M262155 八、新型說明： 【新型所屬之技術領域】 本創作係一種電子式企壓機校正治具，尤指一種藉由治具及治. 具間之聯通關係’使製造者可同時對—組以上之待校正電子“ 壓機進仃校正之工作’以節省時間及增加正確性。 【先前技術】 按般^知電子式血壓機在出廠前，皆必須先作設定及校 正之程序’其校正及設定之方式，係透過人卫之方式，將—個將 出薇前之電子式血壓機電路板與控制系統及氣果相連接，再透過鲁 人為之#作’先對該電子式血虔機電路板進行初始狀態設定後， 使氣泵將氣體傳送至待測之電子▲壓機上電路板之壓力感測件 上’直至該氣壓至最大蚊值後，再藉由人工調整可變電阻⑽ 將所設定之最大數值設定至該電路板上，然而，如此每次僅能對 一電子血壓機進行校正之工作，且皆透過人工方式去操控每一個 校正及設定之工作，不僅十分不具效率，而且浪費人力成本，在 時間上也有所耗費。 修 【新型内容】 > 設計 本創作之創作人有鑑於上述習用校正方式浪費人力且容易誤 判之缺點，因此乃針對其癥結所在，開始著手加以謀求改善補 其所缺’以期尋求-項合理解決之道，經過無數次之研析、 終於完成本創作之電子式血壓機校正治具。 而本創作之-目的’即在提供一種電子式血壓機校正治具， 5 M262155 其設有一平台，該平台上設有一個以上之按鍵，該等按鍵係用來 操控用，且該平台並與一控制系統相連接，又，該平台上設有一 個以上之治具’該等治具用來安置待校正之電子血壓機，且該等 治具上分別設有互相聯通之氣體管路，該等氣體管路並與一加壓 裝置相接，再者，該等治具上分別設有配合待校正電子式血壓機 配合之電氣接點及氣孔，其中氣孔係與氣體管路相聯通，令測試 時，可透過平台上一按鍵之指示，先將氣體管路中之氣體排除至 與周邊環境大氣壓相等（即初始狀態），並透過控制系統對待校正 電子式血壓機進行初始狀態之設定，再透過另一按鍵之指示，使 加壓裝置透過氣體管路對各待校正之電子式血壓機進行加壓，直 至設定之最大壓力值，並透過控制系統將該最大壓力值之數值設 定至在該等待校正電子式血壓機，再藉由最大壓力值至初始狀態 之間關係為直線斜率關係，由控制系統根據如此之關係將與各壓 力值相對應之數值計算出來後，再將該等數值對待校正之電子式 血壓機進行設定校正，如此一來，可藉由控制系統及透過治具間 相聯通之結構，同時對一組以上之電子式血壓機進行設定及校正 之工作，進而能節省時間及增加校正正確性。 本創作之另一目的，在提供一種電子式血壓機校正治具，其 氣體管路上連接有一脈衝訊號血壓值模擬器，而在平台上則設有 一操控該脈衝訊號血壓值模擬器作動之按鍵，如此一來，可透過 按鍵啟動該脈衝訊號血壓值模擬器，令該脈衝訊號血壓值模擬器 可將指定之模擬脈壓透過氣體管路傳送至在治具上之各待校正電 M262155 子式血壓機，而令控制系統將指定之模擬脈壓值設定至該等待校 正之電子式血壓機，如此，即可完成該等待校正電子式血壓機之 脈壓設定工作。 本創作又一目的，在提供一種電子式血壓機校正治具，其加壓裝置上設有 一儲氣槽，該儲氣槽並與一氣泵相連接，以令使用時，可透過氣泵將氣體儲存 在儲氣槽，而令氣體可平均且穩定地透過氣體管路傳送至每一個治具上。 【實施方式】 首先，請參閱第1圖所示，本創作係一種電子式血壓機校正 治具，其係用來校正出廠前之電子式血壓機之機構，該機構上設 有一平台10，該平台10上設有一個以上之按鍵11，於本實施例 為三個，一個係用來使氣壓初始狀態指示操控用，另一個則係用 來使氣壓到達最大設定值，再一個則用來啟動操控脈衝用，且該 平台10上設有一顯示件20，於本實施例為一液晶顯示器，而該 平台10更藉由電氣線路與一控制系統30相連接。 再者，該平台10上並設有一個以上之治具40，該等治具40 係配合待校正電子式血壓機而設，且該等治具40並透過電氣線路 與顯示件20及控制系統30相連接，另，該等治具40上設有與電 子式血壓機50配合相對之電氣接點41及氣孔42，其中，該等氣 孔42並與氣體管路43相連接，而該等氣體管路43係相聯通，且 該氣體管路43並向外延伸與一加壓裝置60相連接，該加壓裝置 60上設有一儲氣槽61，該儲氣槽61並透一調壓閥62與一供應氣 體之氣泵63相接，又，該氣體管路43在一定位置上設有一排氣 M262155 閥44 〇 此外’該氣體管路43上並接設有一脈衝訊號血壓值模擬器 70，該脈衝訊號血壓值模擬器70係用來模擬脈衝用，且該脈衝 訊號血壓值模擬器70並透過電氣線路與平台上之按鍵I〗相 接。 請參照第2 ®所示，g本創作係針對電子式血壓機進行出廠 前校正，而-般電子式血壓機主要偵測血壓之元件及顯示器皆放 置在一電路板50上，所以，本創作即是針對該電路板5〇進行校 正，故，進行校正時，係將上述之電路板5〇分別放置在治具4〇 中，並使該等電路板50上之電氣接點51及閥孔52分別對應在治 具40上之電氣接點41及氣孔42上，使該等電路板5〇可與控制 系統30及氣體管路43相接，再透過操作者將平台上之按鍵 11按下，使氣體管路43中之氣體由排氣閥44排除掉，而使氣體 管路43保持與周邊環境大氣壓相等，如此，再透過控制系統將此 氣壓狀態設為初始狀態，並將此設定傳送至各治具4〇上之電路板 50後，再按下另一按鍵11，使儲氣槽61中之氣體透過氣體管路 43平均地分別傳送至電路板5〇上，直至顯示件2〇顯示出壓力值 已屆最大設定數值後，同樣藉由控制系統3〇將該狀態設為最大壓 力狀態，並將該狀態之設定數值傳送至各治具4〇上之電路板5〇 傳送至各治具40上之電路板50上，再藉由最大壓力值至初始狀 態之間關係為直線等比例關係（如第3圖所示），由控制系統根據 如此之關係將與各壓力值相對應之數值計算出來後，再將該等數 M262155 值對待校正之血壓機進行設定校正，按下啟動脈衝訊號血壓值模 擬器70之按鍵11，令該脈衝訊號血壓值模擬器7〇可將指定之模 擬脈壓透過氣體管路43傳送至在治具40上之電路板，並透過該 指定脈壓數值所對應而設定血壓值的關係，而令控制系統可將相 對應數值計鼻出來並設定至各待校正之電路板5〇上，如此一來， 可藉由控制系統30之控制及透過治具4〇間相聯通之結構，同時 對一組以上之電子式血壓機進行設定及校正之工作，進而能節省 時間及增加校正正確性。 綜上所述，本創作之電子式血壓機校正治具構造簡易確實， 進而能節省成本，並增進效用，完全符合新型專利要件，特爰依 法提出申請專利。 【圖式簡單說明】 第1圖係本創作未放置待校正電子式血壓機在治具上之示意 圖。 第2圖係本創作將待正電子式血壓機放置在治具上之示意 圖。 第3圖係本創作之電子式血壓值由初始狀態至最大數值間之 關係圖。 【主要元件符號說明】 平台 10 按鍵 11 顯示件 20 M262155 控制系統 30 治具 40 電氣接點 41、51 氣孔 42 氣體管路 43 排氣閥 44 電路板 50 閥孔 52 加壓裝置 60 儲氣槽 61 調壓閥 62 氣泵 63 脈衝訊號血壓值模擬器 70M262155 8. Description of the new type: [Technical field to which the new type belongs] This creation is an electronic enterprise pressure machine correction jig, especially one that uses the jig and the jig. The communication relationship between the jigs allows the manufacturer to simultaneously The above-mentioned electronic to be calibrated "Press machine calibration work" to save time and increase accuracy. [Previous technology] It is generally known that electronic blood pressure machines