M411631 五、新型說明： 【新型所屬之技術領域】 本創作係關於一通訊系統；更明確的說，本創作係關於 一緊急醫療通訊系統。 【先前技術】 現今醫院因整合醫療專業、護理及一般咨詢等服蜂，致 使醫院的規模日漸擴大，但對於病人的照顧上卻愈顯管理 不易。許多醫院之護理服務因病人數量遠多於醫護人員數 置，而無法提供即時之醫療服務。目前醫院皆希望可以提 供如飯店般之醫療服務，使得病人不再僅僅是病人，病人 在D句省生、接丈治療或是恢復期間令，均可享受醫院所 提供全方位的服務。 提高醫療品質的第-步即是在病人需要協助時能夠即時 地給予服務，病人可利用病房内的電話分機呼叫護理站， 值班》蔓士則可利用護理站之分機即時回答病人問題或是到 病房内給予協助。傳統習知的啤叫系統請參考圖】，請 不先前技術中病房⑴·113呼叫護理站n〇之示意圖。由圖】 可知’同-d域的多個113均連接至—個護理站 no。病人利用病房W、電話或是浴室裡的拉 叫護理站〗1 〇，而喵畑ΛΙ_ , , Λ 岐理站值班護士在接收呼 =服務。若護理站110内恰巧沒有值班護士，病人的呼 乂：人可回應；又或是當護理站110電話均 呼叫亦無法即時地回應及提供醫療服務;並且 白知的呼叫系統並沒有辦法提供病人的生理資訊，因此醫 M411631 護人員沒有辦法根據病人的現況，主動提供病人所需的醫 療照護。目前此種現象可利用增加護理人員等方法來解 決，但其所需成本極高也不易執行。因此，傳統的呼叫系 統存在使病人在病房内需要協助卻求援無門的風險。更甚 者，目前醫院内之護理站僅負責某一區域之病房，因此當 $區病人需要緊急醫療服務而該區域之醫療人員無法回應 ^仏賞郴近的他站醫療人員可提供協助，卻因無從得知 此區域病人的呼叫而錯失給予即時服務之良機。傳統型呼 叫系統僅具有緊急呼叫塵扣、手握式呼叫麼扣、拉繩式呼 叫麼扣、值機台、啤叫位置顯示、呼叫點及錄音存檑等裝 置然而，其呼叫點數量具有最高容量限制且不具多點受 理、備援受理等功能，因而僅能各呼叫區獨立運作，不1 跨區整合管理之功能；而其錄音存樓需選購錄音設備，受 限於設備種類，也無法達到呼叫位置語音宣告的功能。中 華民國第M349149號新型專利提供一種多監聽點之定位通 m 監控台及複數個救援話機裝 置。然而’該新型專利的定位通訊系統僅能制於—限定. 的區域車巳圍，無法達到不 量的功能。 …&限擴充呼叫點數 :外=定病房中(尤其是重症病房)，雖然病人的生 • n控’然而醫護人貞必須至病床 人的生理狀況數據。傳統的照護系 = 中，其可能包含心電圖女屐於“病房 心跳㈣單元等。當醫=:、血㈣測單元，/ 貝心要知道病人的生理狀況 M411631 時’必須至病人旁’才能得知上述照護單元的量測數值。 因此，當病人之心跳太快或血壓太高時，往往必須等到病 人自己感覺不舒服而呼叫護理站時，護理人員才會终予戶 需之醫療服務。 另外，對於使用點滴之病人，以往對更換點滴時間的判 斷’較為*見的方式係由醫護人員定時巡房確認需更換點 滴，另一種方式是被動地由病人或病人家屬主動提醒醫错 人員需更換點滴。當深夜病人及其家屬皆入睡時，此時兩 要由醫護人員按時巡房以確定何時可以更換點滴 : 定極 有可此因為醫護人員疏忽而錯過適當的更換 ，、生 •间，造成病 人的不適，甚至危害之病人之生命。為了解決上述問題， 將需要能夠提供更完善以及即時醫療服務之緊急醫療通訊M411631 V. New description: [New technical field] This creation is about a communication system; more specifically, this creation is about an emergency medical communication system. [Prior Art] Today's hospitals are expanding their medical professions, nursing and general counseling, which has led to an increase in the size of hospitals. However, it is not easy to manage patients. Many hospital care services do not provide immediate medical care because the number of patients is far greater than the number of health care providers. At present, the hospital hopes to provide medical services such as restaurants, so that patients are no longer just patients. Patients can enjoy the full range of services provided by the hospital during the period of life, treatment or recovery. The first step to improve the quality of medical care is to provide immediate service when the patient needs assistance. The patient can use the telephone extension in the ward to call the nursing station. On the duty, the staff can use the extension of the nursing station to answer the patient's questions instantly or to Assistance is provided in the ward. Please refer to the figure for the traditional beer system. Please do not call the nursing station n〇 in the previous ward (1)·113. It can be seen from the figure that a plurality of 113s of the same-d domain are connected to one nursing station no. The patient uses the ward W, the phone or the pull in the bathroom to call the nursing station 〗 1 〇, and 喵畑ΛΙ _ , , Λ 岐 值 值 值 护士 护士 护士 护士 护士 护士 护士 护士 值 值 值 值 值 值 值 值 值 值 值 值If there is no nurse on duty in the nursing station 110, the patient's call: the person can respond; or when the nursing station 110 calls, the medical service cannot be responded to and provided immediately; and the calling system of Baizhi has no way to provide the patient. The physiological information, so the doctor M411631 staff can not provide the medical care required by the patient according to the patient's current situation. At present, this phenomenon can be solved by increasing the number of nursing staff, but the cost is extremely high and difficult to implement. Therefore, the traditional call system has the risk of requiring the patient to be assisted in the ward but has nowhere to ask for help. What's more, at present, the nursing station in the hospital is only responsible for the ward in a certain area. Therefore, when the patient in the district needs emergency medical services and the medical staff in the area cannot respond, the medical staff in the station can provide assistance, but The opportunity to give instant service was missed because there was no way to know the patient's call in this area. The traditional