TWM452747U - Multifunctional physiological monitoring device - Google Patents
Multifunctional physiological monitoring device Download PDFInfo
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- TWM452747U TWM452747U TW101216511U TW101216511U TWM452747U TW M452747 U TWM452747 U TW M452747U TW 101216511 U TW101216511 U TW 101216511U TW 101216511 U TW101216511 U TW 101216511U TW M452747 U TWM452747 U TW M452747U
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本創作係關於一種監測裝置，尤指一種多功能生理監測裝置。This creation relates to a monitoring device, and more particularly to a multifunctional physiological monitoring device.
現代人對於瞭解生理狀況的需求越來越重視，對於生理監測裝置的需求也越來越高，尤其是在現今社會越來越忙碌的生活步調下，空出時間前往醫院顯得越來越困難，再加上目前社會的老年化現象越來越嚴重，居家看護的需求越來越大。然而，習知之生理監測裝置，無論是相關於何種生理信號的監測，通常都必須伴隨著佔據相當體積的機器，因此無法隨身攜帶。因此，各式各樣、大大大小、隨身的生理監測裝置因應而生。Modern people are paying more and more attention to the need to understand physiological conditions, and the demand for physiological monitoring devices is getting higher and higher. Especially in the increasingly busy life pace of today's society, it is more and more difficult to vacate time to go to the hospital. Coupled with the growing aging phenomenon in society, the demand for home care is growing. However, conventional physiological monitoring devices, regardless of the physiological signal monitoring involved, must generally be accompanied by a machine occupying a considerable volume and therefore cannot be carried with them. Therefore, a variety of physiological monitor devices of various sizes and with them are born.
關於生理監測裝置，多個相關專利如下。Regarding the physiological monitoring device, a plurality of related patents are as follows.
TW M411914揭示一種具有心臟頻譜功能之小型電子生理監測系統。本創作利用傳輸介面以及一傳輸線或無線傳輸，使此小型電子醫療器材可將量測之生理值數據傳輸至一外部電子裝置，並透過此外部電子裝置，提供本創作之具有心臟頻譜功能之小型電子生理監測系統所需電源以及運算心臟頻譜，此小型電子生理監測系統，係使用量測血壓、血氧或心電資訊同時來計算心臟頻譜，以偵測心臟雜訊。因此，此具有心臟頻譜功能之小型電子生理監測系統，也可不需內建電源單元以及顯示單元，價格成本相對低廉，再者，利用本創作之心臟 頻譜功能，可提供使用者、家屬或專業醫護人員受測病人之即時心臟狀況，此新設計為具備有創新、實用之新型設計。TW M411914 discloses a small electronic physiological monitoring system with cardiac spectrum function. The creation uses a transmission interface and a transmission line or wireless transmission to enable the small electronic medical device to transmit the measured physiological value data to an external electronic device, and through the external electronic device, provides the small heart spectrum function of the present creation. The electronic power monitoring system requires power and the heart spectrum. This small electronic physiological monitoring system uses blood pressure, blood oxygen or ECG information to calculate the heart spectrum to detect heart noise. Therefore, this small electronic physiological monitoring system with cardiac spectrum function can also eliminate the need for built-in power supply units and display units, and the cost is relatively low. Moreover, the heart of the creation is utilized. The spectrum function provides the immediate heart condition of the patient, family or professional medical staff. The new design is innovative and practical.
TW M398897揭示一種具有有線寫入、無線讀出無線晶片標籤(RFID TAG)功能的生理監測系統。其特性具有一項創新設計，係此具有有線寫入、無線讀出無線晶片標籤(RFID TAG)功能的生理監測系統具有一可有線寫入、無線讀出資訊的無線晶片標籤(RFID TAG)。當此生理監測系統量測病人血壓、血氧、血糖以及心臟訊號等生理值訊號完畢時，有線寫入生理資訊在裝置內部的無線晶片標籤(RFID TAG)。量測者可使用具無線晶片標籤讀取器(RFID READER)的電腦裝置，無線讀取受測者於晶片標籤內所含之生理值資訊。另外，可應用在醫院之病房內例行醫事檢測，護理人員將可確認受測者與檢測之結果不致因人為因素而發生紀錄錯誤，如此可大量簡化人工抄寫紀錄，以及有別於一般裝置無線晶片標籤讀取器之生理資訊量測裝置價格昂貴，因此將可大幅降低成本及提供高便利性的生理資訊量測裝置，此新設計為具備有創新、實用之新型設計。TW M398897 discloses a physiological monitoring system with wired write, wireless readout wireless wafer tag (RFID TAG) functionality. Its features have an innovative design, and the physiological monitoring system with wired write and wireless readout wireless chip tag (RFID TAG) has a wireless wafer tag (RFID TAG) that can write and wirelessly read information. When the physiological monitoring system measures the physiological value signals such as blood pressure, blood oxygen, blood sugar, and heart signals, the wired information is written into the wireless wafer tag (RFID TAG) inside the device. The measurer can wirelessly read the physiological value information contained in the wafer tag of the test subject by the computer device of the RFID READER. In addition, it can be applied to routine medical tests in hospital wards, and the nursing staff will be able to confirm that the test subject and the test result are not subject to human error and record errors, which can greatly simplify the manual copying record, and is different from the general device wireless. The physiological information measuring device of the wafer tag reader is expensive, so that the physiological information measuring device capable of greatly reducing the cost and providing high convenience is designed to have an innovative and practical new design.
TW I331027揭示一種貼片式生理監測裝置、系統及網路，該生理監測裝置，包括至少一本體，以及至少一貼附貼片，用以貼附在使用者之皮膚表面，並藉由與該本體結合而支持該本體於使用者體表，其中，該本體包括至少一連接介面，以透過一連接線而外接至少一感測器或一電極，進而獲取生理信號，以及一無線收發介面，用以傳輸及接收信號。TW I331027 discloses a patch-type physiological monitoring device, system and network, the physiological monitoring device comprising at least one body, and at least one attached patch for attaching to a skin surface of a user, and by The body is coupled to support the body surface of the user, wherein the body includes at least one connection interface for externally connecting at least one sensor or an electrode through a connection line to obtain a physiological signal, and a wireless transceiver interface. To transmit and receive signals.
TW M388048揭示一種生理監測系統，其包含一配戴式偵測裝置及一警報裝置。該配戴式偵測裝置包括一生理訊號偵測模組、一第一處理模組及一無線發射模組。該生理偵測模組量測一生理狀態而據以產生一生理訊號。該第一處理模組係接收該生理訊號。該無線發射模組係傳送該生理訊號。該警報裝置包括一無線接收模組、一第二處理模組及一警示模組。該無線接收模組係接收該生理訊號。該第二處理模組係執行一警示程式，且該第二處理模組根據該脈博或溫度量測訊號與該警示程式之比對結果而據以產生一提示訊號。該警示模組係根據該提示訊號，發出一警示訊息。TW M388048 discloses a physiological monitoring system comprising a wearable detection device and an alarm device. The wearable detection device includes a physiological signal detection module, a first processing module and a wireless transmission module. The physiological detection module measures a physiological state to generate a physiological signal. The first processing module receives the physiological signal. The wireless transmitting module transmits the physiological signal. The alarm device includes a wireless receiving module, a second processing module and a warning module. The wireless receiving module receives the physiological signal. The second processing module executes a warning program, and the second processing module generates a prompt signal according to the comparison result between the pulse or temperature measurement signal and the warning program. The warning module sends a warning message according to the prompt signal.
