Abstract: A memory device and a programming method thereof are provided. The programming method includes the following steps. According to a step value, based on an incremental step pulse programming scheme, multiple programming operations are performed for a selected memory page. In a setting mode, multiple program verify operations are respectively performed corresponding to the programming operations to respectively generate multiple pass bit numbers. In the setting mode, a pass bit number difference value of two pass bit numbers corresponding to two programming operations is calculated. In the setting mode, an amount of the step value is adjusted according to the pass bit number difference value.

Abstract: Embodiments of the disclosure provide an angiography image determination method and an angiography image determination device. The method includes: obtaining a plurality of first images of a body part injected with a contrast medium; obtaining a plurality of corresponding second images by performing a first image preprocessing operation on each first image; obtaining a pixel statistical characteristic of each second image; finding a candidate image based on the pixel statistical characteristic of each second image; and finding a reference image corresponding to the candidate image among the plurality of first images.

Abstract: A health monitoring and warning system includes a cloud computing unit, a vehicle scheduling unit and a vehicle with a warning unit. An operator of the vehicle wears a healthcare monitoring device for measuring the physical condition thereof. The cloud computing unit monitors the physical condition of the operator and judges the physical condition is normal or not based on the data measured by the health monitoring chip. When the cloud computing unit judges the physical condition is abnormal, it transmits a warning signal to the vehicle scheduling unit and transmits a start signal to activate the warning unit, thereby warning the operator, passengers and people adjacent to the vehicle.

Abstract: A portable medical device has a medical measuring apparatus and an elastic mounting portion. The medical measuring apparatus has a body. The body has a mounting mechanism. The elastic mounting portion is arched, adapted to be mounted around a subject's wrist or arm and has two edges and an attaching mechanism. The two edges are opposite to each other and define a gap for placement of the subject's wrist or arm. The attaching mechanism detachably engages the mounting mechanism of the body of the medical measuring apparatus. Thus the portable medical device is convenient for daily use and for carrying on a subject by simply mounting around the subject's wrist or arm by the elastic mounting portion.

Abstract: A probe for an ear thermometer has a mounting bracket, a light module, a temperature sensor and a probe tube. The light module and temperature sensor is mounted on the mounting bracket. The light module is capable of radiating different colored lights to respectively indicate normal or abnormal body temperature. The probe tube covers the light module and temperature sensor and is light-pervious. Because the probe of the ear thermometer indicates the body temperature by different colored lights and/or numerals, using the ear thermometer with the probe is easy, simple and instinctive when compared to conventional thermometers that use LCD display to show numerical values.

Abstract: A probe for an ear thermometer has a mounting bracket, a light module, a temperature sensor and a probe tube. The light module and temperature sensor is mounted on the mounting bracket. The light module is capable of radiating different colored lights to respectively indicate normal or abnormal body temperature. The probe tube covers the light module and temperature sensor and is light-pervious. Because the probe of the ear thermometer indicates the body temperature by different colored lights and/or numerals, using the ear thermometer with the probe is easy, simple and instinctive when compared to conventional thermometers that use LCD display to show numerical values.

Abstract: A portable medical device has a medical measuring apparatus and an elastic mounting portion. The medical measuring apparatus has a body. The body has a mounting mechanism. The elastic mounting portion is arched, adapted to be mounted around a subject's wrist or arm and has two edges and an attaching mechanism. The two edges are opposite to each other and define a gap for placement of the subject's wrist or arm. The attaching mechanism detachably engages the mounting mechanism of the body of the medical measuring apparatus. Thus the portable medical device is convenient for daily use and for carrying on a subject by simply mounting around the subject's wrist or arm by the elastic mounting portion.

Abstract: A combined nasal spray and aspirator device includes an air pump disposed within a housing and comprises a spray and aspirator assembly. The air pump, at which an air suction connector and an air discharge connector are disposed, is driven by a driving component to perform air suction and discharge actions. The spray and aspirator assembly, mounted to the air suction connector and the air discharge connector, comprises a spray conduit and a first aspiration conduit; the spray conduit connects to an atomizer which is provided with liquids from a liquid storage container, and the first aspiration conduit connects to a mucus collector so that when some air carrying mucus enters the mucus collector, the mucus is left behind and the air enters the air pump through a second aspiration conduit. The device of the present invention integrates the operations of a nasal spray and a nasal aspirator, sucking the mucus away right after it sprays and liquefies the mucus, with said actions occurring almost simultaneously.

