200808267 九、發明說明： 【發明所屬之技術領域】 本發明係關於一種輔助系統，特別是關於 •X兹击老丄/ 王岛/京"/、?、 =輔助糸統，其可將收集到之人體信號藉由一診斷專家系 統，行診斷，並將診斷結果藉由網際網路傳送至家屬與醫 療單位等預定標的接收端，以達成即時監控之目的。 【先前技術】 舉凡習知之醫院、坐月子中心與療養院等醫療照講單 7 ’、對於其内病患之照護方式皆是利用固定時間巡房Γ階 段：的給予關心照護。礙於人力之不足，無法全時間監測 病，之狀況’為此，往往有病患臨時有突發狀況而無法提 仏第日守間的處理，錯過治療的黃金時間，造成許多遺 威因此，對於目前一般醫療照護單位的照護方式，民眾 曰遍存在不放心，而又無法親自在旁陪侍，形 負擔。 H 士在W卩7〇的新生兒，按醫院規定僅在餵奶及特定 時間父母才能見到新生兒，主要為了避免新生兒因抵抗力 不佳而受環境影響產生疾病，但除了上述時間，其他時間 亚無專人看護，父母難免擔叫生兒的航，而又無法待 在新生兒身邊，給予關心照顧。 如上述的情形亦發生在傷病的病患與老人院的老人家 =等:家屬無法親自隨侍在旁，_又擔心家人的狀況。而 iVo方口人力不足’只能利用固定時間診視病患的狀況，有 6 200808267 會忽略一歧寥说、σ 問題。—毛狀況’為此’實有必要設法解決以上的 之建構之醫療系統’在先前技術中有各種不同類型 =。例^中華民國新型專利第Μ28〇2〇7號專利案中， =#錢醫療线，其_魏觸立之II療穿置 ::置於各病患端，用以量測醫療數值及紀錄資料 網路將所得之數值及資料傳送至—中央監控站。在中 Γ新型專利第Μ281599號專利案中，揭露出-種且有 =傳輸功能之醫療裝置及系統，其在—醫療裝置本體連 有然線訊號轉換器’藉以將所量測到之醫療數值及資料 軺換為無線訊號而發送至遠端接收端。 【發明内容】 本發明所欲解決之技術問題： 4知之西療知、瘦系統僅僅是透過固定時間的巡視以了 解病患的狀況與需求，對於突發狀況的產生缺乏預警的能 t因而錯失處理的先機。而習狀遠端醫㈣統雖可遠 而i /則病患之生理資汛，然其仍缺少一即時診斷及預警之 功忐，無法在第一時間提供病患狀況予家屬與醫療單位， 亚且，習用之醫療系統並無提供遠端監控之功能，家屬無 法隨時得知病患狀況，對醫療系統提供者無法放心。 因此’本發明之主要目的即是提供_種醫療照護預警 0斷系統，藉以即時監測病患之狀態，並於診斷出狀態異 常時，啟動預警之功能，以提供病患第一時間之照護。 7 200808267 本發明之另一目的Η γ 病*之旦Mt另1g 種遠端照護監控系統，將 病心之衫像及耸音透過網路 y^ φ ^ ^ 广电々此…L> 寻輸’使病患冢屬能隨時了解 病患之狀態，掌握業者的服務品質。 本發明解決問題之技術手段·· 本發明為解決習知技術 /i£ ^ 订之問碭所採用之技術手段係在 披供一種醫療照護辅助系统， μ ^ τΨ ^ ^ ^ σ “係利用一設置於人體之人 體生理-貝吼感測單元感測包* 人^、曲— 5人•之心跳、體溫、血壓盥 血乳濃度等人體信號，並利 ^ 傳送至一微處理器，該微卢^輸，1面即時將人體信號 專"统對庫表財一… 該人體信號與一診斷 寻豕糸、，先對應表储存早几進行比對， 果或相應之處置對策，各兮田 ^ 推口"、、、口 ^ I㈤4推响、结果為異常狀況時，該微 處理态即產生一警告信號一 預邑早兀，該預警單元即可 糸权官理者祭覺異常之狀況以進行第-時間之處 另外’該醫療照護辅助系統更連接於網際網路 吕亥微處理器接收自續人，吐 > 竹 ㈣w 貧訊感測翠元之各項人體信 之』… 產生之推娜結果經由網際網路傳輸至遠端 了二Γ端監控端與醫療單位，使家屬與醫療方得以隨時 午病心之狀態，達到觀測監護與預警診療之功效。 本發明對照先前技術之功效： =交於現有技術，本發明有效提供一種醫療照護辅助 …，糸以—自動監測分析功能克服了習知醫療照護系統 200808267 ==無法提供病患即時照護之功能，該醫療照護 大大〜低病患於無人陪侍時 患家屬提高對業者之信心。…一之危險，使病 本=、所採㈣具體實施例，將藉由以下之實施例及 附王圖式作進一步之說明。 【實施方式】 凊茶閱第-圖，其係顯示本發明醫療照護輔助系統之 硬體f塊目。如圖所示，—醫療照護輔助系統_包含有 -信號感測端1、一人體資訊判別端2與一人體狀態監控 端3 〇 孩h唬感測端1設置有一人體生理資訊感測單元η、 一環丨兄信唬感測單元12、一影像信號接收單元13與一聲 音信號接收單元14。 其中，该人體生理資訊感測單元丨丨包含有一心跳感 測器m、一體溫感測器112、一血壓感測器113與一血氧 /辰度感測态114，该人體生理資訊感測單元11係設置於一 待感測人體上，用以感測該待感測人體之心跳、體溫、血 壓與血氧、/辰度專人體信號A1、A2 · · · An，並將該人體信號 A1、Α2···Αη傳送至一傳輪介面i5a。 而该h號感測端1之環境信號感測單元12係設置於 該待感測人體之鄰近位置，用以感測各種環境信號，包含 溫度與沒度專，並將該環境信號傳輸至一傳輸介面15b。 200808267 咬立^外’刻吕號感測端1之影像信號接收單元13盘該 =號接收單元、14亦設置於該待感測人體之鄰；位 自肿η該待感測人體之影像信號與聲音信號，並各 專輛至-傳輸介面15c與一傳輸介面i5d。 5亥人體信號感測端！之各傳輸介面i5a、⑼、⑸、 系連接方…亥人體貝汛判別端2之一微處理器21，將 =人體信號感測端1所相之各項錢龍至該微處理哭 該微處理器21更連接有—現場設定單元22、—診斷 =糸統：應表儲存單元23、一病歷資料庫Μ、—規則 5又疋輸入I元25與—環境信號基準值儲存裝置26。 22係用以設定該醫療照護辅助系統 m r境參數，包含病患床位位置、預定 鬼木貝料、警不方式與紀錄檔設定。 請同時參閱第二圖、第三圖與第四圖，該診斷 統對應表儲存單元23係儲存有至少一 ’、 掛雁# T1 s , 人奴^唬與人體資訊 至〉、一人體資訊與推論結果對應表T2與至小 一人體^號與處置對策對應表T3。 夕 其中亥人體化號與人體資訊對應纟τ 聯於該待感測人體之至少-人體信號Α1、Α2.,.Αη:= 相對應之至少一人體資訊S1、S2...sn。 /、頂5又 而該人體資訊與推論結果對應表Τ2係 該人體信號與人體資訊對應表T1所產生之人 ^方； S2...Sn與預設相對應之至少—推論結η 、rS1在 10 200808267 ；! t —個人體f訊係、對應至-推論結果，在實p ί用^ ’亦可—個人體資訊係對應至多個推論結果、或: 二=結果中分為數個等級。該人體信號與處置 u二一 Τ3係儲存有關聯於該人體生理資訊感測單元 $敎人體㈣A1、Α2...Αη與預設 處置對策D1、D2...Dn u所感測之人體信號A1、 傳送至^i處理$ 21後，該微處理器2丨係可以 該人體信號與人體資訊對應纟τι所建置，歸納出相對庫 之人體資訊S1、S2...Sn。並且，由該人體信號與人體資： 對應表η所歸納出之人體資訊Μ，.，，該微處理器 21可自5亥人體貧訊與推論結果對應表T2巾，推論產生相 對應之推論結果Rl、。 一另外顧處理為21接收到該人體生理資訊感測單 斤感測之人n虎A1、Α2···Αη時，即自該人體信號 與處置對策對應表Τ3 +，對每—感測出之人體信號A1、 A2…An提出相應之處置對策叫、D2··^。 / U處理為21自该診斷專家系統對應表儲存單元23 :所刀析推’之結果皆儲存於該病歷資料庫Μ中，該病歷 資料庫24係、如第二圖所示’儲存有複數筆病μ m、F2… Fn，吾人可自該病歷資料庫24巾，隨時擷取病患之病歷計 錄，以作為日後診斷推論之參考。 ―當微處理器21將所接收之人體信號A1、A2".An進 行比對產生一推論之結果時，該微處理器21同時產生一警 200808267 告“號p，並傳送至該人體狀態監控蛸3 二：單 斷專家系統對應表儲存單元23内容之修正。進行對該診 另外，該環境信號基準值儲存裝置2 信號臨界範圍值，供該微處理器 储存有環境 元12所残洌之環m…… 對5亥核i兄信號感測單 界範圍二:境㈣異於該環境信號臨 直：…粑圍’該微處理器Μ即產生該 P至该人體狀態監控端3。 。口 k唬 該人體狀態監控端3係包含有一顯示單 …32。該顯示單元31係藉由—與該微處理哭2;、』 =!介面311，與該微處理器21間建立傳輸管道。= 处理為21接收自該信號感測端1所感測之夂猶 人 ，信號、環境信號、影像信號與聲音信號後:::二 號經由顯示介面311傳輸至該顯示單元31， 、二仏 元31可觀測監護該待感測人體之狀況。胃〜頒不單 另外，該預警單元32係連接於該微處理器2卜1可 妾^微處理器21所產生’因待感測人體狀態異常與環产 7兴㈣所產生之警告信號P，並利用其預設之預•機 Γ::=ΐ广提供給系統監控者，使系㈣者得^ 乐 ¥間做出反應，即時提供照護。 而，.罔IV、網路4係藉由一網路介面41連接於节忾 ^里器21，該網際網路4並與—預定標的接收端5進行連 預定標的接收端5係包含有一指定遠端監控端 12 200808267 51(例如家屬）及-醫療單位52，該微處理器2i可將其所接 收與產生之各種信號藉由該網路介面41傳送至網際網路4 上使仔该指定遠端監控端51與該醫療單位Μ得以透過 網際網路4即時得知病患之生理狀況。 請參閱第四圖，其係本發明醫療照護辅助系統之控制 程圖’本發明係在人體及其所在空間之適當位置設置各 ^感測單元(步驟1〇1)，並建立有診斷專家系統對應表儲 ，早元23(㈣奶）。各感測單元接收信號後即傳送至該 Μ處理益21(步驟103)，該微處理器21將所接收之人體作 ，與該診斷專㈣統對應表儲存單元23内之各對應表㈣ 產生推論結果或相應之處置方法（步驟1〇4)，該推論產生之 :吉果即送至該病歷資料庫24、該人體狀態監控端3與透過 、.罔路介面將信號傳送至網際網路4(步驟ι〇5)，遠媒之 =遠端監控端51與醫療單位52可利用網際網路^收 病患貧訊，即時監測病患之狀況。 藉由上述之本發明實施例可知，本發明確具 利用價值。惟以上之實施例說明，僅 — 例說明’凡習於此項技術者當可依據本=< 乂佳貫施 馆日"夜據本發明之上述實施例 八它種種之改良及變化。然而這些依據本發明實 知例所作的種種改良及變化，當仍屬 神 及界定之專利範圍内。 月之’爲神 【圖式簡單說明】 體方塊圖 第 ^係顯示本發明醫療照護輔助系統之硬 13 200808267 μ θ :M、、、示本發明醫療照濩輔助系統之人體信號與人體 資訊對應表； 弟二圖係-丄 ^ ^發明療照濩輔助系統之人體資訊與推論 結果對應表； π曰Y、、示本發明醫療照護輔助系統之人體信號與處置 對策對應表； ^圖係顯不本發明醫療照護辅助系統之病歷資料庫示意 圖； 、圖係顯不本發明醫療照護辅助系統之控制流程圖。 【t要元件符號說明】 100 1 11 111 112 113 114 12 13 14 15a 15b 15c 醫療照護輔助系統 信號感測端 人體生理資訊感測單元 心跳感測器 體溫感測器 血壓感測器 血氧〉辰度感測器 環境信號感測單元 衫像信號接收單元 聲音信號接收單元 傳輸介面 傳輪介面 傳輪介面 200808267 15d 傳輸介面 2 人體資訊判別端 21 微處理器 22 現場設定單元 23 診斷專家系統對應表儲存單元 24 病歷資料庫 25 規則設定輸入單元 26 環境信號基準值儲存裝置 3 人體狀態監控端 31 顯示單元 311 顯示介面 32 預警單元 4 網際網路 41 網路介面 5 預定標的接收端 51 指定遠端監控端 52 醫療單位 ΤΙ 人體信號與人體資訊對應表 T2 人體資訊與推論結果對應表 Τ3 人體信號與處置對策對應表 Ρ 警告信號 Α1、Α2··· An 人體信號 SI、S2."Sn 人體資訊 R1、R2..-Rn 推論結果 15 200808267200808267 IX. Description of the invention: [Technical field to which the invention pertains] The present invention relates to an auxiliary system, in particular to the "X" 丄老丄/王岛/京"/,?, = auxiliary system, which can be collected The human body signal is diagnosed by a diagnostic expert system, and the diagnosis result is transmitted to the predetermined receiving end of the family and the medical unit through the Internet for the purpose of real-time monitoring. [Prior Art] Medical care orders such as hospitals, confinement centers, and nursing homes are well-known. The care methods for patients in the hospital are all based on the fixed-time patrol stage: care for care. Due to the lack of manpower, it is impossible to monitor the disease at all times. The situation is that 'there are often cases where the patient has a temporary emergency and cannot handle the treatment of the first day. The golden time of missing treatment has caused many legacyes. For the current general medical care unit's way of care, the people are not worried about the existence of the public, but can not be personally accompanied by the burden. In the newborns of H卩7〇, according to the hospital regulations, only the parents can see the newborns during the feeding and specific time, mainly to avoid the newborns being affected by the environment due to