Abstract:
본 발명은 실시간으로 전송되는 기준 영상과 상기 기준 영상과 별도로 전송되는 부가 영상 및 콘텐츠를 연동하여 3D 서비스를 제공하기 위한 전송 방법에 있어서, 기준 영상을 기반으로 실시간 기준 영상 스트림을 생성하여 실시간으로 수신측으로 전송하는 실시간 기준 영상 스트림 생성 단계; 및 상기 기준 영상과 연동하여 3D 서비스를 제공하는 부가 영상 및 콘텐츠를 상기 기준 영상 스트림과 별도로 상기 수신측으로 전송하는 부가 영상 및 콘텐츠 전송 단계를 포함하되, 상기 실시간 기준 영상 스트림은 상기 기준 영상과 연동될 부가 영상 및 콘텐츠와 관련된 정보인 연동 정보 및 상기 기준 영상과 상기 부가 영상 및 콘텐츠와의 동기를 맞추기 위한 동기화 정보를 포함하는 3D 제공 방법을 개시한다.
Abstract:
PURPOSE: A device for providing a 3D service by interlinking a separately transmitted additional image with a reference image transmitted in real time and a method thereof are provided to form a high definition 3D service by inserting a signaling plan for a reference relation between two images and time information. CONSTITUTION: A real time reference image stream is decoded as a reference image(10) through a reference image generator(130). The real time reference image stream is delivered to a 3D play unit(160). Interlinking information and synchronization information in the real time reference image stream are delivered to a reception and storage unit(150). The reception and storage unit delivers a file or an additional image-related stream to be interlinked with the reference image and an additional image(20) synchronized with the reference image to the 3D play unit through the interlinking information and the synchronization information. [Reference numerals] (10) Reference image; (100) Real time reference image stream generating unit; (110) Additional image and content transmission unit; (120) MPEG-2 TS analyzer; (130) Reference image generator; (140) Additional image analyzing unit; (150) Reception and storage unit; (160) 3D play unit; (20,GG) Additional image; (AA) 3D initiation display screen; (BB,EE) Interlinking information; (CC,FF) Synchronization information; (DD) Reference image
Abstract:
PURPOSE: Course dishes for improving obesity are provided to use medical herbs and food ingredients to provide the improved taste and the disease treatment function. CONSTITUTION: Course dishes for improving obesity include a chicken dish obtained by the following steps: boiling chicken breast with lotus leaves, polygonum multiflorum, and ginger; tearing the chicken breast, and seasoning with salt and black pepper powder; mixing the obtained chicken stock with peeled sesame seeds, sugar, honey, persimmon vinegar, the salt, and the black pepper powder to obtain stock; and pouring the salt into the chicken breast, and adding slices with carrot, cucumber, ginseng, and pear. The course dishes include a codonopsis lanceolata dish mixed with sauce obtained by the following steps: mixing a crataegus pinnatifida extract, red pepper paste, the persimmon vinegar, sesame seed oil, minced spring onion, minced garlic, the sugar, and red pepper powder to obtain the sauce; and mixing torn crataegus pinnatifida parboiled in salt water, garlic stems parboiled in the salt water after cutting, cut parboiled shrimp, and red pepper slices with the sauce. The course dishes also include lotus leaf rice, and candied crataegus pinnatifida.
Abstract translation:目的:提供用于改善肥胖症的菜肴,使用药草和食物成分提供改善的味道和疾病治疗功能。 规定:用于改善肥胖的课程包括通过以下步骤获得的鸡肉盘:用荷叶煮沸鸡胸肉,多孔多孔和姜; 撕裂鸡胸肉,用盐和黑胡椒粉调味; 将得到的鸡肉与去皮芝麻,糖,蜂蜜,柿子醋,盐和黑胡椒粉混合,得到原料; 并将盐倒入鸡胸肉中,加入胡萝卜,黄瓜,人参和梨片。 课程包括与通过以下步骤获得的酱汁混合的番茄酱:将山楂提取物,红辣椒酱,柿子醋,芝麻籽油,切碎的洋葱,切碎的大蒜,糖和红辣椒粉混合, 取酱 将盐渍的orn orn and and and and and and and after after after after。。。。。。。。。。。。。。。。。。。。。。。。。。。。。。。。。。。。 课程菜肴还包括莲子叶和蜜饯斑点。
Abstract:
PURPOSE: Course dishes for treating and preventing hyperlipidemia are provided to use medical herbs as food ingredients for providing the improved taste and disease treating effect. CONSTITUTION: Course dishes for treating and preventing hyperlipidemia include a steamed snapper dish produced by the following steps: wrapping snapper in a lotus leaf; boiling paeonia lactiflora, mint, soy sauce, refined rice wine, Japanese apricot syrup, garlic, ginger, black pepper powder, dried pepper, and cinnamon powder to obtain seasoning sauce; heating the steamed snapper in the seasoning sauce; and mounting lycium chinense as a garnishing ingredient. The course dishes include a bellflower root salad dish produced by the following steps: mixing dioscorea batatas, pear, salt, honey, vinegar, and the black pepper powder, and grinding the mixture to obtain dressing; mixing the dressing with torn bellflower roots, jujube, red pepper, green pepper, minced pine nuts, and minced liriope platyphylla; and sprinkling perilla seed powder and black sesame seeds. The course dishes also include eucommia ulmoides dumplings, cassia tora soy sauce, and dioscorea batatas fried rice.
