TWM422955U - Wireless transmission examination device - Google Patents
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- TWM422955U TWM422955U TW100214371U TW100214371U TWM422955U TW M422955 U TWM422955 U TW M422955U TW 100214371 U TW100214371 U TW 100214371U TW 100214371 U TW100214371 U TW 100214371U TW M422955 U TWM422955 U TW M422955U
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五、新型說明: [0001] [ΐοο年12月2l·日梭正替&英 【新型所屬之技術領域】 本創作係有關於-種無線傳輪檢測裝置,尤為-種 可即時即地進行生理檢測傳輸,且可免除生理檢測時之 干擾並兼具節省電源'消耗特性之無線傳輸檢測裝置 【先前技術】 [0002] 按現7社會中,由於飲食習慣與生活模式的改變 L夕動V之結果造錢多慢性疾病或文明病等 ,此類 疾病已嚴重影_人健康,•域值異常的相關疾病 亦是當中的威脅之-’其中又以糖尿病為最主要之病症 α更進一步而言’糖尿病常伴隨著高血壓、心血管疾病 發生於患者,其生活之正常運作必須仰賴可靠的生理量 測裝置^握病情並投以適當之治療。因此,若能提供方 便且精準之生理檢測裝置,係迫切之要務。 再者’於此同齡化社會,老年人口大量增加,而該 一,老年人σ又極n處於行動*便疏於照顧、欠缺陪 伴’或疋自理能力喪失之狀態,因此針職些老年慢性 疾病患者’如何提供—遠距監控之照護线即為另一重 大課題。& ’若能將檢測裝置與無線傳輸系統結合,便 可使醫療人員或是親人家屬在遠處亦能獲得患者的即時 健康狀態資訊’如此—來,不但患者更受保障,也減輕 醫療人員及親人家屬的照護負擔。 過去技術中’已有不少結合無線傳輸功能之血糖儀 或生理檢測裝置。台灣新型專利Μ29898〇中,揭露了一種 表單編號Α0101 第3頁/共26頁 11Q0年.12月21日接正巷接頁 攜帶式生理檢測裝置及系統,其係結合了可攜帶的血糖 量測裝置’另配有衛星接收以及回傳功能,同時可藉由 無線或是網路傳輸資料結果,而達到遠距照護醫療和定 位的目的。再於中國發明專利CN14891 18中,另揭露了 一種可以隨身攜帶的遠距離無線數據傳輸人體保健監護 儀’其係由生理數據採集模組和GSM/GPRS通信模組所組 成,該GSM/GPRS通信模組係用在此人體保健監護儀和醫 院監護中心或醫生之間傳輸數據;且此人體保健監護儀 另設計有操作按鈕,必要時患者可通過按鈕及時向醫院 傳輸數據。 胃 惟’先前技術中並沒有針對數據精準性以及使用長 效性做出提升或是改良。例如,無線傳輸模組於待機時 具有電磁波存在’先前技術並沒有與生理資訊偵測模組 做好區隔之相應設計,將會有檢測值受電磁波干擾之蚨 慮,顯非理想之設計;同時,無線傳輸模組也會持續涛 耗電力,縮短整體裝置可使用的時間,由於先前技術教 無適當之省電設計,將導致使整體裝置處於弱電狀態之 機率增加,若於緊急情況發生時不幸遇上電力不足的窘 , 境,無法將異常之血糖數值於第一時間傳輸給醫護人員 ,可能發生難以掌控之意外狀況,亦有一併改善之必要 〇 與先前技術相較,本創作亦結合了檢測裝置與(^]1{、 GPRS等功能之無線傳輸模組,同時增加一電源控制元件 ,藉以控制無線傳輸模組之電源,以避免無線傳輸模魬 之長期待機。惟本創作更進一步提升無線傳輸檢測裝置 之數據精準性以及使用之長效性,意即檢測時可防止電 表單编號A0101 第4頁/共26頁 M422955V. New description: [0001] [ΐοο年12月2l·日梭正替&英[New technical field] This creation department has a kind of wireless transmission detection device, especially for immediate and immediate Physiological detection transmission, and can eliminate the interference during physiological detection and also save the power consumption characteristics of the wireless transmission detection device [Prior Art] [0002] According to the current 7 society, due to changes in eating habits and lifestyles As a result, many diseases such as chronic diseases or civilized diseases have been made. These diseases have been seriously affected. _ People's health, and diseases with abnormal domain values are also among the threats - 'which is the main cause of diabetes. Words 'diabetes are often accompanied by high blood pressure and cardiovascular disease in patients. The normal operation of their lives must rely on reliable physiological measurement devices to hold the disease and appropriate treatment. Therefore, it is an urgent task to provide a convenient and accurate physiological detection device. Furthermore, in this society of the same age, the elderly population has increased significantly, and the first is that the elderly σ is extremely active in action*, neglecting care, lacking companionship, or losing self-care ability. The patient's how to provide - the remote monitoring of the care line is another major issue. & 'If the detection device can be combined with the wireless transmission system, the medical staff or relatives of the relatives can obtain the immediate health status information of the patient in the distance. So, not only the patient is more protected, but also the medical staff is relieved. And the care burden of family members of relatives. In the past, there have been many blood glucose meters or physiological detection devices that incorporate wireless transmission functions. Taiwan's new patent Μ29898〇 reveals a form number Α0101, page 3/26 pages, 11Q0, December 21, and the positive alley page portable physiological detection device and system, which combines portable blood glucose measurement The device 'is additionally equipped with satellite receiving and returning functions, and can transmit data results by wireless or network to achieve telemedicine and positioning. In the Chinese invention patent CN14891 18, another remote wireless data transmission human health monitor that can be carried around is disclosed, which is composed of a physiological data acquisition module and a GSM/GPRS communication module, and the GSM/GPRS communication is performed. The module is used to transmit data between the human health monitor and the hospital monitoring center or doctor; and the human health monitor is also designed with an operation button, and the patient can transmit data to the hospital in time through the