!3ll〇49 九、發明說明： 【發明所屬之技術領域】 本發明是有關於-種測試裝置，尤其是指一種可同日士 料複數台血壓計進行狀態制之—種血壓狀檢查測= 裝置。 【先前技術】 歐盟於2_年7月工日起禁止含錯產品進口，政 ，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么壓計在未來也將逐步淘 太’而被非侵入式電子血壓計所取代。目前標準檢驗局已 =訂「非侵人式自動㈣計檢定檢查技術規範」 ’亚於民國九十四年十二月十四日公告，規劃九十八 月-日起實施。「非侵人式自動血壓計檢定檢查技術規 =」主要針對血壓計的壓脈袋指示壓力及氣壓系 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 度量衡器之檢定應全數逐—為之。台灣每月估計約有 $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 進致率節省時間，因而創作一可同時針對多台非侵入式自曰 1311049 動血壓汁進行檢定檢查測試的裝置。 目前市面上之測試裝置如圖一八以及圖—β所示，苴 中^ Α係為習用壓脈袋指示壓力測試的示意圖；圖一^ 糸二習用氣壓系統漏氣測試的示意圖。該測試裝置具有一 不確定度小於G.lkPa(G.8_Hg)之參考塵力計（Ref:rence =n〇meter)，相之非侵入式自動血壓計；容量為5_土 W的剛性金屬罐；以及壓力產生器办咖㈣ g erator)例如.如帶有排氣閥的球形泵（手動泵）。在 圖中，以-剛性金屬罐取代壓脈袋，用τ型連接器和軟管， 將經校正的參考壓力計連接至氣壓管路。㈣待測非侵入 式自動血料之電磁泵（如裝設的話）後，用另-Τ型連 接器將台壓力產生器連接至氣㈣統。於壓力Gkpa(〇 mmHg)至最大壓力刻度範圍之間，以不大於Wa ( 5 〇 ） 之壓力間隔逐步進行測試。又如圖—㈣示，壓脈袋纏繞 於合適尺寸的圓柱，關閉待測非侵人式自動血壓計之電磁 泵（如裝設的話）後，用τ型連接器將台壓力產生器連接 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(50_Hg)，13kPa(l〇〇 mmHg)，2〇kPa(i50 _Hg) ’ 27kPa(200 mmHg)和 34kPa (25〇 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。 1311049 【發明内容】 本發明提供一種血壓計之檢查測試裝置，包括：一壓 力控制單元，其係可產生至少一測試壓力點；一連接模組， 其係與待測之複數個血壓計相連接；以及一氣壓控制模 組，其係與該壓力控制單元以及該連接模組相連接，該氣 壓控制模組可控制管路内之氣壓以檢查測試該複數個血壓 計之狀態。 【實施方式】 為使貴審查委員能對本發明之特徵、目的及功能有 更進一步的認知與暸解，下文特將本發明之裝置的相關細 部結構以及設計的理念原由進行說明，以使得審查委員可 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裝置 2包括有一壓力控制單元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點以 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. 8醒Hg)。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 血壓計，其係具有一自動測量本體以及一鄉帶，該綁帶上 更具有一壓脈袋。 1311049!3ll〇49 IX. Description of the Invention: [Technical Field of the Invention] The present invention relates to a test device, and more particularly to a blood pressure test capable of performing a state control system with a plurality of sphygmomanometers. . [Prior Art] The EU banned the import of mis-products from the July 2nd, and the government began to formulate a banned policy for mercury thermometers and sphygmomanometers with a large lead content. Therefore, the mercury sphygmomanometers used in medical institutions will gradually be replaced by non-invasive electronic sphygmomanometers in the future. At present, the Standards and Inspection Bureau has set a "Technical Specification for Non-Invasive Automatic (4) Inspection and Inspection", announced on December 14, 1994, and will be implemented from September to October. The "non-invasive automatic sphygmomanometer verification check technical specification =" is mainly for the pressure pulse bag indicating pressure and air pressure system check test of the sphygmomanometer. ^ ^ According to Article 2 of the "Measurement and Checking Method for Measuring Instruments", the so-called verification refers to the re-inspection after the initial verification or expiration of the factory before or at the time of importation, or after repair, adjustment and transformation. In addition, the verification of the weighing instrument in Article 12 shall be in full. Taiwan estimates that there is about a non-invasive automatic sphygmomanometer listed on a monthly basis. Therefore, the volume of verification inspections will be very large, and the verification inspection agency (Standard Inspection Bureau) has insufficient manpower to save time and increase the time. A device for performing a verification test on a plurality of non-invasive self-proclaimed 1311049 blood pressure juices. At present, the test device on the market is shown in Fig. 18 and Fig.