call system only has the devices such as emergency call dust button, hand-held call button, pull-line call button, check-in desk, beer call position display, call point and recording memory. However, the number of call points is the highest. Capacity limitation and no multi-point acceptance, backup acceptance and other functions, so only the call area can operate independently, not the function of integrated management across the area; and the recording storage equipment needs to purchase recording equipment, which is limited by the type of equipment. The function of calling location voice announcement could not be reached. The new patent No. M349149 of the Republic of China provides a multi-monitoring point positioning monitoring station and a plurality of rescue telephone devices. However, the positioning communication system of the new patent can only be made in a limited area, and cannot achieve a small amount of functions. ...& limit the number of call points: outside = in the ward (especially in intensive care units), although the patient's birth control, but the medical staff must go to the bed's physiological status data. The traditional care system = medium, which may include the ECG female 屐 in the "heartbeat heartbeat (four) unit, etc.. When the doctor =:, blood (four) measurement unit, / Be heart to know the patient's physiological condition M411631 'must be next to the patient' can get Knowing the measured value of the above-mentioned care unit. Therefore, when the patient's heartbeat is too fast or the blood pressure is too high, it is often necessary to wait until the patient feels uncomfortable and call the nursing station, and the nursing staff will finally provide the medical service required by the household. For the patients who use the drip, the previous judgment on the replacement of the drip time is more obvious. The method is to confirm the need to replace the drip by the medical staff. The other way is to passively remind the doctor or the patient's family to remind the doctor to replace it. When the late-night patient and his family are asleep, at this time, the medical staff will patrol the room on time to determine when it is possible to change the spot: There is a limit to the medical staff's negligence and miss the appropriate replacement, life, and Causes the patient's discomfort, even the life of the patient. In order to solve the above problems, it will be necessary to provide better and immediate medical care. Emergency medical communication
系統，並且透過該系統，能使醫護人員 D 【新型内容】 ^之利用。 為解決上述現有之問題，本創作 ^ 貫施例提供一種堅 〜、醫療通訊系統’其包含：一主機， ’、 ，、王少一個呼叫梦 置健康照濩裝置及醫護人員定位步署、去4立 心证裒置連接，該主 3 . —通信模組，與至少一個接收裝 及一醫護人以位模組，與至少—個^連接，一貝訊模組 ^ 個賁訊裝置連接；—这 理模組，與至少一個管理裝置連接； Β ._ 2 乂及一儲存裝置；苴 中该通信模組、該資訊模組、該管 ，、 位核組以及該儲存模組相互連接。 角疋 本創作之另一實施例提供一種 ^ ± ^ -r ^ „ “谱療通讯系統，其中 主機可接收病人的呼叫之完整資 貝。R，而醫護人員可根據 M411631 :4貝訊提供更完善之服務，且可在不濫用網路資源之前 提下提供最快速的服務。 ， 本創作之另—實施例提供—種緊急醫療通訊系統，其中 之主機與至少一個健康照護裝置連接，使得醫護人員可以 在監控袭置令即時監控病人的生理資訊，以主動提供病人 所需之服務。 本創作之另_實施例提供—種緊急醫療通訊系統，其中 ，主機具有與至少一個資訊裝置連接之資訊模組，使得醫 4人貝可在其接收裝置上看到病人的照片及讀取病人的病 歷以提供客製化之服務。本創作之另一實施例提供—緊 急醫療通訊系統，其中之主機具有與至少一個管理裝置連 接之管理模Μ。管理模組可產生不同報表，以供醫護人員 檢視其服務品質，錢善不周之處；其亦提供帳單明細， 除可節省時間外也同時避免不必要之紛爭。 本創作之另—實施例提供一種緊急醫療通訊系統，其中 之主機與至少一個醫護人員定位裝置連接，因此可透過醫 護人員位置顯示裝置了解目前醫護人貝之位置，方便醫院 有效利用人力。 本創作之另—實施例提供一種緊急醫療通訊系統，其中 之主機/、至；>、移動式供電系統連接，以維持不中斷之電 力支援。 由附圖及對較佳實施例之以下詳細描述可使本創作之其 他知徵、其性質及各種優點將更明顯。 【實施方式】 M411631 本創作可以若干形式及方式實現。在下文及圖式中所提 '、杬述展不本創作之示範實施例》熟習本項技術者應瞭 解’本創作可以其他未在下文中展示之形式及方式來實 現。本創作應具有申請專利範圍之全部範圍且不應受下文 所展示之實施例限制。 ^創作之一實施例提供一種緊急醫療通訊系統，可即時 地提供病人所需之醫療或護理服務。請參考圖2，圖2顯示 根據本創作之一實施例之緊急醫療通訊系統架構示意 ® ”中°亥緊急醫療通訊系統200包含主機21 〇分別與至少 一個病房22x及至少-個醫護人^位裝置26χ連接，·主機 其具有通信模組211、資訊模組212、管理模組213、醫 護人員定位模組214及儲存模組215 ;主機21〇中之通信模 組211與至少一個接收裝置23χ連接；資訊模組212及醫護 人員疋位杈組2 14分別與至少一個資訊裝置24χ連接；而管 理模組213則與至少一個管理裝置25χ連接。 凊另參考圖3，圓3顯示根據本創作之一實施例之緊急醫 療通信系統200中主機210與複數個病房22〇_2211及複數個 醫護人員定位裝置26〇_26η連接之示意圖。圖3顯示多個病 房220-22η共同連接至主機21〇，其中每一個病房中均配置 有至少-個呼叫裝i，例如：健康照護裝置、按鈕、浴室 拉繩、電話、視訊裝置、床頭面板及醫療儀器等。病人可 利用病房甲之呼叫裝置傳送呼叫資訊至主機21〇。呼叫資 訊包含病房號碼、呼叫裝置類型及呼叫狀態等。舉例而 言，病人在病房221拉下了浴室拉繩，主機21〇在接收呼叫 M411631 後可知呼叫是由病房221的浴室拉繩而啟動並且該呼叫 狀態為緊急。藉此，主機210可接收病人的啤叫之完整資 訊，而醫護人員可根據呼叫資訊提供更完善之服務。此 主機210同時主動接收來自病房221中的健康照護裝置 傳送之病人生理資訊’醫護人員可根據該生理資訊主動 提供病人所需之醫療照護。