Abstract: Provided are a method and an accessory apparatus for receiving and reproducing DMB data. The DMB accessory apparatus receives DMB data, converts data formats of the received DMB data into multimedia data formats which can be reproduced by a typical mobile terminal, and transmits the DMB data converted into the mobile terminal reproducible data formats to the mobile terminal. Accordingly, even a mobile terminal, which does not have a function of receiving and reproducing DMB data, can reproduce the DMB data.

Abstract: Disclosed is an apparatus and a method for receiving and playing Digital Multimedia Broadcasting (DMB) data using a DMB package and a mobile terminal. The DMB package is separable from the mobile terminal and can be interfaced with the mobile terminal. The apparatus includes DMB package for receiving DMB data, converting data formats of the received DMB data into multimedia data formats which can be reproduced by the typical mobile terminal, and transmitting the DMB data converted into the mobile terminal reproducible data formats to the mobile terminal. Accordingly, even a mobile terminal, which does not have a function of receiving and reproducing DMB data, can reproduce the DMB data.

Abstract: Provided are a method and an accessory apparatus for receiving and reproducing DMB data. The DMB accessory apparatus receives DMB data, converts data formats of the received DMB data into multimedia data formats which can be reproduced by a typical mobile terminal, and transmits the DMB data converted into the mobile terminal reproducible data formats to the mobile terminal. Accordingly, even a mobile terminal, which does not have a function of receiving and reproducing DMB data, can reproduce the DMB data.

Abstract: Provided are a method and an accessory apparatus for receiving and reproducing DMB data. The DMB accessory apparatus receives DMB data, converts data formats of the received DMB data into multimedia data formats which can be reproduced by a typical mobile terminal, and transmits the DMB data converted into the mobile terminal reproducible data formats to the mobile terminal. Accordingly, even a mobile terminal, which does not have a function of receiving and reproducing DMB data, can reproduce the DMB data.

Abstract: Provided are a method and an accessory apparatus for receiving and reproducing DMB data. The DMB accessory apparatus receives DMB data, converts data formats of the received DMB data into multimedia data formats which can be reproduced by a typical mobile terminal, and transmits the DMB data converted into the mobile terminal reproducible data formats to the mobile terminal. Accordingly, even a mobile terminal, which does not have a function of receiving and reproducing DMB data, can reproduce the DMB data.

Abstract: Disclosed is an apparatus and a method for receiving and playing Digital Multimedia Broadcasting (DMB) data using a DMB package and a mobile terminal. The DMB package is separable from the mobile terminal and can be interfaced with the mobile terminal. The apparatus includes DMB package for receiving DMB data, converting data formats of the received DMB data into multimedia data formats which can be reproduced by the typical mobile terminal, and transmitting the DMB data converted into the mobile terminal reproducible data formats to the mobile terminal. Accordingly, even a mobile terminal, which does not have a function of receiving and reproducing DMB data, can reproduce the DMB data.

Abstract: The present invention relates to a safety band for a CRT which is capable of increasing a stability of use by enhancing an anti-explosion characteristic based on an optimum band size corresponding to each panel by engaging a safety band to a CRT in which a FCD or a panel obtained by expanding an effective screen is adapted. In a CRT(Cathode Ray Tube) including a panel having an outer flat surface and an inner surface having a certain curvature, and a safety band bent at a mold match line of a side wall portion of the panel and continuously surrounding a side wall portion of the panel in the lengthy direction, a CRT safety band according to the present invention satisfies an expression of inequality of 30.16(%)≦D/W×100≦41.27(%) where W represents the entire width, D represents a width from a front end portion in the width direction to the bent portion.

Abstract: There is provided a cathode-ray tube including an envelope having a neck, a funnel and a panel fused to the funnel by using frit glass, the outside of the panel being near flat, the inside of the panel having a predetermined curvature, in which 1.7≦T2/T1≦2.3 when T1 is the thickness of the center of the panel and T2 is the thickness of the diagonal corner of the panel, and a panel inside tensile stress at the fused portion of the panel and funnel is less than −1.3876x+128.24 (Kgf/cm2) when the size of the effective picture area of the cathode-ray tube is x(unit: cm). The panel inside tensile stress at the fused portion of the panel and funnel is maintained below a predetermined value to mitigate breakage inside the furnaces that occurs when the cathode-ray tube having the panel whose outside is near flat and whose inside has a predetermined curvature is reproduced, thereby improving the salvage rate.

Abstract: A structure of a panel for a flat type cathode ray tube having an outer panel surface approximating a completely flat surface and an inner panel surface with a radius of curvature is provided. A difference between a panel thickness at a central part of the panel and a panel thickness at each of the diagonal corner parts of the panel satisfies a condition of 1.7≦T2/T1≦2.2, where T1 represents the panel thickness at the central panel part and T2 represents the panel thickness at the diagonal corner panel parts. Further, compressive stresses exhibited at at least one part of the outer panel surface satisfy a condition of 6.0 MPa≦|&sgr;|≦15.0 MPa, where &sgr; represents the compressive stresses exhibited at at least one part of the panel. This panel structure can maximize an effect of preventing an in-furnace thermal breakage of the panel.

Abstract: There is provided a cathode-ray tube including an envelope having a neck, a funnel and a panel fused to the funnel by using frit glass, the outside of the panel being near flat, the inside of the panel having a predetermined curvature, in which 1.7≦T2/T1≦2.3 when T1 is the thickness of the center of the panel and T2 is the thickness of the diagonal corner of the panel, and a panel inside tensile stress at the fused portion of the panel and funnel is less than −1.3876x+128.24 (Kgf/cm2) when the size of the effective picture area of the cathode-ray tube is x(unit: cm). The panel inside tensile stress at the fused portion of the panel and funnel is maintained below a predetermined value to mitigate breakage inside the furnaces that occurs when the cathode-ray tube having the panel whose outside is near flat and whose inside has a predetermined curvature is reproduced, thereby improving the salvage rate.