must be set and calibrated before they leave the factory. And the setting method is to connect an electronic blood pressure machine circuit board before the Wei Wei with the control system and Qiguo through the way of human health, and then use Lurenweizhi # 作 'to the electronic blood god After setting the initial state of the circuit board of the compressor, make the air pump deliver the gas to the electronics to be measured. ▲ Press the pressure sensor of the circuit board on the press until the air pressure reaches the maximum mosquito value, and then manually adjust the variable resistor. Set the set maximum value to the circuit board, however, so that only one electronic blood pressure machine can be calibrated at a time, and each calibration and setting work is manually controlled, Not only is it very inefficient, but it also wastes manpower costs and is time consuming. Revision [New Contents] > The creator of the design of this creation has the disadvantages of wasting manpower and easy misjudgment due to the above-mentioned conventional correction method, so it is aimed at the crux of it , Began to seek to improve and make up for what it lacks, with a view to seeking a reasonable solution, after numerous studies and analysis, finally completed the electronic blood pressure machine correction fixture of this creation. And the purpose of this creation is to provide An electronic sphygmomanometer correction fixture, 5 M262155 is provided with a platform, the platform is provided with more than one button, these buttons are used for control, and the platform is connected to a control system, and the platform There are more than one fixture on the fixtures. These fixtures are used to place the electronic blood pressure machine to be calibrated, and the fixtures are provided with interconnected gas pipelines, and the gas pipelines and a pressurizing device. They are connected, and furthermore, these fixtures are respectively provided with electrical contacts and air holes that cooperate with the electronic blood pressure machine to be calibrated, wherein the air holes are connected with the gas pipeline. When testing, you can use the instructions of a button on the platform to first exclude the gas in the gas pipeline to equal the atmospheric pressure of the surrounding environment (that is, the initial state), and set the initial state of the electronic blood pressure machine to be calibrated through the control system , And then press another button to make the pressurizing device pressurize each electronic blood pressure machine to be calibrated through the gas pipeline until the set maximum pressure value, and set the value of the maximum pressure value to After waiting to calibrate the electronic blood pressure machine, the relationship between the maximum pressure value and the initial state is a linear slope relationship, and the control system calculates the values corresponding to each pressure value according to such a relationship, and then The electronic blood pressure machine whose value is to be corrected is set and corrected. In this way, the control system and the structure connected between the fixtures can be used to set and correct more than one electronic blood pressure machine at the same time. Save time and increase calibration accuracy. Another purpose of this creation is to provide an electronic sphygmomanometer calibration fixture, a pulse