poor resistance, but in addition to the above time, other Time Asia has no special care, and parents are inevitably responsible for the flight of the child, but can not stay with the newborn, giving care. If the above situation also occurs in the patients with injuries and the elderly in the elderly homes, etc.: The family members cannot be alone in the hospital, and they are worried about the situation of their families. However, the iVo side is not enough manpower to use the fixed time to diagnose the condition of the patient. There are 6 200808267 that will ignore the ambiguity and σ problem. - The gross condition 'to do this' is necessary to find a solution to the above-constructed medical system'. There are various types in the prior art. Example ^The Republic of China new patent No. Μ28〇2〇7 patent case, =#钱医疗线, its _Wei Li Lizhi II treatment wear:: placed on each patient's end, used to measure medical values and records The data network transmits the values and data to the central monitoring station. In the case of the Chinese patent No. 281599, a medical device and a system having a transmission function are disclosed, in which the medical device body is connected with a linear signal converter to thereby measure the measured medical value. And the data is changed to a wireless signal and sent to the remote receiving end. SUMMARY OF THE INVENTION The technical problem to be solved by the present invention is as follows: 4 Knowing that the western medicine knows that the thin system only knows the condition and the needs of the patient through a fixed-time inspection, and the lack of early warning for the occurrence of the sudden situation is thus missed. The first opportunity to deal with. However, although the remote medical doctor (4) system can be far away and i / the physiological resources of the patient, it still lacks the power of an immediate diagnosis and early warning, and cannot provide the patient's condition to the family and medical unit at the first time. Yahe, the medical system used in the past does not provide remote monitoring functions, and the family members are unable to know the patient's condition at any time, and the medical system provider cannot be assured. Therefore, the main purpose of the present invention is to provide a medical care warning 0 system to monitor the state of the patient in an instant and to initiate an early warning function when the abnormal state is diagnosed to provide the patient with the first time care. 7 200808267 Another object of the present invention is γ γ 病 之 M M Mt another 1g kind of remote care monitoring system, the image of the heart and the towering sound through the network y ^ φ ^ ^ radio and television 々 this ... L > The patient's genus can keep abreast of the state of the patient and master the service quality of the operator. Technical Solution for Solving the Problems of the Invention The technical means adopted by the present invention for solving the problem of the prior art is to provide a medical care support system, μ ^ τ Ψ ^ ^ ^ σ Human body physiology set in the human body - Belle sensing unit sensing package * Human ^, Qu - 5 people • Heartbeat, body temperature, blood pressure, blood concentration, and other human body signals, and transmitted to a microprocessor, the micro Lu ^ loses, one side immediately puts the human body signal special " unified against the library table one... The human body signal is compared with a diagnostic search, first the first table is stored for comparison, or the corresponding disposal countermeasures, each When the field ^ push port ",,, mouth ^ I (five) 4 push, the result is an abnormal situation, the micro-processing state generates a warning signal, pre-emptive early, the early warning unit can be used to arbitrarily The situation is carried out at the first time - the other 'the medical care support system is more connected to the Internet Lu Hai microprocessor receives self-renewal, spit> bamboo (four) w poor news sensory Tsui Yuan's various body letter 』... Na results transmitted to the remote via the Internet The second monitoring terminal and the medical unit enable the family and the medical party to achieve the effect of observation monitoring and early warning diagnosis and treatment at any time in the afternoon. The present invention compares the effects of the prior art: = the prior art, the present invention effectively provides A medical care aid..., the automatic monitoring and analysis function overcomes the conventional medical care system 200808267 == can not provide the function of immediate care of the patient, the medical care is greatly reduced ~ low patient suffering from unaccompanied family members improve the practitioners Confidence.... One danger, the disease is the case, and the (4) specific embodiment will be further explained by the following examples and the accompanying drawings. [Embodiment] 凊茶阅第图,图The hardware f block of the medical care auxiliary system of the present invention is as shown in the figure, the medical care auxiliary system _ includes a signal sensing terminal 1, a human body information discriminating end 2 and a human body state monitoring terminal 3 The sensing end 1 is provided with a human body physiological information sensing unit η, a ring 丨 唬 唬 sensing unit 12, an image signal receiving unit 13 and an audible signal receiving unit 14. The human physiological information sensing unit 丨丨 includes a heartbeat sensor m, an integrated temperature sensor 112, a blood pressure sensor 113 and a blood oxygen/time sensing state 114, and the human physiological information sensing unit 11 The system is disposed on a body to be sensed, and is configured to sense the heartbeat, body temperature, blood pressure, blood oxygen, and oxygen-specific human body signals A1, A2 · · · An of the body to be sensed, and the human body signal A1 Α2···Αη is transmitted to a transmission wheel interface i5a, and the environmental signal sensing unit 12 of the sensing end 1 of the h is disposed adjacent to the human body to be sensed for sensing various environmental signals, including temperature And the special signal is transmitted, and the environmental signal is transmitted to a transmission interface 15b. 200808267 The image signal receiving unit 13 of the sensing