TWI514307B - Magnifying glass apparatus, data transmission relay apparatus, and remote health-care system - Google Patents
Magnifying glass apparatus, data transmission relay apparatus, and remote health-care system Download PDFInfo
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Description
本發明是有關於一種用以取得資訊的裝置與資訊的傳輸中繼裝置,尤其是有關於一種用以取得資訊的放大鏡裝置、用以傳輸資訊的資訊傳輸中繼裝置、以及一種由前述放大鏡裝置與前述資訊傳輸中繼裝置所構成的遠端照護系統。The present invention relates to a device and information transmission relay device for obtaining information, and more particularly to a magnifying device for obtaining information, an information transmission relay device for transmitting information, and a magnifying device And a remote care system formed by the aforementioned information transmission relay device.
隨著人口的老化,老人的居家照護遂成為政府及一般民眾極關心的一環。由於老人的視力通常已退化,所以當老人們使用一般的血壓計、血糖計等家用醫療器材時,往往會看不清楚這些家用醫療器材上之螢幕所顯示的量測值,因而無法正確地記錄這些數值。As the population ages, the home care of the elderly has become a part of the government and the general public. Since the vision of the elderly is usually degraded, when the elderly use general medical equipment such as sphygmomanometers and blood glucose meters, the measurement values displayed on the screens of these household medical devices are often not clearly seen, and thus cannot be correctly recorded. These values.
此外,即便有些子女會買具有照相功能的智慧型手機給老人家使用,以便老人家將家用醫療器材上之螢幕所 顯示的量測值給拍下來做記錄。然而,大部分的老人家通常不熟悉現代電子產品那般複雜的使用方式,因而無法正確使用這些智慧型手機,甚至是害怕使用智慧型手機。因此,基於上述的問題,需要一種更方便取得資訊的裝置。In addition, even if some children buy smart phones with camera functions for the elderly, the elderly will use the screens on the home medical equipment. The displayed measured value is taken for recording. However, most of the elderly are often unfamiliar with the complex use of modern electronic products, so they cannot use these smart phones correctly, or even fear the use of smart phones. Therefore, based on the above problems, there is a need for a device that is more convenient to obtain information.
本發明提供一種放大鏡裝置,其用於取得資訊。此包括放大鏡裝置包括有一凸透鏡、一框體、一握持部、一影像感測裝置與一處理電路。所述之框體係用以夾持住凸透鏡。所述握持部係連接上述框體,且此握持部係為一殼體。所述之影像感測裝置係用以在上述凸透鏡上之一預定位置感測一影像。至於所述之處理電路,其係配置在上述殼體中,並電性連接影像感測裝置,以取得並處理上述影像。此外,此處理電路還用以將處理過後之影像傳送出去。The present invention provides a magnifying device for obtaining information. The loupe device includes a convex lens, a frame, a holding portion, an image sensing device and a processing circuit. The frame system is used to hold the convex lens. The grip portion is connected to the frame body, and the grip portion is a casing. The image sensing device is configured to sense an image at a predetermined position on the convex lens. The processing circuit is disposed in the housing and electrically connected to the image sensing device to acquire and process the image. In addition, the processing circuit is further configured to transmit the processed image.
本發明另提供一種資訊傳輸中繼裝置,其包括有一無線傳輸模組、一通訊模組、一影像辨識模組與一處理單元。所述之處理單元係電性連接上述無線傳輸模組、上述通訊模組與上述影像辨識模組。此處理單元用以透過上述無線傳輸模組接收一影像,並利用上述影像辨識模組辨識此影像以取得一辨識結果,進而利用上述通訊模組將辨識結果傳送至一電子裝置。The invention further provides an information transmission relay device, which comprises a wireless transmission module, a communication module, an image recognition module and a processing unit. The processing unit is electrically connected to the wireless transmission module, the communication module and the image recognition module. The processing unit is configured to receive an image through the wireless transmission module, and use the image recognition module to identify the image to obtain a recognition result, and then use the communication module to transmit the identification result to an electronic device.