圖3亦顯示多個醫護人員定位 裝置261-2611共同連接至主機21〇，醫護人員之位置資訊可 • '經由該定位裝置傳送回主機2H)，位置資訊可為醫護人員 名％、病房或區域。藉此，醫院可依據醫護人員之位置資 汛，使醫護人力達到最有效之利用。 一請參考圖4，圖4顯示健康照護裝置係包含複數個偵測單 兀，例如：溫度债測單元、.移動伯測單元、心電圖侦測單 兀、血糖债測單元、企壓/心跳偵測單元及點滴餘量偵測 早凡。舉例而言，使用點滴餘量偵測單元即可隨時偵測點 滴的餘量，當點滴即將結束時，可送出訊息給醫護人員，， ·· 士口此醫護人員即可主動且即時地更換點滴，或者進行後續 •照護。除此之外，溫度偵測單元可以提供病人體溫監測服 務，如此醫護人員可隨時掌握病人的體溫變化，以便主動 • #供病人所需之照護；移動偵測單元則可提供病人移動偵 龜務’例如當病人跌倒時，將送出訊息給醫護人員，醫 護人員收到此訊息後，可主動處理此狀況，並且提供病人 所需之照護；心t圖债測單元可提供病人心冑圖_服 務，如此醫護人員可隨時掌握病人的心電圖變化，以便主 動提供病人所需之醫療照護。若發生異常時，亦將送出訊 M411631 息給醫護人員，如此醫護人員可即時處理此狀況；血糖偵 測單元可提供病人的血糖偵測服務，如此醫護人員可隨時 掌握病人的血糖變化，以便主動提供病人所需之醫療照 濩。若有任何異常狀況發生，將送出訊息給醫護人員，如 此醫護人員可即時處理此狀況；血壓/心跳偵測單元可提 病人血壓/心跳監测服務，如此醫護人員可隨時掌握病人 的血壓與心跳變化，以便主動提供病人所需之醫療照護。 若發生異常時（例如：血壓持續偏高或心跳加快），將主動 送出訊息給醫護人員，如此醫護人員可即時處理此狀況。 凊參考圖5，圖5顯示根據本創作之一實施例之緊急醫療 通訊系統200中主機210透過通信模組211與複數個接收裝 置230-236連接之示意圖；其中通信模組211可有線地或無 線地連接至複數個接收裝置。複數個接收裝置可為護理站 230、行動護理站231、行動電話232、走道顯示面板〕^、 病房門口指示燈234及廣播裝置235 ^主機21〇在接收呼叫 後，根據呼叫資訊選擇性地傳送至複數個接收裝置。例 如.病人之呼叫來自於浴室拉繩時，主機21〇之通信模組 211得知病房號碼及其他呼叫訊息，主機21〇將其呼叫資訊 傳送至鄰近之各護理站230、走道顯示面板233及病房門口 指不燈234。主機210並追蹤該呼叫是否被回應，若在一預 定時間内無人回應時，將呼叫訊息傳送至行動電話232及 廣播裝置235。主機210之通信模組211可另包含接收裝置 疋位功能，可藉此得知各行動護理站23丨及各行動電話 4置以使主機將緊急呼叫資訊直接傳送至最近的 M411631 數個行動護理站231或行動電話232，而在不濫用網路資源 之前提下提供最快速的服務。 於本實施财，護理站23〇及行動護理站231除了配置有 t話外，另可整合電腦及視訊裝置，電腦除了顯示呼叫資 Μ外’醫護人員亦可同時監控其他待接啤叫。本實施例使 醫護人員在護理站230及行動護理站231時可利用電腦得知 病人的呼叫資訊，亦可透過視訊裝置與病人面對面問診。 φ 本創作更整合了各種行動通信協定，使得呼叫資訊可由 圖5所示之行動電話232接收，所整合之行動通信協定包括 gsM、cdma、phs等。藉此，主機21〇可將病人之呼叫訊 息以語音、文字（SMS)、圖像（MMS)或是視訊的方式傳送 至醫護人員之行動電話232。而醫護人員在走道時看到走 道顯示面板233及病房門口指示燈234顯示緊急呼叫時，可 立即給予病人協助，提供更即時之服務。圖5中的廣播裝 置235可根據主機21G中通信模組211之指令進行全區廣播 # 或分區廣播’通信模組211中亦可預存廣播訊息，透過廣 - 播裝置235定時廣播。 另本實施例中的通信模組211另可架接至其他通信介面之 • I置’例如如圖5所示之網際網路協定上之語音傳輸（讀） 裝置236。本實施例藉此可提供遠端探病功能，病人可透 過主機210連至網際網路，並且藉由網際網路與遠端之網 路電話連線。藉此’病人可與在家中或是國外的親友視訊 聯繫’除可免去探病交通不便之苦之外，對於隔離中之病 人亦是一大福音。 M411631 清參考圖6，圖6顯示根據本創作之一實施例之緊急醫療 通訊信系統200中主機210透過資訊模組212及醫護人員定 位模組214與複數個資訊裝置24〇_246連接之示意圖；其中 資訊模組212及護理人員定位裝置214可有線地或無線地連 接至複數個資訊裝置。複數個資訊裝置可為監控裝置 · 240、危急值系統（LIS)241、健康資訊系統（ms)242、病患 影像系統（PACS)243、個人資料系統244、遠端測試系統 · 245及醫護人員位置顯示裝置246。監控裝置24〇透過主機 2 1 〇中之資-sfl模組2 12監控各病房連接至主機2丨〇的健康照 _ 濩裝置或其他儀器設備健康照護裝置之偵測值可儲存於主 機210的儲存模組215中，而儀器設備之測量值可透過資訊 模組230同步更新於危急值系統241及健康資訊系統242 中。當健康照護裝置偵測到病人之異常狀況時，或者監控 裝置240偵測病房尹一儀器設備的測量值低於或高於危急 值系統241或健康資訊系統242中所儲存之標準值時，監控 裝置240可藉由資訊模組212連接至通信模組^，並將此 | 訊息傳送至適當之接收裝置。例如：醫護人員可透過監控 裝置240監看病人的生理狀況，當病房中的健康照護裝置 偵測到病人的心跳突然加速，並且已超過危急值系統241 中所訂的標準值時，監控裝置24〇透過主機21〇中的資訊模 組2 12及通信模組211將此緊急訊息傳送至病房附近的護理 站230並顯示於走道顯示面板233上。資訊模組212可根據 病人之呼叫資訊由病患影像系統243及個人資料系統244中 得到病人之個人資料及影像，並且將其資料及影像傳送至 -12- M411631 接收裝置，使得醫護人員可在其接收裝置上看到病人的照 片及讀取病人的病歷，以提供客製化之服務。 本實施例中的醫護人員定位模組可將醫護人員之位置資 訊（例如··醫護人員名稱、病房或區域）顯示於醫護人員位 置顯示裝置上，醫院可依據醫護人員之&置資訊，進行人 力配置’以使醫護人力做最有效之利用。 清參考圖7，圖7顯示根據本創作之一實施例之緊急醫療The system, and through the system, enables the use of medical personnel D [new content]. In order to solve the above existing problems, the present embodiment provides a kind of medical communication system, which includes: a host, ', ,, Wang Shao, a call to sleep health care device and medical staff positioning step, go 4, the core card connection, the main 3 - communication module, and at least one receiving device and a medical person in place module, and at least one ^ connection, a beacon module ^ communication device; - the module is connected to at least one management device; Β. _ 2 乂 and a storage device; the communication module, the information module, the tube, the bit core group and the storage module are connected to each other. Another embodiment of the present invention provides a ^ ± ^ -r ^ „ “Spectral therapy communication system in which the host can receive a complete subscription of the patient's call. R, and medical staff can provide better services according to M411631:4 Beixun, and can provide the fastest service before abusing network resources. Another embodiment of the present invention provides an emergency medical communication system in which a host is connected to at least one health care device, so that the medical staff can monitor the physiological information of the patient in real time in order to actively provide the patient with the physiological information needed by the patient. service. Another