Abstract:
A developing speed estimation apparatus includes: bibliographic database integrating heterogeneous resources; feature-set creation module calculating feature values of predefined features by searching the bibliographic database, and creating a feature-set of each technology using the feature values, for technologies on technology lifecycle; answer feature-set creation module calculating common feature values of feature sets of technologies belonging to the same stage in the technology lifecycle and creating answer feature-set of each stage; year-specific stage determination module that, if specific technology is inputted, acquires feature-related information for predetermined features by searching the bibliographic database for the specific technology, creates year-specific feature-set using the feature-related information, and determines year-specific stage of the specific technology by comparing the year-specific feature-set with the answer feature-set; and developing-speed estimation module estimating the developing speed of the specific technology using the year-specific stage.
Abstract:
A mining rule database update apparatus using a named entity dictionary and a mining rule combined with an ontology schema includes: a named entity dictionary and mining rule database storage module storing the named entity dictionary and a mining rule database; a mining pattern generation module recognizing terminology from text and converting the terminology into the mining pattern; a named entity and mining rule search module searching for a corresponding named entity and a mining rule from the named entity dictionary and the mining rule database using the recognized terminology and the mining pattern; and a mining rule database update module estimating a relationship name using a named entity of the recognized terminology and the ontology schema, generating a corresponding mining rule, and storing the generated mining rule in the mining rule database depending on a user's selection.
Abstract:
The present invention relates to smart wear using a flexible display panel and, particularly, the present invention comprises: clothes provided through any one method between a method by which the flexible display panel is attached and fixed to a portion of or over the entire outside of a lining of the clothes or a method by which the flexible display panel forms the clothes; and a control unit for storing design information containing various colors or textures for each pan of the clothes as a video or images and outputting the design information to the flexible display panel according to settings. Accordingly, various designs can be implemented for clothes having the same shape, and thus a higher degree of design freedom can be provided to a designer so as to increase the value of the clothes, and a person who wears the clothes can create various styles with the same clothes.
Abstract:
The invention is to provide a knee sauna device, in which delays or minimizes heat loss by adjusting according to a lower body condition of user and making it contact tightly to thighs, enabling to enjoy a dry-type sauna, which includes a case (10) having a opening portion (11), a raising board (20) installed in the opening portion (11) of the case (10) so as to be raised or lowered, a stopper (30) installed between the case (10) and the raising board (20) and fixing the raising board (20), a first heater (40) installed on an internal bottom surface of the case (10), and a second heater (50) installed on an internal top surface of the case (10) protrudingly toward the opening portion (11). The raising board enables a user to adjust and use according to lower body condition (knee height and thigh thickness).
Abstract:
A method for providing a technology trend displayed on a technology lifecycle graph, which is performed by a technology trend providing system, is provided. The method includes (a) obtaining year-specific stages or year-specific representative principal agents with respect to a specific technology displayed on the technology lifecycle graph; and (b) displaying the year-specific stages or the representative principal agent in each year with respect to the specific technology on the technology lifecycle graph. Thus, according to the present invention, it is possible to provide the year-specific stages and the year-specific representative principal agents with respect to each technology displayed on the technology lifecycle graph.
Abstract:
An apparatus and method of searching and visualizing an instance path. The method includes receiving two or more keywords and path search condition; generating a pair of instances with respect to the keywords, extracting a pair of classes corresponding to each of the pairs of instances from ontology instance database; obtaining an ontology schema path with respect to each of the pairs of classes from ontology schema path database; replacing start and end classes with corresponding first and second instances in each of the ontology schema paths and searching for instance path corresponding to the path search condition from the instance paths connected between the first instance and the second instance; outputting instance path display screen on which the searched instance paths are displayed; and if the path search condition changes through the instance path display screen, obtaining and visualizing instance paths corresponding to the changed path search condition.
Abstract:
A stage determination apparatus including storage and processor includes: a bibliographic database integrating heterogeneous resources; a feature-set creation module calculating feature values of predefined features by searching the bibliographic database, and creating a feature-set of each technology using the feature values, for technologies on technology lifecycle; an answer feature-set creation module calculating a common feature value of feature sets of technologies belonging to the same stage in the technology lifecycle and creating an answer feature-set of each stage; a stage determination module that, if a technology is inputted, acquires feature values and creates a feature-set for predefined features by searching the bibliographic database for the technology, compares a corresponding feature value in the feature-set of the technology with a feature value according to a feature selection flow in a previous decision tree according to the feature selection flow, and determines a stage having a feature value finally selected according to the feature selection flow as a stage where the technology belongs to in the technology lifecycle.
Abstract:
The sauna device includes a sauna room enclosed by a floor and a wall forming a box shape, a first heating body installed on the wall such that a user enters the sauna room and receives the radiating heat, a chair provided in a lower front portion of the first heating body and including a seat and a back plate, and a second heating body received in the back plate, which can increase the quality of the sauna drastically since the non-heating portion can be complimented through heating body embedded in the waist support and delivers radiating heat to the hip portion effectively.
Abstract:
A personalized service system and method based on an ontology is provided, in which if a user selects a personalized service while a subject or an object in a user profile ontology of user's personal information is associated with a subject or an object of a personalized service ontology through a relationship name, the system and method searches for a personalized service ontology corresponding to the selected personalized service, acquires personal information of an instance form in the user profile ontology associated with the personalized service ontology, executes the personalized service by applying the acquired personal information, and provides the user with a result of the execution.
Abstract:
Provided are a time synchronization method allowing a fixed time delay and a bridge that is interposed between a master and a slave, according to the method. In the bridge, a predetermined time after the synchronization packet is set as an output time of the synchronization packet and the synchronization packet is output at the output time. Accordingly, it is possible to delay synchronization packets in the bridge for the same time, thereby increasing the time synchronization precision.