TW M371933揭示一種生理監測睡眠喚醒裝置，其具有：至少一感測單元，其感測一生命體之生理電壓值；一計算單元，其與該感測單元耦接以將該生理電壓值轉換為一睡眠狀況數值；以及一喚醒裝置，其與該計算單元耦接，當該睡眠狀況數值高於一門檻值時，喚醒該生命體。藉此令使用者可於淺眠狀態時被自動喚醒，以達到減少疲勞或意外發生的情形。TW M371933 discloses a physiological monitoring sleep awakening device having: at least one sensing unit sensing a physiological voltage value of a living body; a computing unit coupled to the sensing unit to convert the physiological voltage value into a sleep condition value; and a wake-up device coupled to the computing unit to wake up the living body when the sleep condition value is above a threshold. In this way, the user can be automatically woken up in a state of shallow sleep to reduce fatigue or accidents.
TW I299260揭示一種多重生理監測墊、多重生理監測系統及生理辨識流程方法，該多重生理監測墊包括一軟質感測墊、一訊號連接線、一生理辨識處理機以及一變壓器；該軟質感測墊係放置於一床鋪或床墊上，該訊號連接線係用以連接該軟質感測墊與該生理辨識處理機，該變壓器係用以供應電源予該多重生理監測墊；當受測者躺於該多重生理監測墊上接受睡眠監測時，不需生理感測貼片貼在受測者身上且不需以束縛帶 固定受測者，該受測者可以在自然放鬆之狀態接受睡眠監測。TW I299260 discloses a multiple physiological monitoring pad, a multiple physiological monitoring system and a physiological identification process method. The multiple physiological monitoring pad comprises a soft sensing pad, a signal connecting line, a physiological identification processing machine and a transformer; the soft sensing pad The signal is connected to the soft sensing pad and the physiological identification processor for supplying power to the multiple physiological monitoring pad; when the subject is lying on the bed When the sleep monitoring is performed on the multiple physiological monitoring pad, the physiological sensing patch is not attached to the subject and the binding band is not needed. The subject is fixed, and the subject can receive sleep monitoring in a state of natural relaxation.
TW I299261揭示一種手持式多重生理監測設備，包括同時配置於該設備上之二種類型感測器，而此兩種感測器則是包括複數個接觸電極，以及一光發射及光接收元件對，其中，該等接觸電極的至少其中之一乃是用於接觸一使用者的至少一手指，進而透過該手指而擷取該使用者的一電生理信號，至於該光發射及光接收元件對則是用於接觸該使用者的一手指，進而獲取有關血液的測量讀值，且該血液測量讀值乃是利用該電生理信號而進行校正。TW I299261 discloses a handheld multi-physiological monitoring device comprising two types of sensors simultaneously arranged on the device, and the two sensors comprise a plurality of contact electrodes, and a pair of light emitting and receiving elements At least one of the contact electrodes is for contacting at least one finger of a user, and then extracting an electrophysiological signal of the user through the finger, and the pair of light emitting and receiving elements Then, it is a finger for contacting the user, and then the measured reading value of the blood is obtained, and the blood measurement reading is corrected by using the electrophysiological signal.
TW M298980揭示一種攜帶式生理監測裝置及系統，該裝置係包括外殼、與外殼連接且用以固定之薄袋、生理數值感測單元、中央處理器單元及全球定位接收模組，藉此獲得生理數值結果，並可接收全球定位衛星訊號，得以取得所在座標，另外亦可包括行動通訊模組用以傳回所在座標，並可進一步將訊號傳輸資訊接收裝置，進而傳輸至遠端資料庫或醫療院所，藉此，不但方便攜帶且可隨時進行測量，並且也可作為雙向定位用，進而達到降低失蹤人口數且減低尋找失蹤人口所花費的社會成本，並達到遠距照護醫療的目的。TW M298980 discloses a portable physiological monitoring device and system, which comprises a housing, a thin bag connected to the housing and used for fixing, a physiological value sensing unit, a central processing unit and a global positioning receiving module, thereby obtaining physiological The numerical result can receive the global positioning satellite signal to obtain the coordinates, and can also include the mobile communication module to transmit the coordinates, and further transmit the signal to the information receiving device for transmission to the remote database or medical The institute is not only convenient to carry but can be measured at any time, and can also be used as a two-way positioning, thereby reducing the number of missing persons and reducing the social cost of finding missing persons, and achieving the goal of remote care.
TW M296027揭示一種智慧型生理監測裝置，其係包括複數個生理數值測量模組、傳輸介面連接埠、網路連接埠、射頻辨識系統及中央處理器單元，其係設計為攜帶型且設有提把方便手提攜帶及使用，並且具有複數個連接埠可增加其週邊功能，另具有射頻辨識系統而可進行安全地資料讀取及寫入動 作，藉由使用可與網路連結的居家生理監測裝置與系統服務，將生理訊號與影像傳送給遠端的健康照護專業人員、醫療院所或照護中心，即可從遠端評估、診斷與照護病人。TW M296027 discloses a smart physiological monitoring device comprising a plurality of physiological value measuring modules, a transmission interface port, a network port, a radio frequency identification system and a central processing unit, which are designed to be portable and provided It is easy to carry and use by hand, and has multiple ports to increase its peripheral functions. It also has a radio frequency identification system for secure data reading and writing. Remotely assess, diagnose, and transmit physiological signals and images to remote health care professionals, hospitals, or care centers using home-based physiological monitoring devices and system services that can be connected to the Internet. Caring for the patient.
TW M295501揭示一種掌上型生理監測裝置，其係包括一外殼、一可充氣加壓與洩氣釋壓的薄袋、一用以偵測薄袋脈動的壓力感測單元、一偵測血氧濃度的血氧偵測探頭及一中央處理器單元，該中央處理器單元係用以控制及計算出血壓、血氧以及血管特性評估結果，並可加入溫度測量模組和生物感測器測量模組組合為多功能居家生理監測裝置，另該裝置可具有無線傳輸的功能，藉此提供一方便攜帶可作為居家護理和遠距醫療使用且具有直流和交流雙電源系統的生理監測裝置。TW M295501 discloses a palm-type physiological monitoring device, which comprises a casing, a thin bag for inflatable pressurization and deflation, a pressure sensing unit for detecting the pulsation of the thin bag, and a blood oxygen concentration detection. A blood oxygen detecting probe and a central processing unit for controlling and calculating blood pressure, blood oxygen and blood vessel characteristics evaluation results, and adding a temperature measuring module and a biosensor measuring module combination It is a multifunctional home physiological monitoring device, and the device can have a wireless transmission function, thereby providing a physiological monitoring device that can be used as a home care and telemedicine and has a DC and AC dual power system.
