M380326 五、新型說明： 【新型所屬之技術領域】 本創作係為一種除污裝置，尤其是指—種直接設置於 可移動裝置上的移動式污染清除裝置。 【先前技術】 由於全球氣候變遷，大自然環境起了很大的變化，也 因此對人類生活環境產生的重大的影響。例如，由於氣候 異常所帶來的豪大雨對於山上土石的沖刷，使得在山上的 雨水夹帶著泥沙、土石流，向山下傾流而下，進而對生活 在山上或者是平地的人類造成重大的災害。 ==善後的過程中，常常會發生救災人員深入災區 二二理、移除土石、泥沙或者是清除異物後’由於 使得救災人員並無法立即馬上清洗自己身 ，而造成救災人員生理安全上的影響。此外，Ϊ 當救化學藥劑、_染的地區時， 員受到否=態，救災人 非災區造成擴散。 h 亏染源帶入其他 為了達到立即清潔的效果， 該圖係為習用之污染清除展 1 "所不! 是利用車用載具10承載儲污農户要 材，當有需要移動到災區時，可…備與器 動該車用載具⑺至目的地。到/日彻具有馬力之車輔拖 J達目的地之後，救災人員再 M380326 合f將車用載具1G内的設備，例如··帳棚、清料士置、介 調裝置或者是其他维生醫療器材等予以架設，二形: 中的帳棚形式的除污裝置11。雖钬巴_ 乂 θ 有機動性的效果，但是需要藉由；力I::可以❹7 用方便性與效率是大打折扣。力^又與收拾’對於使 綜合上述，因此亟需一種移動式污 習用技術所產生之問題。 〜除裝置采解决 【新型内容】 本創作提供-種移動式污染清_置，1係整 裝、除污、一_以及著裝等不同機能之空間於二可心置 輕人員架設相關設施所需要的時間以及不必要的 人力化費，增加使用上的方便性。 裝^創作ί供—種移動式污染清除裝置，其係整合卸 裝、除。檢測以及著裝於一可動 J置移動的機動性，使該污染清除裝置可以移動 =而且以要朗人員架設組好料可❹M380326 V. New description: [New technical field] This creation is a decontamination device, especially a mobile pollution removal device directly placed on a movable device. [Prior Art] Due to global climate change, the natural environment has undergone great changes and has had a major impact on the human living environment. For example, due to the climatic anomalies brought by the climatic anomalies, the landslides of the mountains and rocks make the rain on the mountains carry the sediments and earth-rock flows, pouring down the mountains, and thus causing great impact on human beings living on the mountains or on the plains. disaster. == In the process of the aftermath, disaster relief personnel often go to the disaster area to remove the earth and stone, sediment or remove foreign objects. 'Because the disaster relief personnel can not immediately clean themselves, the disaster relief personnel are physically safe. influences. In addition, when the chemical agents and _ dyed areas are rescued, the members are denied the state, and the disaster relief area is spread. h Loss of dyeing source brought into other in order to achieve the effect of immediate cleaning, this figure is the conventional pollution removal exhibition 1 " No! It is the use of vehicle vehicle 10 to carry the materials of the storage of farmers, when there is a need to move to the disaster area At the time, the vehicle can be used to move the vehicle (7) to the destination. After the arrival of the horsepower to the destination of the horse, the disaster relief personnel will use the equipment in the vehicle 1G, such as the tent, the clearing device, the mediator, or other dimensions. The medical equipment and the like are erected, and the decontamination device 11 in the form of a tent is used. Although 钬 _ 乂 θ organic effect, but need to rely; force I:: can be ❹ 7 with convenience and efficiency is greatly reduced. The force and the cleaning up are all about the above, so there is a need for a problem with mobile pollution technology. ~ In addition to the device to solve the [new content] This creation provides a kind of mobile pollution clearing _ set, 1 series of self-contained, decontamination, a _ and dressing and other functions of the space required for the installation of the relevant facilities Time and unnecessary labor costs, increasing the convenience of use. Installation and creation ί - a mobile pollution removal device, which is integrated and unloaded. Detecting and manipulating the movement of a movable J-moving movement, so that the pollution-removing device can be moved = and it is possible to set up a good group of people.
