201233367 六、發明說明： 【發明所屬之技術領域】 本發明係關於-種可攜式檢體檢測系統及其檢體檢 測模組’尤指-種能錄何時間及任何地點檢測出至少一 檢體的檢體檢測結果，m將其所檢測出的至少—檢體檢 測結果傳遞至-遠端資料庫系統的可攜式檢體檢測系統及 其檢體檢測模組。 【先前技術】 在目前的居家照護領域中，如何量測被居家照護者的 徤康狀態-直是-個重要的議題。因為，若無法量測出被 居家照護者的健康狀態（如血糖值），居家照護機構根本無 法監控被居家照護者的健康狀態，更無法於發現被居家照 護者身體出現狀況時(如血糖過高），即時地做出適當地處 置。 。。此外’由於目前用於量測被居家照護者之生理訊號的 儀器，如血壓計'血糖計、心臟監控儀等，均具有一定的 體積’以致它們並無法輕意被搬動位置，造成這些儀器並 無法隨著被居家照護者轉^如此…旦被居家照護者 離開家裡時(如出門旅遊)’居家照護機構便無法監控到被 居家照護者的健康狀態，使得居家照護出現空窗期。 除此之外，由於當初在設計前述之用於量測被居家照 護者之生理訊號的儀器時，並未考量要將它們所檢測到的 生理訊號檢測結果傳遞至__遠端資料庫系統。所以，這些 201233367 儀器所檢測到的生理訊號檢測結果僅會顯示於它們各自的 顯示單元（如血糖計的液晶顯示螢幕）。因此，在目前的居 家照護環境中，前述之生理訊號檢測結果（如血糖值）仍必 須藉由被居家照護者（或其家人）打電話或傳真至居家照護 機構的方式，才能被傳遞至居家照護機構。或者，居家照 護機構仍需主動打電話詢問被居家照護者（或其家人）前述 之生理訊號檢測結果（如血糖值），才能將前述之生理訊號 檢測結果（如血糖值）傳遞至居家照護機構。也就是說，目 刖將生理訊號檢測結果（如血糖值）傳遞至居家照護機構的 作業模式，不但非常沒有效率，且過度仰賴被居家照護者 (或其家人）。 因此’業界需要一種能於任何時間及任何地點檢測出 至少一檢體的檢體檢測結果，且能將其所檢測出的至少一 檢體檢測結果傳遞至一遠端資料庫系統的可攜式檢體檢測 系統及其檢體檢測模組。 【發明内容】 本發明之目的係在提供一種可攜式檢體檢測系統， 俾能於任何時間及任何地點檢測出至少一檢體的檢體檢測 結果，且將這些檢體檢測結果傳遞至一遠端資料庫系統。 本發明之另一目的係在提供一種檢體檢測模組，俾 能在配合一光源單元及一光偵測單元後，於任何時間及任 何地點檢測出至少一檢體的檢體檢測結果。 201233367 為達成上述目的’本發明之可攜式檢體檢測系統， 用以檢測至少一檢體，包括：一智慧型手機，係具有一螢 幕單元及一光偵測單元；以及一檢體檢測模組，係包含一 本體單元、一檢體容置單元、一第一導光單元及一第二導 光單元，此檢體容置單元係將此等檢體容置於其中並與此 本體單元結合，此第一導光單元及此第二導光單元則分別 位於此檢體容置單元之兩側，此本體單元並套設於此智慧 型手機’以使此檢體檢測模組固定於此智慧型手機之一 側。其中，此智慧型手機係藉由執行一檢體檢測程式的方 式’控制此螢幕單元發出之複數個檢體檢測光源，此等檢 體檢測光源並通過此第一導光單元而照射於此檢體容置單 元’此等檢體檢測光源通過此等檢體後所得之至少一檢體 檢測結果光訊號則通過此第二導光單元而照射於此光偵測 單元’而被傳輸進此智慧型手機；此智慧型手機依據接收 自此檢體檢測模組之此等檢體檢測結果光訊號運算並輸出 至少一檢體檢測結果》 為達成上述目的，本發明之檢體檢測模組，係配合 一光源單元及一光偵測單元，以檢測至少一檢體，包括： 一本體單元；一檢體容置單元，係將此等檢體容置於其中 並與此本體單元結合，一第一導光單元；以及一第二導光 單元。其中，此第一導光單元及此第二導光單元則分別位 於此檢體容置單元之兩側，且此光源單元所發出之複數個 檢體檢測光源係通過此第一導光單元而照射於此檢體容置 單元；此等檢體檢測光源通過此等檢體後所得之至少一檢 201233367 體檢測結果光訊號則通過此第二導光單元而照射於此光伯 測單元。201233367 VI. Description of the Invention: [Technical Field of the Invention] The present invention relates to a portable sample detection system and a sample detection module thereof, in particular, when a time can be recorded and at least one location is detected. The result of the body test, m transmits the detected at least the test result of the test to the portable sample detection system of the remote database system and the sample detection module. [Prior Art] In the current field of home care, how to measure the health status of home caregivers is an important issue. Because, if it is impossible to measure the health status of home caregivers (such as blood sugar levels), home care institutions can not monitor the health status of home caregivers, and can not find the physical condition of home caregivers (such as blood sugar) High), make appropriate dispositions on the fly. . . In addition, because the instruments currently used to measure the physiological signals of home caregivers, such as sphygmomanometers, blood glucose meters, heart monitors, etc., have a certain volume, so that they cannot be moved gently, resulting in these instruments. It can't be changed by the home caregiver. Once the home care worker leaves the house (such as going out to travel), the home care organization can't monitor the health status of the home caregiver, making the home care window open. In addition, since the aforementioned instruments for measuring the physiological signals of home caregivers were originally designed, it was not considered to transmit the physiological signal detection results detected by them to the __ remote database system. Therefore, the physiological signal detection results detected by these 201233367 instruments will only be displayed on their respective display units (such as the liquid crystal display screen of the blood glucose meter). Therefore, in the current home care environment, the aforementioned physiological signal test results (such as blood sugar levels) must still be passed to the home by means of a home care (or family member) by phone or fax to the home care facility. Care institution. Or, the home care organization still needs to take the initiative to call the home care provider (or his family) for the aforementioned physiological signal test results (such as blood sugar values), in order to pass the aforementioned physiological signal test results (such as blood sugar values) to the home care institution. . In other words, it is not only very inefficient to pass the physiological signal test results (such as blood sugar values) to the home care organization's work mode, but also relies too much on home caregivers (or their families). Therefore, the industry needs a test result that can detect at least one sample at any time and any place, and can transmit at least one test result detected by the test to a remote database system. The sample detection system and its sample detection module. SUMMARY OF THE INVENTION The object of the present invention is to provide a portable sample detection system capable of detecting a sample detection result of at least one sample at any time and any place, and transmitting the result of the sample detection to a sample. Remote database system. Another object of the present invention is to provide a sample detecting module capable of detecting a sample detecting result of at least one sample at any time and at any place after a light source unit and a light detecting unit are coupled. 