button if necessary. Stomach's prior art does not improve or improve data accuracy and long-term use. For example, the wireless transmission module has the presence of electromagnetic waves in standby. The prior art does not have a corresponding design that is separated from the physiological information detection module, and there will be a concern that the detected value is interfered by electromagnetic waves, which is a non-ideal design; At the same time, the wireless transmission module will continue to consume power and shorten the time that the overall device can be used. Since the prior art teaches that there is no proper power-saving design, the probability that the overall device is in a weak state will increase, if an emergency occurs. Unfortunately, in the event of a power shortage, it is impossible to transmit the abnormal blood sugar value to the medical staff at the first time. Unexpected accidents may occur, and there is a need for improvement. Compared with the prior art, this creation is also combined. The detection device and the wireless transmission module of (^]1{, GPRS and the like, and a power control component are added to control the power of the wireless transmission module to avoid long-term standby of the wireless transmission module. Improve the accuracy of data transmission and the long-term use of wireless transmission detection devices, which means that the electronic form can be prevented during detection. No. A0101 Page 4 of 26 M422955
Ido年:12月21日修正替㈢頁 磁干擾數據,並同時兼具節省電源消耗的功效。 【新型内容】 [0003] 本創作之目的係提供一種無線傳輸檢測裝置,該無 線傳輸檢測裝置可確保檢測數值不受電磁波干擾,用以 確保生理資訊之準確性。 本創作之次要目的係提供一種無線傳輸檢測裝置, 其具有節省電源消耗之設計,進而減少補充電源之繁瑣 操作或減少處於電力不足無法進行資訊傳輸之狀況、機 率。 本創作之另一目的係提供一種無線傳輸檢測裝置, 其能即時即地進行資訊檢測傳輸,可讓醫護人員或親友 家屬可即時得知使用者之生理資訊,進而確保使用者照 護上之安全性。 本創作之再一目的係提供一種無線傳輸檢測裝置, 其具有應付緊急狀況之功能,能將使用者之位置透過全 球定位系統傳輸至遠端救護站,俾便利進行緊急追蹤搜 尋及協助、救護者。 本創作之進一目的係提供一種無線傳輸檢測裝置, 其利用短程無線傳輸模組接收週邊裝置所紀錄之資料, 使資料再透過該無線傳輸檢測裝置之無線傳輸模組進行 遠距無線傳輸,而達到多種生理相關資料之整合管理效 果。 為了達到上述之目的,本創作係揭示一種無線傳輸 檢測裝置,其係具有改善過去檢測技術的數據精準性以 及使用長效性,透過控制無線傳輸模組之電源通斷,減 少電磁波之干擾以及不必要之電力消耗。 表單編號A0101 第5頁/共26頁 M422955 100年.12月21日按正替接頁 丄丄乙月乙丄ρ π本創作之技術手段包括;_檢測模組用以量測取 得生理資訊;_處理單元,係與該檢測模_連接處 理該檢測模組所制取得之該生理f訊;—儲存模組, 糸,、該處理單π相連接,儲存該生理資訊;-無線傳輸 模組,係與該處理單元相連接,該無線傳龍組係透過 二線網路傳輪該生理資訊;―電㈣置,係連接該處理 早70並供應該無線傳輸檢測袭置所需之電力;及一電源 控制元件,係與該處理單元、該電源裝置及該無線傳輸 模組相連接’該電源㈣元件制以控制該無線傳輸模 組之電源’使進—步控制該無線傳輸模組之信號傳輸; 藉前述構成,該無線傳輸檢測裝置於量測取得生理資訊 後,藉該電源控制元件開啟該無線傳輸模組並進行傳輸 該生理資訊,且繼藉該電源控制元件對該無線傳輸模組 進行斷電》 【實施方式】 [0004] 為使貴審查委員對本創作之特徵及所達成之功效 有更進一步之瞭解與認識’謹佐以較佳之實施例及配合 詳細之說明,說明如後: 於先前技術之無線傳輸檢測裝置,因為無線傳輸模 組於待機時仍會消耗電力,縮短裝置可使用的時間,且 於檢測時,無線傳輸模組當時雖無作用,但其電磁波卻 可能會干擾檢測數值,故本創作針對此些缺失,提出一 可控制無線傳輸模组電力通斷之無線傳輸檢測裝置。 請參考第一圖,本創作無線傳輪檢測裝置1〇包含有 一處理單元11,該處理單元11係用以控制該無線傳輸檢 測裝置10之相關運作;一檢測模故12 ,係與該處理單元 表單编號A0101 第6頁/共26頁 M422955 100年.12月21日修正f«頁 11相連接,該檢測模組12係用以量測取得相關生理資訊 ,其中該生理資訊包含有血糖、血脂、膽固醇、尿酸、Ido Year: December 21st, revised (3) page magnetic interference data, and at the same time has the effect of saving power consumption. [New Content] [0003] The purpose of this creation is to provide a wireless transmission detecting device that ensures the detection value is free from electromagnetic interference to ensure the accuracy of physiological information. The secondary objective of this creation is to provide a wireless transmission detection device that has a design that saves power consumption, thereby reducing the cumbersome operation of supplementing the power supply or reducing the situation and probability of insufficient information transmission under power shortage. Another object of the present invention is to provide a wireless transmission detecting device, which can perform information detection and transmission in an instant, so that medical staff or relatives and relatives can instantly know the physiological information of the user, thereby ensuring the safety of the user's care. . A further object of the present invention is to provide a wireless transmission detecting device capable of responding to an emergency situation, capable of transmitting a user's position to a remote ambulance station through a global positioning system, facilitating emergency tracking search and assistance, and ambulance . A further object of the present invention is to provide a wireless transmission detecting device that uses a short-range wireless transmission module to receive data recorded by a peripheral device, so that the data is transmitted to the wireless transmission module of the wireless transmission detecting device for remote wireless transmission. The integrated management effect