:也不需要人力收拾與拆却，增加了污染清除裝置的J 本創作提供一種移動式污染清除裝置，其係可以對於 =除污清潔的人員再進行污染判斷，如果人員身上還是 、二 >可染源則強制人員再度進行清潔，以完全確保人員 H避免/^㈣污染人員或擴散至其他非受災之區域。 【實施方式】 5 M380326 為使貴審查委員能對本創作之特徵、目的及功能有 更進-步的，知與瞭解，下文特將本創作之裝置的相關細 部結構以及相理念緣由進行說明 以了解本創作之龍，詳細賴陳述如下/ #—委貝τ 請參閱圖二與圖三所示，其中圖二係為本創作之移動 式污染清除裝置立體示意圖，圖三則為移動式污染清除裝 置之π染清除室配置示意圖。該移動式污染清除裝置2， 包括有-車體20、-污染清除室2卜—控制室22以及— 機房23。該車體20,其係具有一駕駛艙2〇〇以及底盤2〇1， 該底盤201上具有複數個驅動體2〇2。在本實施例中，該 驅動體202主要是要接收動力而帶動底盤2〇1移動，一般 而言讓驅動體202係為輪體’輪子之數量係根據底盤所能 承載的重莖而定，並無一定之限制，熟悉此項技術之人可 以根據需要選擇可以搭配底盤之輪體數量。除了輪體之 外，該驅動體亦可為履帶。該駕駛艙内可以提供駕駛員操 控該車體的運動，該駕駛艙可以與該底盤一體成型或 可以分離式的連接。 該污染清除室21，其係設置於該底盤201上，該污染 清除室21更具有一卸裝區21〇、一除污區211、一偵檢區 212以及一著裝區213。在該底盤201上，更設置有該控制 室22以及該機房23。本實施例中所謂之污染物係指污泥、 放射線污染、有毒物質或有毒氣體污染或者是病毒或病菌 的污染等，但不以此為限。其中該控制室22係監控該污染 清除室21内各區域及該機房23的狀況；而該機房23，其 係具有一電力供應單元230以提供該控制室22以及該污染 M380326 清除室21所需之電力。在圖三中，該機房23更具有一負 壓裝置23卜一過濾裝置232、一液體供應與回收單元233、 一藥劑槽234以及一加熱器235。該負壓裝置231，其係分 別以氣體管路2310與該卸裝區210、該除污區211以及該 偵檢區212相連接’以使該卸裝區210、該除污區211以 及該偵檢區212内形成負壓區，避免該卸裝區210、該除 _ · 污區211以及該偵檢區212内之污染物外洩。 . 一般而言該負壓裝置231係為一抽氣幫浦，其係經由 • 該氣體管路2310抽取該卸裝區210、該除污區211以及該 偵檢區212内的氣體’使得該卸裝區21 〇、該除污區211 以及該偵檢區212内的氣體壓力低於污染清除室21外部之 環境的大氣壓力，避免在該卸裝區210、該除污區211以 及该侦檢區212内的污染物外茂至外部大氣環境中。該過 濾裝置232，其係與該負壓裝置23相連接，以過濾由該負 壓裝置231所抽取之氣體。由於該卸裝區21〇、該除污區 211以及該偵檢區212内都可能含有污染物質，因此，在 參負壓裝置231抽取該卸裝區210、該除污區211以及該偵 '檢區212内的氣體時，被抽取的氣體中也都會含有污染物 質的成分，為了避免污染物質經由負壓裝置231被排放到 外部環境中，因此藉由過濾裝置232過濾被負壓裝置231 所抽取的氣體。本實施例之過濾裝置231内含有可以過濾 污染物質的濾心或濾網。 該液體供應與回收單元233,其係具有至少一第一液 體槽2330，其係可安裝於底盤其他空間，以分別提供容置 至少一種乾淨之液體，該乾淨之液體係藉由一供液管路 7 M380326 2332提供給該除污區211清理人員污染物之用，以及一第 一液體槽2331，其係提供容置由該除污區211所回收之污 染液體，該第二液體槽2331亦可安裝於底盤其他空間。至 於邊至少一第一液體槽2330之數量可以視乾淨之液體種 類而定。該藥劑槽234，其係可藉由管路2340提供該除污 區凊理污染物所需之至少一種藥劑。該加熱器235，其係 設置於該液體供應與回收單元233與該除污區211之間， 忒加熱器235係提供加熱該至少一第一液體槽233〇内經由 管路2332所提供之乾淨液體。在本實施射，該乾淨的液 體係可為水、酒精或者是任何具有消毒成分之液體，其係 可以藉由不同的管路（圖中僅示管路2332)供應至除污區 21〇内。該藥劑槽234内的藥劑種類也可以包括消毒藥水、 清潔藥水等，但不以此為限。此外，該機房23内更具有一 供氣裝置236以及-中央空調系統237。該供氣裝置挪， 其係分別與該卸裝區21〇、該除污區211以及該偵檢區212 相連接’以提供該卸裝區21G、該除污區211以及該· 區212 —乾淨氣體，該乾淨氣體量係小於該負壓裝置 =取之氣體量。該中央空調系、統237，其係提供調節該 卸裝區210、該除污區211、該偵檢區212、該著裝區213 以及該控制室22内之溫度。 該卸㈣210,其係具有-入口 21〇〇,該卸震區21〇 提供人員卸裝並回收污染衣物與裝備。在該入口側且 =離其❹有氣密效果，以將卸裝區21〇、與外 邛二％隔離。在隔離艙門2101之外更可以設置有梯子％ 或電動梯等’以利人員進入。該隔離艙門2101可以為手動 或者是單向感應式自動門以提供人員進入。本實施例中， 為了避免人員不當進出，因此係採用單向感應式自動門。 此外，該隔離搶門21()1之移動係為橫向移動的方式開門以 間上的浪費’當然如果空間上允許也可以此用抱轴 轉式的開門方式。為了方便管理，每-個進人之人員身 以佩帶有—朗標籤24，其係可為無線識別標籤 )以利進行管理。每一個識別標籤24内都登錄有人員 的相關身分資訊，以利管控。而在每一個區域内都可以設 ，有無線標籤讀取器25’以讀取進入該區域人員的身分並 回報至控制室22以利管控。 開關實施例中，該卸裂區210内更具有至少一個緊急 至少一個通話裝置2103以及至少一故視單元 2104。該至少—矽满__ 9lny| ^ v皿視早兀 像以傳㈣㈣織㈣卸錢内之影 控制室的人:至$内之監控影像顯不單元220，使得 S〇4係A二可以掌握卸裝區内人員的狀態。該監視單元 顯示單元22^機或者是可以擷取影像之裝置。該監控影像 不以此A π f、可為液晶顯示器或者是CRT的顯示器，但 :之=二該至少一通話裝置_，其係與控制室以 置，使得控工連接。藉由通話裝置簡的設 聯絡通話丄卸裝區210的人員可以相^ ,p _ …、'圖尹僅顯不一通話裝置2103，作苴數量俜 不以圖示為限制。該緊急開關_ = 人員在發生緊急狀況時，可以觸壓使得控 控影像_亍^-可以馬上調度人貢處理，或者是趕緊透過監 H肩不早心〇或通話裝置221 了解㈣區21〇内之 9 M380326 狀況。此外’在該卸裝區210内更具有衣物回收裝置2105， 以收集污染衣物或器具。 該除污區211 ’其係與該卸裝區210相連接，該除污 區211係清除人員身上之污染。當人員在卸裝區21〇卸裝 之後，即可經由一道隔離艙門270，進入除污區進行清潔 除污的程序。隔離艙門270主要的目的在於控制由除污區 211以及卸裝區210内的人員數量’以及避免兩區相互污 染的可能性。在本實施例中，隔離艙門270係為單向感應 式自動艙門。此外，該除污區211内更具有一清洗裝置 2110、一污染液回收裝置2m、至少一監視單元2112以 及至少一通活農置2113。該清洗裝置2110，其係與該至少 第一液體槽2330相連接以接收該乾淨之液體，該清洗褒 置2110可以清除人員身上之污染物，該清洗裝置211〇可 以設置水龍頭、蓮蓬頭等淋浴或沖洗的器具，以供應該乾 淨之液體。此外，該清洗裝置211〇内更具有洗足消毒池 2114，以供應消毒液體或清潔液體以清理人員的足部。另 外，該清洗裝置2110的一側亦可以設置有乾式設備2115， 例如：吹風機等，但不以此為限。該污染液體回收裝置 2111，其係與該清洗裝置2110以及該第二液體槽2331相 連接，該污染液體回收裝置2111係接收清洗裝置211〇所 產生之污染液體並將該污染之液體回送至該第二液體槽 2331。 