-β, and the 苴中^ is a schematic diagram of the pressure test for the conventional pressure pulse bag; Fig. 1 is a schematic diagram of the air leakage test of the conventional pneumatic system. The test device has a reference dust meter (Ref: rence = n〇meter) with an uncertainty less than G.lkPa (G.8_Hg), a non-invasive automatic blood pressure meter with a phase; a rigid metal with a capacity of 5_ww a tank; and a pressure generator (4) g erator) 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 corrected reference pressure gauge is connected to the pneumatic line with a τ connector and a hose. (4) After the electromagnetic pump of the non-invasive automatic blood material to be tested (if installed), connect the pressure generator to the gas (four) system with a different type of connector. Between the pressure Gkpa (〇 mmHg) and the maximum pressure scale range, the test is carried out step by step at a pressure interval not greater than Wa ( 5 〇 ). As shown in Fig.-(4), the pressure pulse bag is wound around a cylinder of suitable size, and the electromagnetic pump (such as the installation) of the non-invasive automatic blood pressure monitor to be tested is closed, and the pressure generator is connected to the pressure generator by a τ type connector. Pneumatic system. Perform at least five equally spaced pressure points throughout the measurement range (eg, 7 kPa (50_Hg), 13 kPa (10 〇〇 mmHg), 2 kPa (i50 _Hg) '27 kPa (200 mmHg), and 34 kPa (25 〇 mmHg) )) Perform a leak test. Although the above-mentioned conventional techniques can perform the pressure pulse indicating pressure and the air pressure system leak test, only one non-invasive automatic blood pressure monitor can be tested at one time. Therefore, there is an urgent need for a device that can perform verification tests on a plurality of non-invasive sphygmomanometers to solve the inconvenience of conventional technology. 1311049 SUMMARY OF THE INVENTION The present invention provides an examination and testing device for a sphygmomanometer, comprising: a pressure control unit capable of generating at least one test pressure point; and a connection module connected to a plurality of sphygmomanometers to be tested And a pressure control module connected to the pressure control unit and the connection module, the air pressure control module can control the air pressure in the pipeline to check the state of testing the plurality of sphygmomanometers. [Embodiment] In order to enable the reviewing committee to have a further understanding and understanding of the features, objects and functions of the present invention, the detailed structure of the device of the present invention and the concept of the design are explained below so that the reviewing committee can The detailed description of the features of the present invention is as follows: Please refer to FIG. 2A, which is a schematic diagram of a preferred embodiment of the test device for the sphygmomanometer of the present invention. The sphygmomanometer inspection test device 2 includes a pressure control unit 21, a connection module, and a pneumatic control module 22. kPa(0. 8醒Hg) The uncertainty of the pressure control unit 21 is 0. lkPa (0.8 awake Hg). The pressure control unit 21 can generate at least one test pressure point for testing. 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 non-invasive sphygmomanometer having an automatic measuring body and a home belt, the strap further having a cuff. 1311049
