Abstract: A dual-slot biological test meter test procedure includes the steps of a) inserting a code card into a first test slot of a dual-slot biological test meter, b) inserting a test strip into a second test slot of the dual-slot biological test meter to initiate the dual-slot biological test meter; c) inputting predetermined parameters into the dual-slot biological test meter, d) judging if the result is over the threshold or not after application of the blood sample to the reaction zone of the inserted test strip, and then entering a first stage to electrically connect the two electrodes of the inserted test strip if the result is over the threshold, and then entering a second stage to output a voltage to the electrodes of the inserted test strip for a predetermined length of time set by the code card, e) entering a third stage to read the current value subject to the setting of the code card when the predetermined length of time is up, then f) calculating the test result through a computing method set by the cod

Abstract: A sphygmomanometer is disclosed. The sphygmomanometer mainly includes multiple power buttons and multiple memory buttons mounted thereon, and the power buttons and the memory buttons are disposed in a corresponding manner for communicating with one another. Through pressing one of the power buttons, a measurement value of blood pressure can be directly stored into a correspondingly memory area, and by pressing one of the memory buttons which is corresponding to that power button, the stored measurement value is recalled and displayed on the displaying screen. Therefore, the sphygmomanometer can be provided for more than two users and can also respectively memorize (store) individual measurement value of blood pressure for each user. Furthermore, a selecting switch for selectively inactivating any selected power button is provided so that secure storage of personal information is also ensured.

Abstract: A sphygmomanometer is disclosed. The sphygmomanometer mainly has plural power buttons and plural memory buttons mounted thereon, and said power buttons and said memory buttons are in a one-on-one manner to communicate with one another. Through pressing one of said power buttons, a measurement value of blood pressure can be directly stored into a correspondingly memory area, and through pressing one of said memory buttons corresponding to that power button, said stored measurement value can be recalled and displayed on said display screen. Therefore, the sphygmomanometer can be provided for more than two users and also can respectively memorize (store) individual measurement value of blood pressure for each user.

Abstract: A probe structure for an ear thermometer includes a housing, a sleeve component, a sensor unit and a holding component. The housing has a first containing room to contain the sleeve component having a second containing room. The sleeve component has a front end formed with a reflective surface. The sensor unit is placed inside the second containing room and has a window, via which the sensor unit detects heat radiation. The sleeve component is used to lower heat radiation impact upon the sensor unit and prevent inexact measurements by the sensor unit caused by detecting objects other than the measured object. The sleeve component helps to reflect heat radiation from the measured object to the infrared sensor. This sensor unit functions well even though it is not disposed at the front most end of the probe. The holding component has one end against the bottom of the sensor unit.

Abstract: An ear thermometer has a main body, and a probe projected from the main body. The ear thermometer has a casing, a sensor module and a plastic tube. The casing has an opening formed in a front side thereof. The sensor module is installed inside the casing. The plastic tube is installed between the casing and the sensor module for positioning the sensor module inside the casing. The probe has an opening formed in a front side thereof for receiving the infrared radiation in a predetermined range. Hence, the sensor module is used to measure true radiation heat from a subject, and prevents the sensor module from measuring an object other than the subject.

Abstract: An ear thermometer has a main body and a probe projected from the main body. The ear thermometer has a casing, a sensor module and a tube. The casing has an opening formed in a front side thereof. The sensor module is installed inside the casing, and has a diameter of between 3.2 mm and 5.6 mm. The tube is installed between the casing and the sensor module for positioning the sensor module inside the casing. The diameter of the probe is reduced for insertion into an external ear canal of a human, and especially that of a baby, to measure true temperature.

Abstract: A temperature measuring manometer capable of measuring a patient's blood pressure and the temperature in the environment comprises a pressured sensor that transforms physical signals to a blood pressure signal; a temperature module that receives a temperature signal from the environment; an A/D converter coupled to the pressured sensor and the temperature module for receiving the blood pressure signal and the temperature signal so as to transform an analogue signal into a digital signal; a microprocessor coupled to the A/D converter for processing the digital signal of the blood pressure signal and the temperature signal; a clock unit coupled to the microprocessor for transmitting a clock signal to the microprocessor; and a memory unit coupled to the microprocessor for storing the digital data.

Abstract: A sphygmomanometer is disclosed. The sphygmomanometer mainly includes multiple power buttons and multiple memory buttons mounted thereon, and the power buttons and the memory buttons are disposed in a corresponding manner for communicating with one another. Through pressing one of the power buttons, a measurement value of blood pressure can be directly stored into a correspondingly memory area, and by pressing one of the memory buttons which is corresponding to that power button, the stored measurement value is recalled and displayed on the displaying screen. Therefore, the sphygmomanometer can be provided for more than two users and can also respectively memorize (store) individual measurement value of blood pressure for each user. Furthermore, a selecting switch for selectively inactivating any selected power button is provided so that secure storage of personal information is also ensured.

Abstract: A sphygmomanometer is disclosed. The sphygmomanometer mainly has plural power buttons and plural memory buttons mounted thereon, and said power buttons and said memory buttons are in a one-on-one manner to communicate with one another. Through pressing one of said power buttons, a measurement value of blood pressure can be directly stored into a correspondingly memory area, and through pressing one of said memory buttons corresponding to that power button, said stored measurement value can be recalled and displayed on said display screen. Therefore, the sphygmomanometer can be provided for more than two users and also can respectively memorize (store) individual measurement value of blood pressure for each user.

Abstract: A dual-slot biological test meter test procedure includes the steps of 1) inserting a code card into the first test slot of a dual-slot biological test meter to input predetermined parameters and then inserting a test strip into the second test slot to initiate the dual-slot biological test meter, 2) entering a first state to electrically connect the two electrodes of the inserted test it is over the threshold after application of blood sample to the reaction zone of the inserted test strip, and then entering a second stage to output a voltage to the electrodes of the inserted test strip for a predetermined length of time set by the code card; 3) entering a third stage to read the current value subject to the setting of the code card when the predetermined length of time is up, and then to calculate the test result through a computing method set by the code card subject to the current value obtained, and then to show the test result on a display.