embodiment of the present invention provides an emergency medical communication system, wherein the host has an information module connected to at least one information device, so that the medical doctor can see the patient's photo and read the patient on the receiving device. The medical record provides a customized service. Another embodiment of the present invention provides an emergency medical communication system in which a host has a management module coupled to at least one management device. The management module can generate different reports for the medical staff to check the quality of their services, and the money is not good; it also provides billing details, in addition to saving time and avoiding unnecessary disputes. Another embodiment of the present invention provides an emergency medical communication system in which a host is connected to at least one medical personnel positioning device, so that the position of the current medical staff can be understood through the position display device of the medical staff, thereby facilitating the effective use of human resources by the hospital. Another embodiment of the present invention provides an emergency medical communication system in which a host/, to; >, a mobile power supply system is connected to maintain uninterrupted power support. Other features of the present invention, its nature, and various advantages will be apparent from the accompanying drawings. [Embodiment] M411631 This creation can be implemented in several forms and manners. In the following description of the drawings and the exemplary embodiments of the present invention, those skilled in the art should understand that the present invention can be implemented in other forms and manners not shown below. This work should have the full scope of the patent application and should not be limited by the examples shown below. An embodiment of the creation provides an emergency medical communication system that provides immediate medical or nursing services required by a patient. Please refer to FIG. 2. FIG. 2 shows an architecture of an emergency medical communication system according to an embodiment of the present invention. The medium-thick emergency medical communication system 200 includes a host computer 21 and at least one ward 22x and at least one medical staff. The device 26 is connected. The host has a communication module 211, an information module 212, a management module 213, a medical staff positioning module 214, and a storage module 215. The communication module 211 and at least one receiving device 23 in the host 21〇 The information module 212 and the medical staff unit group 2 14 are respectively connected to at least one information device 24A; and the management module 213 is connected to at least one management device 25A. Referring additionally to FIG. 3, the circle 3 is displayed according to the present creation. In the emergency medical communication system 200 of one embodiment, the host 210 is connected to a plurality of wards 22〇_2211 and a plurality of medical personnel positioning devices 26〇_26η. FIG. 3 shows that a plurality of wards 220-22n are connected to the host 21 in common. 〇, each of the wards is equipped with at least one call installation i, such as: health care devices, buttons, bathroom drawstrings, telephones, video devices, bedside panels and medical The patient can use the call device of the ward A to transmit the call information to the host 21. The call information includes the ward number, the type of the call device, and the call status, etc. For example, the patient pulls the bathroom pull cord in the ward 221, and the host 21接收 After receiving the call M411631, it can be known that the call is initiated by the bathroom cable of the ward 221 and the call state is urgent. Thereby, the host 210 can receive the complete information of the patient's beer call, and the medical staff can provide better information according to the call information. The host 210 simultaneously receives the patient physiological information transmitted from the health care device in the ward 221. The