Abstract: [Problem] The present invention provides a preparation jig for a tympanic membrane regenerating agent and a preparation vessel for a tympanic membrane regenerating agent enabling simple preparation of a tympanic membrane regenerating agent. [Solution] A preparation jig for a tympanic membrane regenerating agent (1a) and a preparation vessel for a tympanic membrane regenerating agent (1A) each include: a vessel (3A) including housing walls (6, 7) forming an interior space (S1) housing a medicinal solution support (2), and including an opening (6h) opening in one direction and formed in the housing walls (6, 7); and a holding portion (4A) disposed in the interior space (S1). The deep side of the interior space (S1) is a housing portion (S3) housing the medicinal solution support (2) holding a medicinal solution. The opening (6h) side of the interior space (S1) is an installation space (S2) in which the holding portion (4A) is disposed.

Abstract: [Problem] The present invention provides a preparation jig for a tympanic membrane regenerating agent and a preparation vessel for a tympanic membrane regenerating agent enabling simple preparation of a tympanic membrane regenerating agent. [Solution] A preparation jig for a tympanic membrane regenerating agent (1a) and a preparation vessel for a tympanic membrane regenerating agent (1A) each include: a vessel (3A) including housing walls (6, 7) forming an interior space (S1) housing a medicinal solution support (2), and including an opening (6h) opening in one direction and formed in the housing walls (6, 7); and a holding portion (4A) disposed in the interior space (S1). The deep side of the interior space (S1) is a housing portion (S3) housing the medicinal solution support (2) holding a medicinal solution. The opening (6h) side of the interior space (S1) is an installation space (S2) in which the holding portion (4A) is disposed.

Abstract: The present invention describes a process for the production of propylene glycol from glycerol, the transformation of purified glycerol to propylene glycol being carried out by means of a reaction of hydrogenolysis, in the liquid phase, where the two stages of the reaction take place simultaneously and in one and the same reactor (1) under specified conditions of temperature and pressure, and the effluent from the fixed-bed reactor (1) is led to subsequent process stages that comprise separation and purification.

Abstract: An information processing apparatus includes a first classification unit configured to set each of pixels forming a first image as a pixel of interest and classify the pixels of interest into one of a plurality of provided classes of a first type in accordance with a predetermined rule; a feature amount generation unit configured to generate a shifted waveform whose phase is shifted with respect to a waveform of the first image containing the pixels of interest and configured to generate a feature amount; a second classification unit configured to be provided with a plurality of classes of a second type in accordance with the feature amount for each of the plurality of classes of the first type and configured to classify the pixels of interest; and a prediction calculation unit configured to predictively calculate pixels forming a second image.

Abstract: An image processing device, to convert a first image data into a second image data having a higher image quality, includes: a predicted tap extracting unit to extract multiple pixels as a predicted tap for prediction computing; a level limit class tap extracting unit to extract multiple pixels as a level limit class tap for level limit classifying processing; a waveform class tap extracting unit to extract multiple pixels as a waveform class tap; a level limit classifying unit to classify the pixel of interest, based on a ratio between a level width and a dynamic range of the pixels making up the level limit class tap; a waveform pattern classifying unit to classify the pixel of interest; a prediction coefficient output unit to output a prediction coefficient corresponding to a combination of a level limit class and a waveform pattern class; and a prediction computing unit.

Abstract: The present invention describes a process for the production of propylene glycol from glycerol, the transformation of purified glycerol to propylene glycol being carried out by means of a reaction of hydrogenolysis, in the liquid phase, where the two stages of the reaction take place simultaneously and in one and the same reactor (1) under specified conditions of temperature and pressure, and the effluent from the fixed-bed reactor (1) is led to subsequent process stages that comprise separation and purification.

Abstract: An information processing apparatus includes a first classification unit configured to set each of pixels forming a first image as a pixel of interest and classify the pixels of interest into one of a plurality of provided classes of a first type in accordance with a predetermined rule; a feature amount generation unit configured to generate a shifted waveform whose phase is shifted with respect to a waveform of the first image containing the pixels of interest and configured to generate a feature amount; a second classification unit configured to be provided with a plurality of classes of a second type in accordance with the feature amount for each of the plurality of classes of the first type and configured to classify the pixels of interest; and a prediction calculation unit configured to predictively calculate pixels forming a second image.

Abstract: An image processing device, to convert a first image data into a second image data having a higher image quality, includes: a predicted tap extracting unit to extract multiple pixels as a predicted tap for prediction computing; a level limit class tap extracting unit to extract multiple pixels as a level limit class tap for level limit classifying processing; a waveform class tap extracting unit to extract multiple pixels as a waveform class tap; a level limit classifying unit to classify the pixel of interest, based on a ratio between a level width and a dynamic range of the pixels making up the level limit class tap; a waveform pattern classifying unit to classify the pixel of interest; a prediction coefficient output unit to output a prediction coefficient corresponding to a combination of a level limit class and a waveform pattern class; and a prediction computing unit.