Abstract:
A lighting module may be provided that comprises: an optical plate; a base frame including a central frame disposed on the optical plate, a first frame coupled to the central frame, and a second frame coupled to the first frame; a side frame coupled between the optical plate and the second frame of the base frame; and a light source including a substrate disposed on the side frame and a light emitter disposed on the substrate, wherein the second frame is disposed on the light source, and wherein the second frame has an inner surface reflecting light from the light source to at least one of the first frame and the central frame.
Abstract:
The recording medium according to the present invention comprises a data region for recording user data and a management region which is used for the storage of management information for managing the information recorded on the recording medium, and the management information comprises information relating to long-term data storage.
Abstract:
Disclosed are a health diagnosis system using a bio-disc and a method for diagnosing health the same, and more specifically, a health diagnosis system using a bio-disc suitable for use in medical diagnosis through an optical drive, and a method for diagnosing health using the same. The health diagnosis system using a bio-disc includes a bio-disc including at least one diagnostic channel through which blood is injected, an optical drive to operate the bio-disc, and an operation control system, on which the optical drive is mounted, to control a rotation speed and direction of the bio-disc, and to analyze the centrifuged blood present in the diagnostic channel in the bio-disc using the pick-up of the optical drive, based on a difference in light reflectance.
Abstract:
Disclosed are a method for preparing a catalyst, which has excellent nitrogen oxide- removal performance and resistance over a wide temperature range, and the use of the catalyst. According to the disclosed method, the oxidation number and surface defects of the catalyst are changed by applying artificial high energy through mechanical ball milling during the preparation process of the catalyst, instead of applying the addition of a precious metal, the deformation of a support and the use of a co-catalyst in order to increase NOx removal activity, such that activation energy for inducing redox reactions can be decreased.
Abstract:
A handheld memory device (41) for a mobile telephone (40) is disclosed. The handheld memory device (41) stores video and/or audio data, e.g. moving pictures, photographs and music, whereby said video and/or audio data is sent to the mobile telephone (40) for displaying the video data on the display of the mobile telephone (40) and/or for reproducing the audio data. Furthermore, large amount of data generated by the mobile telephone, e.g. images, moving pictures and call details, can be transferred from the mobile telephone (40) to the handheld memory device (41). The handheld memory device (41) is releasable connectable to the mobile telephone (40) by means of an external connection port provided at the mobile telephone. Either the connection port of the handheld memory device (41) directly plugs in said external connection port in a mating arrangement, or an additional converter (42) may be disposed between the external connection port of the mobile telephone (40) and the connection port of the handheld memory device (41) for the purpose of physically interfacing the unmating ports with each other. The handheld memory device (41) provides a small and portable mass storage memory means for storing auxiliary data being exchanged with the mobile telephone (40) in both directions.
Abstract:
The object of the present invention is to provide a wafer drying device which can reduce damage to wafers and can reduce the amount of gas used, and to provide a wafer drying method employing the same. The present invention relates to a wafer drying device and to a wafer drying method employing the same, wherein the device comprises: a chamber which has a first rotational shaft secured to one surface, has a movable second rotational shaft formed in an upper part, and has a first water discharge port formed in a lower part; a tilt arm which is secured to the first rotational shaft and the second rotational shaft, and on the end of which is secured a cassette for mounting wafers; a first nozzle for supplying IPA/nitrogen gas to the cassette; a screw whereby the second rotational shaft is moved in a first direction or a second direction; and a drive motor for rotating the screw.
Abstract:
Disclosed is a CDMA, GSM, GPRS or IMT-2000 terminal (mobile phone) for displaying or presenting photographs, moving pictures or audios utilizing the data stored at a separate handheld memory device. The data stored at the small and portable mass storage memory device are given and taken at the terminal via an external connection port (car kit port). In this case, a connection port is also installed at the handheld memory device to make the connection with the terminal. The mobile phone and the handheld memory device conduct the desired data exchanging via the external connection ports. Accordingly, when the user intends to utilize the data stored at the handheld memory device, the external connection port installed at the handheld memory device is connected to the external connection port of the mobile phone. Of course, when the external connection port of the mobile phone and the external connection port of the handheld memory device are different from each other, a converter may be disposed between the external connection ports to connect the ports with each other.
Abstract:
A bio-disc, and more particularly, a bio-disc, wherein health diagnosis can be performed by using an optical drive, is disclosed. The bio-disc includes a diagnostic region in which writing and reading of data is protected, and a recording region, except for the diagnostic region, in which writing and reading of data is permitted, wherein the diagnostic region includes an injection chamber provided with an inlet through which a reagent is injected, and at least one diagnostic channel to assay the reagent, connected to the injection chamber.
Abstract:
A bio-disc, and more particularly, a bio-disc, wherein health diagnosis can be performed by using an optical drive, is disclosed. The bio-disc includes a diagnostic region in which writing and reading of data is protected, and a recording region, except for the diagnostic region, in which writing and reading of data is permitted, wherein the diagnostic region includes an injection chamber provided with an inlet through which a reagent is injected, and at least one diagnostic channel to assay the reagent, connected to the injection chamber.
Abstract:
Disclosed are a health diagnosis system using a bio-disc and a method for diagnosing health the same, and more specifically, a health diagnosis system using a bio-disc suitable for use in medical diagnosis through an optical drive, and a method for diagnosing health using the same. The health diagnosis system using a bio-disc includes a bio-disc including at least one diagnostic channel through which blood is injected, an optical drive to operate the bio-disc, and an operation control system, on which the optical drive is mounted, to control a rotation speed and direction of the bio-disc, and to analyze the centrifuged blood present in the diagnostic channel in the bio-disc using the pick-up of the optical drive, based on a difference in light reflectance.
Abstract translation:公开了使用生物盘的健康诊断系统和用于诊断健康的方法,更具体地,公开了使用适用于通过光学的医学诊断中的生物盘的健康诊断系统 驱动器以及使用该方法诊断健康的方法。 使用生物盘片的健康诊断系统包括生物盘片和操作控制系统,生物盘片包括注入血液的至少一个诊断通道,用于操作生物盘片的光学驱动器以及安装光学驱动器的操作控制系统, 以控制生物盘的旋转速度和方向,并且基于光反射率的差异使用光驱的拾取来分析存在于生物盘片中的诊断通道中的离心血液。 p >