201233367 In order to achieve the above object, the portable sample detection system of the present invention is configured to detect at least one sample, comprising: a smart phone having a screen unit and a light detecting unit; and a sample detecting mode The group includes a body unit, a sample accommodating unit, a first light guiding unit and a second light guiding unit. The sample accommodating unit is configured to receive the sample body and the body unit The first light guiding unit and the second light guiding unit are respectively located on two sides of the sample receiving unit, and the body unit is sleeved on the smart phone to fix the sample detecting module to the One side of this smart phone. Wherein, the smart phone controls a plurality of sample detecting light sources emitted by the screen unit by executing a sample detecting program, and the detecting light source is irradiated by the first light guiding unit. The body accommodating unit 'the at least one sample detection result optical signal obtained by the sample detecting light source passing through the sample is transmitted to the light detecting unit through the second light guiding unit and transmitted into the wisdom The mobile phone; the smart phone calculates and outputs at least one sample detection result according to the sample detection result received from the sample detection module. To achieve the above object, the sample detection module of the present invention is And a light source unit and a light detecting unit for detecting at least one sample body, comprising: a body unit; a sample receiving unit, wherein the sample body is accommodated therein and combined with the body unit, a light guiding unit; and a second light guiding unit. The first light guiding unit and the second light guiding unit are respectively located at two sides of the sample receiving unit, and the plurality of sample detecting light sources emitted by the light source unit pass through the first light guiding unit. The detection unit is irradiated to the sample receiving unit; the at least one inspection result obtained by the sample detecting light source passing through the samples is irradiated to the optical detection unit through the second light guiding unit.
因此，由於本發明之可攜式檢體檢測系統包括—具有 極佳可攜性的智慧型手機，且此智慧型手機可藉由執行一 檢體檢測程式的方式控制智慧型手機之螢幕單元發出之複 數個檢體檢測光源，而這些檢體檢測光源並於依序通過第 一導光單元、檢體容置單元及第二導光單元後，便以至少 一檢體檢測結果光訊號的形式到達智慧型手機之光偵測單 元故本發明之可攜式檢體檢測系統可於任何時間及任何 地點檢測出至少一檢體的檢體檢測結果。另一方面’由於 智慧型手機本身便藉由—無線通訊網路傳輸數據資料或語 音，故本發明之可攜式檢體檢測系統可將其檢測出的檢體 檢測結果（由智慧型手機運算出）透過前述之無線通訊網路 傳遞至-遠端資料庫系統。如此，本發明之可攜式檢體檢 測系統使得-居家照護機構可即時監控本發明之可攜式檢 體檢測系統之使用者的健康狀態，且t其發現此使用者健 康發生異㈣（如血糖過高），居家照護機構可做出適當地 處置（如主動幫使用者預約掛號看診等），有效保障本發明 之可攜式檢體檢測系統之使用者的健康。 除此之外，由於本發明之檢體檢測模組包含一本體單 兀、-檢體容置單元、一第一導光單元及一第二導光單 凡，且-智慧型手機具有—可做為光源單元的勞幕單元及 -可做為光偵測單元的照相鏡頭或光感應器，故本發明之 檢體檢測模組可藉由其本體單元固定於智慧型手機的一 201233367 側’且當其第一導光單元及其第二導光單元分別對應於智 慧型手機之螢幕單元及光感應器（或照相鏡頭）後，配合智 慧型手機而於任何時間及任何地點檢測出至少一檢體的檢 體檢測結果。 【實施方式】 如圖1所示’其係本發明一實施例之可攜式檢體檢測 系統的系統架構示意圖。其中，本發明一實施例之可攜式 檢體檢測系統係包括：一智慧型手機1以及一檢體檢測模 組2 »其中’智慧型手機丨具有一螢幕單元丨丨及一光偵測 單元12，檢體檢測模組2則包含一本體單元21、一檢體容 置單元22' —第一導光單元23及一第二導光單元24。 請參閱圖2A、圖2B及圖3，其中圖2A係顯示本發明 一實施例之可攜式檢體檢測系統之智慧型手機之頂側的示 意圖，圖2B係顯示本發明一實施例之可攜式檢體檢測系 統之智慧型手機之底侧的示意圖，圖3則為本發明一實施 例之可攜式檢體檢測系統之檢體檢測模組的示意圖。而如 圖3所示，檢體檢測模組2之檢體容置單元22係將至少一 檢體（圖中未示）容置於其中’容置單元22並與本體單元21 結合。此外，第一導光單元23及第二導光單元24則分別 位於檢體容置單元22的兩侧。 另一方面’請參閱圖4，其係顯示本發明一實施例之 可攜式檢體檢測系統於檢測檢體時的示意圖。此時，檢體 201233367 檢測模組2之本體單元2 1係套設於智慧型手機〖，以使檢 體檢測模組2固定於智慧型手機1的一側。Therefore, since the portable sample detection system of the present invention includes a smart phone with excellent portability, the smart phone can control the screen unit of the smart phone by executing a sample detection program. a plurality of sample detecting light sources, wherein the detecting light sources are sequentially passed through the first light guiding unit, the sample receiving unit and the second light guiding unit, and then the light signal is detected by at least one sample The portable detection system of the present invention can detect the detection result of at least one sample at any time and any place. On the other hand, because the smart phone itself transmits data data or voice through the wireless communication network, the portable sample detection system of the present invention can detect the detected result of the sample (calculated by the smart phone) Passing to the remote database system via the aforementioned wireless communication network. Thus, the portable sample detection system of the present invention