medical staff can actively provide the medical care required by the patient according to the physiological information. FIG. 3 also shows a plurality of medical personnel positioning devices 261. The -2611 is connected to the host 21〇, and the location information of the medical staff can be 'received back to the host 2H via the positioning device. The location information can be the name of the medical staff, the ward or the area. Thereby, the hospital can be based on the position of the medical staff. Qualifications enable the medical staff to achieve the most effective use. Please refer to Figure 4, Figure 4 shows health care The device includes a plurality of detection units, such as a temperature debt measurement unit, a mobile home measurement unit, an electrocardiogram detection unit, a blood glucose debt measurement unit, an enterprise pressure/heartbeat detection unit, and a drop detection. For example, the Drip Balance Detection Unit can detect the amount of drip at any time. When the Drip is about to end, the message can be sent to the medical staff. The medical staff can quickly and instantly replace the drip. In addition, the temperature detection unit can provide the patient's body temperature monitoring service, so that the medical staff can keep abreast of the patient's body temperature changes, so as to actively provide care for the patient; the motion detection unit The patient can be provided to detect the turtle's work. For example, when the patient falls, the patient will send a message to the medical staff. After receiving the message, the medical staff can take the initiative to handle the situation and provide the care required by the patient. The patient's heart map is provided, so that the medical staff can keep abreast of the patient's ECG changes in order to proactively provide the medical care required by the patient. In the event of an abnormality, M411631 will also be sent to the medical staff so that the medical staff can handle the situation immediately; the blood glucose detection unit can provide the patient's blood glucose detection service, so that the medical staff can grasp the patient's blood sugar changes at any time, so as to take the initiative. Provide medical care for the patient. If any abnormal condition occurs, a message will be sent to the medical staff so that the medical staff can handle the situation immediately; the blood pressure/heartbeat detection unit can provide the patient's blood pressure/heartbeat monitoring service, so that the medical staff can grasp the patient's blood pressure and heartbeat at any time. Change to proactively provide the medical care that the patient needs. In the event of an abnormality (for example, high blood pressure or high heart rate), the patient will be sent a message to the health care provider so that the medical staff can handle the situation immediately. Referring to FIG. 5, FIG. 5 is a schematic diagram showing the connection of the host 210 to the plurality of receiving devices 230-236 through the communication module 211 in the emergency medical communication system 200 according to an embodiment of the present invention; wherein the communication module 211 can be wired or Wirelessly connected to a plurality of receiving devices. The plurality of receiving devices may be a nursing station 230, a mobile care station 231, a mobile phone 232, a walkway display panel, a ward door indicator 234, and a broadcast device 235. The host 21 选择性 selectively transmits the call information according to the call information. To a plurality of receiving devices. For example, when the patient's call comes from the bathroom, the communication module 211 of the host 21 knows the ward number and other call messages, and the host 21 transmits its call information to the neighboring care stations 230, the aisle display panel 233, and The door of the ward does not have a light 234. The host 210 also tracks whether the call is answered. If no one responds within a predetermined time, the call message is transmitted to the mobile phone 232 and the broadcast device 235. The communication module 