Mitsubishi Electric Corporation

Canon Denshi Kabushiki Kaisha

Konica Minolta, Inc.

Yohei Ito

Sohei Samejima

Takeshi Shiode

An antenna structure () includes a structure surface that is a face including a radio wave emitting face including an antenna element (), a plurality of structure side faces that are faces in contact with the structure surface, and a structure back face that is a face opposite to the structure surface and in contact with the plurality of structure side faces. A first film, which is a single film, is attached to the structure surface, the plurality of structure side faces, and an edge portion of an outer peripheral portion of the structure back face.

Antenna structure

A stator coil mounted to a rotating electric machine stator core includes a plurality of coil conductors. A thickness in a radial direction at coil end portions of the coil conductors provided on at least one end surface side in an axial direction of the stator core is equal to a thickness in the radial direction of slot insert portions of the coil conductors to be inserted into slots of the stator core. A width in a circumferential direction of the coil conductors at ends in the circumferential direction of the coil end portions is greater than a width in the circumferential direction of the coil conductors at the slot insert portions.

Stator coil and rotating electric machine stator

An image reading apparatus capable of generating accurate shading correction data while removing noise. A shading reference plate is arranged at a location having different optical distance between the location and an image sensor in an image reading unit from optical distance between original reading position and said image sensor. The shading reference plate is read by the image reading unit whereby secondary reference data is acquired, and a reference sheet is read which is put on a position substantially identical to the original reading position whereby primary reference data is acquired. Primary and secondary correction data is generated based on the primary and secondary reference data, and correction coefficient data is generated based on the primary and secondary correction data. Shading correction data is generated based on read data of the shading reference plate and the correction coefficient data. The shading correction of the images of original read by the image reading unit is performed based on the shading correction data.

Image reading apparatus and shading correction data generating method

A change-over part of an image reading apparatus changes over the function of an operation part disposed on the main body of the image reading apparatus between functioning as an operation part for a connection apparatus and functioning as an operation part for the main body of the image reading apparatus. By this arrangement, it is possible for the user to perform the various kinds of processing operations at the setting place of the image reading apparatus without coming and going between the image reading apparatus and a personal computer.

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Tokyo, Japan

Yohei Ito