請參閱圖二B以及圖二C所示’其中圖二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。該測量本體連接模組23具有一快速接頭230以 及一平台（圖中未示）。該快速接頭23〇更具有一第一連接 頭2301、一第二連接頭2303以及一固定件2302。該第一 連接頭2301，其係以一端與該氣壓控制模組22相連接。 該第二連接頭2303，其係以管路231與該複數個測量本體 30相連接。該固定件2302，其係設置於該第一連接頭2301 與該第二連接頭2303之間 1心π，、，口口 5次乐 以及該第二連接頭2303。在本實施例中，該固定件23〇2 為一迫緊螺帽。該平台，可据佴紊普 — 該鄉帶連接模組量本體心 定體（圖中未示）。該快速=接射及複數個固 接頭湖、-第二連_ Q : #係更具有—第一連 —連接頭2401，其係以总 以及―固定件2402。該第 連接。該第二連接碩^241與該氣壓控制模組22相 相連接。該固定件24 其係以—端與該複數個綁帶31 與該第二連接頭24〇3之閩其係L設置於該第一連接頭2401 以及該第二連接頭以提供結合該第一逹接頭24〇1 為—迫緊螺帽。。在本實施例中，該固定件2402 明食阅_四所示 供綁帶31支撐。在本〃疋體4，可供綁帶3]纏繞以 如：剛性金屬罐。請參閱，例中該固定體4係為—柱體， 別為快速接頭之前視以圖:~、A以及圖三β所示，該圖係 Υ视不意圖。由於測量本體連< 量本體連c拉組中之快速接頭結構相同，因此以測 1接頭=彳快速接頭來㈣明，職速接頭之第 十询，不以此=有设數個接口23Q6 (在本實施例中有 連接，而該可視需要而定），與氣壓控制模組相 之氣壓營路相軸碩23〇3上之接口 2307則與測量本體 再回到圖_ A 一 制單元1該氣壓控制模組22係與該壓力控 趣制管路内之/接模組相連接，職壓控組22可 本實施例中，!^讀查測試該複數個灰壓計之狀態。在 〜以及具有-容器22〇 屢力控制單元2“、，制:兀222。該容器220，其係該 產生對應之^目接」該容器220可根據該測試壓力點 u性金屬i哭’ ΐϊ貫施例中，該容器220係可選擇為 謗容器2?η °° ，、合積為5〇〇ml。該控制閥模組221盥 之 目的卿連接模組相連接。該控制閥模組221、 於以^壓運作，藉以檢測血壓計之狀態。 在本實施例中，該控㈣ 數 ◦’其係分1上 =膝 數個第一氣壓閥。亥合為220相連接，該4 以進行閥mi 該可程式控制單元222之㈣ 二=該複數個第—氣壓閥之-端更& 之冬: 相連接，該複數個第一氣壓閥221Please refer to FIG. 2B and FIG. 2C. FIG. 2B is a schematic diagram of a measurement body connection module of the blood pressure meter inspection test device of the present invention; FIG. 2C is a test device for the blood pressure monitor of the present invention. Schematic diagram of the strap connection module. The measuring body connection module 23 has a quick connector 230 and a platform (not shown). The quick connector 23 has a first connector 2301, a second connector 2303, and a fixing member 2302. The first connector 2301 is connected to the air pressure control module 22 at one end. The second connector 2303 is connected to the plurality of measuring bodies 30 by a conduit 231. The fixing member 2302 is disposed between the first connecting head 2301 and the second connecting head 2303, and has a center π, a mouth 5 times, and a second connecting head 2303. In this embodiment, the fixing member 23〇2 is a pressing nut. The platform can be based on the turbulence - the township is connected to the module body body (not shown). The fast = illuminating and a plurality of solid joint lakes, - the second joint _ Q: # 。 has a - first joint - the joint head 2401, which is tied to the "fixed piece 2402". The first connection. The second connection node 241 is coupled to the air pressure control module 22. The fixing member 24 is disposed at the first end of the fixing member 24 and the plurality of straps 31 and the second connecting portion 24〇3, and is disposed on the first connecting head 2401 and the second connecting head to provide a combination of the first The 逹 joint 24〇1 is a tightening nut. . In the present embodiment, the fixing member 2402 is supported by the strap 31 as shown in the fourth reading. In the body 4, the strap 3] can be wound, such as a rigid metal can. Please refer to the example in which the fixed body 4 is a cylinder, and the other is a quick joint. The front view is shown in the figure: ~, A and Fig. 3, and the figure is not intended. Since the measurement body is connected to the same body, the quick joint structure in the c-group is the same, so the test 1 connector = 彳 quick connector (four), the tenth query of the service joint, not this = there are several interfaces 23Q6 (In this embodiment, there is a connection, and depending on the need), the interface of the air pressure control module with the air pressure control module, the interface 2307, and the measuring body return to the figure _ A unit 1 The air pressure control module 22 is connected to the connection module in the pressure control funnel, and the occupational pressure control group 22 can read and test the state of the plurality of gray