211 of the host 210 can further include a receiving device clamping function, so that each mobile nursing station 23 and each mobile phone 4 can be configured to enable the host to directly transmit emergency call information to the nearest M411631. Station 231 or mobile phone 232, and provide the fastest service before abusing network resources. In this implementation, the nursing station 23〇 and the mobile care station 231 can be integrated with computers and video devices in addition to t-notes. In addition to displaying call information, the medical staff can also monitor other pending beer calls. In this embodiment, the medical staff can use the computer to learn the patient's call information at the nursing station 230 and the mobile care station 231, and can also consult the patient face to face through the video device. φ This creation further integrates various mobile communication protocols so that call information can be received by the mobile phone 232 shown in FIG. 5, and the integrated mobile communication protocol includes gsM, cdma, phs, and the like. Thereby, the host 21 can transmit the patient's call information to the mobile phone 232 by voice, text (SMS), image (MMS) or video. When the medical staff sees the aisle display panel 233 and the ward door indicator 234 in the aisle to display an emergency call, the patient can be immediately assisted to provide more immediate service. The broadcast device 235 in FIG. 5 can perform broadcast in the whole area according to the instruction of the communication module 211 in the host 21G. The broadcast module can also be pre-stored in the communication module 211 and broadcasted periodically through the broadcast device 235. In addition, the communication module 211 in this embodiment can be connected to other communication interfaces, such as the voice transmission (reading) device 236 on the Internet Protocol as shown in FIG. In this embodiment, the remote access function can be provided, and the patient can connect to the Internet through the host 210 and connect to the remote network telephone through the Internet. In this way, patients can communicate with relatives and friends at home or abroad. In addition to avoiding the inconvenience of transportation and transportation, it is also a great boon for patients in isolation. Referring to FIG. 6, FIG. 6 is a schematic diagram showing the connection of the host 210 through the information module 212 and the medical staff positioning module 214 to the plurality of information devices 24〇_246 in the emergency medical communication system 200 according to an embodiment of the present invention. The information module 212 and the caregiver positioning device 214 can be connected to a plurality of information devices by wire or wirelessly. A plurality of information devices may be a monitoring device, 240, a critical value system (LIS) 241, a health information system (ms) 242, a patient imaging system (PACS) 243, a personal data system 244, a remote testing system, 245, and medical personnel. Position display device 246. The monitoring device 24 monitors the health photos of the ward connected to the host 2 through the host-sfl module 2 12 of the host computer. The detection value of the health care device can be stored in the host 210. In the storage module 215, the measured values of the instrumentation device can be synchronously updated in the critical value system 241 and the health information system 242 through the information module 230. When the health care device detects an abnormal condition of the patient, or the monitoring device 240 detects that the measured value of the yin Yinyi instrument is lower or higher than the standard value stored in the critical value system 241 or the health information system 242, the monitoring The device 240 can be connected to the communication module via the information module 212 and transmit the message to the appropriate receiving device. For example, the medical staff can monitor the physiological condition of the patient through the monitoring device 240. When the health care device in the ward detects