enables the home care organization to instantly monitor the health status of the user of the portable sample detection system of the present invention, and it is found that the health of the user is different (4) (eg If the blood sugar is too high, the home care institution can make appropriate treatment (such as actively helping the user to make an appointment for a registered visit, etc.) to effectively protect the health of the user of the portable sample detection system of the present invention. In addition, since the sample detecting module of the present invention comprises a main body unit, a sample receiving unit, a first light guiding unit and a second light guiding unit, and the smart phone has a The camera unit and the light sensor unit can be used as a photo lens or a light sensor of the light detecting unit. Therefore, the sample detecting module of the present invention can be fixed to a 201233367 side of the smart phone by its body unit. And when the first light guiding unit and the second light guiding unit thereof respectively correspond to the screen unit and the light sensor (or the camera lens) of the smart phone, at least one is detected at any time and any place with the smart phone. The result of the sample test of the sample. [Embodiment] FIG. 1 is a schematic diagram showing the system architecture of a portable sample detecting system according to an embodiment of the present invention. The portable detection system of the embodiment of the present invention comprises: a smart phone 1 and a sample detection module 2 » wherein the smart phone has a screen unit and a light detecting unit 12, the sample detection module 2 includes a body unit 21, a sample receiving unit 22' - a first light guiding unit 23 and a second light guiding unit 24. Referring to FIG. 2A, FIG. 2B and FIG. 3, FIG. 2A is a schematic diagram showing a top side of a smart phone of a portable sample detecting system according to an embodiment of the present invention, and FIG. 2B is a view showing an embodiment of the present invention. FIG. 3 is a schematic diagram of a sample detecting module of a portable sample detecting system according to an embodiment of the present invention. FIG. 3 is a schematic diagram of a bottom side of a smart phone of a portable sample detecting system. As shown in FIG. 3, the sample accommodating unit 22 of the sample detecting module 2 accommodates at least one sample (not shown) in the accommodating unit 22 and is coupled to the body unit 21. In addition, the first light guiding unit 23 and the second light guiding unit 24 are respectively located at two sides of the sample housing unit 22. On the other hand, please refer to Fig. 4, which is a schematic view showing a portable sample detecting system according to an embodiment of the present invention when detecting a sample. At this time, the body unit 2 1 of the test module 201233367 is sleeved on the smart phone 〖 so that the sample detecting module 2 is fixed to one side of the smart phone 1.
當本發明一實施例之可攜式檢體檢測系統檢測檢體 時，智慧型手機1係藉由執行一檢體檢測程式（圖中未示） 的方式，控制螢幕單元11發出之複數個檢體檢測光源（圖 中未不）。其中，螢幕單元u係作為一光源單元。接著， 這些檢體檢測光源（圖中未示）便通過檢體檢測模組2之第 一導光單元23而照射於檢體容置單元22與容置於其中的 至少一檢體（圖中未示）。隨後，這些檢體檢測光源（圖中未 不）於通過這些檢體（圖中未示）後所得之至少一檢體檢測 結果光訊號（圖中未示）則通過第二導光單元24而照射於智 慧型手機1之光偵測單元12，而被傳輸進智慧型手機j。 最後，智慧型手機1便依據接收自檢體檢測模組2的這些 檢體檢測結果光訊號（圖中未示）運算並輸出至少一檢體檢 測結果（圖中未示）。 而且，如圖2A及圖4所示，在本實施例中，檢體檢測 模組2之本體單元21係為一固定夹，且此固定夾係夾住智 慧型手機1 ’使得檢體檢測模組2之第—導光單元23係對 應於智慧型手機1之螢幕單元i i而設置。此外，檢體檢測 模組2之第二導光單元24則對應於智慧型手機丨之光情剛 單元」2。此外’在本實施例中，第__導光單元23及第二 導光單S 24係'分別由複數條光纖（圖中未示）構成，而這些 光纖可為單模光纖或多模光纖。 201233367 另一方面’雖然在本實施例中，智慧型手機1之光偵 測單兀12係為一位於智慧型手機1之頂側（與螢幕單元η 同侧）的光感應器’以將至少一檢體檢測結果光訊號讀取進 智慧型手機卜但是，在其他的應用領域中，智慧型手機t 之光偵測單元12亦可為位於智慧型手機丨之底側（與螢幕 單70 11相對側）的照相鏡頭13，以將至少一檢體檢測結果 光訊號讀取進智慧型手機1，如圖2B所示。 而如圖2A所示，當本發明一實施例之可攜式檢體檢測 系統運作時’智慧型手機1便接受一檢體檢測程式（圖中未 不）的控制’使螢幕單元u之不同位置（如顯示區塊A及顯 不，塊B)分別顯示至少_圖樣（即檢體檢測光源）。需注意 的疋在本貫施例中，此檢體檢測程式（圖中未示）可預先 儲存於g慧型手機i的記憶單元（圖中未示），且於預備執 行此檢體檢測程式（圖中未示）時前，才從前述之記憶單元 (圖中未示）讀取至智慧型手機1的運算單元（圖中未示）。或 此檢體檢測％式(圖中未示)亦可儲存於一遠端資料庫 中丄而僅於預備執行此檢體檢測程式（圖中未示）之前，藉 由一無線通訊網路下載至智慧型手機之運算單元(圖中未 示）。 此外在本實施例中，智慧型手機i之營幕單元U 免、；不同位置（如圖2八所示之顯示區塊A及顯示區塊阶分 此發出相同波長的複數個檢體檢測光源（圖中未示），而這 ::檢光源(圖中未示)接著便通過檢體檢測模組2之 光單7C 23到達被容置於檢體容置單元22的至少一 201233367 檢體(圖中未示）。然而，在其他的應用 同-種檢體(如尿液、唾液或血液等），於术_、，如欲檢測 收情況時，智慧型手機i之營幕單；^波長下的吸 _ u可於不同位置ί如 圖2Α所不之！