Abstract: This invention provides a non-contact temperature-measuring device including a distance sensor unit, an alarm unit, a temperature sensor unit, a microprocessor unit and a display unit. The distance sensor unit measures the distance between the device and a target. The alarm unit gives an alarm when the distance sensor unit measures a predetermined distance value. The temperature sensor unit measures a temperature of the target after the alarm unit gives the alarm. The microprocessor unit stores data of the predetermined distance value and the temperature value measured by the temperature sensor unit; the microprocessor unit also processes a distance signal emitted by the distance sensor unit and a temperature signal emitted by the temperature sensor unit. When the target's distance value equals the predetermined distance value, the microprocessor unit will further send a command for the alarm unit to give an alarm.

Abstract: A household health monitoring system has at least one medical instrument, a data gathering device and at least one electric appliance. The at least one medical instrument measures a user's measurement result information. The data gathering device stores at least one email address, is electronically connected to the at least one medical instrument to gather the measurement result information from the at least one medical instrument and sends an email having the gathered measurement result information to the at least one email address. The at least one electric appliance is used to receive the email sent to the at least one email address and showing the gathered measurement result information. Therefore, the household health monitoring system provides measurement result information of a user directly to the person designated by the user without setting a server as conventional health monitoring system.

Abstract: A combined nasal spray and aspirator device includes an air pump disposed within a housing and comprises a spray and aspirator assembly. The air pump, at which an air suction connector and an air discharge connector are disposed, is driven by a driving component to perform air suction and discharge actions. The spray and aspirator assembly, mounted to the air suction connector and the air discharge connector, comprises a spray conduit and a first aspiration conduit; the spray conduit connects to an atomizer which is provided with liquids from a liquid storage container, and the first aspiration conduit connects to a mucus collector so that when some air carrying mucus enters the mucus collector, the mucus is left behind and the air enters the air pump through a second aspiration conduit. The device of the present invention integrates the operations of a nasal spray and a nasal aspirator, sucking the mucus away right after it sprays and liquefies the mucus, with said actions occurring almost simultaneously.

Abstract: This invention provides a non-contact temperature-measuring device including a distance sensor unit, an alarm unit, a temperature sensor unit, a microprocessor unit and a display unit. The distance sensor unit measures the distance between the device and a target. The alarm unit gives an alarm when the distance sensor unit measures a predetermined distance value. The temperature sensor unit measures a temperature of the target after the alarm unit gives the alarm. The microprocessor unit stores data of the predetermined distance value and the temperature value measured by the temperature sensor unit; the microprocessor unit also processes a distance signal emitted by the distance sensor unit and a temperature signal emitted by the temperature sensor unit. When the target's distance value equals the predetermined distance value, the microprocessor unit will further send a command for the alarm unit to give an alarm.

Abstract: This invention provides a device with a test strip-ejecting mechanism, which includes a casing and a test strip-ejecting mechanism installed inside the casing. The casing is provided with an insert opening collimated with a connector inside the casing for receiving a test strip. The test strip-ejecting mechanism includes a body provided with a guide groove and having an ejection base formed on a front end of the body, a block disposed inside the casing to define the body to slide along a predetermined direction in conjunction with the guide groove, and a spring providing the body a restoring force along the predetermined direction. The ejection base is disposed at the predetermined direction for ejecting the test strip from the connector along the predetermined direction. The present invention also provides a method for ejecting the test-strip.

Abstract: The present invention relates to a medical monitoring device with remote transmission function, comprising: a measuring unit; a storage unit; a mail server unit to provide mail sending/receiving service; a network server unit to provide Internet connection service; a web server unit to provide web-interfaced services; and an IP selection unit to provide a plurality of IP addresses connectable to the Internet and automatically set a different IP address for Internet connection periodically or each time the monitoring device is turned on, and send the set IP address to a designated e-mail box; wherein the stored medical data are made available for query via web interface.

Abstract: An apparatus for displaying the blood pressure and a method thereof are disclosed. The apparatus for displaying the blood pressure use a blood-measuring unit to receive an analog blood pressure signal. An analog-to-digital converter converts the analog blood pressure signal into a digital blood pressure signal. An LCD driving unit couples to the analog-to-digital converter. The LCD driving unit receives the digital blood pressure signal so as to output an LCD driving voltage. An LCD unit couples to the LCD driving unit and is controlled by the LCD driving voltage to display a color that corresponds to the LCD driving voltage.

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 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: 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.