pressure gauges in this embodiment. In the ~ and the - container 22 〇 力 控制 控制 控制 控制 “ “ “ “ 兀 兀 222 222 222 222 222 222 222 222 222 222 222 222 222 222 222 222 222 222 222 222 222 222 222 222 222 222 222 222 222 222 222 222 222 222 In the example, the container 220 can be selected as a container 2? η ° °, and a total of 5 〇〇 ml. The control valve module 221 is connected to the purpose of the connection module. The control valve module 221 is operated by pressing to detect the state of the sphygmomanometer. In the present embodiment, the control (four) number ◦' is on the line 1 = knee number of first air pressure valves. The Haihe is connected to the 220 phase, and the 4 is used to perform the valve mi. The programmable control unit 222 (4) 2 = the plurality of first air pressure valves - the end is more & the winter: the plurality of first air pressure valves 221
進轧而係共同連接至一第三尸 閥223則分別盥該容哭99〇 '飞土閥223 5亥弟二軋I 接。該緊急排_ 224\_1及—緊急排氣閥224袖 加時，作為_之用。每第在^管路中若有異常氣" 母—個弟—氣壓閥2210之一出氣坤 10 1311049 接收:閥2211。每-個第二氣壓閥2211可 从間22η之-端更與該連接模組相連接。 ^ ^ 221 制單元l 组221内之氣閥開關^ 2221以及-Λ 可程式㈣器222G、機能選擇面板 W1M及一切換開關。關攸 數個第-氣壓閥2?ln知、“立 換開關2222與該複 示燈助分別對換關2222上更具有指 每—個第一 ^ 母—個第—氣屢閥2训以分別顯示 複數_ 1咖之動賴S。娜· 2224盘該 ;數：第二氣壓瞻"目連接，切換開議上更；有 ‘Π?分別對應至每—個第二氣壓閥2211以分別顯 :母-個苐二編名2211之動作狀態 =222: 2224為手動開關，由操作人員自行二 ，者：第二*屋間之作動。此外，該切換開關挪、二 也可直接㈣可程式控制器222()來控制 示二圖=明之血㈣之檢查測試裝置進：： —意圖。在本測試實施例中，簡力控單Μ = 氣壓控制模組22分別連接至—令 射仲刹輩开9n夕4t T幻工制早疋20，以接收 /中央U早70 2 G之心示進行賴。該中央控制單元別， 可選擇為m站或者是舰器。該連接模 血壓計之量測本體3〇，以測試該㈣ ^ 小之準確度。如圖六所示，該圖係為本發明之血= 測試示意圖。如果要測試血壓計之二 ▼疋否有漏乳’則可以使用本實施例之連接方式。利用量 1311049 測本體連接模組23連接量測本體3〇 ’綁帶連接模組24連 接綁帶31，然後進行漏氣偵測。 i 接下來說明本發明之運作方式’首先說明量測本體之 壓力指示測試。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 測本體連接至罝測本體連接模組2 3。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(5〇mmHg)、 1 13kPa(100mmHg)、20kPa(150mmHg)、27kPa(200mmHg)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「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(5(kmHg))，進行綁帶之漏氣測試。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 1311049 徊第一 等 到•力：：與 氣壓閥2210關閉。此時該° %會控制遠複數個第- 内之壓力㈣多少。體會讀取其所感測之綁帶 間_，例如i 3 二測讀仙綁帶壓力之時 測本體於間隔之時間點讀取“帶限T 過記錄與計算後，即可 力值。如此，經 化進而得知漏氣狀態。如於單位時間内之麼力變 之二=::=㈣之較佳實施例，當不能以 均等變化及修:圍仍=，做之 =發明之精神和範圍’故都應視為本發明的進—步 际令、上述 其係利用控制單種血壓計之檢查測試裝置， u 及乳壓控制機構，以同時針對複數ζInto the rolling and connected to a third corpse valve 223, respectively, the volume of crying 99 〇 'flying earth valve 223 5 haidi two rolling I. The emergency platoon _ 224\_1 and the emergency venting valve 224 sleeves are used as _. If there is an abnormal gas in every ^ pipeline, "the mother - a brother - one of the pneumatic valves 2210 out of the air 10 1311049 Receive: valve 2211. Each of the second pneumatic valves 2211 can be connected to the connection module from the end of the intermediate 22n. ^ ^ 221 The valve switch ^ 2221 and - Λ in the unit 221 group 221 can be programmed (4) 222G, the function selection panel W1M and a switch. Regarding a number of first-pneumatic valves 2?ln know, "replacement switch 2222 and the re-energy lamp help to change the switch 2222 respectively, more refers to each - the first ^ mother - a first - gas repeatedly valve 2 training Separately display the plural _ 1 coffee 赖 S. Na · 2224 disk; number: second air pressure " mesh connection, switch to open the discussion; there are 'Π? respectively correspond to each second second air valve 2211 Displayed separately: mother-single two named 2211 action state = 222: 2224 is a manual switch, by the operator's own two, the second * room action. In addition, the switch can be moved directly, two can also be directly (four) The programmable controller 