terminal 1 of the singularity of the singularity is provided. Measure the human body's neighbor; the position is self-stimulated η to sense the image signal and sound signal of the human body, and each special vehicle to the transmission interface 15c and a transmission interface i5d. 5 Hai human body signal sensing end! Each of the transmission interfaces i5a, (9), (5), and the connection side ... the microprocessor 21 of the human body's discriminating end 2, will be the body signal sensing end 1 of the various money dragons to the micro-processing crying micro The processor 21 is further connected with a field setting unit 22, a diagnosis=system: a table storage unit 23, a medical record database, a rule 5, an input I element 25, and an environmental signal reference value storage device 26. The 22 series is used to set the medical care auxiliary system m r environment parameters, including the patient bed position, the scheduled ghost wood bedding, the police mode and the log file setting. Please also refer to the second diagram, the third diagram and the fourth diagram. The diagnostic system correspondence table storage unit 23 stores at least one ', hang geese # T1 s, human slaves and human body information>, a human body information and The result of the inference corresponds to the table T2 and the table to the small one and the countermeasure countermeasure table T3. In the evening, the human body number corresponds to the human body information 纟τ is connected to at least one human body information S1, S2...sn corresponding to at least the human body signal Α1, Α2.,.Αη:= to be sensed. /, top 5 and the human body information and the inference result correspondence table 2 is the human body signal and the human body information correspondence table T1 generated by the person ^; S2 ... Sn corresponding to the preset at least - inference knot η, rS1 At 10 200808267 ;! t — personal body f, corresponding to - inference results, in real p ί with ^ ' can also - personal information corresponds to multiple inference results, or: two = results are divided into several levels. The human body signal and the treatment u 2 Τ 3 series are stored in association with the human physiological information sensing unit $ 敎 human body (4) A1, Α 2 ... Α η and the preset treatment countermeasures D1, D2 ... Dn u sensed human body signal A1 After being transferred to ^i for $21, the microprocessor 2 can establish the human body information S1, S2...Sn according to the human body signal corresponding to the human body information. And, by the human body signal and the human body: the human body information summed up by the corresponding table η,., the microprocessor 21 can be derived from the 5th human body information and the inference result table T2 towel, inference corresponding to the inference The result is Rl,. When the other person handles the human body physiological information sensing the single-pump sensing person n tiger A1, Α2···Αη, that is, the human body signal and the treatment countermeasure correspondence table Τ3 +, for each-sensing The human body signals A1, A2...An propose corresponding countermeasures, D2··^. / U