of a variety of physiologically relevant data. In order to achieve the above objectives, the present invention discloses a wireless transmission detecting device, which has improved data accuracy and long-term use in the past detection technology, reduces power electromagnetic interference by controlling the power transmission and disconnection of the wireless transmission module, and does not Necessary power consumption. Form No. A0101 Page 5 of 26 M422955 100. On December 21st, according to the replacement page, the technical means of the creation of the 月 月 π π π π π π π π π π π π π π π π π π π π π π π π π π π π π π The processing unit is connected to the detection module to process the physiological information obtained by the detection module; the storage module is connected to the processing unit, and the physiological information is stored; - the wireless transmission module Connected to the processing unit, the wireless Chuanlong group transmits the physiological information through the second-line network; the electric (four) is connected to the processing 70 and supplies the wireless transmission to detect the power required for the attack; And a power control component is connected to the processing unit, the power supply device, and the wireless transmission module. The power supply (four) component is configured to control a power supply of the wireless transmission module to enable the wireless transmission module to be further controlled. The signal transmission; the foregoing configuration, after the wireless transmission detecting device obtains the physiological information, the power control component is used to enable the wireless transmission module to transmit the physiological information, and the wireless control device transmits the physiological information Modules are powered off. [Embodiment] [0004] In order to enable the reviewers to have a better understanding and understanding of the characteristics of the creation and the effectiveness achieved, please describe the best examples and the detailed descriptions. After: In the prior art wireless transmission detection device, because the wireless transmission module still consumes power during standby, shortening the time available for the device, and when detecting, the wireless transmission module has no effect at the time, but the electromagnetic wave may be It will interfere with the detection value, so this creation proposes a wireless transmission detection device that can control the power transmission and disconnection of the wireless transmission module for these shortcomings. Referring to the first figure, the present wireless transmission detecting device 1A includes a processing unit 11 for controlling the related operation of the wireless transmission detecting device 10; a detecting module 12, and the processing unit Form No. A0101 Page 6 of 26 M422955 100 years. On December 21st, the correction f« page 11 is connected. The detection module 12 is used to measure and obtain relevant physiological information, wherein the physiological information includes blood sugar, Blood lipids, cholesterol, uric acid,
酒精、三酸甘油脂、酮體、肌酸酐、乳酸或血紅素;一 無線傳輸模組13係與該處理單元11相連接,可通過連上 無線網路傳輸該處理單元11所處理之該生理資訊,該無 線傳輸模組13並連接一天線20 ; —儲存模組15,係與該 處理單元11相連接,用以儲存包括該處理單元11所處理 之生理資訊等資料;一電源控制元件14,係與該處理單 元11、無線傳輸模組13相連接,用以控制該無線傳輸模 組13之電源,使進一步控制該無線傳輸模組13之信號傳 輸;一電源裝置16,係與該處理單元11、電源控制元件 14電性連接,該電源裝置16係用以供應該無線傳輸檢測 裝置10所需之電力;一顯示元件17,例如一顯示螢幕,Alcohol, triglyceride, ketone body, creatinine, lactic acid or hemoglobin; a wireless transmission module 13 is connected to the processing unit 11, and the physiology processed by the processing unit 11 can be transmitted by connecting to a wireless network. The information is that the wireless transmission module 13 is connected to an antenna 20; the storage module 15 is connected to the processing unit 11 for storing data including physiological information processed by the processing unit 11; a power control component 14 And the processing unit 11 and the wireless transmission module 13 are connected to control the power of the wireless transmission module 13 to further control signal transmission of the wireless transmission module 13; a power supply device 16 and the processing The unit 11 and the power control component 14 are electrically connected, and the power supply device 16 is configured to supply power required by the wireless transmission detecting device 10; a display component 17, such as a display screen,
