Abstract: Provided is a steel sheet for cans with high strength and sufficiently high formability particularly as a material for a can body with a neck portion. The steel sheet for cans of the present disclosure has a chemical composition containing, in mass %, C: 0.010% to 0.130%, Si: 0.04% or less, Mn: 0.10% to 1.00%, P: 0.007% to 0.100%, S: 0.0005% to 0.0090%, Al: 0.001% to 0.100%, N: 0.0050% or less, Ti: 0.0050% to 0.1000%, B: 0.0005% to less than 0.0020%, and Cr: 0.08% or less, where 0.005?(Ti*/48)/(C/12)?0.700 is satisfied; and a microstructure with a proportion of non-recrystallized ferrite of 3% or less, wherein an upper yield stress is 550 MPa to 620 MPa.

Abstract: Provided is a steel sheet for cans. A steel sheet for cans comprises: a chemical composition containing, in mass %, C: 0.010% or more and 0.130% or less, Si: 0.04% or less, Mn: 0.10% or more and 1.00% or less, P: 0.007% or more and 0.100% or less, S: 0.0005% or more and 0.0090% or less, Al: 0.001% or more and 0.100% or less, N: 0.0050% or less, Ti: 0.0050% or more and 0.1000% or less, and Cr: 0.08% or less, and satisfying a relationship 0.005?(Ti*/48)/(C/12)?0.700 where Ti*=Ti?1.5S, with a balance consisting of Fe and inevitable impurities; a microstructure in which a proportion of cementite in ferrite grains is 10% or less; and an upper yield strength of 550 MPa or more.

Abstract: A data processing system includes a unit which executes predetermined data processing by linking first and second apparatuses, a communication control unit which establishes and maintains a communication connection between the apparatuses even if the connection is not in a predetermined operation state capable of executing data processing, a pairing unit which causes the apparatuses to transition to a pairing state, and a control unit which, if the apparatuses' transition to the pairing state is not in a predetermined operation state, causes transition to the operation state by transmitting predetermined signals between the apparatuses via the communication control unit. The execution unit causes the apparatuses to transition to a pairing state, and then executes data processing by linking them. The communication control unit judges whether to establish a communication connection between the apparatuses by referencing pairing states between them, and of a combination with another first or second apparatus.

Abstract: A data processing system includes a unit which executes predetermined data processing by linking first and second apparatuses, a communication control unit which establishes and maintains a communication connection between the apparatuses even if the connection is not in a predetermined operation state capable of executing data processing, a pairing unit which causes the apparatuses to transition to a pairing state, and a control unit which, if the apparatuses' transition to the pairing state is not in a predetermined operation state, causes transition to the operation state by transmitting predetermined signals between the apparatuses via the communication control unit. The execution unit causes the apparatuses to transition to a pairing state, and then executes data processing by linking them. The communication control unit judges whether to establish a communication connection between the apparatuses by referencing pairing states between them, and of a combination with another first or second apparatus.

Abstract: Re-connection processing is performed on the basis of suitable setting. An image capture apparatus is an image capture apparatus capable of performing wireless communication with a mobile terminal, and includes a connection control information setting unit and a communication control unit. The connection control information setting unit sets connection control information. A transmission interval of a wireless signal relevant to the wireless communication is controlled on the basis of the connection control information which is set is the connection control information setting unit.

Abstract: A photographing apparatus includes an input unit, a distinction unit, a setting unit, and a photographing control unit. The input unit is constituted by a touch screen and enables a sliding operation according to touch. The distinction unit distinguishes a characteristic of a trajectory of a continuous (seamless) sliding operation on the touch screen. The setting unit respectively sets a plurality of values of photographing parameters used for the bracketing photography, according to the characteristics of the trajectory of the one continuous sliding operation thus distinguished. The photographing control unit controls to execute the bracketing photography with the plurality of values of the photographing parameters thus set.

Abstract: A data processing system (S) is configured so as mutually register transmission destinations between devices performing communication.

Abstract: Re-connection processing is performed on the basis of suitable setting. An image capture apparatus is an image capture apparatus capable of performing wireless communication with a mobile terminal, and includes a connection control information setting unit and a communication control unit. The connection control information setting unit sets connection control information. A transmission interval of a wireless signal relevant to the wireless communication is controlled on the basis of the connection control information which is set is the connection control information setting unit.

Abstract: An image processing apparatus sends an image to an external apparatus. The image processing apparatus includes a communication control unit, and a processing unit. The communication control unit, when an image is photographed by an image capture unit, controls the first communication unit to automatically send the photographed image to an external apparatus, and the communication control unit, controls the first communication unit to manually send the photographed image which is stored and is selected by a user to an external apparatus. The processing unit, when sending an image to an external apparatus, processes an image sent based on whether sending the image is the automatic sending or the manual sending.