在本^施例尹，該污染液回收裝置2111係為排液口以 及相關的管路所構成。該排液口係與清潔裝置211()相連 接排液口可以收集由έ亥清潔裝置2〗】〇所供應經使用過後 M380326: It also does not require manpower to clean up and dismantle, and the addition of the pollution removal device. This creation provides a mobile pollution removal device, which can be used to determine the pollution of the person who is decontaminated and cleaned, if the person is still, two. The dyeable source forces the personnel to clean again to fully ensure that the person H avoids / (4) polluting people or spreading to other non-affected areas. [Embodiment] 5 M380326 In order to enable your review committee to have more in-depth knowledge, understanding and understanding of the features, purposes and functions of this creation, the following will explain the relevant details of the device and the reasons of the concept. The dragon of this creation, the detailed statement is as follows / #—委贝τ Please refer to Figure 2 and Figure 3, where Figure 2 is a three-dimensional schematic diagram of the mobile pollution removal device of the creation, and Figure 3 is a mobile pollution removal device. Schematic diagram of the π dye removal chamber configuration. The mobile pollution removing device 2 includes a body 20, a pollution removing chamber 2, a control room 22, and a machine room 23. The vehicle body 20 has a cockpit 2〇〇 and a chassis 2〇1, and the chassis 201 has a plurality of driving bodies 2〇2. In this embodiment, the driving body 202 mainly receives power to drive the chassis 2〇1 to move. Generally, the driving body 202 is a wheel body. The number of wheels is determined according to the heavy stem that the chassis can carry. There are no restrictions, and those who are familiar with the technology can choose the number of wheels that can be matched with the chassis. In addition to the wheel body, the drive body can also be a track. The cockpit can provide the driver with the motion of the vehicle body, which can be integrally formed or detachably connected to the chassis. The pollution removing chamber 21 is disposed on the chassis 201. The pollution removing chamber 21 further has a discharging area 21, a decontamination area 211, a detection area 212, and a dressing area 213. On the chassis 201, the control room 22 and the machine room 23 are further provided. The term "contaminant" as used in this embodiment refers to sludge, radiation pollution, toxic or toxic gas pollution, or contamination by viruses or pathogens, but is not limited thereto. The control room 22 monitors the area of the pollution removal chamber 21 and the condition of the machine room 23; and the machine room 23 has a power supply unit 230 for providing the control room 22 and the pollution M380326 cleaning room 21. Electricity. In Fig. 3, the machine room 23 further has a vacuum device 23, a filter device 232, a liquid supply and recovery unit 233, a drug tank 234, and a heater 235. The vacuum device 231 is connected to the unloading area 210, the decontamination area 211 and the detection area 212 by a gas line 2310, respectively, so that the unloading area 210, the decontamination area 211, and the detection unit A negative pressure zone is formed in the area 212 to prevent leakage of the pollutants in the unloading area 210, the decontamination area 211, and the detection area 212. In general, the vacuum device 231 is an air pump, which