signal blood pressure value simulator is connected to the gas pipeline, and a button on the platform is provided to control the operation of the pulse signal blood pressure value simulator. In this way, the pulse signal blood pressure value simulator can be started by pressing a button, so that the pulse signal blood pressure value simulator can transmit the specified simulated pulse pressure through the gas pipeline to each of the to-be-corrected electrical M262155 sub-blood pressures on the fixture. And the control system sets the specified analog pulse pressure value to the electronic blood pressure machine waiting to be calibrated, so that the pulse pressure setting work of the electronic blood pressure machine waiting to be calibrated can be completed. Another purpose of the present invention is to provide an electronic blood pressure machine correction jig. The pressurization device is provided with an air storage tank, which is connected with an air pump, so that the gas can be stored by the air pump during use. In the gas storage tank, the gas can be evenly and stably transmitted to each fixture through the gas pipeline. [Embodiment] First, please refer to FIG. 1. This creation is an electronic blood pressure machine calibration fixture, which is a mechanism for calibrating the electronic blood pressure machine before leaving the factory. The platform is provided with a platform 10, which There are more than one button 11 on the platform 10. In this embodiment, there are three buttons. One is used to indicate the initial state of the pressure, and the other is used to make the pressure reach the maximum set value, and the other is used to start. For controlling pulses, a display 20 is provided on the platform 10, which is a liquid crystal display in this embodiment, and the platform 10 is further connected to a control system 30 through electrical lines. Furthermore, the platform 10 is provided with more than one jig 40. The jigs 40 are provided in cooperation with the electronic blood pressure machine to be calibrated, and the jigs 40 are connected to the display 20 and the control system through electrical lines. 30-phase connection. In addition, the fixtures 40 are provided with electrical contacts 41 and air holes 42 corresponding to the electronic blood pressure machine 50. Among them, the air holes 42 are connected to the gas pipeline 43 and the gas The pipeline 43 is connected, and the gas pipeline 43 extends outward and is connected to a pressurizing device 60. The pressurizing device 60 is provided with an air storage tank 61, and the air storage tank 61 passes through a pressure regulating valve. 62 is connected to a gas pump 63 for supplying gas, and the gas line 43 is provided with an exhaust M262155 valve 44 at a certain position. In addition, a pulse signal blood pressure value simulator 70 is connected to the gas line 43 in parallel. The pulse signal blood pressure value simulator 70 is used for simulating pulses, and the pulse signal blood pressure value simulator 70 is connected to a button I on the platform through an electrical circuit. Please refer to section 2 ®. This creation is for electronic blood pressure monitors that are calibrated before leaving the factory. The general electronic blood pressure monitor mainly detects blood pressure components and displays are placed on a circuit board 50. Therefore, this creation That is, the