_塊八及顯示區塊Β)分別 :數:檢體檢測光源(圖中未示)，而這些不同波= 檢測光源（圖中未示）接著便通過檢體檢測模組2之第—導 光單元23到達被容置於檢體容置單元22的至少一檢體（圖When the portable sample detecting system detects the sample in the embodiment of the present invention, the smart phone 1 controls the plurality of checks issued by the screen unit 11 by executing a sample detecting program (not shown). Body detection source (not shown). The screen unit u is used as a light source unit. Then, the sample detecting light source (not shown) is irradiated to the sample accommodating unit 22 and the at least one sample accommodated therein through the first light guiding unit 23 of the sample detecting module 2 (in the figure) Not shown). Subsequently, the sample detecting light source (not shown in the figure) passes through the second light guiding unit 24 at least one of the sample detecting result optical signals (not shown) obtained after passing through the samples (not shown). It is illuminated by the light detecting unit 12 of the smart phone 1 and transmitted to the smart phone j. Finally, the smart phone 1 calculates and outputs at least one sample detection result (not shown) based on the sample detection result optical signals (not shown) of the self-test body detecting module 2. Moreover, as shown in FIG. 2A and FIG. 4, in the embodiment, the body unit 21 of the sample detecting module 2 is a fixing clip, and the fixing clip clamps the smart phone 1' so that the sample detecting mode The first light guide unit 23 of the group 2 is provided corresponding to the screen unit ii of the smart phone 1. In addition, the second light guiding unit 24 of the sample detecting module 2 corresponds to the smart phone unit 2 of the smart phone. In addition, in the present embodiment, the __ light guiding unit 23 and the second light guiding unit S 24 are respectively composed of a plurality of optical fibers (not shown), and the optical fibers may be single mode fibers or multimode fibers. . 201233367 On the other hand, 'in this embodiment, the light detecting unit 12 of the smart phone 1 is a light sensor located on the top side of the smart phone 1 (on the same side as the screen unit η) to at least A sample detection result is read into the smart phone. However, in other application fields, the light detecting unit 12 of the smart phone t can also be located on the bottom side of the smart phone (with the screen single 70 11 The camera lens 13 on the opposite side reads the at least one sample detection result optical signal into the smart phone 1, as shown in FIG. 2B. As shown in FIG. 2A, when the portable sample detecting system according to an embodiment of the present invention operates, the smart phone 1 accepts a sample detection program (not controlled in the figure) to make the screen unit u different. The position (such as display block A and display, block B) respectively displays at least _ pattern (ie, sample detection light source). It should be noted that in the present embodiment, the sample detection program (not shown) can be pre-stored in the memory unit of the g-type mobile phone i (not shown), and the sample detection program is prepared for execution. Before the time (not shown), the arithmetic unit (not shown) of the smart phone 1 is read from the aforementioned memory unit (not shown). Or the sample detection type (not shown) can also be stored in a remote database and downloaded to a wireless communication network only before the sample detection program (not shown) is ready to be executed. The arithmetic unit of the smart phone (not shown). In addition, in this embodiment, the camping unit U of the smart phone i is free; and the different positions (such as the display block A and the display block segment shown in FIG. 2) emit a plurality of sample detecting light sources of the same wavelength. (not shown), and this: the detection light source (not shown) then passes through the light sheet 7C 23 of the sample detecting module 2 to reach at least one 201233367 sample accommodated in the sample housing unit 22. (not shown in the figure). However, in other applications of the same type of specimen (such as urine, saliva or blood), in the surgery _, if you want to detect the situation, the mobile phone i camp screen; ^The absorption _ u at the wavelength can be in different positions ί as shown in Figure 2 _ block eight and display block Β) respectively: number: sample detection light source (not shown), and these different waves = detection light source (not shown), the first light guiding unit 23 of the sample detecting module 2 reaches at least one sample accommodated in the sample receiving unit 22 (Fig.
中卿而在此時’檢體容置單元22的所有檢體容置位 置則都容置相同的檢體（如在同一次取樣中得自同一病人 的尿液）。 " 此外，在本實施例中，前述被容置於檢體容置單元 的至少一檢體（圖中未示）的型態並沒有任何限制，它們可 為液態檢體、固態檢體或氣態檢體，只要這些檢體可被容 置於（或被固定於）檢體容置單元22中即可。 以下’將配合圖式，詳細欽述本發明一實施例之可攜 式檢體檢測系統量測至少一檢體的詳細步驟於下： 首先，如圖4所示’當本發明一實施例之可攜式檢體 檢測系統運作時，檢體檢測模組2係固定於智慧型手機1 的一側’且使得檢體檢測模組2之第一導光單元23係對應 於智慧型手機1之螢幕單元11。 其次’當智慧型手機1接受一啟動訊號（圖中未示） 後，智慧型手機1便開始執行此檢體檢測程式（圖中未 示）。在本實施例中，此啟動訊號可為一光訊號（作用於智 慧型手機1之攝影鏡頭13)、一聲音訊號（作用於智慧型手 201233367 機1之音源輸入單元）、一按壓式訊號（作用於智慧型手機 1之螢幕單元11)或一遠端輸入訊號（作用於智慧型手機i 之無線通訊單元）。 而當智慧型手機1開始執行此檢體檢測程式（圖中未 示）後，其螢幕單元11便於圖2所示之顯示區塊a發出一 第一檢體檢測光源（圖中未示），其檢測光源之波長可為2〇〇 至800 nm，例如，波長為475nm之藍光，波長為51〇nm2 綠光’以及波長為650nm之紅光。接著，此第一檢體檢測 光源（圖中未示）便通過檢體檢測模組2之第一導光單元23 而照射於檢體容置單元22與容置於其中的至少一檢體（圖 中未示）。在本實施例中’第一導光單元23係由複數條多 模光纖構成’且每一條多模光纖係對應於前述之至少一檢 體（圖中未示）的其中之一。