200824645 九、發明說明： 【發明所屬之技術領域】 本發明是有關於一種測試裝置，尤其是指一種可同時 針對複數台血壓計進行狀態檢測之一種血壓計之檢查测試 裝置。 【先前技術】 歐盟於2006年7月1日起禁止含鉛產品進口，政府也 開始針對含鉛量較大的水銀體溫計及血壓計，擬訂禁用政 策。因此，醫療院所慣用之水銀血壓計在未來也將逐步淘 汰，而被非侵入式電子血壓計所取代。目前標準檢驗局已 擬訂「非侵入式自動血壓計檢定檢查技術規範」-CNMV 16-2，並於民國九十四年十二月十四日公告，規劃九十八 年一月一日起實施。「非侵入式自動血壓計檢定檢查技術規 範」主要針對血壓計的壓脈袋指示壓力及氯壓系統進行檢 定檢查測試。 依據「度量衡器檢定檢查辦法」第2條說明所謂檢定 係指製造出廠前或輸入時之初次檢定或屆滿檢定合格有效 期間或經修理、調整、改造後之重新檢定。此外第12條要 求，度量衡器之檢定應全數逐一為之。台灣每月估計約有 6萬台非侵入式自動血壓計上市，因此檢定檢查業務量將 非常龐大，而檢定檢查機構（標準檢驗局）人力不足，為增 進效率節省時間，因而創作一可同時針對多台非侵入式自 200824645 動血壓計進行檢定檢查測試的装置。 目前市面上之測試裝置如圖-A以及圖-B所示，豆 中圖-[係為制壓脈袋指示壓力測試的示意圖；圖^ 係為習用氣齡統漏氣測試的示意圖。該測試1置具有一 不確定度小於G. lkPa (〇. 8 mmHg)之參考壓力計（Ref erence manometer);待測之非侵入式自動血壓計;容量為5〇〇mi + 5%的剛性金屬罐；以及壓力產生器（Pressure generator )，例如：如帶有排氣閥的球形泵（手動泵）。在 圖中，以一剛性金屬罐取代壓脈袋，用T型連接器和軟管， 將經校正的參考壓力計連接至氣壓管路。關閉制非侵入 式自動血壓計之電磁泵（如裝設的話）後，用另一 τ型連 接器將台壓力產生器連接至氣壓系統。於壓力〇 kpa ( 〇 mmHg)至最大壓力刻度範圍之間，以不大於7kpa ( 5 〇麵取） 之壓力間隔逐步進行測試。又如圖一 B所示，壓脈袋纏繞 於合適尺寸的圓柱，關閉待測非侵入式自動i麗計之電磁 泵（如裝設的話）後，用T型連接器將台壓办產生器連接 至氣壓系統。於整個量測範圍内進行至少五個相同間隔之 壓力點（例如，7kPa(50mmHg)，13kPa(100 mmHg)，20kPa(150 mmHg)，27kPa(200 mmHg)和 34kPa (250 mmHg>)進行漏氣 測試。 然上述之習用技術雖能進行壓脈袋指示壓力及氣壓系 統漏氣測試，但只能一次測試一台非侵入式自動血壓計。 因此急需一種可針對複數台以上之非侵入式血壓計之檢定 檢查測試的裝置，來解決習用技術之不便。 200824645 【發明内容】 本發明提供-種續計之檢查測試襄置， :::早广其係可產生至少-測試壓力點；-連接槿/ 八係契待測之複數個血料相連接；以及—氣^且 組，其係與該壓力控制單元以及該連接模組相連接f 【實施方式】 為使貴審查委員能對本發明之特徵、目的a 更進-步的認知與瞭解，下文特將本發明之裝置的相^田 部結構以及設計的理念原由進行說明，以使得冑查委可 以了解本發明之特點，詳細說明陳述如下： 、 請參閱圖二A所示，該圖係為本發明之血壓計之檢查 測試裝置之較佳實施例示意圖。該血壓計之檢查測試^置 2包括有一壓力控制單兀21、一連接模組以及一氣壓控制 模組22。該壓力控制單元21可產生至少一測試壓力^以 供測試，在本實施例中該壓力控制單元21之不確定度為 0· lkPa(0· 8mmHg)。該連接模組與待測之複數個血壓計相連 接。該連接模組主要是由快速接頭所構成，可提供連接複 數個待測裝置。在本實施例中，該血壓計係為一非侵入式 金壓計’其係具有一自動測量本體以及一綁帶，該綁帶上 更具有一壓脈袋。 200824645 舌月麥閱圖二B以及圖二C所示’其中圖二“系為本發 明之血料之檢查载裝置之測量本體連接模組示意圖； 圖二C係為本發明之血壓計之檢查測試裝置之綁帶連接模 組示意圖。該測量本體連接模組2 3具有一快速接頭2 3 〇以 及一平台（圖中未示）。該快速接頭23〇更具有一第一 頭23(Π、-第二連接頭2303以及一固定件23〇2。該一 連接頭2301，其係以-端與該氣壓控制模組&相連接。 ^二自連接頭則’其係以管路231與該複數個測量本體 =接查_定件2302 ’其係繼 ^弟—連接頭2303之間，以提供結合該第—連接 〇 以及該第二連接頭2303。在本實施例中，該固定件、23〇2 為一迫緊。該平台’可提供承载該複數個測量本體別。 定體==接模組24具有一快速接頭240以及複數個固 疋體（圖中未示）。該快速接頭24〇，其係更具 一、查 接頭240卜一第二連接頭綱以及-固定件2402。V第 2接頭，，其係以管請與該氣壓控制模組 相接頭2權，其係以—端與該複數個綁帶31 盘f 件24G2’其係⑦置於該第—連接頭2401 與该弟二連接頭24〇3之間，以提供結合該第—連 2 接頭_。在本實施例中，該固定件謂 马一迫緊螺帽。 請參閱圖四所示，該固定體4,可供綁帶31 摇 供綁可31支撐。在本實施例中該固定體4係為―二體，例 如：剛性金屬罐。請參閱圖三Α以及圖.三β所示，該圖係分 別為快速接頭之前視以及後視示意圖。由於測量本體連二 200824645 v ▼連接模組中之快速接頭結構相同，因此以測 :逹接组r之快速接頭來做說明’該快速接頭之第 十個，上具有複數個接。2306 (在本實施例中有 連接，：心，可視需要而定)’與氣糊模組相 之氣”路相連接 ⑽上之接口 2307則與測量本體 制單^Γ圖二Α所示，該氣㈣制模組22係與該麼办控 控制Μ*""柄連制組相連接，該氣壓控賴組22可 模组221以芬 Λ制杈 具有一谷器220、一控制閥 壓力~可程式控制單元222。該容11 220，其係該 產生肺Γί21相連接’該容器220可根據該測試壓力點 -剛凰塗力’在本實施例中，該容器220係可選擇為 該六L=各器其容積為5GGnu。該控制閥模組221與 Λ ^ 以及5亥連接模組相連接。該控制閥模組221之 目的在於，制氣壓運作，藉以檢測血壓計之狀態。 气二’該控制閥模㉟221 $具有複數個第一 = 路與該容請相連接，該複 以推-塗閱Mi Ο可接收該可程式控制單元222之控制 、p|曰^開閉，該複數個第一氣壓閥2210之一端更盥該 閥22t係共同巧至一第三氣壓閥， 接兮替各刀別與该容器、220以及一緊急排氣閥224相連 :時：t=24,作用在於管路中若有異常氣壓增 ”、' I之用。母一個第一氣壓閥2210之一出氣端 10 200824645200824645 IX. Description of the Invention: [Technical Field] The present invention relates to a test device, and more particularly to a test device for sphygmomanometer that can simultaneously detect the status of a plurality of sphygmomanometers. [Prior Art] The EU banned the import of lead-containing products on July 1, 2006. The government has also begun to formulate a banned policy for mercury thermometers and sphygmomanometers with a large lead content. Therefore, the mercury sphygmomanometers used in medical institutions will be phased out in the future and replaced by non-invasive electronic