Abstract: A photographing apparatus includes a first processing unit, a second processing unit, and a third processing unit. The first processing unit to the external apparatus, executes a function other than sending of the photographing apparatus. The second processing unit to the external apparatus, executes a function relating to sending of the photographing apparatus. The third processing unit controls to allow exclusive execution of a function other than the sending by the first processing unit and execution of a function relating to the sending by the second processing unit in order to prevent the flaw from being caused by performing execution of a function other than the sending by the first processing unit and execution of a function relating to the sending by the second processing unit in parallel.

Abstract: In the present invention, a control section determines the type of a touch operation performed on a touch panel during review display that is performed in a display section (monitor screen) for a predetermined amount of time after an image is captured by an imaging section, and performs type-specific processing according to the determined type on the image being review displayed. For example, when a slide operation is performed as a touch operation on the touch panel, the control section determines the slide direction as the type of the operation and performs type-specific processing based on the slide direction (direction-specific processing).

Abstract: A photographing apparatus includes a first processing unit, a second processing unit, and a third processing unit. The first processing unit to the external apparatus, executes a function other than sending of the photographing apparatus. The second processing unit to the external apparatus, executes a function relating to sending of the photographing apparatus. The third processing unit controls to allow exclusive execution of a function other than the sending by the first processing unit and execution of a function relating to the sending by the second processing unit in order to prevent the flaw from being caused by performing execution of a function other than the sending by the first processing unit and execution of a function relating to the sending by the second processing unit in parallel.

Abstract: An image processing apparatus sends an image to an external apparatus. The image processing apparatus includes a communication control unit, and a processing unit. The communication control unit, when an image is photographed by an image capture unit, controls the first communication unit to automatically send the photographed image to an external apparatus, and the communication control unit, controls the first communication unit to manually send the photographed image which is stored and is selected by a user to an external apparatus. The processing unit, when sending an image to an external apparatus, processes an image sent based on whether sending the image is the automatic sending or the manual sending.

Abstract: A data processing system (S) is configured so as mutually register transmission destinations between devices performing communication.

Abstract: A communication system (S) exchanges data between a plurality of devices to execute a predetermined function. In addition, the communication system (S) connects one device and one other device by a plurality of difference communication methods, and in a case of data transfer being interrupted during data transfer by a first communication method, controls so as to establish the first communication method by way of a second communication method, and then causes data transfer by the first communication method to restart.

Abstract: A photographing system of the present invention includes a light emitting apparatus which emits visible light including arbitrary information and a photographing apparatus which has a plurality of photographing functions, in which the light emitting apparatus includes a light emitting section which emits visible light including command information respectively corresponding to the plurality of photographing functions of the photographing apparatus, and the photographing apparatus includes a photographing section, a visible light information acquisition section which receives the visible light emitted by the light emitting section by the photographing section, and acquires the command information included in the visible light, and a photographing instruction section which instructs to perform at least one of the plurality of photographing functions based on the command information acquired by the visible light information acquisition section.

Abstract: The binary processor of a digital camera turns an image targeted to recognize a particular shape into a binary image. The searcher searches for a valid pixel that is a pixel satisfying a given condition from the binary image. The determiner determines whether the region comprising a set of valid pixels has a particular shape when it is determined that a valid pixel is detected during the search. The retainer retains position information showing the position of the region comprising the set of valid pixels and determined to have the particular shape when the determiner determines that the region has the particular shape.

Abstract: A photographing apparatus includes an input unit, a distinction unit, a setting unit, and a photographing control unit. The input unit is constituted by a touch screen and enables a sliding operation according to touch. The distinction unit distinguishes a characteristic of a trajectory of a continuous (seamless) sliding operation on the touch screen. The setting unit respectively sets a plurality of values of photographing parameters used for the bracketing photography, according to the characteristics of the trajectory of the one continuous sliding operation thus distinguished. The photographing control unit controls to execute the bracketing photography with the plurality of values of the photographing parameters thus set.

Abstract: An electronic apparatus of the present invention includes a reading section which reads moving image data stored in an external storage medium by one of a plurality of reading methods, and a decoding section which decodes the moving image data read by the reading section, in which a decoding speed at which the moving image data is decoded by the decoding section and a reading speed at which the moving image data is read by the reading section are identified, and a reading method that is used when the reading section reads the moving image data is selected based on whether the identified decoding speed and the identified reading speed identified are in a predetermined relationship.

Abstract: A moving image processing apparatus comprises an image capturing unit (2) that acquires data of a moving image by capturing a plurality of continuous image frames, an audio data attaching unit (14) that attaches more than one kind of audio data to the data of the moving image acquired by the image capturing unit, and a playback information attaching unit (14) that attaches playback information to the data of the moving image to which the audio data is attached by the audio data attaching unit. The playback information indicates a playback mode corresponding to each of the more than one kind of audio data. The playback mode includes a first mode of playing back the data of the moving image by skipping some of the frames and a second mode of playing back the moving image without skipping.