Abstract: This apparatus is provided with a storage device and a CPU. The storage device has two or more modules stored therein. The CPU acquires, from the storage device, a first module and a second module from among the modules stored in the storage device. Furthermore, the CPU creates a message that indicates whether a hierarchical structure of the first module matches a hierarchical structure of the second module.

Abstract: This apparatus is provided with a storage means and a comparison means. The storage means has two or more modules stored therein. The comparison means acquires, from the storage means, a first module and a second module from among the modules stored in the storage means. Furthermore, the comparison means creates a message that indicates whether a hierarchical structure of the first module matches a hierarchical structure of the second module.

Abstract: A structure analysis device comprises a storage means wherein modules are stored, and an analysis means for carrying out a structural analysis of a prescribed subject module of the modules which are stored in the storage means. If a hierarchical structure of a first subject range and a hierarchical structure of a second subject range of the subject module are the same, the analysis means creates similarity notification information in association with the first subject range and/or the second subject range. The first subject range and the second subject range are respectively different subject ranges of the subject ranges of the subject modules which are acquired from the storage means. The similarity notification information denotes that respectively similar subject ranges are present in the subject module.

Abstract: A device supporting the structural analysis of a module comprises: a storage means storing at least one module; and a conversion means that converts a prescribed target module among the modules stored by the storage means to a secondary module and stores same in the storage means. The conversion means reads the target module from the storage means and sequentially outputs to the secondary module each sentence written from a prescribed processing start location in the target module to a prescribed processing end location. The conversion means also recursively develops a sentence written in processing units etc., for execution, and outputs same to the secondary module, when the sentence is a module internal processing unit or a sentence that executes another module.

Abstract: A device supporting the structural analysis of a module comprises: a storage means storing at least one module; and a conversion means that converts a prescribed target module among the modules stored by the storage means to a secondary module and stores same in the storage means. The conversion means reads the target module from the storage means and sequentially outputs to the secondary module each sentence written from a prescribed processing start location in the target module to a prescribed processing end location. The conversion means also recursively develops a sentence written in processing units etc., for execution, and outputs same to the secondary module, when the sentence is a module internal processing unit or a sentence that executes another module.

Abstract: Provided is a direct heating type card lamination apparatus, and more particularly, to a direct heating type card lamination apparatus with a concise and simple structure that performs low power lamination by applying heat directly on a card and performs lamination conveniently and quickly without a waiting time. The direct heating type card lamination apparatus does not perform lamination by a heated roller after heating the roller with a heating element according to a conventional method but performs lamination by directly applying heat on a card by a momentarily heated lamination head. Accordingly, the direct heating type card lamination apparatus quickly and conveniently performs lamination with low power without energy loss or a waiting time.

Abstract: Lignin and alkali are efficiently sorted out of alkaline black liquor discharged from the paper manufacturing/pulp and paper manufacturing industries and the treated water is made as purified water. Acid is added to the black liquor and its pH is adjusted to 2.5 to 3.5. An aggregating agent is added to have lignin contained in the black liquor settled and the black liquor is separated into lignin and clean water. Ozone gas, preferably in the micro bubble state, is given to the clean water for contact reaction.

Abstract: A powdered health food contains at least one selected from a group consisting of powders of a plurality of vegetables. A Fischer ratio which is a molar ratio (BCAA/AAA) of a branched chain amino acid (BCAA) to an aromatic amino acid (ARA) contained in the powdered health food is 2.1 or higher.

Abstract: Lignin and alkali are efficiently sorted out of alkaline black liquor discharged from the paper manufacturing/pulp and paper manufacturing industries and the treated water is made as purified water. Acid is added to the black liquor and its pH is adjusted to 2.5 to 3.5. An aggregating agent is added to have lignin contained in the black liquor settled and the black liquor is separated into lignin and clean water. Ozone gas, preferably in the micro bubble state, is given to the clean water for contact reaction.

Abstract: A thermal transfer ribbon for forgery prevention comprising: a substrate film; a heat-resistant layer coated on one surface of the substrate film for preventing thermofusibility with a thermal transfer head; one or more than one thermofusible ink layer, or one or more then one thermofusible ink layer and one or more than one protective later coated on the other surface of the substrate just by one layer; and if necessary one or more than one sublimable dye layer, wherein the thermofusible ink layer and/or protective layer contain luminescence, invisible fluorescence or mixture thereof, such that a security function for preventing forgery and alteration is added simultaneously with the printing by using the ribbon equipped with the security function to a printing material in one process.