sphygmomanometers. At present, the Standards and Inspection Bureau has formulated the "Technical Specifications for the Inspection and Inspection of Non-invasive Automatic Blood Pressure Monitors" - CNMV 16-2, and announced on December 14, 1994, the implementation of the plan from January 1, 1998. . The "non-invasive automatic sphygmomanometer verification test specification" mainly tests and tests the pressure pulse bag indicating pressure and chlorine pressure system of the sphygmomanometer. According to Article 2 of the “Measurement and Checking Methods for Weighing Instruments”, the so-called verification refers to the re-inspection of the initial verification or expiration of the pre-factory or the expiration of the test, or after repair, adjustment and transformation. In addition to the requirements of Article 12, the verification of the weighing instrument should be done one by one. Taiwan estimates that about 60,000 non-invasive automatic sphygmomanometers are on the market every month. Therefore, the amount of verification and inspection business will be very large, and the verification and inspection institutions (Standard Inspection Bureau) have insufficient manpower to save time for efficiency, so the creation can be targeted at the same time. Multiple non-invasive devices for verification testing from the 200824645 sphygmomanometer. At present, the test devices on the market are shown in Fig.-A and Fig.-B, and the figure in the bean is a schematic diagram of the pressure test for the pressure pulse bag; the figure is a schematic diagram of the gas leakage test of the conventional gas age system. The test 1 is provided with a reference pressure gauge (Ref erence manometer) having an uncertainty of less than G. lkPa (〇. 8 mmHg); a non-invasive automatic sphygmomanometer to be tested; a rigidity of 5 〇〇mi + 5% a metal can; and a pressure generator such as a spherical pump (hand pump) with an exhaust valve. In the figure, the pressure vessel is replaced by a rigid metal can, and the calibrated reference pressure gauge is connected to the pneumatic line using a T-connector and a hose. After closing the electromagnetic pump of the non-invasive automatic sphygmomanometer (if installed), connect the pressure generator to the pneumatic system with another τ type connector. Between the pressure 〇 kpa ( 〇 mmHg) and the maximum pressure scale, the test is carried out step by step at a pressure interval of not more than 7 kPa (5 〇 face). As shown in Fig. 1B, the pressure pulse bag is wound around a cylinder of suitable size, and the non-intrusive automatic electromagnetic pump (if installed) to be tested is closed, and the T-connector is used to press the generator. Connect to the air pressure system. At least five equally spaced pressure points (eg, 7 kPa (50 mmHg), 13 kPa (100 mmHg), 20 kPa (150 mmHg), 27 kPa (200 mmHg), and 34 kPa (250 mmHg) are leaked throughout the measurement range. Although the above-mentioned conventional technology can perform the pressure pulse test and the air pressure system air leak test, it can only test one non-invasive automatic blood pressure meter at a time. Therefore, there is an urgent need for a non-invasive sphygmomanometer that can be used for more than one set. The device for verifying the test is used to solve the inconvenience of the conventional technology. 