本發明再提供一種由上述之放大鏡裝置與上述 之資訊傳輸中繼裝置所構成的遠端照護系統。The present invention further provides a magnifying device and the above The remote care system formed by the information transmission relay device.
本發明之放大鏡裝置係額外設置了一影像感測裝置與一處理電路,因此使用者既可透過放大鏡裝置的凸透鏡來放大家用醫療器材上之螢幕所顯示的量測值,同時又可利用放大鏡裝置的影像感測裝置來感測家用醫療器材上之螢幕所顯示的量測值,以取得一影像,並利用放大鏡裝置的處理電路來處理影像感測裝置所感測到的影像,以便再將處理過後之影像傳送出去。此外,本發明之資訊傳輸中繼裝置可接收上述放大鏡裝置所傳來的影像,並可辨識此影像以取得一辨識結果,進而將辨識結果傳送至一電子裝置。如此一來,上述電子裝置的持有人便可依據電子裝置所接收到的辨識結果而得知家用醫療器材之使用者所量測到的量測值。The magnifying device of the present invention additionally provides an image sensing device and a processing circuit, so that the user can enlarge the measurement value displayed on the screen of the home medical device through the convex lens of the magnifying device, and at the same time, the magnifying device can be used. The image sensing device senses the measured value displayed on the screen of the home medical device to obtain an image, and uses the processing circuit of the magnifying device to process the image sensed by the image sensing device, so as to be processed again The image is transmitted. In addition, the information transmission relay device of the present invention can receive the image transmitted by the magnifying device, and can recognize the image to obtain a recognition result, and then transmit the identification result to an electronic device. In this way, the holder of the electronic device can know the measured value measured by the user of the household medical device according to the identification result received by the electronic device.
100‧‧‧放大鏡裝置100‧‧‧Magnetic device
110‧‧‧凸透鏡110‧‧‧ convex lens
120‧‧‧框體120‧‧‧ frame
130‧‧‧握持部130‧‧‧ grip
140‧‧‧麥克風140‧‧‧Microphone
150‧‧‧揚聲器150‧‧‧Speakers
160、170‧‧‧按鍵160, 170‧‧‧ button
180‧‧‧切換開關180‧‧‧Toggle switch
190‧‧‧感光裝置190‧‧‧Photosensitive device
192‧‧‧支撐架192‧‧‧Support frame
210‧‧‧影像感測裝置210‧‧‧Image sensing device
212‧‧‧影像訊號處理模組212‧‧‧Image Signal Processing Module
220‧‧‧處理電路220‧‧‧Processing circuit
222、308‧‧‧處理單元222, 308‧‧‧ processing unit
224、302‧‧‧無線傳輸模組224, 302‧‧‧ wireless transmission module
230‧‧‧聲音感測裝置230‧‧‧Sound sensing device
232、312‧‧‧音頻訊號處理模組232, 312‧‧‧Audio signal processing module
300‧‧‧資訊傳輸中繼裝置300‧‧‧Information transmission relay device
304‧‧‧通訊模組304‧‧‧Communication Module
306‧‧‧影像辨識模組306‧‧‧Image recognition module
310‧‧‧複合影像連接端子310‧‧‧Composite image connection terminal
314‧‧‧多媒體資料處理模組314‧‧‧Multimedia data processing module
圖1為依照本發明一實施例之放大鏡裝置的示意圖。1 is a schematic view of a magnifying device in accordance with an embodiment of the present invention.
圖2繪有依照本發明圖1所示實施例之放大鏡裝置的內部電路的電性連接關係。2 is a diagram showing the electrical connection of the internal circuits of the magnifying device of the embodiment of FIG. 1 in accordance with the present invention.
圖3為依照本發明一實施例之資訊傳輸中繼裝置的示意圖。FIG. 3 is a schematic diagram of an information transmission relay apparatus according to an embodiment of the present invention.