TW M289637揭示一種無線生理監測警示裝置，包括複數個生理感測器，包含複數種型態，以接收各種生理信號；一前置電路，用以進行該等各種生理信號的預處理；一類比數位轉換電路，以將類比生理信號轉變成為數位生理信號；一處理單元，用以處理、分析、比對所接收的信號，並在分析結果達到一臨界值時發出一警示信號；一發聲裝置，以回應該警示信號而發出一警告聲響；一按壓裝置，連接至該處理單元，以用於讓使用者按壓觸發一求救信號；一無線收發裝置，用以對外進行收發信號；以及一附著裝置，以將該無線生理監測警示裝置貼附在一使用者的身體之上。TW M289637 discloses a wireless physiological monitoring warning device, comprising a plurality of physiological sensors, comprising a plurality of types to receive various physiological signals; a pre-circuit for performing preprocessing of the various physiological signals; and an analogous digital Converting a circuit to convert an analog physiological signal into a digital physiological signal; a processing unit for processing, analyzing, aligning the received signal, and issuing a warning signal when the analysis result reaches a critical value; a sounding device to a warning signal is sent back to the warning signal; a pressing device is connected to the processing unit for the user to press trigger a help signal; a wireless transceiver for externally transmitting and receiving signals; and an attachment device to The wireless physiological monitoring alert device is attached to a user's body.
TW 201208642揭示一種生理監測系統及其方法，該生理監測系統包括一感測模組，偵測一生理訊號並將該生理訊號轉 換為一第一感測訊號，再以一極低功率無線傳輸方式輸出該第一感測訊號，藉以減少電磁輻射對人體傷害；一轉接模組，接收該第一感測訊號，根據該第一感測訊號產生一第二感測訊號，再以一中高功率的中長距離無線傳輸方式輸出該第二感測訊號；以及一接收模組，接收該第二感測訊號，並將該第二感測訊號加以處理後儲存為生理資訊。TW 201208642 discloses a physiological monitoring system and method thereof, the physiological monitoring system comprising a sensing module for detecting a physiological signal and transferring the physiological signal Switching to a first sensing signal, and outputting the first sensing signal in a very low-power wireless transmission mode, thereby reducing electromagnetic radiation damage to the human body; and an adapter module receiving the first sensing signal, according to the The first sensing signal generates a second sensing signal, and the second sensing signal is outputted by a medium and high power medium and long distance wireless transmission mode; and a receiving module receives the second sensing signal, and the The second sensing signal is processed and stored as physiological information.
TW 201121497揭示一種具健康管理之如廁生理監測系統，其係於馬桶座墊上端面佈設有量測心電圖(心跳)及生物阻抗的電極單元，而下端面設有量測體重的應變感測單元，且經量測心電圖(心跳)、體阻抗及體重的量測電路單元將所獲得之資訊傳輸給控制晶片作訊號分析處理，而得知準確的量測數據，再經由訊號處理比對檢測者年齡、體重及身高，即可獲得體脂肪比。將所量得檢測者之心電圖(心跳)、體脂肪及體重經無線傳輸至遠端具健康管理之伺服器，以收集及分析檢測者長時間的生理狀況，達到控管自我身體生理健康的保健方法與目的者。TW 201121497 discloses a toilet management physiological monitoring system with health management, which is provided with an electrode unit for measuring electrocardiogram (heartbeat) and bioimpedance on the upper end surface of the toilet seat cushion, and a strain sensing unit for measuring body weight on the lower end surface. And measuring the electrocardiogram (heartbeat), body impedance and body weight measuring circuit unit transmits the obtained information to the control chip for signal analysis processing, and obtains accurate measurement data, and then compares the detector by signal processing. Body fat ratio can be obtained by age, weight and height. The measured electrocardiogram (heartbeat), body fat and body weight of the tester are wirelessly transmitted to the remote health management server to collect and analyze the long-term physiological condition of the tester to achieve health care for controlling the physical health of the body. Method and purpose.
TW 201121143揭示一種無線傳輸裝置和基於此無線傳輸裝置的一種無線生理監測裝置。上述無線傳輸裝置包括傳輸天線、第一介質、第二介質、導引器寄生元件、以及反射器寄生元件。第一介質位於傳輸天線的第一方向。導引器寄生元件附屬於傳輸天線，位於第一介質的第一方向。第二介質位於傳輸天線的第二方向。反射器寄生元件附屬於傳輸天線，位於第二介質的第二方向。TW 201121143 discloses a wireless transmission device and a wireless physiological monitoring device based on the wireless transmission device. The wireless transmission device described above includes a transmission antenna, a first medium, a second medium, a guide parasitic element, and a reflector parasitic element. The first medium is located in a first direction of the transmission antenna. The introducer parasitic element is attached to the transmit antenna and is located in a first direction of the first medium. The second medium is located in a second direction of the transmission antenna. The reflector parasitic element is attached to the transmission antenna and is located in the second direction of the second medium.
TW 201116254揭示一種可攜式多參數之生理監測紀錄裝置，其係用以量測複數個生理訊號，並將量測結果紀錄為音訊檔案，該生理監測裝置包括：複數個感測單元，係分別貼附於受測者身上以感測生理訊號；複數個偵測通道單元，用以接收該等感測單元所感測之生理訊號並予以放大；一多工器，係用以擷取該等偵測通道單元所放大之生理訊號；一時脈產生器，係用以產生頻率位於音頻頻率範圍內之時脈訊號；一控制器，係依據時脈產生器所產生之時脈訊號對多工器進行控制以對該等偵測通道單元進行依次擷取該放大之生理訊號；一類比開關，係用以將該多工器所擷取之放大之生理訊號輸出為音源訊號；一錄音單元，係將該音源訊號錄製為該音訊檔案；以及一儲存單元，係儲存該音訊檔案。TW 201116254 discloses a portable multi-parameter physiological monitoring and recording device for measuring a plurality of physiological signals and recording the measurement results as an audio file. The physiological monitoring device comprises: a plurality of sensing units, respectively Attached to the subject to sense the physiological signal; a plurality of detecting channel units for receiving and amplifying the physiological signals sensed by the sensing units; a multiplexer for capturing the Detective Measuring a physiological signal amplified by the channel unit; a clock generator for generating a clock signal having a frequency within an audio frequency range; and a controller for performing a multiplexer according to a clock signal generated by the clock generator Controlling, by the detecting channel unit, sequentially extracting the amplified physiological signal; an analog switch is configured to output the amplified physiological signal captured by the multiplexer as a sound source signal; The audio signal is recorded as the audio file; and a storage unit stores the audio file.
TW 201108989揭示一種可移動式生理監測系統及其方法，包括一信號擷取裝置、一可攜式信號監測裝置及一遠端伺服器，利用信號擷取裝置擷取使用者之生理信號，透過短距離無線傳輸之方式將其傳送至可攜式信號監測裝置，可攜式信號監測裝置連續記錄並分析生理信號，定時將生理信號傳送至遠端伺服器。可攜式信號監測裝置並包含一衛星定位系統模組可獲知使用者之位置，且包含一微陀螺儀或微加速規以偵測使用者是否發生跌倒之狀況，若偵測到生理信號異常或是跌倒狀況訊號，則透過電信網路或網際網路送出警告訊息至遠端伺服器，以便後續進行醫護動作，以達到監測使用者健康狀態之目的。TW 201108989 discloses a mobile physiological monitoring system and method thereof, comprising a signal acquisition device, a portable signal monitoring device and a remote server, which utilizes a signal acquisition device to capture a physiological signal of a user through a short The wireless transmission method transmits the same to the portable signal monitoring device, and the portable signal monitoring device continuously records and analyzes the physiological signal, and periodically transmits the physiological signal to the remote server. The portable signal monitoring device includes a satellite positioning system module for knowing the position of the user, and includes a micro gyroscope or a micro acceleration gauge to detect whether the user has a fall condition, and if a physiological signal abnormality is detected or It is a fall status signal, which sends a warning message to the remote server through the telecommunication network or the Internet for subsequent medical action to monitor the health of the user.