200824645 [Summary] The present invention provides a test device for continuous counting, ::: The system can generate at least a test pressure point; / VIII is a plurality of blood materials to be tested; and - a gas group, which is connected to the pressure control unit and the connection module f. [Embodiment] In order to enable the reviewing committee to characterize the present invention Objective a. Further understanding and understanding of the steps, the following is a description of the structure of the device and the concept of the design of the device of the present invention, so that the inspection committee can understand the characteristics of the present invention, The description is as follows: Please refer to FIG. 2A, which is a schematic diagram of a preferred embodiment of the sphygmomanometer inspection test device of the present invention. The sphygmomanometer inspection test device 2 includes a pressure control unit 21, a connection module and a gas pressure control module 22. The pressure control unit 21 can generate at least one test pressure for testing. In the present embodiment, the uncertainty of the pressure control unit 21 is 0·lkPa (0·8 mmHg). The connection module is connected to a plurality of sphygmomanometers to be tested. The connection module is mainly composed of a quick connector, and can provide a plurality of devices to be tested. In this embodiment, the sphygmomanometer is a The non-invasive gold pressure gauge has an automatic measuring body and a strap, and the strap has a pressure pocket. 200824645 The tongue and the moon are shown in Figure 2B and Figure 2C. The schematic diagram of the measuring body connecting module of the blood test device of the present invention; FIG. 2C is a schematic diagram of the strap connecting module of the blood test meter of the present invention. The measuring body connecting module 2 3 has a Quick connector 2 3 And a platform (not shown). The quick connector 23 has a first head 23 (Π, - a second connector 2303 and a fixing member 23 〇 2. The connector 2301 is terminated with a - end Connected to the air pressure control module & ^ two self-connecting heads are 'between the line 231 and the plurality of measuring bodies=inspection_fixing 2302' are between the two brothers-connecting head 2303, In the embodiment, the fixing member, 23〇2 is a pressing force. The platform 'can provide the plurality of measuring bodies. The body == The connector module 24 has a quick connector 240 and a plurality of solid bodies (not shown). The quick connector 24 is further configured to check the connector 240 and the second connector and the fixing member 2402. V second joint, which is connected to the air pressure control module by a pipe, and is connected to the plurality of straps 31, the disk member 24G2', and the system 7 is placed on the first connector 2401. Between the second connector 24 〇 3 and the second connector _. In this embodiment, the fixing member is a horse-tightening nut. Referring to FIG. 4, the fixing body 4 is provided for the strap 31 to be supported by the strap 31. In the present embodiment, the fixed body 4 is a two-body, such as a rigid metal can. Please refer to Figure 3 and Figure 3. Figure 3, which is a front view and a rear view of the quick connector. Since the measuring body is connected to the second 200824645 v ▼ the quick connector in the connection module has the same structure, so the quick connector of the group r is used for the description. The tenth of the quick connector has a plurality of connections. 