222() can control the test device of the second figure=Mingzhi (4):: - Intent. In the test embodiment, the simple control unit Μ = the air pressure control module 22 is connected to the - shot The secondary brakes open 9n eve 4t T illusion system early 疋 20, to receive / central U early 70 2 G heart to show. The central control unit, you can choose to m station or the ship. The connection model blood pressure The body is measured 3 〇 to test the accuracy of the (4) ^ small. As shown in Figure 6, the figure is the blood test of the present invention = test schematic. If you want to test the sphygmomanometer, you can use the connection method of this embodiment. The usage of the body connection module 23 is connected to the measurement body 3〇' strap connection module 24 connection strap 31 Then, the air leak detection is performed. i Next, the operation mode of the present invention will be described. 'Firstly, the pressure indication test of the measurement body is described. After using the connection configuration as shown in FIG. 5, according to the "non-invasive automatic blood pressure meter verification inspection technical specification" The program is tested. 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 test body attachment module 23. Thereafter, the pressure control unit 21 determines a plurality of pressure points (for example, 7 kPa (5 〇 mmHg), 1 13 kPa (100 mmHg), 20 kPa (150 mmHg), 27 kPa (200 mmHg), and 34 kPa (250 mmHg), and sequentially performs pressure indication. After 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. The plurality of second air pressure valves 2211 are closed. At this time, the measuring body will display the pressure value sensed by the measuring body. Then the pressure control unit 21 sequentially replaces the pressure points 13 kPa (100 mmHg), 20 kPa (150 mmHg)... Then, as in the above-mentioned > step, the recorded value of the measured pressure of the measuring instrument can be known by the recording, and then the corrected pressure gauge can be corrected and adjusted according to the measurement result. Perform a leak test, as shown in Figure 6, and test according to the procedure of the "non-invasive automatic sphygmomanometer test specification". The pressure point of the test is also determined by the pressure control unit 21 ( For example: 7kPa (5 (kmHg)), the air leak test of the strap. When the pressure control unit 21 sets the pressure point of 7kPa (50mmHg), the corresponding air pressure is generated, and the third pressure valve 223 and the programmable The controller 2220 controls the plurality of 1311049 徊 first to the force:: and the air valve 2210 is closed. At this time, the °% will control the number of pressures in the first plurality - the inner (four). The experience will read between the sensed straps. _, for example, i 3 When the pressure of the test strap is measured, the body is read at the time point of the interval. “The band limit T is recorded and calculated, and then the force value is obtained. Thus, the gasification state is known to the leak state. The best example of the change in the unit time =::= (4), when it can not be changed equally and repaired: still =, do = the spirit and scope of the invention 'so it should be regarded as the invention In-step, the above-mentioned system uses an inspection test device that controls a single sphygmomanometer, u and a milk pressure control mechanism to simultaneously target a plurality of ζ