that the heartbeat of the patient suddenly accelerates and exceeds the standard value set in the critical value system 241, the monitoring device 24 The emergency message is transmitted to the nursing station 230 near the ward through the information module 2 12 and the communication module 211 in the host 21, and displayed on the aisle display panel 233. The information module 212 can obtain the patient's personal data and images from the patient imaging system 243 and the personal data system 244 according to the patient's call information, and transmit the data and images to the -12-M411631 receiving device, so that the medical staff can A photo of the patient is seen on the receiving device and the patient's medical record is read to provide a customized service. The medical staff positioning module in this embodiment can display the position information of the medical staff (for example, the name of the medical staff, the ward or the area) on the position display device of the medical staff, and the hospital can perform the information according to the medical staff& Manpower configuration 'to make the most effective use of medical staff. Referring to FIG. 7, FIG. 7 shows emergency medical treatment according to an embodiment of the present creation.
通訊系統200中主機210透過管理模組213與複數個管理裝 置250-251連接之不意圖；其中管理模組213可有線地或無 線地連接至複數個管理裝置。如圖7所示，管理裝置可以 是記錄系統250及帳單系統25丨；其中記錄系統25〇透過管 理模組213言己錄每一次的呼叫，包含呼叫發生時間、回應 時間、回應該呼叫之接收裝置以及任何透過主機21〇之動 作均被記錄。管理模組213可根據記錄系㈣时之資料產 生不同報表’以供醫護人員檢視其服務品質，並改善不周 處帳單系統25 1可根據病人所接受之服務記錄費用， 可在病人出院時提供明細，節省時間也避免不必要之紛 爭。 、°月:考圖8，圖8顯示根據本創作之一實施例之緊急醫療 通訊糸統2 0 0中主播2 1 Γί -Γ σ Al t τ主機210可另外與至少一移動式供電系統 270相連接之示意圖。 m °亥私動式供電系統270係有線地盥主 機2 1 0相遠技，波^ A ^ > '、 k電造成系統設備失效，以維持不 中斷之電力支援。 本創作緊急醫療通訊系統不但具有傳統呼叫系統具有的 •13· M411631 功能，更具有下列功能：將呼叫訊息顯示於授理分機或手 機，不限於值機台或看板；同系統無限擴充呼叫點數量； 多點同時授理呼叫益可提供備援授理；各式通訊設備皆可 運用於本系統作為回撥哞叫點；跨區整合管理；於呼叫位 置提供語音宣告；可預錄定時廣播；值機台定時切換而搭 配輪班使用；各種錄音設傷均可用於錄音存槽，不須選講 錄音設備；及可使用移動式對講機於本系統等等。 此揭示案意欲解釋如何形成及錢各種根據本創作之實 施例，而非限制本創作之真正、意欲且恰當之範傳及本創 作的精神。以上討論並非意欲為詳盡的或將本創作限制於 所揭示之明確形式。馨於以上教示，修正或變化係可能 的。可選擇並描述實施例以提供對本創作之原理及實際應 用的最佳說明’且使熟習本項技術者能在各種實施例中利 ^本創作及具有適合於預期之特定使用的各種變化。當根 據經公正、合法且合理授權之廣度來解料， 正及變化在本創作之由所附申請專利範圍及所有盆之等； 物所界定之料内，在專利 斤有，'之專效 該等修正及變化。案的未決期間可修改 【圖式簡單說明】 圖1顯示先前技術中病房呼叫護理站之示意圖。 圖2顯示根據本創作一杂 構示意圖。 只施例之緊急醫療通訊系統架 :顯示根據本創作之—實施例之緊急醫療通 主機與複數個W及複數個㈣人員定位裝輯接之示= M411631 圖。 圖4顯示健康照護裝置之單元。 圖5顯不根據本創作之一實施例之緊急醫療通訊系統中 主機透過通信模組與接收裝置連接之示意圖。 圖6顯示根據本創作之一實施例之緊急醫療通訊系統中 主機透過資訊模組及醫護人員定位模組與資訊裝置連接之 示意圖。 圖7顯示根據本創作之一實施例之緊急醫療通訊系統中 主機透過官理模組與管理裝置連接之示意圖。 圖8顯示根據本創作之一實施例之緊急醫療通訊系統中 主機與一移動式供電系統連接之示意圖。 【主要元件符號說明】 23x 接收裝置 24x 資訊裝置 25x 管理裝置 110 護理站 111、112、113 病房 200 醫療通信系統 210 主機 211 通信模組 212 資訊模組 213 管理模組 214 醫護人員定位模組 215 儲存模組 •15. M411631 220 、 221 、 22η 病房 230 護理站 23 1 行動護理站 232 行動電話 233 走道顯示面板 234 病房門口指示燈 235 廣播裝置 236 VoIP裝置 240 監控裝置 241 危急值系統 242 健康資訊系統 243 病患影像系統 244 個人資料系統 245 遠端測試糸統 246 醫護人員位置顯示裝置 250 記錄系統 251 帳單系統 260 、 261 、 26η 醫護人貝定位裝置 270 移動式供電系統The host 210 of the communication system 200 is connected to a plurality of management devices 250-251 through the management module 213; wherein the management module 213 can be connected to a plurality of management devices by wire or wirelessly. As shown in FIG. 7, the management device may be a recording system 250 and a billing system 25; wherein the recording system 25 言 records each call through the management module 213, including the call occurrence time, the response time, and the call back. The receiving device and any actions through the host 21 are recorded. The management module 213 can generate different reports according to the data of the record system (4) for the medical staff to view the service quality, and improve the inaccurate billing system 25 1 according to the service record fee accepted by the patient, which can be discharged from the patient. Provide details, save time and avoid unnecessary disputes. Month: FIG. 8 shows an emergency medical communication system in accordance with an embodiment of the present invention. The host 2 1 Γ ί Γ σ Al t τ host 210 may additionally be coupled to at least one mobile power supply system 270. Schematic diagram of the connection. m ° Hai private power supply system 270 series of