Abstract: An crop harvesting system includes a moving apparatus configured to be movable in a harvesting operation area that is an area in which a harvesting operation takes place; a harvesting apparatus mounted on the moving apparatus and harvest a harvesting object by making contact with a crop, the crop being a harvesting object; a disinfecting apparatus having a function of disinfecting at least a disinfection target part of the harvesting apparatus, which is being brought into contact with the harvesting object; a disinfection necessity judgment processing portion configured to perform a disinfection necessity judgment process of judging whether disinfection to the disinfection target part is necessary; a disinfecting operation processing portion configured to, when it is judged in the disinfection necessity judgment process that the disinfection is necessary, perform a disinfecting operation of disinfecting the disinfection target part by driving at least one of the harvesting apparatus and the disinfecting appar

Abstract: An image signal processing apparatus includes a first control unit starting activation in response to an activation request, a decoding unit, and a second control unit. Each of the decoding unit and the second control unit starts activation when the first control unit completes the activation, and shifts from an off-state to a normal operating state after the activation is completed. In the normal operating state, the decoding unit receives an image signal from outside and outputs the image signal after executing a decoding process to the image signal. In the normal operating state, the second control unit processes an image included in the image signal outputted from the decoding unit, and displays the processed image. When the first control unit completes the activation and the decoding unit completes the activation, the first control unit instructs the decoding unit to perform a setting for executing the decoding process.

Abstract: An image signal processing apparatus includes a first control unit, a second control unit starting activation when the first control unit completes activation and shifting from off-state to normal operating state, and a decoding unit. The second control unit processes an image included in a received image signal, and outputs an image signal including a processed image. The second control unit outputs, after starting the activation, a synchronization signal to the decoding unit even before completion of activation. The second control unit outputs, after the completion of activation, image signal including the processed image in conformity to the synchronization signal. Before the image signal including the processed image is transmitted from the second control unit, the decoding unit outputs the image signal transmitted from an image capturing unit bypassing the second control unit to the display unit in conformity to the synchronization signal outputted from the second control unit.

Abstract: An image signal processing apparatus includes a first control unit, a second control unit starting activation when the first control unit completes activation and shifting from off-state to normal operating state, and a decoding unit. The second control unit processes an image included in a received image signal, and outputs an image signal including a processed image. The second control unit outputs, after starting the activation, a synchronization signal to the decoding unit even before completion of activation. The second control unit outputs, after the completion of activation, image signal including the processed image in conformity to the synchronization signal. Before the image signal including the processed image is transmitted from the second control unit, the decoding unit outputs the image signal transmitted from an image capturing unit bypassing the second control unit to the display unit in conformity to the synchronization signal outputted from the second control unit.

Abstract: An electronic device includes: a printed circuit board; a conductive casing; and a connecting part. The printed circuit board is mounted with an electronic component to configure a predetermined electronic circuit. The conductive casing stores the printed circuit board. The connecting part is arranged between the conductive casing and the printed circuit board, and is configured to be capacitively coupled with a conductor pattern of the printed circuit board so as to guide radiation noise from the printed circuit board to the conductive casing.

Abstract: An image signal processing apparatus includes a first control unit starting activation in response to an activation request, a decoding unit, and a second control unit. Each of the decoding unit and the second control unit starts activation when the first control unit completes the activation, and shifts from an off-state to a normal operating state after the activation is completed. In the normal operating state, the decoding unit receives an image signal from outside and outputs the image signal after executing a decoding process to the image signal. In the normal operating state, the second control unit processes an image included in the image signal outputted from the decoding unit, and displays the processed image. When the first control unit completes the activation and the decoding unit completes the activation, the first control unit instructs the decoding unit to perform a setting for executing the decoding process.

Abstract: A data storage control device controls a memory card which, including a non-volatile rewritable memory, operates using an external power supply. A DC/DC converter generates, by having a power supply of a +B voltage, a card operating voltage for operating the memory card. When delayed ACC is completed after an accessory power supply of a vehicle is turned off, a main microcomputer, a shutdown signal control unit, and a transistor set a shutdown terminal of the DC/DC converter to a low level by setting a main control signal input terminal to a high level and, thereby, stops operation of the DC/DC converter. This inhibits the occurrence of a case in which, after the accessory power supply of the vehicle is turned off, the circuit supplying power to the memory card affects other devices mounted in the vehicle.

Abstract: A vehicle device is provided that includes a first processer for processing first data classified as a first category when being supplied based on a vehicle-mounted power source, a second processor for processing second data classified as a second category when being supplied based on the vehicle-mounted power source, an external data storage externally attached to both the first and second processors, and a built-in data storage provided in the second processor and capable of retaining the stored second data even if a battery voltage decreases to a predetermined value for a predetermined period of time. At least one of the first and second processors varies a storage destination and a storage frequency in accordance with priorities. The second processor constantly stores at least part of the second data in the built-in data storage.

Abstract: An electronic device includes: a printed circuit board; a conductive casing; and a connecting part. The printed circuit board is mounted with an electronic component to configure a predetermined electronic circuit. The conductive casing stores the printed circuit board. The connecting part is arranged between the conductive casing and the printed circuit board, and is configured to be capacitively coupled with a conductor pattern of the printed circuit board so as to guide radiation noise from the printed circuit board to the conductive casing.

Abstract: A data storage control device controls a memory card which, including a non-volatile rewritable memory, operates using an external power supply. A DC/DC converter generates, by having a power supply of a +B voltage, a card operating voltage for operating the memory card. When delayed ACC is completed after an accessory power supply of a vehicle is turned off, a main microcomputer, a shutdown signal control unit, and a transistor set a shutdown terminal of the DC/DC converter to a low level by setting a main control signal input terminal to a high level and, thereby, stops operation of the DC/DC converter. This inhibits the occurrence of a case in which, after the accessory power supply of the vehicle is turned off, the circuit supplying power to the memory card affects other devices mounted in the vehicle.

Abstract: A vehicle device is provided that includes a first processer for processing first data classified as a first category when being supplied based on a vehicle-mounted power source, a second processor for processing second data classified as a second category when being supplied based on the vehicle-mounted power source, an external data storage externally attached to both the first and second processors, and a built-in data storage provided in the second processor and capable of retaining the stored second data even if a battery voltage decreases to a predetermined value for a predetermined period of time. At least one of the first and second processors varies a storage destination and a storage frequency in accordance with priorities. The second processor constantly stores at least part of the second data in the built-in data storage.