Abstract: A paragraph divider (15a) divides text to which markup information representing vertices of a graph structure has been assigned into paragraphs, a vertex extractor (15b) extracts vertices for each paragraph, and an edge extractor (15c) extracts an edge between the extracted vertices for each paragraph. A storage unit (14) may store a schema (14a) for specifying edges between attributes of vertices of a graph structure, the paragraph divider (15a) may divide text to which markup information representing vertices of a graph structure and attributes of the vertices has been assigned into paragraphs, the vertex extractor (15b) may extract the vertices and the attributes of the vertices for each paragraph, and the side extractor (15c) may extract edges specified in the schema (14a) for each paragraph. A vertex combiner (15d) may combine vertices redundantly extracted between paragraphs.

Abstract: A seat mounting device for a vehicle seat may include at least two locking mechanisms (20) provided on one of a vehicle seat (40) and a vehicle body, and an engagement member (43) provided on the other of the vehicle seat and the vehicle body. The locking mechanisms (20) are interconnected via an interconnecting member (26, 28). The engagement member (43) is arranged and constructed to be locked by the locking mechanisms (20). The locking mechanisms (20) and the engagement member (43) are arranged and constructed such that the engagement member (43) can be engaged with or removed from the locking mechanisms (20) by moving the vehicle seat (40) in one direction.

Abstract: A seat mounting device for a vehicle seat may include at least two locking mechanisms (20) provided on one of a vehicle seat (40) and a vehicle body, and an engagement member (43) provided on the other of the vehicle seat and the vehicle body. The locking mechanisms (20) are interconnected via an interconnecting member (26, 28). The engagement member (43) is arranged and constructed to be locked by the locking mechanisms (20). The locking mechanisms (20) and the engagement member (43) are arranged and constructed such that the engagement member (43) can be engaged with or removed from the locking mechanisms (20) by moving the vehicle seat (40) in one direction.

Abstract: An emulator probe comprising a direction changing board 10 having a first connector 11 to be coupled to a relaying connector 9 set on one surface thereof and a second connector 12 set on the other surface thereof such that the direction of setting of the same is different from the direction of setting of the first connector 11 and adapted such that soldering to a microcomputer mounting foot pattern 3 is achieved not through a pin terminal but through a semicircular edge portion of a semicircular through hole 8a formed in the peripheral surface of a semicircular through-hole board 8, and therefore, the emulator can be mounted on a user target board 1 easily without the need to deform the emulator cable and, further, the area occupied by the microcomputer mounting foot pattern can be decreased.