TW 201029624揭示一種用於行動載具啟動之前置強制生理監測方法，當使用者欲駕駛其行動載具時，必須於檢測步驟中先行經由生理監測系統之檢測單元檢測自身之生理徵象訊號，其依序經由檢測步驟、顯示步驟及啟動步驟等；其中，該檢測步驟該行動載具之電力裝置供應前，先行針對使用者之生理徵象訊號予以檢測，而後再將檢測之訊號予以轉換輸出一狀態訊號至該生理監測系統之顯示單元中顯示(即顯示步驟)，同時該處理單元亦觸發一控制訊號至該行動載具之動力裝置內已解除該動力裝置之動力限制，以利該使用者瞭解自身的生理狀況後，就可啟動該動力裝置進行該行動載具駕駛(即啟動步驟)，以提醒使用者注意，進而提高駕駛之安全性。TW 201029624 discloses a method for forcing physiological monitoring before a mobile vehicle is started. When a user wants to drive his mobile vehicle, he must first detect his physiological physiological signal through the detecting unit of the physiological monitoring system in the detecting step. The detection step, the display step, the start-up step, and the like are sequentially performed; wherein, before the power device of the action carrier is supplied, the physiological signal signal of the user is detected first, and then the detected signal is converted and outputted. The signal is displayed in the display unit of the physiological monitoring system (ie, the display step), and the processing unit also triggers a control signal to the power device of the mobile device to release the power limitation of the power device, so as to facilitate the user to understand After the physiological condition of the user, the power device can be activated to perform the driving of the mobile vehicle (ie, the starting step) to remind the user to pay attention, thereby improving the safety of driving.
TW 200918017揭示一種遠距生理監測裝置，其裝置包含血壓計、血氧機、胸部呼吸生理監測裝置或下腹部子宮收縮生理監測裝置，將裝置量測所得生理資訊，透過生理監測傳輸裝置，遠距傳輸讓醫護人員，可隨時掌握受測者之生理狀況。特別對於呼吸中止症病患或孕婦懷孕後期生理狀況，也可居家測量記錄，達到遠距監測效果，為一實用創新之發明。TW 200918017 discloses a remote physiological monitoring device, which comprises a sphygmomanometer, an oximeter, a chest respiratory physiological monitoring device or a lower abdominal uterine contraction physiological monitoring device, and the physiological information measured by the device is transmitted through the physiological monitoring transmission device, and the remote device The transmission allows the medical staff to keep abreast of the physiological condition of the subject. Especially for patients with respiratory depression or pregnant women, the physiological status of the late pregnancy can also be measured at home, reaching the effect of remote monitoring, and is a practical and innovative invention.
TW 200908930揭示一種多重分散式生理監測分析系統係加以提供，其包括一多重生理監測集合，係由各自分別進行生理監測的複數個生理監測單元所構成，其中，每一個生理監測單元係包括至少一感測元件，一處理器，一實時時鐘模組(real time clock module)，一無線模組，以及一記憶體，且該等生理監測單元係分別設置於一使用者身上，以利用該感測元件 而個別擷取不同之生理資訊，以及一處理裝置，係具有一處理器以及一無線模組，其中，於監測期間，該處理裝置係會即時無線接收來自該複數個生理監測單元的生理資訊，以進行各個生理資訊的即時監控，以及在監測完成後，該處理裝置會接收該等感測元件所擷取、且儲存於該記憶體之中的生理資訊，進而結合出一同步多重生理資訊，其中，在每一個生理監測單元之中，該生理資訊乃是以該實時時鐘模組作為取樣及資料儲存的時間依據，且該生理資訊係儲存於該記憶體之中，以及該處理裝置在將該等生理資訊結合成該同步多重生理資訊之前，係會先與該等生理監測單元間產生一時間比對操作(time matching operation)，以作為資料同步的基礎。TW 200908930 discloses a multi-distributed physiological monitoring and analysis system, which comprises a multi-physiological monitoring set, which is composed of a plurality of physiological monitoring units each performing physiological monitoring respectively, wherein each physiological monitoring unit includes at least a sensing component, a processor, a real time clock module, a wireless module, and a memory, and the physiological monitoring units are respectively disposed on a user to utilize the sense Measuring component And each of the different physiological information, and a processing device, has a processor and a wireless module, wherein during the monitoring, the processing device wirelessly receives physiological information from the plurality of physiological monitoring units. For real-time monitoring of various physiological information, and after the monitoring is completed, the processing device receives the physiological information captured by the sensing components and stored in the memory, and then combines a synchronous multiple physiological information. Wherein, in each physiological monitoring unit, the physiological information is based on the time of the real-time clock module as sampling and data storage, and the physiological information is stored in the memory, and the processing device is Before the physiological information is combined into the synchronized multiple physiological information, a time matching operation is first generated with the physiological monitoring units as a basis for data synchronization.
TW 200704391揭示一種生理監測裝置，包括至少一本體，以及至少一貼附貼片，用以貼附在使用者之皮膚表面，並藉由與該本體結合而支持該本體於使用者體表，其中，該本體包括至少一連接介面，以透過一連接線而外接至少一感測器或一電極，進而獲取生理信號，以及一無線收發介面，用以傳輸及接收信號。TW 200704391 discloses a physiological monitoring device comprising at least one body, and at least one attached patch for attaching to a skin surface of a user, and supporting the body on the body surface of the body by being combined with the body, wherein The body includes at least one connection interface for externally connecting at least one sensor or an electrode through a connection line to obtain a physiological signal, and a wireless transceiver interface for transmitting and receiving signals.
在上述習知專利技術中，皆無提供一種結合生理監測及休閒娛樂功能之裝置。亦即，僅可單調地進行生理資訊之監測或/及進一步傳輸監測資料，但無法在監測生理資訊或/及傳輸監測資料的同時進行例如收聽廣播之休閒娛樂，導致習知監測裝置使用上枯燥乏味，甚至使用者會因此不願進行監測作業。None of the above-mentioned prior art patents provide a device that combines physiological monitoring and recreational functions. That is, only physiological information monitoring and/or further transmission of monitoring data can be performed monotonously, but it is not possible to perform recreational activities such as listening to the broadcast while monitoring physiological information and/or transmitting monitoring data, resulting in tedious use of the conventional monitoring device. Boring, even users will be reluctant to conduct monitoring operations.
因此，有必要提供一種新穎且具有進步性之多功能生理監 測裝置，以改善上述之問題。Therefore, it is necessary to provide a novel and progressive multifunctional physiological monitoring Measuring devices to improve the above problems.
