Abstract: A data processing apparatus includes: a data acquisition unit that acquires waveform data corresponding to biological information correlated with a heart rate and generates, on the basis of the acquired waveform data, a plurality of pieces of time series data whose starting timings are different from each other; a correlation value calculation unit that calculates an autocorrelation value of the plurality of pieces of time series data for each of a plurality of lags; and an image generation unit that generates the autocorrelation image data in which the autocorrelation values are indicated for each of coordinates corresponding to a plurality of combinations of a timing and a lag by mapping pixel values corresponding to autocorrelation values corresponding to the combinations of the timing and the lag to a coordinate plane, in which the timing is assigned to a first axis and the lag is assigned to a second axis.

Abstract: A data processing apparatus includes: a data acquisition unit that acquires waveform data corresponding to biological information correlated with a heart rate and generates, on the basis of the acquired waveform data, a plurality of pieces of time series data whose starting timings are different from each other; a correlation value calculation unit that calculates an autocorrelation value of the plurality of pieces of time series data for each of a plurality of lags; and an image generation unit that generates the autocorrelation image data in which the autocorrelation values are indicated for each of coordinates corresponding to a plurality of combinations of a timing and a lag by mapping pixel values corresponding to autocorrelation values corresponding to the combinations of the timing and the lag to a coordinate plane, in which the timing is assigned to a first axis and the lag is assigned to a second axis.

Abstract: A wavelength conversion member complex includes a wavelength conversion member, a joining material, and a heat dissipation member. The wavelength conversion member includes a support and a phosphor member. The support defines a through-hole extending from an upper surface to a lower surface. The support has a concave portion on the lower surface around the through-hole. The concave portion is spaced apart from the through-hole. The phosphor member is disposed in the through-hole and includes a phosphor. The lower surface of the phosphor member is continuous with the lower surface of the support. The joining material is disposed in the concave portion, and has a lower surface that is flush with the lower surface of the support. The heat dissipation member is disposed under the joining material and the phosphor member, and has an upper surface in contact with the lower surface of the joining material.

Abstract: A wavelength conversion member complex includes a wavelength conversion member, a joining material, and a heat dissipation member. The wavelength conversion member includes a support and a phosphor member. The support defines a through-hole extending from an upper surface to a lower surface. The support has a concave portion on the lower surface around the through-hole. The concave portion is spaced apart from the through-hole. The phosphor member is disposed in the through-hole and includes a phosphor. The lower surface of the phosphor member is continuous with the lower surface of the support. The joining material is disposed in the concave portion, and has a lower surface that is flush with the lower surface of the support. The heat dissipation member is disposed under the joining material and the phosphor member, and has an upper surface in contact with the lower surface of the joining material.

Abstract: In a vehicular roof structure, a roof panel has a downwardly-bent roof panel flange formed on an inner edge portion thereof around the peripheral edge of a sunroof opening. Stiffener is disposed inwardly of the roof panel and having a stiffener flange that is welded to the reverse surface of the downwardly-bent roof panel flange at its portions corresponding to the corner portions. At the portions corresponding to the corner portions, the stiffener has a projecting portion projecting upward from the stiffener flange into abutment against the reverse surface of the roof panel in such a manner that a gap is formed between the reverse surface of the roof panel and a region of the stiffener around the projecting portion, and an adhesive is filled in the gap to fixedly adhere together the roof panel and the stiffener.

Abstract: In a vehicular roof structure, a roof panel has a downwardly-bent roof panel flange formed on an inner edge portion thereof around the peripheral edge of a sunroof opening. Stiffener is disposed inwardly of the roof panel and having a stiffener flange that is welded to the reverse surface of the downwardly-bent roof panel flange at its portions corresponding to the corner portions. At the portions corresponding to the corner portions, the stiffener has a projecting portion projecting upward from the stiffener flange into abutment against the reverse surface of the roof panel in such a manner that a gap is formed between the reverse surface of the roof panel and a region of the stiffener around the projecting portion, and an adhesive is filled in the gap to fixedly adhere together the roof panel and the stiffener.