Abstract: According to one embodiment, a delivery handling apparatus includes a recognition portion which performs an image recognition processing to an image imaged by an imaging portion to image a delivery object, to recognize information including an address given to the delivery object and a parameter selecting portion which sequentially selects parameter sets from a plurality of the parameter sets previously stored in a storage portion and a control portion which makes the parameter selecting portion sequentially select parameter sets from a plurality of the parameter sets, and the recognition portion perform an image recognition processing to an image with the parameter sets selected by the parameter selecting portion, and the parameter selecting portion select the parameter set satisfying a prescribed condition, based on a result of the image recognition processing corresponding to the respective parameter sets.

Abstract: According to one embodiment, a delivery handling apparatus includes a recognition portion which performs an image recognition processing to an image imaged by an imaging portion to image a delivery object, to recognize information including an address given to the delivery object and a parameter selecting portion which sequentially selects parameter sets from a plurality of the parameter sets previously stored in a storage portion and a control portion which makes the parameter selecting portion sequentially select parameter sets from a plurality of the parameter sets, and the recognition portion perform an image recognition processing to an image with the parameter sets selected by the parameter selecting portion, and the parameter selecting portion select the parameter set satisfying a prescribed condition, based on a result of the image recognition processing corresponding to the respective parameter sets.

Abstract: An address recognition apparatus has an address recognition section, and a non-addressee determination section. The address recognition section acquires, based on an image of an object, address information described on the object. The non-addressee determination section determines, based on a comparison result of information relating to first address information that is the address information acquired in the address recognition section at a desired timing, and information relating to second address information that is the address information acquired in the address recognition section before the first address information, whether or not the first address information is a non-destination address that is not an address of an addressee.

Abstract: A database management device of an embodiment has an address information acquisition section, and a similar address generation section. The address information acquisition section acquires first address information. The similar address generation section generates a similar address similar to an address which the first address information indicates, from the first address information, and registers second address information indicating the generated similar address in an address database that stores address information indicating an address.

Abstract: A delivery system may include, but is not limited to: one or more software components; and one or more hardware processors. The processors are, when executing one or more software components, configured to at least: determine a type of an object to be delivered; determine a recognition algorithm to be used from a plurality of recognition algorithms, based on the type of the object; and perform recognition processing using an image of the object and the recognition algorithm determined.

Abstract: A delivery system includes: one or more software components; and one or more hardware processors. The processors are, when executing software components, configured to at least: recognize information assigned to an object, determines whether at least the part of the address is matched to the at least the part of the address included in the address list, refers to information of at least a part of a name in a case of being not matched, determine whether at least a part of the name is matched to at least a part of the name associated with the address included in the address list, determine that an address, which is associated with the name as matched, as a delivery address, in a cases being matched.

Abstract: A sorting device has sensors, a plurality of a feature extracting unit, a feature searching unit, a determining unit and a sorting unit. The sensors detect physical quantities of an object. The feature extracting unit extracts values of a plurality of types of feature values from the physical quantities detected. The feature searching unit specifies identification information of the object based on values of various feature values extracted with reference to a feature database which associates and stores the values of the various feature values and the identification information of the object in advance. The determining unit determines sorting information of the object based on the identification information of the object specified with reference to a sorting database which associates and stores the identification information of the object and the sorting information in advance. The sorting unit sorts the object based on the sorting information determined.

Abstract: An address recognition apparatus has an address recognition section, and a non-addressee determination section. The address recognition section acquires, based on an image of an object, address information described on the object. The non-addressee determination section determines, based on a comparison result of information relating to first address information that is the address information acquired in the address recognition section at a desired timing, and information relating to second address information that is the address information acquired in the address recognition section before the first address information, whether or not the first address information is a non-destination address that is not an address of an addressee.