因此，為解決上述問題，本創作之主要目的係在提供一種多功能生理監測裝置，可隨身攜帶且同時具有生理監測及休閒娛樂功能。Therefore, in order to solve the above problems, the main purpose of the present invention is to provide a multifunctional physiological monitoring device that can be carried around and has physiological monitoring and leisure entertainment functions at the same time.
為達到上述目的，本創作所使用的主要技術手段是採用以下技術方案實現的：一種多功能生理監測裝置，供配置於一使用者，該多功能生理監測裝置包含：一本體及一裝配單元。該本體設有：一生理監測系統、一通訊系統、一GPS定位系統、一警報系統及一電源單元。該生理監測系統係供監測該使用者之生理資訊，該生理資訊包括心跳、脈搏、體溫以及血糖數值至少其中之一。該通訊系統係供與一外界通訊系統通訊。該GPS定位系統係供定位出配置該多功能生理監測裝置之使用者之位置。該警報系統係供使用者發生生理不適時發出警示訊號至外界一警報接收系統。該電源單元係提供該生理監測系統、該通訊系統、該GPS定位系統及該警報系統運作之電力。該裝配單元連接該本體，供可拆離地裝配該本體於該使用者。In order to achieve the above objective, the main technical means used in the present invention is implemented by the following technical solutions: a multifunctional physiological monitoring device for being configured in a user, the multifunctional physiological monitoring device comprising: a body and an assembly unit. The body is provided with: a physiological monitoring system, a communication system, a GPS positioning system, an alarm system and a power supply unit. The physiological monitoring system is configured to monitor physiological information of the user, the physiological information including at least one of a heartbeat, a pulse, a body temperature, and a blood glucose value. The communication system is for communicating with an external communication system. The GPS positioning system is for locating the location of the user configuring the multifunctional physiological monitoring device. The alarm system is used to send a warning signal to an external alarm receiving system when the user is in physiological discomfort. The power unit provides the physiological monitoring system, the communication system, the GPS positioning system, and the power of the alarm system to operate. The assembly unit is coupled to the body for detachably assembling the body to the user.
本創作之新型目的及解決其技術問題還可以採用以下技術措施進一步實現。The new purpose of this creation and solving its technical problems can be further realized by the following technical measures.
依上述之一種多功能生理監測裝置，其中該本體另設有一收音機系統。According to the above multi-functional physiological monitoring device, the body is further provided with a radio system.
依上述之一種多功能生理監測裝置，其中該本體另設有一第一控制單元，供控制該收音機系統之頻道或/及音量。According to the above-mentioned multifunctional physiological monitoring device, the body is further provided with a first control unit for controlling the channel or/and volume of the radio system.
依上述之一種多功能生理監測裝置，該本體另設有一顯示單元，供至少顯示時間及生理資訊至少其中之一。According to the above-mentioned multifunctional physiological monitoring device, the body is further provided with a display unit for displaying at least one of time and physiological information.
依上述之一種多功能生理監測裝置，其中該生理監測系統包括一心跳、脈搏及體溫偵測器，以及一血糖偵測器。According to the above multi-functional physiological monitoring device, the physiological monitoring system includes a heartbeat, a pulse and a body temperature detector, and a blood glucose detector.
依上述之一種多功能生理監測裝置，其中該通訊系統包括一麥克風及一揚聲器，以及一可供控制該麥克風及該揚聲器之第二控制單元。According to the above multi-functional physiological monitoring device, the communication system comprises a microphone and a speaker, and a second control unit for controlling the microphone and the speaker.
依上述之一種多功能生理監測裝置，其中該警報系統包括一緊急按鈕，供作動該警報系統以傳送一緊急警報至該警報接收系統。A multifunctional physiological monitoring device according to the above, wherein the alarm system includes an emergency button for actuating the alarm system to transmit an emergency alert to the alarm receiving system.
依上述之一種多功能生理監測裝置，其中該電源單元係為一太陽能光電轉換模組。According to the above-mentioned multifunctional physiological monitoring device, the power unit is a solar photoelectric conversion module.
依上述之一種多功能生理監測裝置，其中該裝配單元遠離該本體之二端設有可相對固緊之對合元件。According to the above-mentioned multifunctional physiological monitoring device, the assembly unit is provided with a relatively fastable mating component away from the two ends of the body.
依上述之一種多功能生理監測裝置，其中該對合元件係為係為魔鬼氈、公母扣或磁性元件。According to the above-mentioned multifunctional physiological monitoring device, the mating component is a devil felt, a male or female buckle or a magnetic component.
相較於習知技術，本創作多功能生理監測裝置可隨身攜帶且可即時與遠端人員雙向溝通，並可於使用者發生生理不適時發出警報且可藉由GPS定位系統定位出使用者位置，再者同時具有例如收聽廣播或播放音樂等休閒娛樂功能。Compared with the prior art, the multifunctional physiological monitoring device of the present invention can be carried around and can communicate with the remote personnel in two directions, and can issue an alarm when the user is physiologically uncomfortable and can locate the user position by using the GPS positioning system. In addition, there are entertainment functions such as listening to music or playing music.
為了讓本創作之上述目的、特徵、優點能更淺顯易懂，下文將特舉本創作較佳實例，並配合所附圖示，做詳細說明如 下，其中：第1圖為本創作多功能生理監測裝置之第一實施態樣之示意圖；第2圖為本創作多功能生理監測裝置之第二實施態樣之示意圖；第3圖為本創作多功能生理監測裝置之第三實施態樣之示意圖；第4圖為本創作多功能生理監測裝置之第四實施態樣之示意圖；及第5A-5C圖為本創作多功能生理監測裝置之顯示單元示意圖。In order to make the above objects, features and advantages of the present invention easier to understand, a detailed example of the present invention will be specifically described below, and with the accompanying drawings, a detailed description will be given. Next, wherein: Figure 1 is a schematic diagram of a first embodiment of the creative multifunctional physiological monitoring device; Figure 2 is a schematic view of a second embodiment of the creative multifunctional physiological monitoring device; A schematic diagram of a third embodiment of the multifunctional physiological monitoring device; FIG. 4 is a schematic view of a fourth embodiment of the multifunctional physiological monitoring device; and 5A-5C is a display of the multifunctional physiological monitoring device Unit schematic.
請配合參閱第1圖所示，為本創作之第一實施態樣為一種多功能生理監測裝置(100)，其可供配置於一使用者，以進行生理監測。該多功能生理監測裝置(100)包含：一本體(10)及一裝配單元(20)。該本體(10)設有：一生理監測系統(11)、一通訊系統(12)、一GPS定位系統(13)、一警報系統(14)及一電源單元(15)。Please refer to FIG. 1 for the first embodiment of the present invention as a multifunctional physiological monitoring device (100), which can be configured for a user to perform physiological monitoring. The multifunctional physiological monitoring device (100) comprises: a body (10) and an assembly unit (20). The body (10) is provided with: a physiological monitoring system (11), a communication system (12), a GPS positioning system (13), an alarm system (14) and a power supply unit (15).