is extracted from the unloading area 210, the decontamination area 211, and the gas in the detection area 212 via the gas line 2310. The area 21 〇, the decontamination area 211, and the gas pressure in the detection area 212 are lower than the atmospheric pressure of the environment outside the pollution removal chamber 21, and are avoided in the unloading area 210, the decontamination area 211, and the detection area 212. The pollutants inside are exogenous to the external atmospheric environment. The filter device 232 is coupled to the negative pressure device 23 to filter the gas extracted by the negative pressure device 231. Since the unloading area 21〇, the decontamination area 211, and the detection area 212 may all contain pollutants, the unloading area 210, the decontamination area 211, and the detection area are extracted by the reference negative pressure device 231. In the gas in the 212, the extracted gas also contains a component of the pollutant, and in order to prevent the pollutant from being discharged to the external environment via the negative pressure device 231, the vacuum device 231 is filtered by the filtering device 232. gas. The filter device 231 of this embodiment contains a filter or screen that can filter contaminants. The liquid supply and recovery unit 233 has at least one first liquid tank 2330 which can be installed in other spaces of the chassis to respectively provide at least one clean liquid, the clean liquid system is provided by a liquid supply tube The road 7 M380326 2332 is provided for the decontamination area 211 to clean up the pollutants of the personnel, and a first liquid tank 2331 is provided for accommodating the contaminated liquid recovered by the decontamination area 211, and the second liquid tank 2331 is also Can be installed in other spaces on the chassis. The amount of at least one first liquid tank 2330 along the side may depend on the type of liquid being cleaned. The medicament tank 234 is provided with at least one agent required to treat the pollutants in the decontamination zone by a line 2340. The heater 235 is disposed between the liquid supply and recovery unit 233 and the decontamination zone 211, and the crucible heater 235 provides heating to clean the at least one first liquid tank 233 via the pipeline 2332. liquid. In the present embodiment, the clean liquid system may be water, alcohol or any liquid having a disinfecting component, which may be supplied to the decontamination area 21 by different pipes (only the pipe 2332 is shown). . The type of the drug in the drug tank 234 may also include a disinfectant solution, a cleaning solution, and the like, but is not limited thereto. In addition, the machine room 23 has a gas supply device 236 and a central air conditioning system 237. The gas supply device is respectively connected to the unloading area 21, the decontamination area 211 and the detection area 212 to provide the unloading area 21G, the decontamination area 211, and the area 212. The amount of clean gas is less than the amount of gas taken by the negative pressure device. The central air conditioning system 237 provides for adjusting the temperature of the unloading area 210, the decontamination area 211, the detection area 212, the dressing area 213, and the control room 22. The unloading (four) 210, which has an inlet 21 〇〇, provides for unloading