Abstract: A method for expanding storage space using a network device is provided. The method sets a storage order of cloud storage space for expanding a local storage space in the network device. When target data is received from the network device, the method stores the target data into the local storage space when a size of an available storage space of the local storage space is more than or equal to a preset value. When the available storage space is less than the preset value, the method copies the earliest stored data of the local storage space into one or more specified cloud storage spaces according to the storage order, and deletes the copied data from the local storage space. The next earliest stored data is copied if the available storage space is still less than the preset value.

Abstract: A network device discovery method receives registration information from the network devices which are registered to the cloud device, and generates a management list for recording the registration information and a management status of each of the registered network devices. When a request of searching for specified network devices of a specified network manager from a specified client device is received, the discovery method retrieves specified network devices managed by the specified network manager from the management list. The discovery method further searches for target network devices which have the same public Internet Protocol (IP) addresses with the specified network devices, and presents one or more target network devices which have not been managed by any network manager to the specified client device for the specified network manager.

Abstract: A ward cloud system comprises an intelligent cloud database and an intelligent electronic vital-sign monitoring device. The intelligent cloud database receives first vital-sign information detected by the intelligent electronic vital-sign monitoring device and second vital-sign information manually input by users through an intelligent transmission unit, integrates received information and undertakes far-end clock synchronization of the intelligent cloud database and intelligent electronic vital-sign monitoring device. The ward cloud system further comprises a far-end calibration unit using the intelligent cloud database to examine and calibrate accuracy of the intelligent electronic vital-sign monitoring device through the intelligent transmission unit from a far end.

Abstract: The present invention discloses an electronic vital-sign system with a manual vital-sign data input function, wherein a vital-sign recording unit is added to an electronic vital-sign system and used to input vital-sign data manually. The electronic vital-sign system detects vital-sign data automatically and receives other vital-sign data manually input by the user, such as the data of at least one of respiration rate, blood glucose, body temperature, body weight, food intake volume, fluid infusion volume, urine volume, stool volume and pain score. The system transmits the detected vital-sign data and manually-input vital-sign data to a cloud database where the vita-sign data is processed and integrated.

Abstract: A electronic vital-sign monitoring system is provided here, which uses an external electronic device to compute a physiological value detected by an electronic vital-sign monitoring device and obtain a heart frequency spectrum; and provide power to the electronic vital-sign monitoring system; and further transfer the computed physiological value and the heart frequency spectrum to a database for data integration and incident reporting. In addition to the original function of detecting physiological values, the electronic vital-sign monitoring system further can detect heart frequency spectrum and offers telecare service to help patients, elders and general users according to different requirements.

Abstract: The present invention is directed to a method for portioning high radiation intensity waste and an apparatus thereof. A hanging mechanism hangs both a manual lifting mechanism and a lead shield, wherein the manual lifting mechanism is provided with a net basket hanging chain extending downwards, wherein the net basket hanging chain can be manipulated to be lifted or lowered. The net basket hanging chain is secured to a net basket containing the high radiation intensity waste. The lead shield is arranged under the hanging mechanism and in a path, along which the net basket is lifted or lowered, wherein the lead shield is provided with a space having an opening facing down.

Abstract: The present invention relates to an apparatus and method for collecting solid microparticles floating in water, and more particularly, to a safe, ease to use, and environmental friendly collecting apparatus and method adapted for collecting radioactive solid microparticles floating and depositing in a cooling water tank of nuclear facility or a tank for storing radioactive materials.

Abstract: An apparatus and a method for sampling underwater radioactive solution. The apparatus includes a main unit, a connecting rod inserted into the main unit, a connecting ring connected to one side of the connecting rod, a container unit connected to the opposite side of the connecting ring, a solution access channel, an air motor for changing air pressure in the container unit to draw or extract the radioactive solution in or out of the container unit, a holder for fixing the air motor on the main unit, a synchronizing connector for connecting the connecting rod to the air motor, so as to synchronize the back-and-forth movement of the connecting rod with the air pressure of the air motor, a control unit for controlling the operation of the air motor, a flexible pipe connecting the air motor to the control unit, and a depth-setting unit.

Abstract: A electronic vital-sign monitoring system is provided here, which uses an external electronic device to compute a physiological value detected by an electronic vital-sign monitoring device and obtain a heart frequency spectrum; and provide power to the electronic vital-sign monitoring system; and further transfer the computed physiological value and the heart frequency spectrum to a database for data integration and incident reporting. In addition to the original function of detecting physiological values, the electronic vital-sign monitoring system further can detect heart frequency spectrum and offers telecare service to help patients, elders and general users according to different requirements.

Abstract: A blood pressure measuring system with automatic self-examination and self-calibration functions, which utilizes an examining and calibrating unit to automatically compare pressure information detected by a signal detection unit with an original factory calibration value for pressure, to self-calibrate the blood pressure measuring system, wherein the examining and calibrating unit can be arranged in a blood pressure measuring device or in an external electronic device, for providing users a method to confirm accuracy of the blood pressure measuring system to prevent serious consequence caused by miscalculations of blood pressure and physiological values. Accordingly, original factory calibration can be skipped to save time and money; calibration and examination processes are simplified and more convenient.