係與該處理單元11相連接,用以顯示該無線傳輸檢測裝 置10之運作資訊,包括生理資訊等資料;一全球定位系 統(Global Positioning System/GPS)模組 19,用以 衛星定位該無線傳輸檢測裝置10(使用者)之位置;一緊 急元件18,係與該處理單元11相連接,該緊急元件18可 為一按鍵或按鈕等,用以產生緊急呼救之功能。 前述該無線傳輸模組13係通過連上無線網路傳輸該 處理單元11所處理之生理資訊,而該無線傳輸模組13與 電源裝置16間設置該電源控制元件14,使得以控制該無 線傳輸模組13運作所需之電力,達到該無線傳輸模組13 運作之可自動控制性。再者,一遠端伺服器30,該遠端 伺服器30係連結設有一天線31,用以接收該無線傳輸模 組13所傳輸之資訊及作相應訊號之回饋,在適當實施方 表單編號A0101 第7頁/共26頁 M422955 _— 100年.12月21日隹正替換頁 式中,該遠端伺服器30係可藉由一基地台32(參第四圖) 做為資訊傳輸中繼點,且該遠端伺服器30與基地台32之 間係可通過有線或無線方式進行資訊傳輪。 本創作無線傳輸檢測裝置10運作時,係由該檢測模 組12取得生理資訊後傳輸至該處理單元11,經處理後儲 存於儲存模組15且顯示於顯示元件17,同時,該處理單 元11將依程式設計自動開啟該電源控制元件14,使該電 源裝置16之電源可供應該無線傳輸模組13,即該無線傳 輸模組13呈開機狀態,再依該處理單元11之程式設計自 | 動將該生理資訊透過無線傳輸模組13經由天線20將之傳 輸至該遠端伺服器30,而生理資訊之傳輸,可進一步設 定為手動,即通過一設於無線傳輸檢測裝置10上之操控 元件(未圖示)之按壓,例如一傳輸按鍵或按紐,即可進 行手動操作之傳輸。再者,本創作係藉由該電源控制元 件14控制電源裝置16對無線傳輸模組13之供電與否,當 該無線傳輸模組13將該生理資訊傳輸後,不管傳輸成功 或失敗(後詳述),該處理單元11將依程式設計自動關閉 | 該電源控制元件14,使該無線傳輸模組13呈關機或斷電 狀態,如此使得該無線傳輸檢測裝置10在進行下次之檢 測模組12量測運作時,由於該無線傳輸模組13係為關機 或斷電,故可避免無線傳輸模組13之電磁波干擾檢測模 組12進行生理資訊量測之準確度,同時也達到節省電源 損耗、延長使用時間之功效。 進一步而言,本無線傳輸檢測裝置之無線傳輸模組 13係包含GSM(Global System for Mobile Communications) 、 GPRS(General Packet Radio Ser- 表單编號A0101 第8頁/共26頁 M422955 10ό年.12月21日梭正齊頁 vice) ' UMTS(Universal Mobile Telecoramunica-tions System)或CDMA(Code Division Multiple Access)模組,以SIM(Subscriber Identity Module) 卡進行身分識別 ,確保所傳輸資料之私密性 。而傳 輸的形式,可包含USSD(Unstructured Supplementary Service Data) 或 SMS(Short Message Ser-vice)等封包技術。 又本無線傳輸檢測裝置,具有處理緊狀況之功能,The system is connected to the processing unit 11 for displaying operation information of the wireless transmission detecting device 10, including physiological information and the like; and a Global Positioning System (GPS) module 19 for satellite positioning the wireless transmission. The position of the detecting device 10 (user); an emergency component 18 is connected to the processing unit 11, and the emergency component 18 can be a button or a button for generating an emergency call function. The wireless transmission module 13 transmits the physiological information processed by the processing unit 11 by connecting to the wireless network, and the power transmission control unit 14 is disposed between the wireless transmission module 13 and the power supply device 16 to control the wireless transmission. The power required for the operation of the module 13 achieves automatic control of the operation of the wireless transmission module 13. Furthermore, a remote server 30 is provided with an antenna 31 for receiving information transmitted by the wireless transmission module 13 and for feeding back corresponding signals. In the appropriate implementation form number A0101 Page 7 of 26 M422955 _- 100 years. December 21, in the replacement page, the remote server 30 can be relayed by a base station 32 (refer to the fourth figure) as information transmission Point, and between the remote server 30 and the base station 32, information can be transmitted by wire or wirelessly. When the wireless transmission detecting device 10 of the present invention is operated, the physiological information is obtained by the detecting module 12, and then transmitted to the processing unit 11, processed and stored in the storage module 15 and displayed on the display element 17, and the processing unit 11 is simultaneously processed. The power control component 14 is automatically turned on according to the programming, so that the power of the power supply device 16 can be supplied to the wireless transmission module 13, that is, the wireless transmission module 13 is turned on, and then according to the programming of the processing unit 11 | The physiological information is transmitted to the remote server 30 via the wireless transmission module 13 via the antenna 20, and the transmission of the physiological information can be further set to manual, that is, by a control provided on the wireless transmission detecting device 10. The pressing of the component (not shown), such as a transfer button or button, allows for manual operation. Furthermore, the present invention controls the power supply device 16 to supply power to the wireless transmission module 13 by the power control component 14, and when the wireless transmission module 13 transmits the physiological information, regardless of the transmission success or failure (details) The processing unit 11 automatically shuts down according to the programming. The power control component 14 causes the wireless transmission module 13 to be turned off or powered off, so that the wireless transmission detecting device 