cable earth 2 main 2 1 0 phase teletechnology, wave ^ A ^ > ', k electricity caused system equipment failure, in order to maintain uninterrupted power support. This creative emergency medical communication system not only has the functions of the traditional call system, but also has the following functions: display the call message on the extension phone or mobile phone, not limited to the check-in machine or kanban; Multi-point simultaneous call forwarding can provide backup assistance; all kinds of communication equipment can be used in this system as a callback point; cross-region integration management; voice announcement at the call location; pre-recorded broadcast; The check-in desk is time-switched and used in shifts; various recording settings can be used for recording storage, no need to select recording equipment; and mobile walkie-talkies can be used in this system. This disclosure is intended to explain how the various forms of the creation are based on the creation of the creation, and not to limit the true, intended and appropriate nature of the creation and the spirit of the creation. The above discussion is not intended to be exhaustive or to limit the invention to the precise form disclosed. Xin is above the teachings, corrections or changes are possible. The embodiments may be selected and described in order to provide a description of the principles of the present invention and the application of the invention, and the various embodiments of the present invention can be utilized in various embodiments. When the material is dismantled according to the breadth of the fair, legal and reasonable authorization, the change is in the scope of the patent application and all the pots in the creation of the creation; in the material defined by the material, in the patent, there is a special effect. Such amendments and changes. The pending period of the case can be modified. [Simple Description of the Drawings] Figure 1 shows a schematic diagram of a ward call nursing station in the prior art. Figure 2 shows a schematic diagram of a hybrid according to the present creation. The emergency medical communication system rack of only the example: shows the emergency medical communication host according to the present invention - a plurality of W and a plurality of (four) personnel positioning assembly instructions = M411631. Figure 4 shows the unit of the health care device. Figure 5 is a schematic diagram showing the connection of a host to a receiving device via a communication module in an emergency medical communication system according to an embodiment of the present invention. Figure 6 is a diagram showing the connection of a host through an information module and a medical staff positioning module to an information device in an emergency medical communication system according to an embodiment of the present invention. Figure 7 is a diagram showing the connection of a host through a government module to a management device in an emergency medical communication system according to an embodiment of the present invention. Figure 8 is a diagram showing the connection of a host to a mobile power supply system in an emergency medical communication system in accordance with an embodiment of the present invention. [Main component symbol description] 23x receiving device 24x information device 25x management device 110 nursing station 111, 112, 113 ward 200 medical communication system 210 host 211 communication module 212 information module 213 management module 214 medical staff positioning module 215 storage Modules • 15. M411631 220 , 221 , 22η Ward 230 Care Station 23 1 Mobile Care Station 232 Mobile Phone 233 Walkway Display Panel 234 Ward Door Indicator Light 235 Broadcasting Device 236 VoIP Device 240 Monitoring Device 241 Critical Value System 242 Health Information System 243 Patient imaging system 244 Profile system 245 Remote testing system 246 Medical staff position display device 250 Recording system 251 Billing system 260, 261, 26η Healthcare person positioning device 270 Mobile power supply system
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