血壓汁進行狀態檢測，進而節省時間以及人力# C 制單nm:血壓計之檢查測試裝置，其係利用控 貝“式血壓计之壓脈袋指示壓力。 本發明提供一種 制單元產生測試壓力 測試血壓計有無漏氣 血壓計之檢查測試裝置’其係利用控 點，再藉由氣壓控制機構之作動，以 藉由與運算 ’以進行自 本發明提供—種血壓計之檢查測試裝置， ^理裝置（如··電腦、工作站或舰器）的連接 動檢定檢查測試。The blood pressure juice is subjected to state detection, thereby saving time and manpower. The C-meter single nm: sphygmomanometer inspection test device uses the pressure pulse bag of the sphygmomanometer to indicate the pressure. The present invention provides a test unit for generating a test stress test. The sphygmomanometer has an inspection test device for leaking sphygmomanometers, which uses a control point and is actuated by a pneumatic control mechanism to perform an inspection test device for the sphygmomanometer provided by the present invention. A connection check test for a device (such as a computer, workstation, or ship).
丨:：S 1311049 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、時門之 ^點’因此可以滿足業界之需求，進而提高該產業之^爭 及帶動週遭產業之發展，誠已符合發明專利法所規定 往明t明所需具備之要件’故爰依法呈提發明專利之申 口月,Ί堇全奮主由太去 〜丁 禱。11貝審查委員允撥時間惠予審視，並賜准專利為 1311049 【圏式簡單說明】 :―:係為習觀袋指示墨力測試的示意圖。 =:β係為習用嶋統漏氣測試的示意圖。 :意圖係為本發明之血壓計之檢查測試裝置之較佳實施例 測試裝置之測量本體連 圖二Β係為本發明之血壓計之檢查 接模組示意圖。 圖=C係為本發明之血壓計之檢查職裝置之綁帶連接模 組示意圖。 、 圖一Α以及圖二β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 1311049 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 22- 氣壓控制模組 220- 容器 221- 控制閥模組 2210-第一氣壓閥 221卜第二氣壓閥 222-可程式控制單元 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 223 -第三氣壓閥 224-緊急停機排氣閥 23- 測量本體連接模組 230- 快速接頭 230卜第一連接頭 2302- 固定件 2303- 第二連接頭 231- 管路 24- 綁帶連接模組 240-快速接頭 2401-第一連接頭 16 1311049 2402- 固定件 2403- 第二連接頭 2306、2307-接口 241-管路 30- 測量本體 31- 綁帶 4-固定體丨::S 1311049 The above-mentioned inspection and testing device for the sphygmomanometer provided by the present invention has the ability to simultaneously test and test a plurality of sphygmomanometers, thereby saving manpower and time points, thereby meeting the needs of the industry and thereby improving the industry. The competition and the development of the surrounding industry have been in line with the requirements of the invention patent law to meet the requirements of the Ming Dynasty, and therefore the application of the invention patent in accordance with the law. prayer. The 11-member review committee allowed the time to review and granted the patent as 1311049 [Simple description]: “: It is a schematic diagram of the ink test for the observation bag. =: β is a schematic diagram of the conventional gas leak test. The preferred embodiment of the test device for the sphygmomanometer of the present invention is shown in FIG. 2 is a schematic view of the test module of the sphygmomanometer of the present invention. Figure = C is a schematic diagram of the strap connection module of the inspector device of the sphygmomanometer of the present invention. Fig. 1 and Fig. 2 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 - measuring body 13 - pressure generator 14 - strap 15 - rigid metal can 1311049 2- sphygmomanometer inspection test device 20 - central control unit 21 - Pressure Control Unit 22 - Air Pressure Control Module 220 - Container 221 - Control Valve Module 2210 - First Air Pressure Valve 221 - Second Air Pressure Valve 222 - Programmable Control Unit 2220 - Programmable Controller 2221 - Select Function Panel 2222, 2224 -Switch 2223, 2225-Indicator 223 - Third air valve 224 - Emergency stop exhaust valve 23 - Measuring body connection module 230 - Quick connector 230 - First connector 2302 - Fixing member 2 230 - Second connector 231 - Piping 24 - Strap connection module 240 - Quick connector 2401 - First connector 16 1311049 2402- Fixing member 2403 - Second connector 2306, 2307 - Interface 241 - Piping 30 - Measuring body 31 - Strap 4 - fixed body