圖1為依照本發明一實施例之放大鏡裝置的示意圖。在圖1中,標示100即表示上述之放大鏡裝置,其用於取得資訊(詳後述)。圖2繪有依照本發明圖1所示實施例之放大鏡裝置的內部電路的電性連接關係。在圖2中,標示與圖1中之標示相同者表示為相同物件。請同時參照圖1與圖2,此放大鏡裝置100主要包括有凸透鏡110、框體120、握持部130、影像感測裝置210(繪示於圖2)與處理電路220(繪示於圖2)。所述之框體120係用以夾持住凸透鏡110。所述之握持部130係連接框體120,且此握持部130係為一殼體。此外,在此例中,所述之影像感測裝置210係由感光裝置190與影像訊號處理模組212(繪示於圖2)所構成,其中感光裝置190係透過支撐架192連接握持部130,以受到支撐架192之支撐,而影像訊號處理模組212係配置在上述殼體中。此影像感測裝置210係用以在凸透鏡110上之一預定位置感測一影像。在一實施例中,支撐架192可設置於上述殼體中,當使用者需要使用時,再將支撐架192拉出,進而使感光裝置190移動至凸透鏡110上之一預定位置,此預定位置可為凸透鏡110的中心,或是其他方便擷取影像的區域。至於所述之處理電路220,其係配置在上述殼體中(即配置在握持部130中),並電性連接上述之影像感測裝置210,以取得並處理上述影像。此外,此處理電路220還用以將處理過後之影像傳送出去, 其傳送的方式例如是以無線方式重送。1 is a schematic view of a magnifying device in accordance with an embodiment of the present invention. In Fig. 1, reference numeral 100 denotes the above-described magnifying device for obtaining information (described later). 2 is a diagram showing the electrical connection of the internal circuits of the magnifying device of the embodiment of FIG. 1 in accordance with the present invention. In FIG. 2, the same reference numerals as those in FIG. 1 are denoted as the same object. Referring to FIG. 1 and FIG. 2 simultaneously, the loupe device 100 mainly includes a convex lens 110, a frame 120, a grip portion 130, an image sensing device 210 (shown in FIG. 2), and a processing circuit 220 (shown in FIG. 2). ). The frame 120 is used to hold the convex lens 110. The grip portion 130 is connected to the frame 120, and the grip portion 130 is a casing. In addition, in this example, the image sensing device 210 is formed by the photosensitive device 190 and the image signal processing module 212 (shown in FIG. 2 ), wherein the photosensitive device 190 is connected to the holding portion through the support frame 192 . 130 is supported by the support frame 192, and the image signal processing module 212 is disposed in the housing. The image sensing device 210 is configured to sense an image at a predetermined position on the convex lens 110. In an embodiment, the support frame 192 can be disposed in the housing, and when the user needs to use, the support frame 192 is pulled out, thereby moving the photosensitive device 190 to a predetermined position on the convex lens 110, the predetermined position. It can be the center of the convex lens 110 or other area that is convenient for capturing images. The processing circuit 220 is disposed in the housing (ie, disposed in the grip portion 130) and electrically connected to the image sensing device 210 to acquire and process the image. In addition, the processing circuit 220 is further configured to transmit the processed image. The way it is transmitted is, for example, resent wirelessly.
