Abstract: A nebulizer includes an aerosolizer, a controller, a power converter, a power source and a voltage detector. When the aerosolizer is requested to eject aerosolized liquid at a standard spraying speed, the controller sets a parameter value of a conversion parameter based on a stored standard value, transmits the parameter value to the power converter, and controls the power source to supply electric power. The power converter converts the electric power based on the parameter value to power the aerosolizer. Based on a stored expected value and a detected value generated by the voltage detector in response to operation of the aerosolizer, the controller controls the power source to adjust the voltage of the electric power supplied thereby.

Abstract: A method includes steps of: applying a first voltage signal on a blood sample so as to obtain a preliminary value regarding an analyte in the blood sample; applying on the blood sample, a second voltage signal that includes cycles of a pulse and that has a voltage value alternating between high and low levels; measuring a physical quantity resulting from application of the second voltage signal on the blood sample at a time point in one of the cycles of the pulse of the second voltage signal so as to generate a calibration value; and calibrating the preliminary value based on the calibration value so as to obtain a calibrated value of the analyte in the blood sample which serves as a result of measurement of the analyte.

Abstract: An ultrasonic nebulizer including a circuit unit, a nebulization module, and a frequency sweeping unit. Constant electric power in the nebulization module of the ultrasonic nebulizer is maintained by automatic compensation of electric power consumption and/or current consumption. A fixed current consumption and electric power consumption of the nebulization module of the ultrasonic nebulizer is achieved by auto compensation, thereby improving nebulization performance.

Abstract: The present invention provides a biosensing device, comprising an input unit, an analysis unit, a process unit, and a set unit for storing resulting data values as the basis for calibrating the biosensing device, to set up the calibration parameters of a strip of the biosensing device.

Abstract: A line-switchable Near Field Communication (NFC) medical device comprising: a physiological measurement unit; a Micro Control Unit; a first NFC module in which there are a first memory and a first radio wave antenna communicating with an external second NFC module; a switching module communicating with the Micro Control Unit as well as the first NFC module and enabling or disabling information to be written into or read from the first NFC module's first memory.

Abstract: A voice-assisted biomedical measurement apparatus is revealed. The voice-assisted biomedical measurement apparatus allows users to get measurement results of biological signals and other assistant information in aural form. The voice-assisted biomedical measurement apparatus consists of a sensing unit, a control unit, a voice module and a speaker. The voice-assisted biomedical measurement apparatus further includes a display unit, an operation unit, a memory unit and a data transmission unit. The voice-assisted biomedical measurement apparatus features on that the voice module combines at least one first voice data to form a sentence according to at least one first grammar data when a first control signal is sent from the control unit to the voice module. Moreover, the voice-assisted biomedical measurement apparatus gets at least one second voice data and at least one second grammar data from an external data system through a data transmission unit.

Abstract: A system for biomedical measurement with a voice notification feature includes a biomedical measurement device that generates a command based on at least one of a physiological signal obtained by the biomedical measurement device as a result of a measured physiological condition of a user, and an operation phase of the biomedical measurement device, and a mobile device that is coupled to and separate from the biomedical measurement device. The mobile device receives the command from the biomedical measurement device, generates a voice notification signal according to the command and pre-established voice data, and outputs audibly the voice notification signal.

Abstract: An instrument parameter setting device and an instrument parameter setting method are provided. The instrument parameter setting device has a parameter-setting card combined with a biological detection instrument. The parameter-setting card includes a strip area and a first set of block areas. Each block area in the first set of block areas is connected to the strip area respectively. The instrument detects data represented by a logical change of the block areas, so as to set parameters. In addition, it is convenient to input the data into the instrument through an external setting of the instrument. Accordingly, the characteristic parameters of a detection specimen are conveniently input into the instrument, thereby increasing the yield of specimen production, establishing a self-owned technology, and reducing the cost.

Abstract: The present invention provides a biosensing device, comprising an input unit, an analysis unit, a process unit, and a set unit for storing resulting data values as the basis for calibrating the biosensing device, to set up the calibration parameters of a strip of the biosensing device.

Abstract: A microdroplet generation apparatus comprises an oscillation plate having a first through-hole, a connection plate having a second through-hole corresponding to the first through-hole, a nozzle disc fixed to the connection plate and having a plurality of tiny injection holes on a region thereof corresponding to the first and second through-holes, and a bonding material joining together the oscillation plate and the connection plate. The connection plate has at least one side wall corresponding to and joined with a side wall of the contour or the first through-hole of the oscillation plate. The side walls of the connection plate increase the joined area of the connection plate, whereby is enhanced the joining strength of the connection plate and the oscillation plate, and whereby the connection plate can effectively conduct the vibration energy of the radial and longitudinal Rayleigh waves to the nozzle disc, and whereby is improved liquid atomization.