circuit board 50 is calibrated. Therefore, when performing the calibration, the above-mentioned circuit boards 50 are respectively placed in the fixture 40, and the electrical contacts 51 and valve holes on the circuit boards 50 are made. 52 corresponds to the electrical contact 41 and the air hole 42 on the fixture 40, so that the circuit boards 50 can be connected to the control system 30 and the gas pipeline 43, and then the operator presses the button 11 on the platform So that the gas in the gas line 43 is eliminated by the exhaust valve 44 and the gas line 43 is kept equal to the atmospheric pressure of the surrounding environment. In this way, the pressure state is set to the initial state through the control system, and this setting is transmitted After reaching the circuit board 50 on each fixture 40, press another button 11 to make the gas in the gas storage tank 61 pass through the gas pipeline 43 to the circuit board 50 evenly until the display 2 After showing that the pressure value has reached the maximum set value, the same This state is set to the maximum pressure state by the control system 30, and the set value of this state is transmitted to the circuit board 50 on each jig 40, and transmitted to the circuit board 50 on each jig 40, and then borrowed The relationship from the maximum pressure value to the initial state is a straight-line proportional relationship (as shown in Figure 3). After the control system calculates the values corresponding to each pressure value according to this relationship, the equivalent number M262155 Set the blood pressure machine to be calibrated by pressing the button 11 of the pulse signal blood pressure value simulator 70 to start the pulse signal blood pressure value simulator 70. The pulse signal blood pressure value simulator 70 can transmit the specified simulated pulse pressure to the gas pipeline 43 through the gas pipeline 43. With the circuit board on 40, and setting the relationship of the blood pressure value through the corresponding pulse pressure value, the control system can nose out the corresponding value and set it to each circuit board 50 to be corrected. In the future, it is possible to set and calibrate more than one set of electronic blood pressure machines at the same time through the control of the control system 30 and the structure of 40 interconnected fixtures, which can save time and increase calibration. Correctness. In summary, the electronic sphygmomanometer calibration fixture created by this creation is simple and reliable in structure, which can save costs and increase effectiveness, fully comply with the new patent requirements, and apply for a patent in accordance with the law. [Brief description of the figure] Figure 1 is a schematic diagram of the device without the electronic blood pressure machine to be corrected on the fixture. Figure 2 is a schematic diagram of the positron-type blood pressure machine placed on the fixture in this creation. Figure 3 is the relationship between the initial electronic blood pressure value and the maximum value. [Description of main component symbols] Platform 10 Button 11 Display 20 M262155 Control system 30 Fixture 40 Electrical contact 41, 51 Air hole 42 Air line 43 Exhaust valve 44 Circuit board 50 Valve hole 52 Pressurizing device 60 Air storage tank 61 Pressure regulating valve 62 Air pump 63 Pulse signal blood pressure value simulator 70