在此例中,放大鏡裝置100除了包括有上述各構件之外,還可包括聲音感測裝置230(繪示於圖2)、揚聲器150、按鍵160、按鍵170與切換開關180。此例之聲音感測裝置230係由麥克風140與音頻訊號處理模組232(繪示於圖2)所構成。此外,此例之切換開關180例如是以指撥開關來實現。而如圖1所示,麥克風140係配置在框體120上,而揚聲器150、按鍵160、按鍵170與切換開關180則皆配置在握持部130上。然而,上述之感光裝置190、麥克風140、揚聲器150、按鍵160、按鍵170與切換開關180的配置方式皆僅是用於舉例,並非用以限制本發明。在另一實施例中,麥克風140亦可配置在握持部130上(未繪示)。在又一實施例中,揚聲器150可配置在框體120上(未繪示)。In this example, the magnifying device 100 may include a sound sensing device 230 (shown in FIG. 2), a speaker 150, a button 160, a button 170, and a changeover switch 180 in addition to the above-described components. The sound sensing device 230 of this example is composed of a microphone 140 and an audio signal processing module 232 (shown in FIG. 2). Further, the changeover switch 180 of this example is realized by, for example, a dip switch. As shown in FIG. 1 , the microphone 140 is disposed on the frame 120 , and the speaker 150 , the button 160 , the button 170 , and the changeover switch 180 are disposed on the grip portion 130 . However, the above-described arrangement of the photosensitive device 190, the microphone 140, the speaker 150, the button 160, the button 170, and the changeover switch 180 are for illustrative purposes only and are not intended to limit the present invention. In another embodiment, the microphone 140 can also be disposed on the grip portion 130 (not shown). In still another embodiment, the speaker 150 can be disposed on the frame 120 (not shown).
如圖2所示,影像感測裝置210係由前述之感光裝置190與影像訊號處理模組212所構成。感光裝置190具有多個感光元件(未繪示),且此感光裝置190即用以在前述凸透鏡110上之預定位置感測上述影像,使得每一感光元件可對應產生類比形式之一影像感測訊號。而影像訊號處理模組212係配置在上述殼體中(即配置在握持部130中),並電性連接感光裝置190,以接收感光裝置190中之每一感光元件所產生之類比形式的影像感測訊號,並將所接收之每一影像感測訊號轉換成數位形式,以使處理電路220可依據所接收到之 數位形式的影像感測訊號而取得並處理感光裝置190所感測到的影像。在此例中,每一感光元件可以是採用一電荷耦合元件(Charge-coupled Device,CCD)來實現。As shown in FIG. 2, the image sensing device 210 is composed of the aforementioned photosensitive device 190 and the image signal processing module 212. The photosensitive device 190 has a plurality of photosensitive elements (not shown), and the photosensitive device 190 is configured to sense the image at a predetermined position on the convex lens 110, so that each photosensitive element can correspondingly generate an analog image of one of the analog forms. Signal. The image signal processing module 212 is disposed in the housing (ie, disposed in the grip portion 130) and electrically connected to the photosensitive device 190 to receive an analog image of each photosensitive element in the photosensitive device 190. Sensing the signal and converting each received image sensing signal into a digital form so that the processing circuit 220 can receive the received signal The image sensed by the photosensitive device 190 is acquired and processed by the digital form of the image sensing signal. In this case, each photosensitive element can be realized by a charge-coupled device (CCD).
另外,在此例中,處理電路220還可包括有處理單元222與無線傳輸模組224。處理單元222係電性連接影像訊號處理模組212與無線傳輸模組224,用以接收影像訊號處理模組212所輸出之數位形式的影像感測訊號而取得並處理感光裝置190所感測到的影像,並用以將處理後的影像透過無線傳輸模組224以無線方式傳送出去。在此例中,無線傳輸模組224例如可採用無線保真(Wireless Fidelity,Wi-Fi)傳輸模組或是ZigBee傳輸模組來實現。此外,如圖2所示,聲音感測裝置230係電性連接處理單元222,其用以感測一聲音,以便處理單元222將聲音感測裝置230所感測到的聲音透過無線傳輸模組224傳送出去。而如圖2所示,此聲音感測裝置230係由前述之麥克風140與音頻訊號處理模組232所構成。麥克風140係用以取得一音頻訊號。而音頻訊號處理模組232係電性連接麥克風140與處理單元222,其用以接收上述音頻訊號,並將上述音頻訊號由類比形式轉換為數位形式,以使處理單元222可依據音頻訊號處理模組232所輸出之數位形式的音頻訊號而取得上述聲音。In addition, in this example, the processing circuit 220 may further include a processing unit 222 and a wireless transmission module 224. The processing unit 222 is electrically connected to the image signal processing module 212 and the wireless transmission module 224 for receiving the digital image sensing signal output by the image signal processing module 212 to obtain and process the sensing by the photosensitive device 190. The image is used to wirelessly transmit the processed image through the wireless transmission module 224. In this example, the wireless transmission module 224 can be implemented, for example, by using a Wireless Fidelity (Wi-Fi) transmission module or a ZigBee transmission module. In addition, as shown in FIG. 2 , the sound sensing device 230 is electrically connected to the processing unit 222 for sensing a sound, so that the processing unit 222 transmits the sound sensed by the sound sensing device 230 to the wireless transmission module 224 . Send it out. As shown in FIG. 2, the sound sensing device 230 is composed of the aforementioned microphone 140 and the audio signal processing module 232. The microphone 140 is used to obtain an audio signal. The audio signal processing module 232 is electrically connected to the microphone 140 and the processing unit 222 for receiving the audio signal, and converting the audio signal into an analog form, so that the processing unit 222 can process the audio signal according to the audio signal. The above-mentioned sound is obtained by the audio signal of the digital form outputted by the group 232.