2306 (in this embodiment, there is a connection,: the heart, depending on the need), the interface with the gas of the gas-filled module is connected to the channel (10), and the interface 2307 is the same as the measurement system. The gas (four) system module 22 is connected with the control unit &*""" shank system, the air pressure control group 22 can be modulo 221, has a bar 220, a control Valve pressure ~ programmable control unit 222. The capacity 11 220, which is the connection of the lungs 21 21 connected to the container 220 can be based on the test pressure point - huanghuang coating force in this embodiment, the container 220 can be selected The volume of the six-L=each device is 5GGnu. The control valve module 221 is connected to the Λ^ and 5H connection modules. The purpose of the control valve module 221 is to operate the air pressure to detect the state of the sphygmomanometer. The gas control valve module 35221 $ has a plurality of first = roads connected to the request, and the push-apply Mi Ο can receive the control of the programmable control unit 222, p|曰^ opening and closing, One of the plurality of first air pressure valves 2210 is further connected to the valve 22t to a third air pressure valve. Do, an emergency vent valve 220 and 224 is connected to the container: when: t = 24, if unusual effect in that the pressure increase "line, 'I only. One of the first air pressure valves 2210 of the female air outlet end 10 200824645
Tt 更連，有帛—氣壓閥2211。每-個第二氣壓閥2211可 可私式控制單元222之控制以進行閥門開閉，該複 數個：二_物1之-端更與該連接模組相連接。 孩可耘式控制單元222，其係與該控制閥模組相連 221 〇Tt is even more connected with a pneumatic valve 2211. Each of the second air pressure valves 2211 can be controlled by the private control unit 222 to open and close the valve, and the plurality of ends of the second object 1 are further connected to the connection module. a child control unit 222 connected to the control valve module 221 〇
也可直接由該可程式控制器222〇來控制。請參閱圖五所 不，該圖係為本發明之血壓計之檢查測試裝置進行壓力指 示測喊示意圖。在本測試實施例中，該壓力控單元21以及 氣壓控制模組22分別連接至一中央控制單元2〇，以接收 忒中央控制單元20之指示進行測試。該中央控制單元2〇， 可選擇為一電腦、工作站或者是伺服器。該連接模組連接 血壓計之量測本體30，以測試該量測本體3〇偵測氣壓大 小之準確度。如圖六所示，該圖係為本發明之血壓計之檢 查/則41置進行漏氣测試示意圖。如果要測試血壓計之綁 帶是否有漏氣，則可以使用本實施例之連接方式。利用量 =早兀222更具有一可程式控制器222〇、機能選擇面板 221〃以及—切換開關2222、2224。切換開關2222與該複 數個第一氣壓閥2210相連接，切換開關2222上更具有指 =燈2223分別對應至每一個第一氣壓閥221〇以分別顯示 每一個第一氣壓閥2210之動作狀態。切換開關2224與該 複數個第二氣壓閥2211相連接，切換開關2224上更^有 指示燈2225分別對應至每一個第二氣壓閥2211以分別顯 示每一個第二氣壓閥2211之動作狀態。在本實施例中該切 換開關2222、2224為手動開關，由操作人員自行控制第一 或者疋第二氣壓閥之作動。此外，該切換開關2222、2224It can also be controlled directly by the programmable controller 222. Please refer to FIG. 5, which is a schematic diagram of the pressure indication test of the blood pressure meter inspection test device of the present invention. In the present test embodiment, the pressure control unit 21 and the air pressure control module 22 are respectively connected to a central control unit 2 to receive an indication from the central control unit 20 for testing. The central control unit 2 can be selected as a computer, a workstation or a server. The connection module is connected to the measurement body 30 of the sphygmomanometer to test the accuracy of the measurement body 3 to detect the air pressure. As shown in Fig. 6, the figure is a schematic diagram of the leak test of the sphygmomanometer of the present invention. If