該生理監測系統(11)係供監測該使用者之生理資訊，該生理資訊包括心跳、脈搏、體溫以及血糖數值至少其中之一。可理解的是，該生理資訊亦可包括其他生理資訊，例如：呼吸、血液中之其他重要成份之含量。換句話說，該生理監測系統(11)可依據需要而設定可供監測各種不同生理資訊。The physiological monitoring system (11) is configured to monitor physiological information of the user, the physiological information including at least one of a heartbeat, a pulse, a body temperature, and a blood glucose value. It can be understood that the physiological information may also include other physiological information, such as: breathing, the content of other important components in the blood. In other words, the physiological monitoring system (11) can be set to monitor various physiological information as needed.
在本實施例中，該生理監測系統(11)包括一心跳、脈搏 及體溫偵測器(112)、以及一血糖偵測器(114)。要說明的是，該心跳、脈搏及體溫偵測器(112)、以及一血糖偵測器(114)可整合為一，亦可為分別設置之多個模組。In this embodiment, the physiological monitoring system (11) includes a heartbeat and a pulse. And a body temperature detector (112), and a blood glucose detector (114). It should be noted that the heartbeat, pulse and body temperature detector (112), and a blood glucose detector (114) may be integrated into one, or may be multiple modules respectively set.
該通訊系統(12)係供與一外界通訊系統通訊(未繪於圖中)。該通訊系統(12)可以有線或無線方式與該外界通訊系統(未繪於圖中)通訊，藉此，該多功能生理監測裝置(100)可將監測結果或其他例如警示等訊息傳送至該外界通訊系統(未繪於圖中)，或者可接收由該外界通訊系統(未繪於圖中)或其他例如訊號發射裝置所發射之訊號，以進行雙向溝通。在本實施例中，該通訊系統(12)包括一麥克風(122)及一揚聲器(124)，藉此可與遠端人員溝通。The communication system (12) is for communication with an external communication system (not shown). The communication system (12) can communicate with the external communication system (not shown) in a wired or wireless manner, whereby the multifunctional physiological monitoring device (100) can transmit monitoring results or other information such as alerts to the The external communication system (not shown) may receive signals transmitted by the external communication system (not shown) or other signal transmitting devices, for example, for two-way communication. In this embodiment, the communication system (12) includes a microphone (122) and a speaker (124) for communicating with remote personnel.
該GPS定位系統(13)係供定位出配置該多功能生理監測裝置(100)之使用者之位置。當該生理監測系統(11)偵測出配置該多功能生理監測裝置(100)之使用者之生理資訊出現異常，該通訊系統(12)即會發出一訊號由一遠端訊號接收端接收，該遠端訊號接收端一接收到異常生理資訊之訊號，即可透過GPS定位網絡定位出配置該多功能生理監測裝置(100)之使用者之位置，並可進一步將定位資訊傳送給例如親人等相關或特定人士。The GPS positioning system (13) is for locating the location of the user configuring the multifunctional physiological monitoring device (100). When the physiological monitoring system (11) detects that the physiological information of the user configuring the multifunctional physiological monitoring device (100) is abnormal, the communication system (12) sends a signal to be received by a remote signal receiving end. Upon receiving the abnormal physiological information signal, the remote signal receiving end can locate the location of the user configuring the multifunctional physiological monitoring device (100) through the GPS positioning network, and further transmit the positioning information to, for example, a relative. Related or specific person.
該警報系統(14)係供使用者發生生理不適時發出警示訊號至外界一警報接收系統。在本實施例中，該警報系統(14)包括一緊急按鈕(142)，供作動該警報系統(14)以傳送一緊急警報至該警報接收系統。該警示訊號較佳係以無線傳輸方 式傳輸至該警報接收系統。當然，該警報系統(14)亦可另設有例如揚聲器或此等之裝置，藉以發出警訊供使用者或/及週邊人員注意使用者所發生生理不適，而可即時察知及處理。The alarm system (14) is a warning receiving system for the user to send a warning signal to the outside when an physiological discomfort occurs. In the present embodiment, the alarm system (14) includes an emergency button (142) for actuating the alarm system (14) to deliver an emergency alert to the alarm receiving system. The warning signal is preferably a wireless transmission side. Transfer to the alarm receiving system. Of course, the alarm system (14) can also be provided with, for example, a speaker or the like for issuing a warning for the user or/and surrounding personnel to pay attention to the physiological discomfort of the user, and can immediately detect and handle it.
該電源單元(15)係提供該生理監測系統(11)、該通訊系統(12)、該GPS定位系統(13)及該警報系統(14)運作之電力。在本實施例中，該電源單元(15)係為一太陽能光電轉換模組。然該電源單元(15)亦可為但不限於鹼性電池、充電電池或薄型水銀電池等。The power unit (15) provides power for the physiological monitoring system (11), the communication system (12), the GPS positioning system (13), and the alarm system (14). In this embodiment, the power unit (15) is a solar photoelectric conversion module. However, the power unit (15) may also be, but not limited to, an alkaline battery, a rechargeable battery, or a thin mercury battery.
該裝配單元(20)係連接於該本體(10)之二側，供可拆離地裝配該本體(10)於該使用者。在本實施例中，該裝配單元(20)遠離該本體(10)之二端設有可相對固緊之對合元件(22)，使得該多功能生理監測裝置(100)方便配戴或卸除。其中，該對合元件(22)可為但不限於魔鬼氈、公母扣或磁性元件。在本實施例中，該對合元件(22)係為魔鬼氈。較佳地，該裝配單元(20)具有可調整長度之功能，或/及彈性伸縮之性質，藉此該多功能生理監測裝置(100)可適用於不同體型之使用者，或適用於配置於使用者不同之部位。The assembly unit (20) is coupled to the two sides of the body (10) for detachably assembling the body (10) to the user. In this embodiment, the assembly unit (20) is provided with a relatively fastable mating component (22) away from the two ends of the body (10), so that the multifunctional physiological monitoring device (100) is convenient to be worn or unloaded. except. Wherein, the mating component (22) can be, but not limited to, a devil felt, a male or female snap, or a magnetic component. In this embodiment, the mating component (22) is a devil felt. Preferably, the assembly unit (20) has the function of adjustable length, and/or elastic stretchability, whereby the multifunctional physiological monitoring device (100) can be applied to users of different body types, or is adapted to be configured Different parts of the user.
請參照第2圖，乃本創作之第二種實施態樣，為一種多功能生理監測裝置(200)，在第一種實施態樣及第1圖中已說明的一種多功能生理監測裝置(100)之相似部件，於第2圖中以相同的符號標示或省略不再敘述。Please refer to FIG. 2, which is a second embodiment of the present invention, which is a multifunctional physiological monitoring device (200), a multifunctional physiological monitoring device which has been described in the first embodiment and the first embodiment ( 100) similar components are denoted by the same reference numerals in FIG. 2 or omitted.