所述之揚聲器150係電性連接音頻訊號處理模組232,以便處理單元222可透過音頻訊號處理模組232將一聲 音訊號由數位形式轉換為類比形式,並據以控制揚聲器150發出聲音。所述之按鍵160係電性連接處理單元222,以便處理單元222可依據按鍵160所提供的訊號而決定是否透過音頻訊號處理模組232啟動麥克風140,即按鍵160具有啟動麥克風140的作用。所述之按鍵170亦電性連接處理單元222,以便處理單元222可依據按鍵170所提供的訊號而決定是否確定影像感測裝置210所感測到之影像,即按鍵170具有確定影像的作用。至於切換開關180,其亦電性連接處理單元222,以便處理單元222可依據切換開關180所提供的訊號而切換不同使用者之記錄資訊,即按鍵180具有辨識使用者的作用,舉例來說,可以依不同的家庭成員預設編號。當然,在進階設計中,處理單元222還可進一步依據按鍵160或170所提供的訊號而決定是否要控制影像感測裝置210進入連續攝影模式,甚至是依據按鍵160或170所提供的訊號而決定是否要透過無線傳輸模組224發出一緊急求救訊號。The speaker 150 is electrically connected to the audio signal processing module 232, so that the processing unit 222 can transmit a sound through the audio signal processing module 232. The audio signal is converted from a digital form to an analog form, and the sound of the speaker 150 is controlled accordingly. The button 160 is electrically connected to the processing unit 222, so that the processing unit 222 can determine whether to activate the microphone 140 through the audio signal processing module 232 according to the signal provided by the button 160, that is, the button 160 has the function of starting the microphone 140. The button 170 is also electrically connected to the processing unit 222, so that the processing unit 222 can determine whether to determine the image sensed by the image sensing device 210 according to the signal provided by the button 170, that is, the button 170 has the function of determining the image. The switch 180 is also electrically connected to the processing unit 222, so that the processing unit 222 can switch the recording information of different users according to the signal provided by the switch 180, that is, the button 180 has the function of recognizing the user, for example, The number can be preset according to different family members. Of course, in the advanced design, the processing unit 222 can further determine whether to control the image sensing device 210 to enter the continuous shooting mode according to the signal provided by the button 160 or 170, even according to the signal provided by the button 160 or 170. Decide whether to send an emergency distress signal through the wireless transmission module 224.
值得一提的是,上述之麥克風140、揚聲器150、按鍵160、按鍵170與切換開關180皆可依照實際的設計需求而選擇性地採用。此外,按鍵160、按鍵170與切換開關180的功能係可依照處理單元222所載之軟體的設計而有所不同,故此三者之功能並非限定在上述列舉的功能。It should be noted that the above-mentioned microphone 140, speaker 150, button 160, button 170 and switch 180 can be selectively used according to actual design requirements. In addition, the functions of the button 160, the button 170, and the changeover switch 180 may be different according to the design of the software packaged by the processing unit 222. Therefore, the functions of the three functions are not limited to the functions listed above.