processing is 21 from the diagnostic expert system correspondence table storage unit 23: the result of the analysis is stored in the medical record database, the medical record database 24, as shown in the second figure 'stores plural Pen disease μ m, F2... Fn, we can take the patient's medical record from the medical record database 24, as a reference for future diagnosis. ― When the microprocessor 21 compares the received human body signals A1, A2 ".An to produce a result of inference, the microprocessor 21 simultaneously generates a police alarm 202808267, and transmits it to the human body state monitoring.蛸3 2: Correction of the content of the single-break expert system correspondence table storage unit 23. Performing the diagnosis, the environmental signal reference value storage device 2 signal critical range value, for the microprocessor to store the wreckage of the environmental element 12 Ring m... For the 5 hai nuclear i brother signal sensing single bound range two: the environment (four) is different from the environmental signal straight: ... 粑 ' 'The microprocessor Μ that generates the P to the human body monitoring terminal 3 . The human body state monitoring terminal 3 includes a display unit 32. The display unit 31 establishes a transmission pipeline with the microprocessor 21 by using the micro-processing crying 2;, 』=! interface 311. The processing is 21 received from the sensing terminal 1 of the signal, the signal, the environmental signal, the video signal and the sound signal::: The second number is transmitted to the display unit 31 via the display interface 311, 31 Observable monitoring of the condition of the human body to be sensed. In addition, the warning unit 32 is connected to the microprocessor 2, and the microprocessor 21 generates a warning signal P generated by the abnormality of the human body to be sensed and the product (4). And use its pre-set machine::=ΐ广 to provide the system monitor, so that the department (4) can respond to the music and provide immediate care. However, 罔IV, network 4 is by A network interface 41 is connected to the throttling device 21, and the receiving end 5 of the Internet 4 and the pre-targeting receiving end 5 includes a designated remote monitoring terminal 12 200808267 51 (for example, a family member) and a medical unit 52, the microprocessor 2i can transmit various signals received and generated by the network interface 41 to the Internet 4 to enable the designated remote monitoring terminal 51 and the medical unit to pass through The Internet 4 immediately knows the physiological condition of the patient. Please refer to the fourth figure, which is a control diagram of the medical care assisting system of the present invention. The present invention sets each sensing unit at an appropriate position in the human body and its space. (Step 1〇1), and establish a corresponding table storage for the diagnostic expert system. Early element 23 ((4) milk). After receiving the signal, each sensing unit transmits the signal to the processing benefit 21 (step 103), and the microprocessor 21 compares the received human body with the diagnostic special (four) system corresponding to the table storage unit. Each correspondence table (4) in 23 produces an inference result or a corresponding disposal method (step 1〇4), which is generated: the auspicious fruit is sent to the medical record database 24, the human body state monitoring terminal 3 and the transmission, the road The interface transmits the signal to the Internet 4 (step ι〇5), and the remote media=the remote monitoring terminal 51 and the medical unit 52 can use the Internet to receive the patient's poor news and immediately monitor the condition of the patient. As can be seen from the above embodiments of the present invention, the present invention has utility value. However, the above embodiments are merely illustrative of the various modifications and variations of the above-described embodiments of the present invention in accordance with the present invention. However, various modifications and changes made in accordance with the embodiments of the present invention are still within the scope of the claimed and claimed patents. The month of the month is a simple illustration of the figure. The body block diagram shows the hard 13 of the medical care support system of the present invention. 200808267 μ θ : M, , and the human body signal of the medical care assisting system of the present invention corresponds to human body information. Table; 弟二图系-丄^ ^Inventive therapy 濩Auxiliary system human body information and inference results correspondence table; π曰Y, showing the human body signal and treatment countermeasures correspondence table of the medical care support system of the invention; ^图显A schematic diagram of a medical record database of the medical care support system of the present invention; and a control flow chart of the medical care support system of the present invention. [t required symbol description] 100 1 11 111 112 113 114 12 13 14 15a 15b 15c Medical care auxiliary system signal sensing end human physiological information sensing unit heartbeat sensor body temperature sensor blood pressure sensor blood oxygen Degree sensor environment signal sensing unit shirt image signal receiving unit sound signal receiving unit transmission interface transmission interface interface 20808267 15d transmission interface 2 human body information discrimination terminal 21 microprocessor 22 field setting unit 23 diagnostic expert system correspondence table storage Unit 24 Medical Record Database 25 Rule Setting Input Unit 26 Environmental Signal Reference Value Storage Device 3 Human Body Status Monitoring Terminal 31 Display Unit 311 Display Interface 32 Early Warning Unit 4 Internet 41 Network Interface 5 Predetermined Receiver 51 Designated Remote Monitoring End 52 Medical Unit 人体 Correspondence between human body signal and human body information T2 Correspondence between human body information and inference results Τ3 Correspondence between human body signal and treatment strategy Ρ Warning signal Α1, Α2··· An Human body signal SI, S2."Sn body information R1 R2..-Rn inference results 15 200808267
D1 FI 、D2...Dn 處置對策 F2---Fn 病歷 16D1 FI , D2...Dn Disposal Countermeasures F2---Fn Medical Record 16