在第二實施態樣中，該多功能生理監測裝置(200)之本體(10)另設有一收音機系統(16)，該收音機系統(16)包 括一天線(162)、一揚聲器(124)及一第一控制單元(164)，該天線(162)可用以接收電台之調幅訊號，該第一控制單元(164)可供控制該收音機系統(16)之頻道或/及音量。藉此，使用者在進行生理監測之同時可達到收聽廣播之新聞、音樂或其他生活訊息等之休閒娛樂效果，如此監測裝置使用上具有更多樂趣，使用者也因此較願意願進行監測作業。In a second embodiment, the body (10) of the multifunctional physiological monitoring device (200) is further provided with a radio system (16), and the radio system (16) package An antenna (162), a speaker (124) and a first control unit (164) are available for receiving an amplitude modulation signal of the station, and the first control unit (164) is operable to control the radio system ( 16) Channel or / and volume. Thereby, the user can achieve the leisure and entertainment effects of listening to the broadcast news, music or other life information while performing physiological monitoring, so that the monitoring device has more fun to use, and the user is therefore more willing to perform monitoring operations.
然而，要另外說明的是，該通訊系統(12)、該GPS定位系統(13)或/及該警報系統(14)之訊號收發係可選擇性地與該收音機系統(16)共用該天線(162)，可理解的是，該通訊系統(12)、該GPS定位系統(13)或/及該警報系統(14)亦可各自配置有一專用天線而不共用該收音機系統(16)之天線(162)。要說明的是，在本實施例中，該通訊系統(12)與該收音機系統(16)係共用同一揚聲器(124)，然亦可分別裝設有不同之揚聲器。However, it is to be additionally noted that the communication system (12), the GPS positioning system (13) or/and the alarm system (14) can selectively share the antenna with the radio system (16) ( 162) It can be understood that the communication system (12), the GPS positioning system (13) or/and the alarm system (14) can also each be configured with a dedicated antenna without sharing the antenna of the radio system (16) ( 162). It should be noted that, in this embodiment, the communication system (12) and the radio system (16) share the same speaker (124), but different speakers may be separately installed.
請參照第3圖，乃本創作之第三種實施態樣，為一種多功能生理監測裝置(300)，在第一、第二種實施態樣及第1、2圖中已說明的一種多功能生理監測裝置(100、200)之相似部件，於第3圖中以相同的符號標示或省略不再敘述。Please refer to Fig. 3, which is a third embodiment of the present invention, which is a multifunctional physiological monitoring device (300), which is described in the first and second embodiments and the first and second figures. Similar components of the functional physiological monitoring device (100, 200) are denoted by the same reference numerals in FIG. 3 or omitted.
在第三實施態樣中，該多功能生理監測裝置(300)之通訊系統(12)另包括一第二控制單元(126)，該第二控制單元(例如對講按鈕)(126)可供控制該麥克風(122)及該揚聲器(124)。使用者可透過該麥克風(122)及該揚聲器(124)與遠端之親友、醫護人員或特定照護人員進行語音通訊，藉 此，可使遠端人員即時得知及掌握使用者之生理資訊及所在位置。當然，該多功能生理監測裝置(300)可內建有音樂播放系統，例如：內建儲存裝置、或可經由USB裝置輸入音樂檔案或訊號，再經由該揚聲器(124)放送音樂。要說明的是，在本實施例中，該通訊系統(12)與該收音機系統(16)係共用同一麥克風(122)及揚聲器(124)，然亦可分別裝設有不同之該麥克風及揚聲器。In a third embodiment, the communication system (12) of the multifunctional physiological monitoring device (300) further includes a second control unit (126), the second control unit (eg, intercom button) (126) is available The microphone (122) and the speaker (124) are controlled. Through the microphone (122) and the speaker (124), the user can perform voice communication with friends and relatives, medical personnel or specific caregivers of the far end. In this way, the remote person can instantly know and grasp the physiological information and location of the user. Of course, the multifunctional physiological monitoring device (300) may have a built-in music playing system, such as a built-in storage device, or may input a music file or a signal via a USB device, and then play music through the speaker (124). It should be noted that, in this embodiment, the communication system (12) and the radio system (16) share the same microphone (122) and the speaker (124), but different microphones and speakers may be respectively installed. .
請參照第4及5A-5C圖，乃本創作之第四種實施態樣，為一種多功能生理監測裝置(400)，在第一、第二、第三種實施態樣及第1、2、3圖中已說明的一種多功能生理監測裝置(100、200、300)之相似部件，於第4及5A-5C圖中以相同的符號標示或省略不再敘述。Please refer to Figures 4 and 5A-5C, which is a fourth embodiment of the present invention, which is a multifunctional physiological monitoring device (400) in the first, second and third embodiments and the first and second embodiments. The similar components of a multi-functional physiological monitoring device (100, 200, 300) which have been described in FIG. 3 are denoted by the same reference numerals or omitted in the drawings of FIGS. 4 and 5A-5C.
在第四實施態樣中，該多功能生理監測裝置(400)之本體(10)另設有一顯示單元(17)，供至少顯示時間及生理資訊至少其中之一。其中，可由使用者設定或內建設定，選擇性地由該顯示單元(17)顯示所需之生理資訊(例如：心跳、脈搏、體溫、呼吸、血液中之其他重要成份之含量)、收音機系統之頻道或/及音量、使用者所在位置資訊、電源單元之電量(請分別參考第5A-5C圖)，換句話說，該顯示單元(17)顯可同時顯示以上各資訊、或顯示至少其中之一。藉此，使用者可隨時獲得及掌握其各項生理資訊、以及該多功能生理監測裝置(400)之使用狀態。In the fourth embodiment, the body (10) of the multifunctional physiological monitoring device (400) is further provided with a display unit (17) for displaying at least one of time and physiological information. The physiological information (for example, heartbeat, pulse, body temperature, breathing, other important components in the blood), and the radio system can be selectively displayed by the display unit (17) by user setting or built-in setting. Channel or / and volume, user location information, power unit power (please refer to Figure 5A-5C), in other words, the display unit (17) can display the above information at the same time, or display at least one. Thereby, the user can obtain and grasp various physiological information and the state of use of the multifunctional physiological monitoring device (400) at any time.
綜上所述，本創作提供一種多功能生理監測裝置，功能為 可隨身攜帶且可即時與遠端人員雙向溝通，並可於使用者發生生理不適時發出警報且可藉由GPS定位系統定位出使用者位置，再者同時具有例如收聽廣播或播放音樂等休閒娛樂功能。In summary, the present invention provides a multifunctional physiological monitoring device with the function It can be carried around and can communicate with the remote person in two directions, and can give an alarm when the user is physiologically uncomfortable and can locate the user's location by GPS positioning system. At the same time, he can enjoy entertainment such as listening to radio or playing music. Features.
此於同類產品當中實屬首創，符合新型專利要件，爰依法俱文提出申請。惟，以上所述者僅為本創作之較佳實施態樣，舉凡應用本創作說明書、申請專利範圍或圖式所為之等效結構變化，理應包含在本創作之專利範圍內。This is the first of its kind in the same category, in line with the new patent requirements, and apply for it according to law. However, the above description is only the preferred embodiment of the present invention, and the equivalent structural changes that are applied to the present specification, the scope of the patent application or the drawings are included in the scope of the patent of the present invention.