由以上說明可知,本發明之放大鏡裝置100主要係額外設置了影像感測裝置210與處理電路220,因此使用者 既可透過放大鏡裝置100的凸透鏡110來放大家用醫療器材上之螢幕所顯示的量測值,使得使用者易於觀測。同時,又可利用放大鏡裝置100的影像感測裝置210來感測家用醫療器材上之螢幕所顯示的量測值,以取得一影像,並利用放大鏡裝置100的處理電路220來處理影像感測裝置210所感測到的影像,以便再將處理過後之影像傳送出去。藉由影像的傳送,影像接收者可以隨時瞭解最新的量測結果,並且可進一步儲存以更新記錄。As can be seen from the above description, the magnifying device 100 of the present invention mainly includes the image sensing device 210 and the processing circuit 220, so that the user The convex lens 110 of the magnifying device 100 can be used to amplify the measurement value displayed on the screen on the home medical device, so that the user can easily observe it. At the same time, the image sensing device 210 of the magnifying device 100 can be used to sense the measured value displayed on the screen of the home medical device to obtain an image, and the image sensing device is processed by the processing circuit 220 of the magnifying device 100. 210 sensed images, so that the processed images are transmitted again. Through the transmission of images, the image receiver can keep up-to-date with the latest measurement results and can further store them to update the records.
值得一提的是,雖然目前有些量測儀器本身具有紀錄資料、甚至是內建發送資料功能,但這些儀器往往價格偏貴,而且可能需與特定的醫療機構所合作以方便資料的接收,而增加了使用上的不便利。此外,若單純以放大鏡觀看量測值,由於使用者可能為年長者,因此可能隨手記錄的資料,但過一陣子卻找不到這個記錄,故無法對於量測的數值最即時的更新及長期的追蹤。另外,由於本發明可以感測單一影像或是連續影像(錄影),因此若使用者發覺到外觀紅腫,還可藉由影像傳遞,而即時得到對應的醫療處理資訊。It is worth mentioning that although some measuring instruments have the function of recording data or even built-in sending data, these instruments are often expensive and may need to cooperate with specific medical institutions to facilitate data reception. Increased inconvenience in use. In addition, if the measurement value is simply viewed with a magnifying glass, since the user may be an elderly person, the data may be recorded at will, but after a while, the record cannot be found, so the most immediate update and long-term measurement value cannot be obtained. Tracking. In addition, since the present invention can sense a single image or a continuous image (video), if the user finds that the appearance is red and swollen, the corresponding medical treatment information can be obtained immediately by the image transmission.
圖3為依照本發明一實施例之資訊傳輸中繼裝置的示意圖。在圖3中,標示300即表示為上述之資訊傳輸中繼裝置。此資訊傳輸中繼裝置300係適於與前述之放大鏡裝置100搭配使用。資訊傳輸中繼裝置300主要包括有無線傳輸模組302、通訊模組304、影像辨識模組306與處理單元 308。在此例中,無線傳輸模組302同樣可採用無線保真(Wireless Fidelity,Wi-Fi)傳輸模組或是ZigBee傳輸模組來實現,而通訊模組304則可採用第三代(3rd -generation)行動通訊模組來實現。上述之處理單元308係電性連接無線傳輸模組302、通訊模組304與影像辨識模組306。此處理單元308用以透過無線傳輸模組302接收一影像,例如是接收前述放大鏡裝置100所傳來之影像。而在取得影像後,處理單元308會利用影像辨識模組306來辨識此影像以取得一辨識結果。假設處理單元308所取得的影像係由前述放大鏡裝置100所傳來,那麼處理單元308便可利用影像辨識模組306來辨識此影像中的數字,以便將辨識出的數字當作是前述家用醫療器材之使用者所量測到的量測值。而在取得辨識結果之後,處理單元308便會利用通訊模組304來將辨識結果以傳送至一電子裝置。例如傳送至手機,如此一來手機持有者便可獲知量測結果。上述的手機持有者可以是量測者本人或是量測者的家人,其可依需求進行設定,而進行資料傳送。在另一實施例中,可以傳送至醫療機構的資料庫中(未繪示),以隨時儲存並更新紀錄。FIG. 3 is a schematic diagram of an information transmission relay apparatus according to an embodiment of the present invention. In Fig. 3, the designation 300 is indicated as the information transmission relay device described above. This information transmission relay device 300 is suitable for use with the aforementioned loupe device 100. The information transmission relay device 300 mainly includes a wireless transmission module 302, a communication module 304, an image recognition module 306, and a processing unit 308. In this example, the wireless transmission module 302 can also be implemented by using a Wireless Fidelity (Wi-Fi) transmission module or a ZigBee transmission module, and the communication module 304 can be implemented in