在本實施例中，檢體係為尿液、 唾液、血液或免疫螢光呈色法、免疫酵素催化呈色法等經 呈色反應可用之檢體等》於此，可藉由調整與控制銀幕的 顏色及亮度，同時檢測檢體於不同波長範圍内之光學反應 (如吸放光或螢光等光學反應）。 此外’於本實施例中’亦可藉由銀幕上不同顯示區 塊，進行一個以上檢體之檢測。請參閱圖2，智慧型手機 1之螢幕單元U之顯示區塊B更可發出一第二檢體檢測光 源（圖中未示）。接著，此第二檢體檢測光源（圖中未示）便通 過檢體檢測餘2之第一導光單元23(另一條多帛光纖）而 照射於檢體容置單元22與容置於其令的另一檢體（圖中未 π )在本實把例中，帛二檢體檢測光源的波長係與第一檢 201233367 體檢測光源的波長相同，亦為200至800 nm，例如，波長 為475nm之藍光，波長$ 51〇咖之綠光，以及波長為 之紅光此外，智慧型手機夏之勞幕單元η發出第二檢測 光源（圖中未示）的時間可早於、晚於或等於其發出第一檢 /貝J光源(圖中未不)的時間，端看實際檢體檢測程序的需求 而定。 接著，第一檢體檢測光源（圖中未示）通過檢體後所得 之第一檢體檢測結果光訊號（圖中未示）便通過檢體檢測模 組2之第二導光單元24而照射於智慧型手機t之光偵測單 元12。此外，第二檢體檢測光源（圖中未示）通過檢體後所 得之第二檢體檢測結果光訊號（圖中未示）亦通過檢體檢測 模組2之第二導光單元24而照射於智慧型手機i之光偵測 單元12。在本實施例中，第二導光單元24係由複數條多 模光纖構成，且每一條多模光纖係對應於前述之至少一檢 體（圖中未示）的其中之一。於此，檢體之檢測除了可由光 穿透性之衰減測量外，亦可藉由入射光角度之改變測量光 訊號中光散射等性質。 如此，第一檢體檢測結果光訊號（圖中未示）及第二檢 體檢測結果光訊號（圖中未示）便傳輸進智慧型手機1。智慧 型手機1便藉由執行前述之「檢體檢測程式」的方式，依 據接收自檢體檢測模組2之至少一檢體檢測結果光訊號 (如第一及第二檢體檢測結果光訊號）運算並輸出至少一檢 體檢測結果（圖中未示）。而當智慧型手機1運算出前述之 至少一檢體檢測結果（圖中未示）後，智慧型手機1便將這 201233367 些檢體檢縣果顯㈣螢幕單元u(如未被㈣檢測模組 2覆蓋之部分Wx供本發明__實施例之可攜式檢體檢測系 統之使用者察看。 然而而在某些情況下，本發明一實施例之可攜式檢 體檢測系統之智慧型手機1亦可透過-無線通訊網路，將 这些檢體檢測結果結果連同一智慧型手機識別資料—併傳 遞至-遠端資料庫系統，如—居家照護機構之中央電腦。 在本實施例巾，前述之「智慧型手機識別資料」係包含一 手機識別碼及—全球衛星定位系統之定位數據。如此，前 述之居家照護機構便可即時監控本發明一實施例之可攜式 生理sfl號檢測系統之使用者的健康狀態，且當發現生理訊 號發生異常時，可即時地做出適當地處置（如聯絡使用者之 家人或主動幫使用者預約掛號看診等）。 而如圖5所示，其係本發明另一實施例之檢體檢測模 組的示意圖。其中，檢體檢測模組5係包括：一本體單元 51、一檢體容置單元52、一第一導光單元53以及一第二 導光單7L 54。其中，檢體容置單元52係將至少一檢體（圖 中未示）容置於其中，且與本體單元51結合。此外，第一 導光單元53以及第一導光單元54係分別位於檢體容置單 元52的兩側。而在配合一光源單元（圖中未示）及一光偵測 單兀（圖中未示）後，本發明另一實施例之檢體檢測模組可 用於檢測至少一檢體（圖中未示）。 此外，當本發明另一實施例之檢體檢測模組被用於檢 測至少一檢體（圖中未示）時，光源單元（圖中未示）所發出之 201233367 複數個檢體檢測光源（圖中未示）係通過第一導光單元53而 照射於檢體容置單元52與容置於其中的至少一檢體（圖中 未示）。接著’這些檢體檢測光源（圖中未示）通過這些檢體 (圖中未示）所得之至少一檢體檢測結果光訊號（圖中未示） 則通過第二導光單元54而照射於光偵測單元（圖中未示）。 本實施例中，前述之光源單元係為一智慧型手機之一 勞幕單元’前述之光偵測單元則為此智慧型手機之一照相 鏡頭或一光感應器。此外’如圖5所示’檢體檢測模組之 本體單元51係為一固定失，以使檢體檢測模組固定於一 智慧型手機的一側《另一方面，第一導光單元53及第二導 光單7C 54分別由複數條光纖構成，以將複數個檢體檢測光 源（圖中未示）導引至檢體容置單元52，再將複數個檢體檢 測結果光訊號導引至一光偵測單元（圖中未示）。 如圖6所不，其係本發明又一實施例之可攜式檢體檢 測模組連結至-智慧型手機之示意圖。其中，檢體檢測模 組6係包括：一本體單元61、一檢體容置單元62、一光源 單元63以及一光偵測單元64，而檢體檢測模組6係藉由 -傳輸線65與智慧型手機丨連接。此外，檢體容置單元 62係將至少一檢體（圖中未示）容置或檢測片於其中，且與 本體單元61結合。光源單元63可為一可發出一可見光、 紫外光、或紅外光的發光二極體光源單元。另一方面光 偵測單兀64可為電荷耦合元件（CCD)、互補式金氧半導體 感測元件（CMOS)或光二極體、光電晶體、光敏電阻或任一 類型之感光元件。 15 201233367 如圖6所示，光源單元63以及光偵測單元64係分別 位於檢體容置單元62的兩側，且光源單元63所發出之複 數個檢體檢測光源係照射於檢體容置單元62。接著，這些 檢體檢測光源通過至少一檢體後所得之至少一檢體檢測結 果光訊號則到達光偵測單元64。最後，光偵測單元64便 將前述之至少一檢體檢測結果光訊號轉換為對應之檢測結 果電訊號，再透過傳輸線65將檢測結果電訊號傳送至智慧 型手機1 » 在本實施例中’智慧型手機丨係於接受一啟動訊號（圖 中未示）後’開始執行一檢體檢測程式（圖中未示）。而由於 本發明又一實施例之檢體檢測模組6具有一光源單元63 及一光偵測單元64，因此本發明又一實施例之檢體檢測模 組6可單獨操作並完成至少一檢體之檢測。檢測後僅需透 過一傳輸線65’便可將檢測結果訊號傳送至智慧型手機1。 此外’本發明又一實施例之檢體檢測模組6亦可透過 無線網路或藍牙系統，將檢測結果訊號由檢體檢測模組6 傳送至智慧型手機1。如此，本發明又一實施例之檢體檢 測模組6亦可將訊號傳送至一位於遠端的智慧型手機1， 而由智慧型手機1執行後續之分析與觀察。 综上所述’由於本發明之可攜式檢體檢測系統包括一 〃有極佳可攜性的智慧型手機，且此智慧型手機可藉由執 行檢體檢測程式的方式控制智慧型手機之螢幕單元發出 至乂 心體檢測光源，而這些檢體檢測光源並於依序通 過第—導光單元、檢體容置單元及第二導光單元後，便以 201233367 ^:檢體檢測結果光訊號的形相達智慧型手機之光價 :、早：’故本發明之可攜式檢體檢測系統可於任何時間及 壬可'點檢測出至少-檢體的檢體檢測結果。另一方面， 慧型手機本身便藉由—無線通訊網路傳輸數據資料 2曰’故本發明之可攜式檢體檢測系統可將其檢測出的 檢體檢測結果（由智慧型手機運算出）透過前述之無線通訊At this time, all the specimen accommodation positions of the sample housing unit 22 accommodate the same specimen (e.g., urine from the same patient in the same sampling). " In addition, in the present embodiment, the type of the at least one sample (not shown) accommodated in the sample housing unit is not limited, and they may be liquid samples, solid samples or The gaseous specimens can be accommodated (or fixed) in the specimen housing unit 22 as long as they are accommodated. In the following, the detailed steps of measuring the at least one sample of the portable sample detecting system according to an embodiment of the present invention will be described below. First, as shown in FIG. 4, when an embodiment of the present invention is used When the portable sample detecting system is in operation, the sample detecting module 2 is fixed to one side of the smart phone 1 and the first light guiding unit 23 of the sample detecting module 2 corresponds to the smart phone 1 Screen unit 11. Secondly, when the smart phone 1 receives a start signal (not shown), the smart phone 1 starts executing the sample detection program (not shown). In this embodiment, the activation signal can be an optical signal (acting on the photographic lens 13 of the smart phone 1), an audio signal (acting on the audio input unit of the smart hand 201233367 machine 1), and a push signal ( Acting on the screen unit 11 of the smart phone 1 or a remote input signal (acting on the wireless communication unit of the smart phone i). When the smart phone 1 starts to execute the sample detection program (not shown), the screen unit 11 facilitates the display block a shown in FIG. 2 to emit a first sample detection light source (not shown). The detection source may have a wavelength of 2 〇〇 to 800 nm, for example, a blue light having a wavelength of 475 nm, a green light having a wavelength of 51 〇 nm 2 , and a red light having a wavelength of 650 nm. Then, the