the strap of the sphygmomanometer is to be tested for leaks, the connection method of this embodiment can be used. Usage = Early 222 has a programmable controller 222, a function selection panel 221, and a switch 2222, 2224. The switch 2222 is connected to the plurality of first air pressure valves 2210, and the switch 2222 further has a finger = 2223 corresponding to each of the first air pressure valves 221, respectively, to respectively display the operating state of each of the first air pressure valves 2210. The switch 2224 is connected to the plurality of second air pressure valves 2211, and the indicator switch 2224 further includes an indicator light 2225 corresponding to each of the second air pressure valves 2211 to respectively display an operation state of each of the second air pressure valves 2211. In the present embodiment, the switching switches 2222, 2224 are manual switches, and the operator controls the actuation of the first or second pneumatic valves by the operator. In addition, the switch 2222, 2224
200824645 測本體連接模組23連接量測本體30，綁帶連接模組24連 接綁帶31，然後進行漏氣偵测。 接下來說明本發明之運作方式，首先說明量测本體之 壓力指示测試。利用如圖五之連接配置後，根據「非侵入 式自動血壓計檢定檢查技術規範」之程序進行測試。如圖 二A所示，將壓力計之綁帶連接至綁帶連接模組24並將量 測本體連接至量測本體連接模組23。之後，透過壓力控制 單元21決定測試之複數個壓力點（例如：7kPa(50mmHg)、 13kPa(l⑽mmHg)、2GkPaa5GinmHg)、27kPa(2G()mmHg)以及 34kPa(250mmHg) ’依序進行壓力指示測試。當壓力控制單 元21設定7kPa(50mmHg)之壓力點後，會產生對應之氣壓， 此時第三壓力閥223以及該可程式控制器2220會控制該複 數個第一氣壓閥2210打開與該複數個第二氣壓閥2211關 閉。此時該量測本體會顯示其所感測知之壓力值為多少。 隨後該壓力控制單元21並依序更換壓力點 13kPa(100mmHg)、20kPa(150mmHg)·••等。然後如同前述之 步驟’如此經過記錄則可得知壓力計之量測本體量測壓力 之讀值，然後根據量測之結果，可對有問題之壓力計進行 校正調整。 接著’進行漏氣測試，如圖六之配置，根據r非侵入 式自動血壓計檢定檢查技術規範」之程序進行測試。同樣 透過壓力控制單元21決定測試之壓力點（例如： 7kPa(50mmHg))，進行綁帶之漏氣測試。當壓力控制單元 21没疋7kPa(50nnnHg)之Μ力點後，會產生對應之氣壓，此 時第三壓力閥223以及該可程式控制器222〇會控制該複數 200824645 個第一氣壓閥2210與該複數個第二氣壓閥2211打開。等 到壓力平衡後，讓可程式控制器2220會控制該複數個第一 氣壓閥2210關閉。此時該量測本體會讀取其所感測之綁帶 内之壓力值為多少。然後設定量測本體偵測綁帶壓力之時 間間隔’例如1分鐘或3分鐘等’但不以此為限。由該量 測本體於間隔之時間點讀取該綁帶内之壓力值。如此，經 過記錄與計算後，即可以得知綁帶於單位時間内之壓力變 化進而得知漏氣狀態。 惟以上所述者，僅為本發明之較佳實施例，當不能以 之限制本發明範圍。即大凡依本發明申請專利範圍所做之 均等變化及修飾，仍將不失本發明之要義所在，亦不脫離 本發明之精神和範圍，故都應視為本發明的進一步實施狀 況。 綜合上述，本發明提供一種血壓計之檢查測試裝置， 其係利用控制單元以及氣壓控制機構，以同時針對複數台 血壓計進行狀態檢測，進而節省時間以及人力。 本發明提供一種血壓計之檢查測試裝置，其係利用控 制單元產生測試壓力點，再藉由氣壓控制機構之作動，進 而測試血壓計之壓脈袋指示壓力。 本發明提供一種血壓計之檢查測試裝置，其係利用控 制單元產生測試壓力點，再藉由氣壓控制機構之作動，以 測試jk壓計有無漏氣。 本發明提供一種血壓計之檢查測試裝置，藉由與運算 處理裝置（如：電腦、工作站或伺服器）的連接，以進行自 動檢定檢查測試。 200824645 ·， 綜合上述，本發明提供之血壓計之檢查測試裝置，具 有可以同時測試檢驗多台之血壓計進而節省人力、時間之 . 優點，因此可以滿足業界之需求，進而提高該產業之競爭 力以及帶動週遭產業之發展，誠已符合發明專利法所規定 申請發明所需具備之要件，故爰依法呈提發明專利之申 請’謹請貴番查委貝允撥時間惠予番視’並賜准專利為 禱。 . 14 200824645 【圓式簡單說明】 圖一 A係為習用壓脈袋指示壓力測試的示意圖。 圖一 B係為習用氣壓系統漏氣測試的示意圖。 圖二A係為本發明之血壓計之檢查測試裝置之較佳實施例 示意圖。 圖二B係為本發明之血壓計之檢查測試裝置之測量本體連 接模組示意圖。 圖二C係為本發明之血壓計之檢查測試裝置之綁帶連接模 組示意圖。 圖三A以及圖三B係分別為快速接頭之前視以及後視示意 圖。 圖四係為綁帶包覆於柱體示意圖。 圖五係為本發明之血壓計之檢查測試裝置進行壓力指示測 試示意圖。 圖六係為本發明之血壓計之檢查測試裝置進行漏氣測試示 意圖。 【主要元件符號說明】 10- 參考壓力計 11- 剛性金屬罐 12- 測量本體 13- 壓力產生器 14- 綁帶 15- 剛性金屬罐 200824645 ' 2-血壓計之檢查測試裝置 20- 中央控制單元 21- 壓力控制單元 1 22- 氣壓控制模組 ' 220-容器 221_控制閥模組 2210-第一氣壓閥 22U-第二氣壓閥 222-可程式控制單元 ⑩ 2220-可程式控制器 2221-選擇機能面板 2222、 2224-切換開關 2223、 2225-指示燈 2 2 3 -第三氣壓閥 224-緊急停機排氣閥 23- 測量本體連接模組 馨 230-快速接頭 2301- 第一連接頭 2302- 固定件 230 3-第二連接頭 23卜管路 … 24-綁帶連接模組 - 240-快速接頭 2401-第一連接頭 16 200824645 2402-固定件 2 4 0 3 -第二連接頭 2306、2307-接口 241-管路 30- 測量本體 31- 綁帶 4-固定體200824645 The test body connection module 23 is connected to the measurement body 30, and the strap connection module 24 is connected to the strap 31, and then detects air leakage. Next, the operation of the present