and recycling of contaminated clothing and equipment. On the inlet side and = there is a gas-tight effect from the crucible to isolate the unloading zone 21〇 from the outer crucible. In addition to the hatch door 2101, a ladder % or an electric ladder or the like may be provided to facilitate entry. The isolation door 2101 can be a manual or a one-way induction automatic door to provide personnel access. In this embodiment, in order to avoid improper entry and exit by personnel, a one-way induction type automatic door is adopted. In addition, the movement of the slamming door 21 () 1 is a lateral movement to open the door in a wasteful manner. Of course, if the space permits, the door opening method can also be used. In order to facilitate management, each person who enters the person is wearing the -Lang label 24, which can be a wireless identification tag for management. Each identity tag 24 is registered with the relevant identity information of the person for control. In each area, a wireless tag reader 25' can be provided to read the identity of the person entering the area and report back to the control room 22 for control. In the switch embodiment, the unloading zone 210 further has at least one emergency at least one communication device 2103 and at least one visual unit 2104. The at least - 矽 _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ Master the status of personnel in the unloading area. The monitoring unit display unit 22 or a device that can capture images. The monitoring image is not a display of A π f , which may be a liquid crystal display or a CRT, but: the = at least one communication device _ is connected to the control room so that the control is connected. The person who connects the call/unloading area 210 by means of the communication device can set the number of the communication device 2103, and the number of the communication device 2103 is not limited by the illustration. The emergency switch _ = When the emergency occurs, the person can touch the pressure so that the control image _ 亍 ^ - can be dispatched immediately, or quickly pass through the monitor H shoulder or call device 221 to understand (4) 21 〇 9 M380326 status within. Further, there is a laundry recovery device 2105 in the unloading area 210 to collect contaminated clothing or utensils. The decontamination zone 211' is connected to the unloading zone 210, which removes contamination from personnel. After the personnel unloads in the unloading area 21, the cleaning and decontamination process can be entered into the decontamination area via a gutter door 270. The main purpose of the hatch door 270 is to control the number of persons in the decontamination zone 211 and the unloading zone 210 and to avoid the possibility of contamination of the two zones. In the present embodiment, the isolation door 270 is a one-way induction automatic door. In addition, the decontamination zone 211 further includes a cleaning device 2110, a pollutant recovery device 2m, at least one monitoring unit 2112, and at least one accessing device 2113. The cleaning device 2110 is connected to the at least first liquid tank 2330 to receive the clean liquid, the cleaning device 2110 can remove pollutants from a person, and the cleaning device 211 can be provided with a shower such as a faucet or a shower head or Rinse the appliance to supply the clean