100‧‧‧多功能生理監測裝置100‧‧‧Multifunctional physiological monitoring device
200‧‧‧多功能生理監測裝置200‧‧‧Multifunctional physiological monitoring device
300‧‧‧多功能生理監測裝置300‧‧‧Multifunctional physiological monitoring device
400‧‧‧多功能生理監測裝置400‧‧‧Multifunctional physiological monitoring device
10‧‧‧本體10‧‧‧ Ontology
11‧‧‧生理監測系統11‧‧‧Physical Monitoring System
12‧‧‧通訊系統12‧‧‧Communication system
13‧‧‧GPS定位系統13‧‧‧GPS Positioning System
14‧‧‧警報系統14‧‧‧Alarm system
15‧‧‧電源單元15‧‧‧Power unit
16‧‧‧收音機系統16‧‧‧ radio system
17‧‧‧顯示單元17‧‧‧Display unit
112‧‧‧心跳、脈搏及體溫偵測器112‧‧‧heartbeat, pulse and body temperature detector
114‧‧‧血糖偵測器114‧‧‧Glucose detector
122‧‧‧麥克風122‧‧‧Microphone
124‧‧‧揚聲器124‧‧‧Speakers
126‧‧‧第二控制單元126‧‧‧second control unit
142‧‧‧緊急按鈕142‧‧‧Emergency button
162‧‧‧天線162‧‧‧Antenna
164‧‧‧第一控制單元164‧‧‧First Control Unit
20‧‧‧裝配單元20‧‧‧Assembly unit
22‧‧‧對合元件22‧‧‧Parts
第1圖為本創作多功能生理監測裝置之第一實施態樣之示意圖；第2圖為本創作多功能生理監測裝置之第二實施態樣之示意圖；第3圖為本創作多功能生理監測裝置之第三實施態樣之示意圖；第4圖為本創作多功能生理監測裝置之第四實施態樣之示意圖；及第5A-5C圖為本創作多功能生理監測裝置之顯示單元示意圖。The first figure is a schematic diagram of the first embodiment of the multifunctional physiological monitoring device of the present invention; the second figure is a schematic diagram of the second embodiment of the multifunctional physiological monitoring device; the third figure is the multifunctional physiological monitoring of the creation A schematic diagram of a third embodiment of the device; FIG. 4 is a schematic view of a fourth embodiment of the present invention; and FIG. 5A-5C is a schematic diagram of a display unit of the multifunctional physiological monitoring device.
400‧‧‧多功能生理監測裝置400‧‧‧Multifunctional physiological monitoring device
10‧‧‧本體10‧‧‧ Ontology
11‧‧‧生理監測系統11‧‧‧Physical Monitoring System
12‧‧‧通訊系統12‧‧‧Communication system
13‧‧‧GPS定位系統13‧‧‧GPS Positioning System
14‧‧‧警報系統14‧‧‧Alarm system
15‧‧‧電源單元15‧‧‧Power unit
16‧‧‧收音機系統16‧‧‧ radio system
17‧‧‧顯示單元17‧‧‧Display unit
112‧‧‧心跳、脈搏及體溫偵測器112‧‧‧heartbeat, pulse and body temperature detector
114‧‧‧血糖偵測器114‧‧‧Glucose detector
122‧‧‧麥克風122‧‧‧Microphone
124‧‧‧揚聲器124‧‧‧Speakers
126‧‧‧第二控制單元126‧‧‧second control unit
142‧‧‧緊急按鈕142‧‧‧Emergency button
162‧‧‧天線162‧‧‧Antenna
164‧‧‧第一控制單元164‧‧‧First Control Unit
20‧‧‧裝配單元20‧‧‧Assembly unit
22‧‧‧對合元件22‧‧‧Parts
Claims (10)
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| TW101216511U TWM452747U (en) | 2012-08-28 | 2012-08-28 | Multifunctional physiological monitoring device |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| TW101216511U TWM452747U (en) | 2012-08-28 | 2012-08-28 | Multifunctional physiological monitoring device |
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| TWM452747U true TWM452747U (en) | 2013-05-11 |
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Cited By (9)
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| TWI511070B (en) * | 2013-10-07 | 2015-12-01 | Sze Yuan Chou | Telemedicine system and method thereof |
| TWI547260B (en) * | 2014-10-29 | 2016-09-01 | 原相科技股份有限公司 | Host of physiology detection system and physiology detection device with high accuracy |
| TWI563972B (en) * | 2014-06-11 | 2017-01-01 | 國立成功大學 | Signal process system and method for the same and bioimpedance detection device and element |
| TWI573563B (en) * | 2015-01-12 | 2017-03-11 | 長庚大學 | Detachable adherent structure of wireless measuring device |
| TWI587840B (en) * | 2014-02-26 | 2017-06-21 | 國立高雄應用科技大學 | Physiology sensing patch device having an identification function and operation method thereof |
| TWI593382B (en) * | 2014-10-31 | 2017-08-01 | 明達醫學科技股份有限公司 | Smart sensing apparatus and operating method thereof |
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| TWI630575B (en) * | 2016-05-06 | 2018-07-21 | 泰博科技股份有限公司 | Medical test system and medical test device setting with detachable streaming module thereof |
| TWI682369B (en) * | 2014-02-10 | 2020-01-11 | 日商村田製作所股份有限公司 | Monitoring system, sensor unit, bed, method and computer program product for detecting fall risk of subject |
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2012
- 2012-08-28 TW TW101216511U patent/TWM452747U/en not_active IP Right Cessation
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| Publication number | Priority date | Publication date | Assignee | Title |
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| TWI511070B (en) * | 2013-10-07 | 2015-12-01 | Sze Yuan Chou | Telemedicine system and method thereof |
| TWI682369B (en) * | 2014-02-10 | 2020-01-11 | 日商村田製作所股份有限公司 | Monitoring system, sensor unit, bed, method and computer program product for detecting fall risk of subject |
| US11154252B2 (en) | 2014-02-10 | 2021-10-26 | Murata Manufacturing Co., Ltd. | Early acute fall risk detection |
| TWI587840B (en) * | 2014-02-26 | 2017-06-21 | 國立高雄應用科技大學 | Physiology sensing patch device having an identification function and operation method thereof |
| TWI563972B (en) * | 2014-06-11 | 2017-01-01 | 國立成功大學 | Signal process system and method for the same and bioimpedance detection device and element |
| TWI547260B (en) * | 2014-10-29 | 2016-09-01 | 原相科技股份有限公司 | Host of physiology detection system and physiology detection device with high accuracy |
| US10299730B2 (en) | 2014-10-29 | 2019-05-28 | Pixart Imaging Inc. | Host of physiological detection system and physiological detection device with high accuracy |
| TWI593382B (en) * | 2014-10-31 | 2017-08-01 | 明達醫學科技股份有限公司 | Smart sensing apparatus and operating method thereof |
| TWI573563B (en) * | 2015-01-12 | 2017-03-11 | 長庚大學 | Detachable adherent structure of wireless measuring device |
| TWI630575B (en) * | 2016-05-06 | 2018-07-21 | 泰博科技股份有限公司 | Medical test system and medical test device setting with detachable streaming module thereof |
| TWI611801B (en) * | 2016-12-21 | 2018-01-21 | 世大福智科技股份有限公司 | Mattress and care system |
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| MM4K | Annulment or lapse of a utility model due to non-payment of fees |