10 is performing the next detection module. During the measurement operation, since the wireless transmission module 13 is powered off or powered off, the electromagnetic interference detection module 12 of the wireless transmission module 13 can be prevented from performing the accuracy of the physiological information measurement, and the power loss can be saved. And extend the use of time. Further, the wireless transmission module 13 of the wireless transmission detecting apparatus includes GSM (Global System for Mobile Communications), GPRS (General Packet Radio Ser-form number A0101, page 8 of 26, M422955, 10 years, December. On the 21st, the "UMTS (Universal Mobile Telecoramunica-tions System) or CDMA (Code Division Multiple Access) module uses the SIM (Subscriber Identity Module) card for identity recognition to ensure the privacy of the transmitted data. The transmission form may include a packet technology such as USSD (Unstructured Supplementary Service Data) or SMS (Short Message Ser-vice). The wireless transmission detecting device has the function of handling the tight condition,
如第一圖所示,該緊急元件18係連結該處理單元11,其 中該無線傳輸模組13還包含有一撥號器(未圖示),而於 緊急狀況發生時,利用(按壓)該緊急元件18可使該無線 傳輸模組13以處理單元11内所設之緊急號碼進行撥話操 作,達到傳輸遠端救護站(如急救中心或醫院等)或特定 親友、人員以為求救之效果,此時按壓緊急元件18後將 啟動該電源控制元件14,並繼將無線傳輸模組13控制於 開機或通電狀態,使無線傳輸模組13得以經由天線20傳 出求救訊息,並藉該全球定位系統模組19之追蹤協尋運 作,將包含地點資訊之緊急訊息傳輸至該緊急號碼所在 之遠端救護站(如急救中心或醫院等)。 在此以一無線傳輸血糖儀作為本創作無線傳輸檢測 裝置之舉例說明,請一併參考第二圖,該無線傳輸血糖 儀10A之外部結構包括有一機體21,該機體21係設有至少 一顯示螢幕17A、一試片插槽22及一按鍵組23、緊急元件 18,該顯示螢幕17A係用以顯示血糖資訊、連線訊息及傳 輸訊息等之功用;該試片插槽22係連接前述該檢測模組 12(如血糖模組),用以供一血糖檢測試片(未圖示)之插 表單編號A0101 第9頁/共26頁 1Q0年.12月21日隹正替換頁 6又’使該檢測模組1 2 (或血糖模組)與該血糖檢測試片上 之檢測電極產生電性連結,藉由血液(檢體)與該血糖檢 測試片上之酵素產生電化學反應後,檢測電極之間會產 生微弱之電流訊號,此電流訊號經處理單元1 1的演算及 補償後,而得到對應微弱電流訊號的血糖值,又該無線 傳輸血糖儀10A並非拘限於使用血糖檢測試片該種電化學 式之血糖量測,亦可為光學式之血糖量測或其他方式之 企糖量測;該按鍵組23係包括有複數按鍵,該按鍵組23 係本無線傳輸血糖儀10A操作按鍵之集合,用以進行各項 | 功能之操作,其中,該按鍵組23係可包含一與處理單元 11連接之操控元件(未圖示),例如一傳輪按鍵或按紐, 可藉由該操控元件使該無線傳輸模組13即時進行血糖生 理資訊之傳輸,此為無線傳輸血糖儀使用者手動傳輸之 設計,例如,當無線傳輸血糖儀10A先前之血糖生理資訊 傳輸失敗後,使用者可依此操控元件擇時進行傳輸,當 然,此時該處理單元11將啟動該電源控制元件14使無線 傳輸模組13繼處於開機或通電狀態,而當傳輸完成後, | 該處理單元11將再關閉該電源控制元件14使無線傳輸模 組13繼處於關機或停電狀態,使該無線傳輸血糖儀10A處 於省電之狀態,並免除下次血糖生理資訊量測時之電磁 波干擾現象* 請一併參考第三、四圖,係本創作無線傳輸血糖儀 10A使用時之運作實施步驟流程圖及運作連結系統圖,其 包括有: (1)取得血糖值S10 ;即將一血糖檢測試片插入該試 片插槽22,繼使該檢測模組12(血糖模組)取得血糖生理 表單煸號A0101 第10頁/共26頁 M422955 ioo年.12月21日修正脊換頁 資訊,該血轉生理資訊繼經處理單元11將之換算處理為 血糖數值,再將血糖數值儲存於儲存模組15及顯示於顯 示元件17。 (2) 啟動無線傳輸模組S20 ;即當該檢測模組12(血 糖模組)完成血糖生理資訊之量測後,藉該處理單元11相 繼啟動該電源控制元件14、無線傳輸模組13 ;此程序亦 可設定於該試片插槽13A將該血糖檢測試片移除後啟動或 按下該按鍵組23之操控元件後啟動。As shown in the first figure, the emergency component 18 is coupled to the processing unit 11, wherein the wireless transmission module 13 further includes a dialer (not shown) for utilizing (pressing) the emergency component when an emergency occurs. 18, the wireless transmission module 13 can be used to make a call operation by using the emergency number set in the processing unit 11, so as to achieve the effect of transmitting a remote ambulance station (such as an emergency center or a hospital) or a specific relative, friend or person for help. After the emergency component 18 is pressed, the power control component 14 is activated, and the wireless transmission module 13 is controlled to be powered on or powered, so that the wireless transmission module 13 can transmit a help message via the antenna 20, and the global positioning system module is used. The group 19 tracking collaboration operation transmits an emergency message containing location information to a remote ambulance station (such as a first aid center or hospital) where the emergency number is located. Herein, a wireless transmission blood glucose meter is used as an example of the present wireless transmission detecting device. Please refer to the second figure. The external structure of the wireless blood glucose meter 10A includes a body 21, and the body 21 is provided with at least one display. a screen 17A, a test strip slot 22, a button set 23, and an emergency component 18, the display screen 17A is for displaying functions of blood glucose information, connection information, and transmission of information; the test strip slot 22 is connected to the foregoing The detection module 12 (such as a blood glucose module) is used to insert a blood glucose test piece (not shown) into the form number A0101 page 9 / total 26 pages 1Q0 year. December 21 隹 is replacing page 6 and ' The detection module 12 (or blood glucose module) is electrically connected to the detection electrode on the blood glucose