Abstract:
Dressing containing Eleutherococcus senticosus powder is provided to obtain useful effects of Eleutherococcus senticosus by mixing the Eleutherococcus senticosus powder with various ingredients of dressing. Dressing containing Eleutherococcus senticosus is prepared by mixing 45~50wt% of minced tomato, 1.3~1.9wt% of minced pepper, 15~19wt% of minced onion, 0.5~1.5wt% of lemon peel, 0.3~0.9wt% of Coriandrum sativum, 8~11wt% of vinegar, 8~11wt% of lemon juice, 0.5~1.5wt% of salt, 1~2wt% of sugar, 4~6wt% of Eleutherococcus senticosus powder, and 4~6wt% of olive oil. The dressing is also prepared by mixing 55~60wt% of olive oil, 17~22wt% of balsamic vinegar, 6~7wt% of Eleutherococcus senticosus powder, 2~3wt% of minced garlic, 6~7wt% of minced parsley, 6~7wt% of minced onion, and 3~3.5wt% of salt, wherein the balsamic vinegar is obtained by aging grape juice for 5~6yr. Another preparation method comprises mixing 16~21wt% of pineapple juice, 2.5~3.0wt% of mustard paste, 0.5~1.0wt% of salt, 0.5~1.0wt% of black pepper, 10~12wt% of Eleutherococcus senticosus powder, 30~40wt% of minced pineapple, 16~21wt% of minced corn, and 10~12wt% of olive oil. In the preparation methods, the Eleutherococcus senticosus powder is prepared by mixing dried Eleutherococcus senticosus and distilled water in a ratio of 1:18~22; heating the mixture in a reflux extractor for 2~3hr; filtering the heated mixture through a filter paper; concentrating the filtrate under reduced pressure by using a rotary evaporator; and drying the concentrate in a freeze-dryer and then powdering it.
Abstract:
In the present invention, a transmitting apparatus and method and a receiving apparatus and method for providing a 3D service are disclosed. In a transmitting method for providing a 3D service through a connection with a reference image transmitted in real time and additional image and content transmitted separately from the reference image, the transmitting method for providing the 3D service comprises: a real time reference image stream generating step of generating a real time reference image stream on the basis of a reference image and transmitting the generated image stream to a recipient in real time; and an additional image and content transmitting step of transmitting, to the recipient and separately from the reference image stream, additional images and content for providing a 3D service through a connection with the reference image. The real time reference image stream includes connection information, i.e. information related to the additional image and content to be connected to the reference image, and synchronization information for synchronizing the additional image and content with the reference image. [Reference numerals] (210) Descriptor_tag(8-bit); (220) Descriptor_length(8-bit); (230) Linkage_media_number; (240) Media_index_id(8-bit); (250) Start_time(32-bit); (260) Linkage_URL_length(8-bit); (280) Linkage_media_type(8-bit); (290) Track_id(32-bit)
Abstract:
본발명은 MPEG-2 TS 기반방송서비스환경에서전달시간이다른콘텐츠를연동하여 3D 서비스를제공하기위한시그널링기술방법및 동기화방법으로서, 본발명에따른실시간, 비실시간연동형서비스기술에의하면기존방송과저장된파일의연동형미디어를도출함으로써, 몰입형멀티미디어의접근이쉬워지며, 다양한저장매체를활용하는서비스의기반기술로서활용될수 있으며, 본발명에서개발할 NRT저장콘텐츠와실시간방송을연동하여 3D 서비스를제공하기위한방법은향후, 두개의기술규격뿐만아니라, 다양한저장매체를활용하는연동형서비스기술개발의방향성을제시할것으로기대할수 있다.
Abstract:
PURPOSE: A three dimensional service providing method is provided to enable users to effectively access multimedia which the users are immersed by extracting the connected media of files stored using a non-real time stream. CONSTITUTION: A terminal extracts additional image signaling information and an additional image from a received non-real time stream(S110). The terminal extracts a reference image signaling information and a reference image from a received real-time stream(S120). The terminal creates stereoscopic content including the reference image and the additional image based on the relationship information(S130). The terminal reproduces the stereoscopic content by synchronizing the images based on time information included in synchronization information. [Reference numerals] (AA) Start; (BB) End; (S110) Additional images and additional image signaling information are extracted by receiving a non-real time stream; (S120) Standard images and standard signaling information are extracted by receiving a real time stream; (S130) Additional image signaling information and the creation of stereoscopic content based on the additional image signaling information