invention will be described. First, the pressure indication test of the measuring body will be described. After using the connection configuration shown in Figure 5, the test is performed according to the procedure of the "non-invasive automatic sphygmomanometer verification inspection specification". As shown in Figure 2A, the strap of the pressure gauge is coupled to the strap attachment module 24 and the measurement body is coupled to the metrology body attachment module 23. Thereafter, the pressure control unit 21 determines a plurality of pressure points (e.g., 7 kPa (50 mmHg), 13 kPa (l (10) mmHg), 2 GkPaa 5 GinmHg), 27 kPa (2G () mmHg), and 34 kPa (250 mmHg). When the pressure control unit 21 sets a pressure point of 7 kPa (50 mmHg), a corresponding air pressure is generated, and the third pressure valve 223 and the programmable controller 2220 control the plurality of first air pressure valves 2210 to open and the plurality of pressures. The second pneumatic valve 2211 is closed. At this time, the measuring body will display the pressure value of the sensing. Subsequently, the pressure control unit 21 sequentially changes the pressure points of 13 kPa (100 mmHg), 20 kPa (150 mmHg), and the like. Then, as recorded in the foregoing step, the measured value of the pressure measurement of the pressure gauge can be known, and then the pressure gauge of the problem can be corrected and adjusted according to the result of the measurement. Then, the air leak test is carried out, as shown in Fig. 6, and the test is carried out according to the procedure of the r non-invasive automatic blood pressure monitor test specification. Similarly, the pressure point of the test (for example, 7 kPa (50 mmHg)) is determined by the pressure control unit 21, and the air leakage test of the strap is performed. When the pressure control unit 21 does not have a pressure point of 7 kPa (50 nnnHg), a corresponding air pressure is generated. At this time, the third pressure valve 223 and the programmable controller 222 控制 control the plurality of 200824645 first air pressure valves 2210 and The plurality of second pneumatic valves 2211 are opened. After the pressure is equalized, the programmable controller 2220 controls the plurality of first pneumatic valves 2210 to close. At this point, the measurement body will read the value of the pressure in the strap it senses. Then, the time interval at which the measuring body detects the pressure of the strap is set, for example, 1 minute or 3 minutes, etc., but is not limited thereto. The pressure value in the strap is read by the measuring body at the time of the interval. In this way, after recording and calculation, the pressure change of the strap in unit time can be known to know the leak state. However, the above is only a preferred embodiment of the present invention, and the scope of the present invention is not limited thereto. It is to be understood that the scope of the present invention is not limited by the spirit and scope of the present invention, and should be considered as a further embodiment of the present invention. In summary, the present invention provides an examination and testing device for a sphygmomanometer which utilizes a control unit and a pneumatic control mechanism to simultaneously perform condition detection for a plurality of sphygmomanometers, thereby saving time and labor. The present invention