detecting test piece, and the blood (sample) is electrochemically reacted with the enzyme on the blood glucose detecting test piece, and then the detecting electrode is detected. A weak current signal is generated. After the current signal is calculated and compensated by the processing unit 11, the blood glucose value corresponding to the weak current signal is obtained, and the wireless transmission blood glucose meter 10A is not limited to using the blood glucose detecting test piece. The electrochemical blood glucose measurement can also be an optical blood glucose measurement or other methods of measuring sugar; the button group 23 includes a plurality of buttons, and the button group 23 is a wireless transmission blood glucose meter 10A operation button. The set is used to perform various operations of the function, wherein the button set 23 can include a control component (not shown) connected to the processing unit 11, such as a transfer button or button, by which the control can be performed. The component enables the wireless transmission module 13 to immediately transmit the blood glucose physiological information, which is a design for manually transmitting the blood glucose meter user. For example, when the wireless blood glucose meter 10A fails to transmit the blood glucose physiological information, the user can The control unit transmits the data at a time. Of course, at this time, the processing unit 11 will activate the power control element 14 to enable the wireless transmission module 13 to be powered on or powered on, and when the transmission is completed, the processing unit 11 will be turned off again. The power control component 14 causes the wireless transmission module 13 to be in a power-off state or a power-off state, so that the wireless transmission blood glucose meter 10A is in a state of saving power and is free of the next blood. Electromagnetic interference during physiological information measurement* Please refer to the third and fourth figures together. This is a flowchart of the operation steps and the operation linkage system diagram of the wireless transmission blood glucose meter 10A. The following includes: (1) Blood glucose level S10; a blood glucose test strip is inserted into the test strip slot 22, and the test module 12 (blood glucose module) is obtained. The blood glucose physiological form is nicknamed A0101. Page 10 of 26 M422955 ioo year. December On the 21st, the ridge change information is corrected, and the blood physiology information is converted into a blood sugar value by the processing unit 11, and the blood sugar value is stored in the storage module 15 and displayed on the display element 17. (2) starting the wireless transmission module S20; that is, after the detection module 12 (blood glucose module) completes the measurement of the blood glucose physiological information, the processing unit 11 sequentially activates the power control component 14 and the wireless transmission module 13; The program may also be set after the test strip slot 13A removes the blood glucose test strip and activates or presses the control element of the button set 23 to start.
(3) 自動搜尋連線S30 ;即處理單元11通過該無線傳 輸模組13自動搜索無線網路,該搜索透過無線傳輸模組 13,經由天線20試圖與該遠端伺服器30(或基地台32)連 線。 (4) 若搜索後沒有偵測到無線網路,則進入(5a)顯 示連線失敗S40 ;即於該顯示螢幕17A顯示連線失敗時,(3) Automatically searching for the connection S30; that is, the processing unit 11 automatically searches for the wireless network through the wireless transmission module 13, and the search is attempted to communicate with the remote server 30 (or the base station via the antenna 20 via the wireless transmission module 13). 32) Connection. (4) If no wireless network is detected after the search, enter (5a) to display the connection failure S40; that is, when the display screen 17A shows that the connection fails,
