5 results about "Vertical overlap" patented technology

To acquire physical characteristics required for a sole structure and stably keep the sole structure.SOLUTION: A sole structure 1 includes a first midsole part 21 made of a first material, a second midsole part 22 made of a second material, and an exterior part 30 made of a third material having rigidity higher than that of the first and second materials. A boundary part 25 of an overlapping part 24 where the first midsole part 21 and the second midsole part 22 overlap in the vertical direction, includes linear first boundary parts 26 and 26 respectively located on a medial side and a lateral side in side view and extending in a foot length direction. The exterior part 30 is configured to cover the first boundary parts 26 and 26 from the outside of the first midsole part 21 and the second midsole part 22.SELECTED DRAWING: Figure 6

To provide a joinery component that can reduce component costs while suppressing deformation of the frame material. [Solution] The joinery comprises a frame material having an opening groove, a surface material whose lower edge is supported within the opening groove, and a sagging prevention component provided within the opening groove. The frame material has a horizontal wall forming the bottom surface of the opening groove and a vertical wall forming a visible surface on the outer periphery of the horizontal wall. The sagging prevention component has a receiving surface positioned opposite the lower end surface of the surface material and an installation surface installed on the bottom surface of the opening groove. The center of the depth width of the installation surface is either positioned to overlap the vertical wall vertically in the depth direction or to be located on the interior side of the vertical wall.

Provided are, inter alia, a distribution measurement system with which it is possible, when measuring pressure or the like at measurement points that are distributed two-dimensionally, to reduce the thickness of the entire distribution measurement system and to precisely measure pressure or the like in a low range, without employing a complicated circuit configuration.　In a measurement element (10) of a three-axis sensor, a stress-sensitive layer (4) is formed so as to straddle a lower electrode (6) on one end side (6r) of the lower electrode (6). An upper electrode (2) is formed on the stress-sensitive layer (4), and the electrodes and the stress-sensitive layer (4) are stacked in close contact with each other. The lower electrode (6) and the upper electrode (2) have regions that overlap in the vertical direction on a plane at the one end side (6r) of the lower electrode (6). The three-axis sensor M is manufactured through a lithography technique. In the three-axis sensor, measurement elements for measuring shear stress in the direction of one axis of the plane and contact stress in the direction of an axis perpendicular to the plane are arranged in the form of a matrix on the plane. The contact pressure (Pc) and / or the shear stress (S) are detected on the basis of a change in electrical resistance of a pair of measurement elements adjacent to each other in the direction of the one axis.