Sekisui House, Ltd.

An anchor support includes a formwork attachment portion, an anchor support portion, and an adjustment portion. The adjustment portion includes an attachment member, a first adjustment member, and a second adjustment member. The attachment member is inserted into an attachment hole of the formwork attachment portion and is engaged with a formwork so as to attach the formwork attachment portion to an outer surface of the formwork. The first adjustment member is disposed between the outer surface of the formwork and a back surface of the formwork attachment portion. The second adjustment member protrudes from the back surface of the formwork attachment portion toward the formwork, and engages with an adjustment hole of the formwork attachment portion to be able to adjust a protrusion amount toward the formwork.

A column fixing metal member includes a first plate configured to be fixed to a foundation portion, a support portion provided on the first plate a second plate provided on an upper portion of the support portion, and a coupling portion extending from the second plate and configured to be coupled to a column. The support portion includes a first end surface, a side surface that intersects the first end surface, and a first boundary line that is a boundary between the first end surface and the side surface. The first boundary line includes a first boundary region. The second plate has a cutout portion including a cutout edge. The cutout edge has a first cutout region. The first cutout region extends along the first boundary region, in plan view. A portion of the support portion including the first boundary region is fixed to the first plate by welding.

A building includes a hipped roof, an erected part, and a water guide body. The hipped roof includes a first roof part, a second roof part, and a hip that is provided at a boundary part between the first roof part and the second roof part, and that protrudes upward from a roof upper surface of the first roof part. The erected part is erected on the first roof part while extending from a part of the hip, the part being below a ridge beam, toward a side opposite to the second roof part, and includes a side surface facing the ridge beam. The water guide body is provided over the first roof part and the side surface of the erected part to guide water flowing along the first roof part to a lateral side of the erected part. Then, the water guide body is connected to the hip, and has a shape for restricting accumulation of water in a region between the hip, the first roof part, and the erected part.

A support member is a member for supporting a first outer wall surface material, and includes a support fixing part, a support extension, and an end surface support part. The support fixing part is fixed to a second surface of a wall base material provided in a manner of surrounding an opening, the second surface being located more to an outdoor side than a first surface adjacent to the opening. The support extension extends from the support fixing part to a region opposed to the first surface toward the opening side to support the first outer wall surface material from an indoor side. The end surface support part has an abutting surface that extends from the support extension to the outdoor side and abuts on one end surface of the first outer wall surface material on the opening side to support the one end surface.

This foundation construction method for a building includes: a first step for creating a foundation base; a second step for installing reinforcement on the foundation base; a third step for installing a frame for creating a foundation to be provided to the foundation base; a fourth step for arranging a plurality of anchors so as to follow the inner periphery of the frame; and a fifth step for placing concrete inside the frame. In the fifth step, the concrete is leveled such that the upper surface of the concrete is the same height as the upper end surface of the frame.

A connection structure includes a first connection structure connecting a lower end of a first slope beam and a first framework member, the first connection structure including a first metal fitting that comes into contact with a first end surface of the lower end of the first slope beam. The first slope beam and the first framework member are connected by the first metal fitting in such a manner that a lower surface of the first slope beam is positioned higher than an upper surface of the first framework member.

A coordination system includes a fixed color setter, a recommended color extractor, and an output unit. The fixed color setter sets a fixed color of a fixed element to a selected one of candidates for the fixed color. The recommended color extractor extracts a recommended color of a selected element from candidates for a selected color of the selected element based on the fixed color of the fixed element and compatibility data. The output unit outputs the recommended color. The compatibility data includes combinations of each of the candidates for the fixed color and each of the candidates for the selected color, and compatibility values respectively associated with the combinations.

A color balance calculation system includes an acquisition unit and a calculation unit that calculates a color balance. The calculation unit calculates the sum of areas of a first system color, the sum of areas of a second system color, and the sum of areas of an accent color on the basis of a base exposed area that is visible on a base surface, the color of the base surface, an object exposed area that is visible on each placed object, and the color of each placed object. The calculation unit calculates the ratio of the sum of the areas of the first system color to the sum of the areas of the second system color to the sum of the areas of the accent color as a color balance.

To accurately measure a heart rate of a person to be measured, provided is a heart rate detection system ( 1 ) including: a heartbeat data acquisition module ( 300 ) which acquires heartbeat data indicating a heartbeat of a person to be measured in each of a plurality of time windows based on a Doppler signal; an FFT module ( 32 ) which converts respective pieces of the heartbeat data into frequency spectra; a peak identification module ( 33 ) which identifies peaks included in each of the frequency spectra; a peak tracking module ( 34 ) which determines whether corresponding peaks are present in the frequency spectra relating to a predetermined number of consecutive time windows, the predetermined number being three or more; and a heart rate generation module ( 301 ) which generates a heart rate of the person to be measured based on a result of the determination.

A watching device includes a biometric information acquisition module which acquires biometric information on a person to be measured; an abnormality determination module which determines whether the person to be measured is in an abnormal state based on the biometric information; a reporting module which reports, when the person to be measured is determined to be in the abnormal state, that the person to be measured is in the abnormal state; a state determination module which determines whether the person to be measured is in a predetermined temporary physical state; and a reporting restriction module which restricts the reporting by the reporting module when the person to be measured is determined to be in the temporary physical state.