first sample detecting light source (not shown) passes through the first light guiding unit 23 of the sample detecting module 2 and is irradiated to the sample receiving unit 22 and at least one sample accommodated therein ( Not shown in the figure). In the present embodiment, the 'first light guiding unit 23 is composed of a plurality of multimode fibers' and each of the multimode fibers corresponds to one of the aforementioned at least one sample (not shown). In the present embodiment, the detection system is a urine, saliva, blood or immunofluorescence coloring method, an immunoenzyme catalyzed coloring method, etc., which can be used for color reaction, etc., by adjusting and controlling the screen. The color and brightness of the sample are simultaneously detected in optical responses in different wavelength ranges (such as optical reactions such as absorption or fluorescence). Further, in the present embodiment, the detection of one or more samples can be performed by using different display blocks on the screen. Referring to FIG. 2, the display block B of the screen unit U of the smart phone 1 can emit a second sample detecting light source (not shown). Then, the second sample detecting light source (not shown) is irradiated to the sample receiving unit 22 and housed in the first light guiding unit 23 (the other multi-turn fiber) of the remaining 2 by the sample. Another sample (not shown in the figure) is in the example, the wavelength of the detection source of the second detection is the same as the wavelength of the first detection source of the 201233367 body detection, and is also 200 to 800 nm, for example, the wavelength. The blue light of 475nm, the green light of the wavelength of $51, and the red light of the wavelength. In addition, the time of the second detection light source (not shown) of the smart phone summer screen unit η can be earlier or later than Or equal to the time when it sends out the first inspection/before J light source (not shown in the figure), depending on the requirements of the actual specimen detection procedure. Then, the first sample detection light source (not shown) passes through the first sample detection result optical signal (not shown) obtained after the sample is passed through the second light guiding unit 24 of the sample detecting module 2; The light detecting unit 12 is illuminated on the smart phone t. In addition, the second sample detection result optical signal (not shown) obtained by the second sample detecting light source (not shown) passes through the second light guiding unit 24 of the sample detecting module 2 The light detecting unit 12 of the smart phone i is illuminated. In this embodiment, the second light guiding unit 24 is composed of a plurality of multimode fibers, and each of the multimode fibers corresponds to one of the at least one of the aforementioned samples (not shown). Here, in addition to the measurement of the attenuation of the light transmittance, the detection of the sample can also measure the light scattering and the like in the optical signal by changing the angle of the incident light. In this way, the first sample detection result optical signal (not shown) and the second sample detection result optical signal (not shown) are transmitted to the smart phone 1. The smart phone 1 performs at least one sample detection result optical signal (such as the first and second sample detection result optical signals) received by the self-test body detecting module 2 by executing the aforementioned "sample detection program". Calculating and outputting at least one sample detection result (not shown). When the smart phone 1 calculates at least one of the aforementioned test results (not shown), the smart phone 1 will check the 201233367 medical checkups (four) screen unit u (if not (four) detection module) 2 Covered part Wx is viewed by the user of the portable sample detection system of the present invention. However, in some cases, the smart type mobile phone of the portable sample detection system according to an embodiment of the present invention 1 Through the wireless communication network, the results of these test results can be connected to the same smart phone identification data - and transmitted to the remote database system, such as the central computer of the home care organization. In the present embodiment, the foregoing The "smart phone identification data" includes a mobile phone identification code and positioning data of the global satellite positioning system. Thus, the foregoing home care organization can immediately monitor the portable physiological sfl number detection system according to an embodiment of the present invention. The user's health status, and when the physiological signal is found to be abnormal, it can be properly disposed of immediately (such as contacting the user's family or actively helping the user to make an appointment to watch the registration As shown in FIG. 5, it is a schematic diagram of a sample detecting module according to another embodiment of the present invention, wherein the sample detecting module 5 includes: a body unit 51 and a sample receiving unit 52. A first light guiding unit 53 and a second light guiding unit 7L 54. The sample receiving unit 52 houses at least one sample (not shown) and is coupled to the body unit 51. In addition, the first light guiding unit 53 and the first light guiding unit 54 are respectively located on both sides of the sample accommodating unit 52. In combination with a light source unit (not shown) and a light detecting unit (in the figure) The sample detecting module of another embodiment of the present invention can be used to detect at least one sample (not shown). Further, when the sample detecting module of another embodiment of the present invention is used for detecting When at least one sample (not shown), the 201233367 plurality of sample detecting light sources (not shown) emitted by the light source unit (not shown) are irradiated to the body through the first light guiding unit 53. The unit 52 is disposed with at least one sample (not shown) accommodated therein. Then these tests At least one sample detection result optical signal (not shown) obtained by detecting a light source (not shown) through the sample (not shown) is irradiated to the light detecting unit through the second light guiding unit 54 ( In the embodiment, the light source unit is a smart screen mobile phone unit. The light detecting unit is a photographic lens or a light sensor for the smart phone. 'As shown in FIG. 5, the body unit 51 of the sample detecting module is a fixed loss, so that the sample detecting module is fixed to one side of a smart phone. On the other hand, the first light guiding unit 53 and The second light guiding sheets 7C 54 are respectively composed of a plurality of optical fibers, so as to guide a plurality of sample detecting light sources (not shown) to the sample accommodating unit 52, and then guide the plurality of sample detecting result optical signals. To a light detection unit (not shown). As shown in FIG. 6, it is a schematic diagram of a portable sample detection module connected to a smart phone according to another embodiment of the present invention. The sample detection module 6 includes a body unit 61, a sample receiving unit 62, a light source unit 63, and a light detecting unit 64, and the sample detecting module 6 is connected to the transmission line 65. Smart phone 丨 connection. Further, the sample housing unit 62 accommodates or detects at least one sample (not shown) and is coupled to the body unit 61. The light source unit 63 can be a light emitting diode light source unit that emits a visible light, an ultraviolet light, or an infrared light. Alternatively, the photodetecting unit 64 can be a charge coupled device (CCD), a complementary MOS sensing element (CMOS) or photodiode, a photonic crystal, a photoresistor, or any type of photosensitive element. 15 201233367 As shown in FIG. 6 , the light source unit 63 and the light detecting unit 64 are respectively located at two sides of the sample accommodating unit 62 , and the plurality of sample detecting light sources emitted by the light source unit 63 are irradiated to the sample receiving body. Unit 62. Then, the sample detecting light source reaches the light detecting unit 64 by detecting at least one of the samples obtained by the at least one sample. Finally, the light detecting unit 64 converts the at least one of the sample detection result optical signals into the corresponding detection result electrical signals, and transmits the detection result electrical signals to the smart phone 1 through the transmission line 65 » In this embodiment The smart phone system starts to execute a sample detection program (not shown) after receiving a start signal (not shown). The sample detecting module 6 of the embodiment of the present invention has a light source unit 63 and a light detecting unit 64. Therefore, the sample detecting module 6 of another embodiment of the present invention can operate independently and complete at least one check. Body detection. After the detection, the detection result signal can be transmitted to the smart phone 1 through only one transmission line 65'. In addition, the sample detecting module 6 of another embodiment of the present invention can transmit the detection result signal from the sample detecting module 6 to the smart phone 1 through a wireless network or a Bluetooth system. Thus, the sample detecting module 6 of another embodiment of the present invention can also transmit the signal to a smart phone 1 located at