liquid. In addition, the cleaning device 211 further has a foot washing disinfection tank 2114 for supplying a disinfecting liquid or a cleaning liquid to clean the person's foot. In addition, one side of the cleaning device 2110 may also be provided with a dry device 2115, such as a hair dryer or the like, but not limited thereto. The contaminated liquid recovery device 2111 is connected to the cleaning device 2110 and the second liquid tank 2331. The contaminated liquid recovery device 2111 receives the contaminated liquid generated by the cleaning device 211 and returns the contaminated liquid to the The second liquid tank 2331. In the present embodiment, the contaminated liquid recovery device 2111 is constituted by a liquid discharge port and a related pipe. The liquid discharge port is connected to the cleaning device 211 (), and the liquid discharge port can be collected by the έ 清洁 cleaning device 2 〇 〇 供应 使用 M M M M380326
的液體，在經由管路回收至機房 '1 H'J ^ ^ μ if 2λ^ι 内。該至少-監視單元2112以及至少—通話裂置2ιΐ3 其功能係如前所述，在此不做贅述。另外在該除污區’ 内也設置有緊急開關2116以作緊急通報之用/W °° U 該偵、檢區212，㈣與該除污區211才目連接，The liquid is recovered via the pipeline to the machine room '1 H'J ^ ^ μ if 2λ^ι. The at least-monitoring unit 2112 and at least the call splitting 2 ΐ 3 have the functions as described above, and are not described herein. In addition, an emergency switch 2116 is also disposed in the decontamination area for emergency notification/W °° U, the detection area 212, and (4) is connected to the decontamination area 211.
區212係債檢清理後之人員身上是否還有不合標準^污= 物。該偵檢區212與該除污區211間更具有至少一、f = 離搶門271 ’該偵檢區212與該著裝區213間同樣=具= 一道隔離艙門272。本實施例中該偵檢區212與該除^區 211間之隔離艙門係為雙向式自動艙門，另外偵檢區Μ? 與該著裝區213間之隔離艙門272係為單向是自動艙門， 亦即感應開門的感應器設置在偵檢區211，所以人員僅能 從偵檢區212進入到著裝區213。在該偵檢區212中更= 括有一污染檢測裝置2120、至少一監視單元2121以及至 f —通話裝置2122。該污染檢測裝置212〇,其係檢測經過 j除污區211内除污之後的人員身上之污染物是否符合規 疋。在本實施例中，該污染檢測裝置2120係可為毒物警報 農置X光仏測装·置、輕射劑量偵檢裝置、紅外線檢測裝 置或者是前述檢測裝置的相互組合等，但不以此為限。只 要是可以用來進行檢測人員污染狀態的裝置都可以應用於 本創作之污染檢測裝置。 在一實施例中’該污染檢測裝置2120可以判斷檢測的 二果’如果當檢測結果不合格的時候，代表人員除污尚未 兀王’因此彳貞檢區212與著裝區213的隔離艘門272則處 於鎖閉的狀態’無法打開。此時人員會被要求再次經由隔 11 MJ80326 =:7進人除污區211，而再度進行清潔的程序。反 心;=格’則偵檢區212與著裝區213嶋搶門 J的ST 啟?狀態，人員即可進入著褒區。而檢 查：：外U二人：身分也回傳至控制室進行儲存與備 2^2門呈右Γ ; 例中’該除污區211與該偵檢區 12::，兩迢艙門271與273，其係分別為單向之橫向移 ^自動門’其中之—驗門271作為由除污區211進入偵 的人員管批验p弓，里 » 、 人柊: 艙門273則作為偵檢不 ^的人貝由該區212進入除污區211的管控舱門。 二ί另一個實施例中’控制艙門271 * 273的閉鎖盘 開啟係由控制室22來進行統—管理。其中，該控制室、^ 内具有-中央管理單元222，其係與該污染檢測褒置測 二及各個隔離_ 27G〜273電訊連接，#有檢測不合格的 月幵/發生時，；f双測結果也會傳遞至該中央管理單元222 , 由該，央官理單元222來統-進行搶門開關鎖閉的控制。 至少一監視單元212卜至少一通話裝置2122以及 ”心4關2123，其係如前所述，在此不做贅述。 ^本實施例中之令央管理單元222係包含有至少一具有 運算處理能力之電腦。該中央管理單元222更具有儲^媒 體列如：硬碟）以對影像與聲音進行儲存。另外，該中央管 理單元22亦可以與機房 '各個區域21〇~214内的裝置進二 訊號連接，使得中央管理單元222更可以根據影像與聲音 以及進入除污裝置2的人員身分以及檢測狀態進行儲存， f藉由資料庫予以管理，使得使用者可以隨時取得相關之 資訊，作為安全控管追蹤之用。另外，該t央管理單元Μ 12In District 212, there is still a substandard of pollution in the personnel after the debt check. The detection zone 212 and the decontamination zone 211 have at least one, f = away from the door 271 ′. The detection zone 212 and the dressing zone 213 are the same = with an isolation hatch 272. In this embodiment, the isolation door between the detection area 212 and the removal area 211 is a two-way automatic door, and the detection area 272 between the detection area and the dressing area 213 is one-way. The automatic hatch, that is, the sensor that opens the door is disposed in the detection area 211, so that the person can only enter the dressing area 213 