the third generation (3 rd). -generation) Mobile communication module to achieve. The processing unit 308 is electrically connected to the wireless transmission module 302, the communication module 304, and the image recognition module 306. The processing unit 308 is configured to receive an image through the wireless transmission module 302, for example, to receive an image transmitted by the magnifying device 100. After the image is acquired, the processing unit 308 uses the image recognition module 306 to identify the image to obtain a recognition result. Assuming that the image obtained by the processing unit 308 is transmitted by the magnifying device 100, the processing unit 308 can use the image recognition module 306 to identify the number in the image, so that the recognized number is regarded as the aforementioned home medical. The measured value measured by the user of the equipment. After the identification result is obtained, the processing unit 308 uses the communication module 304 to transmit the identification result to an electronic device. For example, it is transmitted to the mobile phone, so that the mobile phone holder can know the measurement result. The above-mentioned mobile phone holder may be the measurement person or the family member of the measurement person, and can perform setting according to the demand and perform data transmission. In another embodiment, it may be transmitted to a medical institution's database (not shown) to store and update the records at any time.
此外,在此例中,資訊傳輸中繼裝置300還進一步包括有複合影像連接端子(Composite Video Connector,即所謂的AV端子)310、音頻訊號處理模組312與多媒體資料處理模組314。此複合影像連接端子310係電性連接處理單元 308,以便處理單元308可透過複合影像連接端子310將前述辨識結果傳送至一顯示器(如:電視),進而利用此顯示器顯示出前述之辨識結果。而所述之音頻訊號處理模組312係電性連接處理單元308,以便處理單元308可透過音頻訊號處理模組312將一聲音訊號由數位形式轉換為類比形式,並據以控制一揚聲器(未繪示)發出聲音,如此一來,若量測者或是其他人恰巧在資訊傳輸中繼裝置300附近,則不需觀看量測結果,即可聽到量測結果,對於視力不佳的長者,可以說是相當地方便。至於所述之多媒體資料處理模組314,其係電性連接處理單元308,以便處理單元308可透過多媒體資料處理模組314控制一顯示器(如:電腦)顯示一畫面。當然,上述之複合影像連接端子310、音頻訊號處理模組312與多媒體資料處理模組314皆可依照實際的設計需求而選擇性地採用。In addition, in this example, the information transmission relay device 300 further includes a composite video connector (so-called AV terminal) 310, an audio signal processing module 312, and a multimedia data processing module 314. The composite image connection terminal 310 is electrically connected to the processing unit 308, so that the processing unit 308 can transmit the foregoing identification result to a display (such as a television) through the composite image connection terminal 310, and then use the display to display the foregoing identification result. The audio signal processing module 312 is electrically connected to the processing unit 308, so that the processing unit 308 can convert an audio signal from a digital form to an analog form through the audio signal processing module 312, and control a speaker accordingly. The sound is emitted. In this way, if the measurer or other person happens to be in the vicinity of the information transmission relay device 300, the measurement result can be heard without viewing the measurement result, and for the elderly with poor vision, It can be said that it is quite convenient. The multimedia data processing module 314 is electrically coupled to the processing unit 308 so that the processing unit 308 can control a display (eg, a computer) to display a picture through the multimedia data processing module 314. Of course, the composite image connection terminal 310, the audio signal processing module 312 and the multimedia data processing module 314 can be selectively used according to actual design requirements.