將該檢測模組12 (血糖模組)未傳輸之血糖生理資訊標記 於該儲存模組15内;且繼進入步驟S60之關閉無線傳輸模 組(參後)。而在此程序中,該未傳輸成功之血糖生理資 訊係可待下次血糖量測時再一併自動傳輸,或通過該按 鍵組23之操控元件進行手動傳輸。 (5) 進行資料傳輸S41 :即於連線完成後,透過該無 線傳輸模組13經由天線20進行該血糖生理資訊之無線傳 〇 輸。 (6) 接收確認訊號S50 ;即待傳輸完畢後,無線傳輸 模組13經由天線20接收到遠端伺服器30回傳之確認訊息 若無線傳輸模組13沒有接收到確認訊息,則進入 表單編號A0101 第11頁/共26頁 M422955 100’年.12月21日接正替換頁 (7a)顯示傳輸失敗S51 ;即於該顯示螢幕17A顯示傳輸失 敗時,並將該檢測模組12(血糖模組)未傳輸之血糖生理 資訊標記於該儲存模組15内;且繼進入步驟S60之關閉無 線傳輸模組(參後)。而在此程序中,該未傳輸成功之血 糖生理資訊係可待下次血糖量測時再一併自動傳輸,或 通過該按鍵組23之操控元件進行手動傳輸。 (7) 顯示傳輸成功S52 :即於接收到確認訊號後,該 顯示螢幕17A顯示傳輸成功。 (8) 關閉無線傳輸模組S60 :即透過該電源控制元件 | 14將無線傳輸模組13斷電或關閉,使其停止運作。 於此實施例中,若無線傳輸模組傳輸前未能偵測到 無線網路或進行傳輸後未接收到該遠端伺服器所回傳之 確認訊息時,係將該檢測模組(血糖模組)未傳輸之血糖 生理資訊標記於該儲存模組内,且透過電源控制元件切 斷該無線傳輸模組之供電。其中,該儲存模組内所儲存 之該次未能傳出之血糖生理資訊,係於下次該無線傳輸 模組進行資訊傳輸時再一併自動傳輸,或通過該按鍵組 | 23之操控元件進行手動傳輸。 請參閱第五圖,係本創作另一較佳實施例,其係基 於前述實施例之結構基礎上加以變化,其中該無線傳輸 檢測裝置10還可包括一短程無線傳輸模組24,係與該處 理單元11相連接,用以接收至少一週邊裝置40之資料, 該週邊裝置40包括有一訊號發射裝置41,其與該無線傳 輸檢測裝置10之間可進行短程無線之資料傳輸,以達到 上傳資料的多樣性與週邊裝置的擴充性。其中該週邊裝 置40可為體溫計、血壓計、體重計、計步器、藥盒或照 表單编號A0101 第12頁/共26頁 M422955 100年.12月21日修疋_頁 相手機等,以取得各種與生理資訊相關之資料;該短程 無線傳輸模組24可使用藍芽(Bluetooth)、紅外線 (Infrared Data Association/IrDA)、超寬頻 (Ultra Wideband/UWB) ' HomeRF ' Zigbee 'The blood glucose physiological information that is not transmitted by the detection module 12 (blood glucose module) is marked in the storage module 15; and the wireless transmission module is closed (step) after proceeding to step S60. In this procedure, the untransferred blood glucose physiological information can be automatically transmitted together with the next blood glucose measurement, or manually transmitted through the manipulation component of the button group 23. (5) Data transmission is performed S41: After the connection is completed, the wireless transmission of the blood glucose physiological information is performed via the antenna 20 through the wireless transmission module 13. (6) Receiving the confirmation signal S50; that is, after the transmission is completed, the wireless transmission module 13 receives the confirmation message sent back by the remote server 30 via the antenna 20. If the wireless transmission module 13 does not receive the confirmation message, the form number is entered. A0101 Page 11 of 26 M422955 100' year. December 21st replacement page (7a) shows transmission failure S51; that is, when the display screen 17A shows transmission failure, and the detection module 12 (blood glucose mode) The group of untransferred blood glucose physiological information is marked in the storage module 15; and then proceeds to step S60 to close the wireless transmission module (following). In this procedure, the untransferred blood sugar physiological information can be automatically transmitted together with the next blood glucose measurement, or manually transmitted through the manipulation component of the button group 23. (7) Display transmission success S52: Immediately after receiving the confirmation signal, the display screen 17A indicates that the transmission was successful. (8) Turn off the wireless transmission module S60: the power transmission control module 14 is powered off or turned off to stop the operation. In this embodiment, if the wireless transmission module fails to detect the wireless network before transmission or does not receive the confirmation message returned by the remote server after transmission, the detection module (the blood glucose module) The untransmitted blood glucose physiological information is marked in the storage module, and the power supply of the wireless transmission module is cut off by the power control component. The blood glucose physiological information stored in the storage module that is not transmitted at the time is automatically transmitted together when the wireless transmission module transmits information, or the control component of the button group | 23 Perform manual transfer. Referring to FIG. 5, another preferred embodiment of the present invention is based on the structure of the foregoing embodiment. The wireless transmission detecting device 10 may further include a short-range wireless transmission module 24. The processing unit 11 is connected to receive data of at least one peripheral device 40. The peripheral device 40 includes a signal transmitting device 41, and the short-range wireless data transmission between the wireless transmission detecting device 10 and the wireless transmission detecting device 10 is used to upload data. The diversity and the expandability of peripheral devices. The peripheral device 40 can be a thermometer, a sphygmomanometer, a weight scale, a pedometer, a kit or a photo number A0101, page 12/26 pages, M422955, 100 years, December 21, repair, page mobile phone, etc. To obtain various physiological information related information; the short-range wireless transmission module 24 can use Bluetooth, Infrared Data Association (IrDA), Ultra Wideband/UWB 'HomeRF 'Zigbee '
WiMAX(Worldwide Interoperability for Microwave Access) 、 Wi-Fi(Wireless Fidelity)、 IEEE 802. 1 1、IEEE 802. 15或IEEE 802. 16之傳輸協 定。Transmission agreement for WiMAX (Worldwide Interoperability for Microwave Access), Wi-Fi (Wireless Fidelity), IEEE 802.11, IEEE 802.15 or IEEE 802.16.
