階梯、 2、 15層板、 2a、1 5a 内層、 2 b、1 5 b 外層、 3、 14内側板、 4 移動扶手、 5 引導柵欄、 5a桿、 5 b橫棒構件、 5c配管、 6 除菌裝置、 6a 吹出口、 7 擋板、 8 牆壁、 24 201242887 9 臭氧發生器、 1 0臭氧濃度計、 11控制部、 12記錄部、 13臭氧室、 1 6運轉狀態判定部、 1 7運轉方向判定部、 18人物判定部、 19槽、 20喷霧裝置、 21感測器、 22消毒按鈕。 25S 22 201242887 Fig. 3 is a plan view showing an important part of the personnel transport belt shown in Fig. 1; Fig. 4 is a view showing the configuration of the sterilization apparatus in the first embodiment of the present invention; 5 is a cross-sectional view showing an important component of the person transporting belt in the second embodiment of the present invention; and FIG. 6 is a view showing an important part of the person transporting belt in the second embodiment of the present invention. Fig. 7 is a perspective view showing an important component of the person transporting belt in the third embodiment of the present invention. Fig. 8 is a view showing the configuration of the person transporting belt in the fourth embodiment of the present invention. FIG. 9 is a flow chart showing the operation of the person transport belt in the fourth embodiment of the present invention; and FIG. 10 is a view showing the configuration of the person transport belt in the fifth embodiment of the present invention; 11 is a flow chart showing the operation of the person transport belt in the fifth embodiment of the present invention. FIG. 12 is a view showing the configuration of the person transport belt in the sixth embodiment of the present invention; The figure is for the personnel in the embodiment 6 of the present invention. Fig. 14 is a cross-sectional view showing an important part of a person transport belt in the seventh embodiment of the present invention; and 23 201242887 Fig. 15 is an embodiment showing the present invention Fig. 6 is a flow chart showing the operation of the person transport belt in the seventh embodiment of the present invention; and Fig. 17 is a view showing the eighth embodiment of the present invention. FIG. 18 is a side view showing another configuration of the person transport belt in the eighth embodiment of the present invention. [Main component symbol description] 1 ladder, 2, 15 laminate, 2a, 1 5a inner layer, 2 b, 1 5 b outer layer, 3, 14 inner panel, 4 moving armrest, 5 guide fence, 5a rod, 5 b horizontal rod Component, 5c piping, 6 sterilization device, 6a outlet, 7 baffle, 8 walls, 24 201242887 9 ozone generator, 1 0 ozone concentration meter, 11 control unit, 12 recording unit, 13 ozone chamber, 1 6 operating state The determination unit, the 17th direction of operation determination unit, the 18th person determination unit, the 19th slot, the 20th spray device, the 21 sensor, and the 22 disinfection button. 25