由以上說明可知,本發明之資訊傳輸中繼裝置300係由無線傳輸模組302、通訊模組304、影像辨識模組306與處理單元308所組成,因此處理單元308可透過無線傳輸模組302接收上述放大鏡裝置100所傳來的影像,並利用上述影像辨識模組306辨識此影像以取得一辨識結果,進而利用上述通訊模組304將辨識結果傳送至一電子裝置。如此一來,上述電子裝置的持有人便可依據手持式電子裝置所接收到的辨識結果而得知家用醫療器材之使用者所量測到的量測值。As can be seen from the above description, the information transmission relay device 300 of the present invention is composed of a wireless transmission module 302, a communication module 304, an image recognition module 306, and a processing unit 308. Therefore, the processing unit 308 can pass through the wireless transmission module 302. Receiving the image transmitted by the magnifying device 100, and using the image recognition module 306 to identify the image to obtain a recognition result, and then transmitting the identification result to an electronic device by using the communication module 304. In this way, the holder of the electronic device can know the measured value measured by the user of the household medical device according to the identification result received by the handheld electronic device.
此外,由以上說明可知,上述之放大鏡裝置100與上述之資訊傳輸中繼裝置300係可構成一實用的遠端照護系統。亦即,使用者一旦擁有上述之放大鏡裝置100與上述之資訊傳輸中繼裝置300,並經過與醫療機構連線等的設定之後,便可簡易地進行量測、傳送、與記錄保存。Further, as apparent from the above description, the above-described magnifying device 100 and the above-described information transmission relay device 300 can constitute a practical remote care system. That is, once the user has the above-described magnifier device 100 and the above-described information transmission relay device 300, and after setting with a medical institution or the like, the user can easily perform measurement, transmission, and recording and storage.
本發明之放大鏡裝置係額外設置了一影像感測裝置與一處理電路,因此使用者既可透過放大鏡裝置的凸透鏡來放大家用醫療器材上之螢幕所顯示的量測值,同時又可利用放大鏡裝置的影像感測裝置來感測家用醫療器材上之螢幕所顯示的量測值,以取得一影像,並利用放大鏡裝置的處理電路來處理影像感測裝置所感測到的影像,以便再將處理過後之影像傳送出去。此外,本發明之資訊傳輸中繼裝置可接收上述放大鏡裝置所傳來的影像,並可辨識此影像以取得一辨識結果,進而將辨識結果傳送至一電子裝置或醫療機構。如此一來,上述電子裝置的持有人或醫療機構便可依據接收到的辨識結果而得知家用醫療器材之使用者所量測到的量測值。The magnifying device of the present invention additionally provides an image sensing device and a processing circuit, so that the user can enlarge the measurement value displayed on the screen of the home medical device through the convex lens of the magnifying device, and at the same time, the magnifying device can be used. The image sensing device senses the measured value displayed on the screen of the home medical device to obtain an image, and uses the processing circuit of the magnifying device to process the image sensed by the image sensing device, so as to be processed again The image is transmitted. In addition, the information transmission relay device of the present invention can receive the image transmitted by the magnifying device, and can recognize the image to obtain a recognition result, and then transmit the identification result to an electronic device or a medical institution. In this way, the holder or the medical institution of the electronic device can know the measured value measured by the user of the home medical device according to the received identification result.
100‧‧‧放大鏡裝置100‧‧‧Magnetic device
110‧‧‧凸透鏡110‧‧‧ convex lens
120‧‧‧框體120‧‧‧ frame
130‧‧‧握持部130‧‧‧ grip
140‧‧‧麥克風140‧‧‧Microphone
150‧‧‧揚聲器150‧‧‧Speakers
160、170‧‧‧按鍵160, 170‧‧‧ button
180‧‧‧切換開關180‧‧‧Toggle switch
190‧‧‧感光裝置190‧‧‧Photosensitive device
192‧‧‧支撐架192‧‧‧Support frame
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