Abstract: A delivery sorting processing system of an embodiment recognizes recognizable semantic information from an image of a delivery, extracts a candidate for a delivery destination area from the semantic information, and determines priority according to a possibility of being relevant to a candidate for a delivery destination area of the delivery. The system determined a delivery destination of a delivery based on information included in a candidate for a delivery destination area selected by an operator's operation and stores the candidate for a delivery destination area determined to have the high priority and a candidate for a delivery destination area selected by the operator's operation in association with each other in a storage section, in a case where a predetermined condition is not satisfied. The system determines whether there is a match between the candidate for a delivery destination area determined to have high priority.

Abstract: An information recognition processing device according to an embodiment includes a recognition unit, a diagnosis unit, and an output unit. The recognition unit recognizes a plurality of pieces of identification information recorded by a printing device. The diagnosis unit diagnoses the printing device based on recognition statistics information indicating recognition results of the plurality of pieces of identification information. The output unit outputs the diagnosis result.

Abstract: According to the embodiment, a sorting device has sensors, a feature extracting unit, a feature searching unit, a determining unit and a sorting unit. The sensors detect physical quantities of an object. The feature extracting unit extracts a plurality of types of feature values from the physical quantities detected. The feature searching unit specifies identification information of the object based on values of various feature values extracted, from a feature database which associates and stores the values of the various feature values and the identification information of the object. The determining unit determines sorting information of the object based on the identification information of the object specified, from a sorting database which associates and stores the identification information of the object and the sorting information. The sorting unit sorts the object based on the sorting information determined by the determining unit.

Abstract: A sensor information management device of an embodiment includes an image input section, an image display section, an operation section, an operation information storage section, and an output section. The image input section obtains an image from each of multiple image sensors that are installed at different positions or different angles from one another and image goods. The image display section displays multiple images obtained from the multiple image sensors. The operation section receives input of operation content for at least one image among the displayed multiple images. The operation information storage section stores operation information based on the operation content. The output section outputs the operation information stored in the operation information storage section.

Abstract: According to the embodiment form, a label is equipped with a sheet-like base material, an adhesion layer, and an exfoliation base material. A sheet-like base material has a printable printing side. An adhesion layer is prepared in a field opposite to the printing side in a sheet-like base material. Through the above-mentioned sheet-like base material and the above-mentioned adhesion layer, an exfoliation base material is pasted up so that exfoliation is possible. In the printing side of the above-mentioned sheet-like base material, the identification information for identifying the above-mentioned object to two or more partial domains divided in the straight line made to correspond to the boundary of the field and field in an above-mentioned box-type object is printed, respectively.

Abstract: An address recognition device includes a recognition information acquisition unit for acquiring information from deliverable pieces, a search unit for searching the positional information of the pieces received from the server, a correction coefficient storing unit for storing the positional information and a correction coefficient based on information acquired from the recognition information acquisition unit, a correction coefficient changing unit for changing the correction coefficient stored in the correction coefficient storing unit, an image acquisition unit for acquiring images pieces, an evaluation value calculation unit for calculating the evaluation value before the correction for the positional information based on the images, an evaluation value correction unit for correcting the evaluation value before the correction with the correction coefficient and calculating the evaluation value after the correction, and a recognition unit for recognizing the address of the receiver of the piece based on th

Abstract: According to one embodiment, a character recognition apparatus includes a detection unit and a recognition unit. The detection unit detects each character candidate from an image. The recognition unit recognizes each character candidate based on a plurality of character recognition dictionaries corresponding to a plurality of degrees of different character chipping.

Abstract: A camera aperture device comprises an aperture body; a light transparent hole being formed at a front end of the aperture body; a front end of the aperture body being formed with a groove; the groove being able to be combined with a lens body so that the lens body is correspondent to the light transparent hole of the aperture body to guide light into the lens body; a driving device combined to the aperture body; an output shaft of the driving device entering into the aperture body to be combined to the aperture blades; thereby the driving device can drive the aperture blades to move automatically in the aperture body so as to close or open the light transparent hole; and a control circuit connected to the driving device for controlling the operation of the driving device.