Abstract: An inspection specifying unit specifies a member position that is a point and a type of damage that is a soundness determination target on the basis of building structure information. An inspection data analysis unit acquires the image data from an inspection data acquisition unit, analyzes the image data, and determines from the image data, whether or not there is damage of the type of damage specified as the inspection target, and the degree of damage in a case where there is the damage. A damage influence degree calculation unit calculates the degree of damage influence for each damage. A soundness determination unit determines the soundness of the entire building on the basis of the degree of damage influence for each damage. A soundness output unit outputs the soundness determined in to a display, a printer, or the like.

Abstract: A structural object information search unit (18) acquires structural object specification information of the target structural object from the inspection result information, and searches for structural object information of a reference structural object stored in a structural object information DB (50). The structural object information search unit (18) specifies similar reference structural object similar to the target structural object. An inspection result similarity determination unit (24) acquires inspection and/or repair information of the similar reference structural object from the structural object information DB (50), compares the inspection and/or repair information of the similar reference structural object with a inspection result of the target structural object, and specifies inspection result information of the reference structural object used in generation of a repair plan.

Abstract: A structural object data input unit receives an input of structural data of a target structural object to be inspected, and an attribute information input unit receives an input of attribute information of the target structural object. Next, an inspection location determination unit specifies a location having stress applied thereto in the target structural object, and determines an inspection required location of the target structural object on the basis of a result of the determination. Next, an inspection plan creation unit creates an inspection plan on the basis of the specification result for the inspection required location, and outputs the created inspection plan to a display unit. Thereby, the inspection plan is displayed on the display unit.

Abstract: A search unit acquires a type of damage and a degree of damage for each member position obtained in a damage information extraction process of a damage information extraction device. The search unit collates building structure information of a building structure information DB, the degree of damage corresponding to the type of damage for each member position analyzed by an inspection data analysis unit, and use environment history information of a use environment history information DB with soundness information of a soundness DB and searches for soundness of a building similar thereto. A soundness determination unit determines soundness of a building that is an inspection target on the basis of the soundness of the building that has been searched for. A soundness output unit outputs the soundness to a display, a printer, or the like.

Abstract: An inspection specifying unit acquires structure information of a building that is an inspection target. Use environment history information of the building that is an inspection target is acquired. The inspection specifying unit specifies a member position that is an inspection target and a type of damage that is an inspection target at the member position on the basis of the structure information of the building and the use environment history information. An inspection data acquisition unit acquires inspection data including image data obtained by imaging a subject image of each member and position information of each member. An inspection data analysis unit acquires the image data corresponding to the member position from the inspection data acquisition unit, analyzes the image data, and determines whether there is damage of the damage type specified as the inspection target, and a degree of damage in a case where there is the damage.

Abstract: Specifying information for specifying a surrounding inspection target which is an inspection target present in a predetermined range with respect to the imaging terminal is acquired from the imaging terminal. The surrounding inspection target is specified among the plurality of inspection targets on the basis of the specifying information. It is evaluated whether or not there is an image acquisition area in which acquisition of a new captured image is necessary for the surrounding inspection target on the basis of a result of accessing a database that stores maintenance and inspection information including at least a captured image for each of the plurality of inspection targets and referring to the maintenance and inspection information of the surrounding inspection target. Image acquisition area information indicating the image acquisition area in which the acquisition of a new captured image is evaluated to be necessary is output to the imaging terminal.

Abstract: A first inspection result regarding a construction is obtained, the first inspection result including a usage condition and a locational and environmental condition of the construction and an inspection image. An image feature of the inspection image is obtained from the first inspection result, the image feature including a damage feature. One or more second inspection results corresponding to one of the image feature or a construction condition that includes at least one of the usage condition or the locational and environmental condition are retrieved. A display unit displays the retrieved one or more second inspection results. One or more specific inspection results that correspond to the other of the image feature or the construction condition are retrieved from among the retrieved one or more second inspection results. The display unit displays the one or more specific inspection results preferentially over the other inspection results among the second inspection results.

Abstract: An outer shape of an outline of a structure which is a creation target of a drawing is acquired from map information, and distance images of a plurality of portions including annex information indicating an imaging position and an imaging direction captured by dividing the structure by a plurality of times from a Time Of Flight (TOF) camera are acquired. A connection processing unit connects the acquired distance images of the plurality of portions with each other, by using the annex information on the distance images, however, connects the distance images so that the distance images correspond to the outer shape of the structure, by using the outer shape of the structure at the time of the connection. A drawing creation unit automatically creates a drawing of the structure from the distance images (three-dimensional information on the entire structure) connected with each other.

Abstract: An inspection specifying unit specifies a member position that is a point and a type of damage that is a soundness determination target on the basis of building structure information. An inspection data analysis unit acquires the image data from an inspection data acquisition unit, analyzes the image data, and determines from the image data, whether or not there is damage of the type of damage specified as the inspection target, and the degree of damage in a case where there is the damage. A damage influence degree calculation unit calculates the degree of damage influence for each damage. A soundness determination unit determines the soundness of the entire building on the basis of the degree of damage influence for each damage. A soundness output unit outputs the soundness determined in to a display, a printer, or the like.

Abstract: Specifying information for specifying a surrounding inspection target which is an inspection target present in a predetermined range with respect to the imaging terminal is acquired from the imaging terminal. The surrounding inspection target is specified among the plurality of inspection targets on the basis of the specifying information. It is evaluated whether or not there is an image acquisition area in which acquisition of a new captured image is necessary for the surrounding inspection target on the basis of a result of accessing a database that stores maintenance and inspection information including at least a captured image for each of the plurality of inspection targets and referring to the maintenance and inspection information of the surrounding inspection target. Image acquisition area information indicating the image acquisition area in which the acquisition of a new captured image is evaluated to be necessary is output to the imaging terminal.