provides an examination and testing device for a sphygmomanometer, which uses a control unit to generate a test pressure point, and then operates the air pressure control mechanism to test the pressure indication pressure of the sphygmomanometer. The invention provides an inspection test device for a sphygmomanometer, which uses a control unit to generate a test pressure point, and then operates by the air pressure control mechanism to test whether the jk pressure gauge has air leakage. The present invention provides an inspection test apparatus for a sphygmomanometer that performs an automatic verification inspection test by being connected to an arithmetic processing device such as a computer, a workstation, or a server. 200824645 · In summary, the sphygmomanometer inspection test device provided by the present invention has the advantages of being able to simultaneously test and test multiple sphygmomanometers, thereby saving manpower and time. Therefore, it can meet the needs of the industry and thereby improve the competitiveness of the industry. As well as driving the development of the surrounding industries, Cheng has already met the requirements for applying for inventions as stipulated in the invention patent law. Therefore, the application for the invention of patents in accordance with the law is 'please ask the Guifan Commission to allow time for the benefit of Fanshi' and The quasi-patent is a prayer. 14 200824645 [Simplified circular description] Figure 1 is a schematic diagram of the pressure test indicated by the conventional pressure pulse bag. Figure 1 B is a schematic diagram of the air pressure test of the conventional pneumatic system. Fig. 2A is a schematic view showing a preferred embodiment of the test apparatus for the sphygmomanometer of the present invention. Figure 2B is a schematic view of the measuring body connection module of the blood test meter of the present invention. Figure 2C is a schematic view of the strap connection module of the blood test meter of the present invention. Fig. 3A and Fig. 3B are respectively a front view and a rear view of the quick connector. Figure 4 is a schematic view of the strap wrapped around the cylinder. Fig. 5 is a schematic diagram showing the pressure indicating test of the test device for the sphygmomanometer of the present invention. Fig. 6 is a view showing a leak test of the inspection test device of the sphygmomanometer of the present invention. [Main component symbol description] 10-Reference pressure gauge 11- Rigid metal can 12-Measurement body 13- Pressure generator 14-Liegue 15- Rigid metal can 200824645 ' 2- Sphygmomanometer inspection test device 20- Central control unit 21 - Pressure control unit 1 22 - Air pressure control module '220 - Container 221_ Control valve module 2210 - First air pressure valve 22U - Second air pressure valve 222 - Programmable control unit 10 2220 - Programmable controller 2221 - Select function Panel 2222, 2224 - Diverter 2223, 2225 - Indicator 2 2 3 - Third Air Valve 224 - Emergency Shutdown Exhaust Valve 23 - Measuring Body Connection Module Xin 230 - Quick Connector 2301 - First Connector 2302 - Mounting 230 3-second connector 23 pipe... 24-tie connector module - 240-quick connector 2401 - first connector 16 200824645 2402-fixing member 2 4 0 3 - second connector 2306, 2307-interface 241-Line 30- Measuring body 31- Strap 4-fixing body