from the detection area 212. Further included in the detection area 212 is a pollution detecting device 2120, at least one monitoring unit 2121, and a f-talking device 2122. The pollution detecting means 212 is for detecting whether or not the contaminants on the person after decontamination in the decontamination area 211 are in compliance with the regulations. In this embodiment, the pollution detecting device 2120 may be a poison alarm, an agricultural X-ray measuring device, a light dose detecting device, an infrared detecting device, or a combination of the foregoing detecting devices, but not Limited. Any device that can be used to detect the contamination status of a person can be applied to the pollution detecting device of the present invention. In an embodiment, the pollution detecting device 2120 can determine the two fruits of the test. If the detection result is unsatisfactory, the decontamination of the representative personnel is not yet the king. Therefore, the isolation door 212 of the inspection area 212 and the dressing area 213 is closed. It is in the locked state 'cannot be opened. At this time, the personnel will be required to enter the decontamination area 211 again via the 11 MJ80326 =:7, and the cleaning process will be performed again. Anti-heart; = grid', the detection area 212 and the dressing area 213 grab the door ST's ST start state, and the personnel can enter the battle area. And check:: outside U two: the identity is also passed back to the control room for storage and preparation 2^2 door is right Γ; in the case 'the decontamination area 211 and the detection area 12::, two hatch doors 271 And 273, the system is a one-way lateral shift ^ automatic door 'of which - the inspection door 271 as a person who enters the detection by the decontamination area 211 to verify the p bow, inside », 柊: the door 273 as a Detective The person who is not inspected enters the control hatch of the decontamination area 211 from the area 212. In another embodiment, the latching disk opening of the control door 271*273 is controlled by the control room 22. Wherein, the control room, ^ has a central management unit 222, which is connected to the pollution detection device 2 and each isolation _ 27G~273 telecommunications connection, # has failed detection of the month / occurrence,; f double The result of the measurement is also transmitted to the central management unit 222, and the central office unit 222 controls the locking of the door lock switch. At least one monitoring unit 212 and at least one communication device 2122 and "heart 4 off 2123" are as described above, and are not described herein. ^ The central management unit 222 in the embodiment includes at least one operation processing. The central management unit 222 further has a storage medium such as a hard disk for storing images and sounds. In addition, the central management unit 22 can also be connected to devices in the various areas 21〇~214 of the equipment room. The two signal connections enable the central management unit 222 to store according to the image and sound and the identity and detection status of the personnel entering the decontamination device 2, and are managed by the database, so that the user can obtain relevant information at any time as security. Controlling the use of tracking. In addition, the central management unit Μ 12