Abstract: An inspection specifying unit acquires structure information of a building that is an inspection target. Use environment history information of the building that is an inspection target is acquired. The inspection specifying unit specifies a member position that is an inspection target and a type of damage that is an inspection target at the member position on the basis of the structure information of the building and the use environment history information. An inspection data acquisition unit acquires inspection data including image data obtained by imaging a subject image of each member and position information of each member. An inspection data analysis unit acquires the image data corresponding to the member position from the inspection data acquisition unit, analyzes the image data, and determines whether there is damage of the damage type specified as the inspection target, and a degree of damage in a case where there is the damage.

Abstract: A structural object information search unit (18) acquires structural object specification information of the target structural object from the inspection result information, and searches for structural object information of a reference structural object stored in a structural object information DB (50). The structural object information search unit (18) specifies similar reference structural object similar to the target structural object. An inspection result similarity determination unit (24) acquires inspection and/or repair information of the similar reference structural object from the structural object information DB (50), compares the inspection and/or repair information of the similar reference structural object with a inspection result of the target structural object, and specifies inspection result information of the reference structural object used in generation of a repair plan.

Abstract: An input unit (14) receives an input of structural object specification information of a structural object which is a drafting target of a maintenance plan, and a data input and output unit (16) acquires inspection result data (current data) including positional information and an image of a structural object corresponding to the structural object specification information from a data storage unit (50). A captured image analysis unit (18) analyzes an image included in the current data, and detects a damaged portion of the structural object. A priority level calculation unit (20) calculates a damage level based on a degree of damage of each damaged portion, predicts a future damage progression by referring to damage history data from the positional information of each damaged portion, and determines maintenance priority level by using the damage level and the prediction result of the future damage progression.

Abstract: A structural object data input unit receives an input of structural data of a target structural object to be inspected, and an attribute information input unit receives an input of attribute information of the target structural object. Next, an inspection location determination unit specifies a location having stress applied thereto in the target structural object, and determines an inspection required location of the target structural object on the basis of a result of the determination. Next, an inspection plan creation unit creates an inspection plan on the basis of the specification result for the inspection required location, and outputs the created inspection plan to a display unit. Thereby, the inspection plan is displayed on the display unit.

Abstract: A first inspection result regarding a construction is obtained, the first inspection result including a usage condition and a locational and environmental condition of the construction and an inspection image. An image feature of the inspection image is obtained from the first inspection result, the image feature including a damage feature. One or more second inspection results corresponding to one of the image feature or a construction condition that includes at least one of the usage condition or the locational and environmental condition are retrieved. A display unit displays the retrieved one or more second inspection results. One or more specific inspection results that correspond to the other of the image feature or the construction condition are retrieved from among the retrieved one or more second inspection results. The display unit displays the one or more specific inspection results preferentially over the other inspection results among the second inspection results.

Abstract: A search unit acquires a type of damage and a degree of damage for each member position obtained in a damage information extraction process of a damage information extraction device. The search unit collates building structure information of a building structure information DB, the degree of damage corresponding to the type of damage for each member position analyzed by an inspection data analysis unit, and use environment history information of a use environment history information DB with soundness information of a soundness DB and searches for soundness of a building similar thereto. A soundness determination unit determines soundness of a building that is an inspection target on the basis of the soundness of the building that has been searched for. A soundness output unit outputs the soundness to a display, a printer, or the like.

Abstract: A lubricant composition comprising following ingredients (a) and (b) is disclosed.

Abstract: A novel lubricant composition is disclosed. The composition comprises the compound selected from the formula (1), where D represents an m-valent cyclic group capable of bonding to “m” of —X—R; Xs respectively represent a single bond or a bivalent linking group selected from the group consisting of NR1, where R1 is a hydrogen atom or a C1-30 alkyl group, oxygen, sulfur, carbonyl, sulfonyl and any combinations thereof; Rs respectively represent a substituted or non-substituted alkyl, alkenyl, alkynyl, aryl or heterocyclic group provided that at least one R contains an ester bond; and m is an integer from 2 to 11.

Abstract: The novel impregnating oil composition for a sintered bearing is disclosed. The composition comprises a base oil, at least one compound represented by a formula (1). In the formula, D represents an m-valent cyclic group capable of binding to “m” of —X—R; each X represents a single bond or a bivalent linking group selected from the group consisting of NR1, where R1 is a hydrogen atom or a C1-30 alkyl group, oxygen, sulfur, carbonyl, sulfonyl and any combinations thereof; each R represents a substituted or non-substituted, alkyl group, alkenyl group, alkynyl group, aryl group or heterocyclic group, or a halogen atom, hydroxy, amino, mercapto, cyano, sulfide, carboxy or salt thereof, a sulfo or salt thereof, hydroxylamine, ureido or urethane; and m is an integer from 2 to 11.

Abstract: A novel lubricant composition is disclosed. The composition comprises a molecular complex formed by intermolecular interaction between molecules capable of tautomerization, wherein at least one of the molecules has at least one ester bond and is represented by the formula (I) (but excluding any compound represented by the formula (TAM) below) where, Q11 represents an oxygen atom, sulfur atom or N(R13); R11 to R13 independently represents a hydrogen atom or a substituent, at least one of which being a substituent containing at least one ester bond and at least one chain selected from the group consisting of C4 or longer alkyl chains and the like; and formula (TAM) where R1, R2 and R3 independently represents a substituent, x, y and z independently represent an integer of 1 to 5.