the far end, and the smart phone 1 performs subsequent analysis and observation. In summary, the portable detection system of the present invention includes a smart phone with excellent portability, and the smart phone can control the smart phone by executing a sample detection program. The screen unit sends out to the heart-shaped detection light source, and the sample detection light source passes through the first light guiding unit, the sample receiving unit and the second light guiding unit in sequence, and then the test result light is detected by 201233367 ^: The shape of the signal reaches the light price of the smart phone: Early: 'The portable detection system of the present invention can detect at least the sample detection result of the sample at any time and time. On the other hand, the smart phone itself transmits the data by means of a wireless communication network. Therefore, the portable test detection system of the present invention can detect the result of the test (detected by the smart phone). Through the aforementioned wireless communication
2傳遞至―遠端資料料統。如此，本發明之可攜式檢 體檢測系統使得-居家照護機構可即時監控本發明之可攜 式檢體檢測系統之❹者的健隸態，且當其發現此使用 者健康發生異常時(如血糖過高），居家照護機構可做出適 當地處置（如主動幫使用者預約掛號看診等），有效保障本 發明之可攜式檢體檢測系統之使用者的徤康。 除此之外，由於本發明之檢體檢測模組包含一本體單 元'一檢體容置單元、一第一導光單元及一第二導光單 凡，且一智慧型手機具有—可做為光源單元的螢幕單元及 一可做為光偵測單元的照相鏡頭或光感應器，故本發明之 檢體檢測i组可藉&其本體單元固定於智慧型手機的一 側’且當其第-導光單元及其第二導光單元分別對應於智 慧型手機之螢幕單元及光感應器（或照相鏡頭）後，配合智 慧型手機而於任何時間及任何地點檢測出至少一檢體的檢 體檢測結果。 上述實施例僅係為了方便說明而舉例而已，本發明 所主張之權利範圍自應以申請專利範圍所述為準，而非僅 限於上述實施例。 201233367 【圖式簡單說明】 圖i係本發明-實施例之可播式檢體檢測系統的系統架構 示意圖。 圖2A係顯示本發明-實施例t可搞式檢體檢測系統之智 慧型手機之頂側的示意圖° 圖2B係顯示本發明一實施例之可攜式檢體檢測系統之智 慧型手機之底側的示意圖。 圖3係本發明一實施例之可攜式檢體檢測系統之檢體檢測 模組的示意圖。 圖4係顯示本發明—實施例之可攜式檢體檢測系統於檢測 檢體時的示意圖。 圖5係本發明另一實施例之檢體檢測模組的示意圖。 ，6係本發明又—實施例之可攜式檢H檢測模組連結至-s慧型手機之示意圖。 201233367 【主要元件符號說明】 1 智慧型手機 11 12、64 光偵測單元 13 2、5、6 檢體檢測模組 21、51、61 22、52、62檢體容置單元 23、53 24、54 第二導光單元 63 65 傳輸線 螢幕單元 照相鏡頭 本體單元 第一導光單元 光源單元2 passed to the "remote data system." In this way, the portable sample detection system of the present invention enables the home care organization to immediately monitor the health status of the leader of the portable sample detection system of the present invention, and when it is found that the user's health is abnormal ( If the blood sugar is too high, the home care institution can make appropriate treatment (such as actively helping the user to make an appointment for a registered visit, etc.), thereby effectively protecting the user of the portable sample detection system of the present invention. In addition, since the sample detecting module of the present invention includes a body unit 'a sample receiving unit, a first light guiding unit and a second light guiding unit, and a smart phone has - can do a screen unit of the light source unit and a photographic lens or a light sensor which can be used as a light detecting unit, so that the sample detecting group i of the present invention can be fixed to the side of the smart phone by the body unit of the light source unit and The first light guiding unit and the second light guiding unit respectively correspond to the screen unit of the smart phone and the light sensor (or the camera lens), and at least one sample is detected at any time and any place with the smart phone. The result of the test of the sample. The above-described embodiments are merely examples for the convenience of the description, and the scope of the claims is intended to be based on the scope of the claims, and not limited to the above embodiments. 201233367 [Simple Description of the Drawings] Fig. 1 is a schematic diagram showing the system architecture of the broadcastable body detecting system of the present invention. 2A is a schematic view showing the top side of the smart phone of the present invention-embodimentary body detecting system. FIG. 2B is a bottom view of the smart phone of the portable body detecting system according to an embodiment of the present invention. Schematic diagram of the side. 3 is a schematic diagram of a sample detecting module of a portable sample detecting system according to an embodiment of the present invention. Fig. 4 is a view showing the portable sample detecting system of the present invention - an embodiment for detecting a sample. FIG. 5 is a schematic diagram of a sample detecting module according to another embodiment of the present invention. 6 is a schematic diagram of the portable detection H detection module of the present invention connected to the -s smart phone. 201233367 [Description of main component symbols] 1 Smart phone 11 12, 64 Light detecting unit 13 2, 5, 6 Sample detecting module 21, 51, 61 22, 52, 62 Sample housing unit 23, 53 24, 54 second light guiding unit 63 65 transmission line screen unit camera lens body unit first light guiding unit light source unit
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