Abstract: A blood pressure measurement device measures blood pressure and a blood pressure change affecting factor of a patient. The device includes a memory, a tolerance determination section, and a display unit. The tolerance determination section includes a rest/unrest condition determination section and a blood pressure tolerance determination section. The tolerance determination section determines whether the blood pressure of the patient is tolerant to the blood pressure change affecting factor. The display unit of the device displays the measured blood pressure, the measured blood pressure change affecting factor, and a tolerance determination of the patient.

Abstract: A blood pressure measurement device measures blood pressure and a blood pressure change affecting factor of a patient. The device includes a memory, a tolerance determination section, and a display unit. The tolerance determination section includes a rest/unrest condition determination section and a blood pressure tolerance determination section. The tolerance determination section determines whether the blood pressure of the patient is tolerant to the blood pressure change affecting factor. The display unit of the device displays the measured blood pressure, the measured blood pressure change affecting factor, and a tolerance determination of the patient.

Abstract: A semiconductor light-emitting device includes a semiconductor light-emitting element, and a sealing material sealing the semiconductor light-emitting element. The sealing material includes a phosphor which includes a matrix including a glass and a luminescence center included in the matrix. A refractive index of the matrix is more in a far side of the matrix than the refractive index of the matrix in a near side of the matrix, the far side being located farther from the semiconductor light-emitting element than the near side. The refractive index of the matrix is the same as a refractive index of the semiconductor light-emitting element.

Abstract: [Problem] A semiconductor light-emitting device, which does not suffer from color unevenness of the light taken out of a sealing material even when a phosphor is used therein and enables reduction of the production cost is provided. [Means for Solving] Because semiconductor light-emitting device (1) comprises a semiconductor light-emitting element (4) and a phosphor (5) sealing the semiconductor light-emitting element (4) and having a matrix composed of a glass and a luminescence center contained in the matrix, by directly sealing the semiconductor light-emitting element (4) with the phosphor (5), color unevenness of light emitted from the device is reduced and any sealing material other than the phosphor (5) becomes unnecessary. Since a process of mixing the phosphor (5) and any other sealing material is not required, the production cost can be reduced.