請一併參閱第六圖,該週邊裝置40通過該訊號發射 裝置41將與生理資訊相關之資料(如體溫、血壓、體重、Referring to the sixth figure, the peripheral device 40 uses the signal transmitting device 41 to store physiological information (such as body temperature, blood pressure, weight,
行走步數、用藥記錄或飲食情形等)先以短距無線傳輸至 該無線傳輸檢測裝置10,繼藉其内設之無線傳輸模組13 將該生理訊號傳輸至基地台32或遠端伺服器30,以使該 無線傳輸檢測裝置10得以為各種生理資訊之傳輸中繼站 或傳輸平台,以便利進行各種生理資訊之整合管理。其 中該週邊裝置40之資料傳輸可設於該無線傳輸檢測裝置 10於每次取得生理資訊後進行,該處理單元11藉由該短 程無線傳輸模組24先搜尋位於附近的該週邊裝置40,並 接收該週邊裝置40之資料,再啟動該無線傳輸模組13, 將所檢測之生理資訊與週邊裝置40之資料一併上傳;此 外,該週邊裝置40也可獨立啟動該無線傳輸檢測裝置13 以進行單獨傳輸。 上述之實施例乃無線傳輸檢測裝置之運作流程,透 過電源控制元件精確控制無線傳輸模組供電與否,避免 無線傳輸模組之電磁波干擾檢測確度,以及達到節省電 力消耗、延長使用時間之目的。 表單編號A0101 第13頁/共26頁 M422955 100年12月21日接正菩接頁 惟以上所述者,僅為本創作之較佳實施例而已,並 非用來限定本創作實施之範圍,舉凡依本創作申請專利 範圍所述之構造特徵及精神所為之均等變化與修飾,理 應包括於本創作之申請專利範圍内。 [0005] 【圖式簡單說明】 第一圖:為本創作之較佳實施例之結構示意圖; 第二圖:為本創作之較佳實施例之機體結構示意圖; 第三圖:為本創作之較佳實施例之運作流程圖; 第四圖:為本創作之較佳實施例之運作連結系統圖; 第五圖:為本創作之另一較佳實施例之結構示意圖;及 第六圖:為本創作之另一較佳實施例之運作連結系統圖The number of walking steps, the medication record or the eating situation, etc. is first transmitted to the wireless transmission detecting device 10 in a short distance, and the physiological signal is transmitted to the base station 32 or the remote server by the wireless transmission module 13 provided therein. 30, so that the wireless transmission detecting device 10 can be used as a transmission relay station or transmission platform for various physiological information to facilitate integration management of various physiological information. The data transmission of the peripheral device 40 can be performed after the wireless transmission detecting device 10 obtains the physiological information, and the processing unit 11 first searches for the peripheral device 40 located nearby by the short-range wireless transmission module 24, and Receiving the data of the peripheral device 40, the wireless transmission module 13 is activated, and the detected physiological information is uploaded together with the data of the peripheral device 40. In addition, the peripheral device 40 can also independently activate the wireless transmission detecting device 13 to Perform separate transmissions. The above embodiment is an operation flow of the wireless transmission detecting device, and the power supply control component precisely controls the power supply of the wireless transmission module, avoids the electromagnetic wave interference detection accuracy of the wireless transmission module, and achieves the purpose of saving power consumption and prolonging the use time. Form No. A0101 Page 13 of 26 M422955 On December 21, 100, the following pages are only for the preferred embodiment of this creation, and are not intended to limit the scope of this creation. The equivalent changes and modifications of the structural features and spirits described in the scope of the patent application are intended to be included in the scope of the patent application. BRIEF DESCRIPTION OF THE DRAWINGS FIG. 1 is a schematic structural view of a preferred embodiment of the present invention; FIG. 2 is a schematic view of the structure of the body of the preferred embodiment of the present invention; A flow chart of the operation of the preferred embodiment; a fourth diagram of the operational connection system of the preferred embodiment of the present invention; a fifth diagram: a schematic structural view of another preferred embodiment of the present invention; and a sixth diagram: Operational connection system diagram of another preferred embodiment of the present creation
[0006] 【主要元件符號說明】 無線傳輸檢測裝置10 無線傳輸血糖儀10A 處理單元11 檢測模組12 無線傳輸模組13 電源控制元件14 儲存模組15 電源裝置16 顯示元件17 顯示螢幕17A 緊急元件18 全球定位系統模組19 表單編號A0101 第14頁/共26頁 M422955 • 100年.12月21日修正替換頁 天線20 機體21 試片插槽22 按鍵組2 3 短程無線傳輸模組24 遠端伺服器30 天線31 基地台32 週邊設備40 訊號發射裝置41 表單編號A0101 第15頁/共26頁[0006] [Main component symbol description] Wireless transmission detecting device 10 Wireless transmission blood glucose meter 10A Processing unit 11 Detection module 12 Wireless transmission module 13 Power control element 14 Storage module 15 Power supply device 16 Display component 17 Display screen 17A Emergency component 18 Global Positioning System Module 19 Form No. A0101 Page 14 of 26 M422955 • 100 years. December 21st revised replacement page antenna 20 body 21 test strip slot 22 button set 2 3 short-range wireless transmission module 24 remote Server 30 Antenna 31 Base station 32 Peripheral device 40 Signal transmitting device 41 Form number A0101 Page 15 of 26
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Cited By (4)
Publication number | Priority date | Publication date | Assignee | Title |
---|---|---|---|---|
US8948697B2 (en) | 2011-11-03 | 2015-02-03 | Yuekang HealthCare Management Consultants, Inc. | Wireless obtaining method for external data, electronic apparatus and application program |
TWI479816B (en) * | 2012-05-17 | 2015-04-01 | Yuekang Healthcare Man Consultants Inc | Wireless method for obtaining external data, electronic device and application program |
TWI488152B (en) * | 2012-08-27 | 2015-06-11 | ||
TWI487504B (en) * | 2012-08-13 | 2015-06-11 | Univ Nat Chiao Tung | Near-infrared spectroscopy for examination of concentrations of hemoglobin |
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2011
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Cited By (4)
Publication number | Priority date | Publication date | Assignee | Title |
---|---|---|---|---|
US8948697B2 (en) | 2011-11-03 | 2015-02-03 | Yuekang HealthCare Management Consultants, Inc. | Wireless obtaining method for external data, electronic apparatus and application program |
TWI479816B (en) * | 2012-05-17 | 2015-04-01 | Yuekang Healthcare Man Consultants Inc | Wireless method for obtaining external data, electronic device and application program |
TWI487504B (en) * | 2012-08-13 | 2015-06-11 | Univ Nat Chiao Tung | Near-infrared spectroscopy for examination of concentrations of hemoglobin |
TWI488152B (en) * | 2012-08-27 | 2015-06-11 |
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