Abstract: A nebulizer and cartridge structure thereof for use in a nebulization apparatus comprises a first cartridge accommodation space and a second cartridge accommodation space. The first cartridge accommodation space includes at least one connection bottom, and the second cartridge accommodation space includes at least one connection side. Moreover, the second cartridge accommodation space is disposed under a lower connection position of the first cartridge accommodation space. The connection bottom is connected to the connection side to form an included angle that can be a lead angle. The lead angle further includes a fillet angle or a chamfering angle. Accordingly, the nebulizer and the cartridge structure can efficiently reduce the residues of liquid medicament.

Abstract: The present invention discloses a biosensor, a biostrip and a manufacture method of determination of uric acid by a non-enzymatic reagent, and particularly to the applications of determination of uric acid by a non-enzymatic reagent, which is useful for the quantification of the uric acid levels in the samples.

Abstract: The present invention discloses a physiological test device, which is used to test multiple physiological parameters in vitro and able to indicate the current test item with lights, sounds, images, text or a combination thereof lest the user be confused by the multiple functions of the test device or different test results thereof. The present invention can prevent the user from mistaking the test type or test result, and thus can overcome the conventional problems that the multiple functions of a single test device confuse the user. Thus, the user will not take a wrong test piece or obtain a wrong test result.

Abstract: An instrument parameter setting device and an instrument parameter setting method are provided. The instrument parameter setting device has a parameter-setting card combined with a biological detection instrument. The parameter-setting card includes a strip area and a first set of block areas. Each block area in the first set of block areas is connected to the strip area respectively. The instrument detects data represented by a logical change of the block areas, so as to set parameters. In addition, it is convenient to input the data into the instrument through an external setting of the instrument. Accordingly, the characteristic parameters of a detection specimen are conveniently input into the instrument, thereby increasing the yield of specimen production, establishing a self-owned technology, and reducing the cost.

Abstract: In an aerosolization device, an oscillating aerosol generator is installed at a position proximate to an opening at the bottom of a liquid container for aerosolizing a supplied liquid in the container and a sensor is provided to detect an oscillating signal variation according to a condition whether or not the liquid in the container is in contact with the oscillating aerosol generator and the oscillating signal variation is sent to a controller for computation, so as to control whether to continue operating or stop operating the aerosol generator. If the aerosol generator is controlled to stop its operation, the controller will drive an alarm device to send out an alarm signal at the same time.

Abstract: A microdroplet generation apparatus comprises an oscillation plate, a connection plate, a nozzle disc and a bonding material, wherein the nozzle disc is interposed between the oscillation plate and connection plate, and wherein the oscillation plate, connection plate and nozzle disc are joined with the bonding material. The oscillation plate and the connection plate respectively have a first through-hole and a second through-hole corresponding to each other. The nozzle disc has injection holes on the area corresponding to the first and second through-holes. The nozzle disc has via-holes on the area not corresponding to the first through-hole and the second through-hole. The bonding material passes through the via-holes of the nozzle disc to join the oscillation plate and the connection plate and fasten the nozzle disc to between the oscillation plate and the connection plate. Thus, vibration energy can be effectively transmitted from the vibration plate to the nozzle disc.

Abstract: An inspecting device with an identification function is provided to identify and analyze different types of test specimens. (The test specimens include information to be measured and/or identification information.) In order to enable the inspecting device to identify the test specimen, an appropriate electrode pattern corresponding to an electrode in a specimen connection port of the inspecting device is arranged on one end of the test specimen. During a process of inserting the test specimen from an open end of the specimen connection port to reach a bottom end thereof, a logic change based on the electrode pattern detected by the connection port is utilized to identify the type of the specimen or read the information to be measured. A method for identifying different types of test specimens and a multifunctional test specimen is also provided.

Abstract: A droplet generation apparatus is applied to a nebulizer. The droplet generation apparatus comprises a vibratable member, a nozzle disc, a housing and a connection member or a fastening plate or both the connection member and the fastening plate. The vibratable member has a first through hole. The nozzle disc has a plurality of apertures facing the first through hole, and is combined with the vibratable member. The connection member is disposed between the vibratable member and the nozzle disc, and has a second through hole corresponding to the first through hole. Alternatively, the fastening plate is combined with the nozzle disc. The housing covers up the combination of the vibratable member, the nozzle disc and the connection member or the fastening plate. Vibration efficiency generated by the vibratable member is improved through the connection member. An accommodation space is formed by the fastening plate and the nozzle disc.

Abstract: The present invention provides a biosensing device, comprising an input unit, an analysis unit, a process unit, and a set unit, to set up the calibration parameters of a strip in the device so that the calibration can be completed at a lower cost and be more user friendly.

Abstract: This present invention is a biological sensing meter and data communicating method thereof, applying an informative tag of the radio frequency identification technique to express the test item, the shelf expired date, the opening expired date, the sensing predetermined value, the number of test times as well as the test chip examination parameter and other calibration data under different test configurations. With the informative tag of the radio frequency identification technique, the test configuration can be set for testing different items, controlling the expired date of the test chip, and restoring test results of different test items.