Abstract: An inspection method and apparatus for shielding container for high-activity waste is mainly to design the inspection depth of a radiation source in a shielding container and the inspection zone outside the shielding container. It employs a sticking lifting buckle ring at the container cover bottom and a flexible pull string to hang a radiation source inside the shielding container. Between the shielding container and the container cover, there is a compression resistant tube to allow the flexible pull string to pass through and extend outside the shielding container. The flexible pull string allows descending and ascending operation of the radiation source to different height inside the shielding container. The method also includes measuring and recording surface dose rate in each inspection zone outside the shielding container. With the measured surface dose rate from each inspection zone, the method uses a radiation shielding estimation and verification procedure to determine defected shielding container.

Abstract: A filtration separation method for waste resin containing highly radioactive uranium powder and device thereof is mainly used for the waste resin after water treatment process in a nuclear facility. The uranium powder contained in the waste resin is highly radioactive. Thus, prior to the treatment of the waste resin, it is necessary to filter and separate the highly radioactive uranium powder to reduce the radioactivity. It is to put the uranium powder containing waste resin into an underwater holding tank and withdraw the waste resin by an underwater pump into a uranium powder filtration box. Then the uranium powder filtration box is lifted by a hoist to move to an underwater ultrasonic cleaner. High-pressure water flushing is applied and followed by underwater ultrasonic cleaning. Then the cleaning water (containing precipitated uranium powder) from the ultrasonic cleaner is drained to uranium powder collection device.

Abstract: The present invention relates to an apparatus and method for collecting solid microparticles floating in water, and more particularly, to a safe, ease to use, and environmental friendly collecting apparatus and method adapted for collecting radioactive solid microparticles floating and depositing in a cooling water tank of nuclear facility or a tank for storing radioactive materials.

Abstract: The present disclosure provides an apparatus and a method for sampling underwater radioactive solution. The apparatus and method are used for sampling underwater radioactive waste stored in the radioactive reservoir of nuclear facilities or in the container of said reservoir, in order to determine the nuclides and the radiation dosage at different depths in the radioactive solution.

Abstract: A filtration separation method for waste resin containing highly radioactive uranium powder and device thereof is mainly used for the waste resin after water treatment process in a nuclear facility. The uranium powder contained in the waste resin is highly radioactive. Thus, prior to the treatment of the waste resin, it is necessary to filter and separate the highly radioactive uranium powder to reduce the radioactivity. It is to put the uranium powder containing waste resin into an underwater holding tank and withdraw the waste resin by an underwater pump into a uranium powder filtration box. Then the uranium powder filtration box is lifted by a hoist to move to an underwater ultrasonic cleaner. High-pressure water flushing is applied and followed by underwater ultrasonic cleaning. Then the cleaning water (containing precipitated uranium powder) from the ultrasonic cleaner is drained to uranium powder collection device.

Abstract: A hanger adapted to hang a display includes a main body, a glide component, and an adjustable component. The main body provides a trough and a first aperture penetrating the trough. The first aperture includes a first broad portion and a first narrow portion. The width of the first broad portion is greater than that of the first narrow portion. The glide component is disposed in the trough for gliding therein and provides a second aperture including a second broad portion and a second narrow portion. The width of the second broad portion is greater than that of the second narrow portion. The adjustable component is connected with the glide component to adjust the glide component gliding between a first position and a second position.

Abstract: This present invention is related to a method of collecting high-level radioactive contaminated uranium powder underwater. It utilizes a long rod fixed to the pipe of the sewage pump at bottom, and takes another end of the sewage pump to connect to the sediment bag to collect uranium powder which is dispersed and contaminates the pond. Inhaling the pond water contains uranium powder into the sediment bag by sewage pump that is joined to a collecting can under it and waiting for precipitation of the powder. When the uranium powder in the sediment bag is completely precipitated into the collecting can, operator can utilize submersible pump to drain the pond water from the sediment bag. Operator may hold the cable wire of the uranium powder collecting can manually to move it to the collecting shelf and repeat the process several times until the high-level radioactive uranium powder in the contaminated pond are all collected on the uranium powder collecting shelf.

Abstract: A method for calculating the heart rhythm includes: measuring a plurality of electrical heartbeat signals; evaluating the electrical heartbeat signals on the basis of a Fourier transformation to calculate a frequency spectrum of the electrical heartbeat signals, wherein at least a characteristic frequency presents within a frequency range of the frequency spectrum; and utilizing the characteristic frequency to get the heart rhythm. The method for analyzing the heart rhythm is to judge the number of the characteristic frequency within the frequency range to decide the frequency number of the heart rhythm.

Abstract: A fixing mechanism suitable for fixing a reflective mirror on a base plate of a rear projection TV is provided. The fixing mechanism comprises first fixing members, second fixing members and cushions. The first fixing members are arranged on the base plate to restrain the movement of the reflective mirror along a first direction. The first fixing member comprises a body and fixing parts connected to the body. The reflective mirror is placed within the fixing part of the first fixing member by the cushions. The second fixing members are arranged on the base plate to restrain the movement of the reflective mirror along a second direction, wherein an included angle is formed between the first direction and the second direction. The second fixing members cover a portion of the reflective mirror.

Abstract: A simplified physiological measurement device utilizes a general port to receive power from an external electronic device and to transmit the signals obtained from physiological measurements to the external electronic device for calculation and display. Thereby, the mechanisms and electronic elements of the physiological measurement device can be obviously simplified, and the operational convenience can also be greatly promoted.