Abstract: In a vehicle-mounted display system, a spare attentiveness level deriving part derives a spare attentiveness level that is a parameter determined according to a state of a driver of a vehicle at a present moment and a risk level deriving part derives a risk level that is a parameter determined according to a risk level of an accident at the present moment. Then a display continuously displays a driving state mark that is a reference graphic, determined according to the spare attentiveness level and the risk level, while the driver is driving the vehicle. Therefore, the driver can continuously understand the own state and the risk level of an accident at the present moment.

Abstract: In the case where a specific device is managed, it is possible to securely perform bidirectional communication with the specific device and to reduce communication traffic. The steps of detecting a device by searching a network and communicating with the device detected in the detecting are provided and in the communicating: in the case where a predetermined condition is satisfied, communication is performed with the detected device by broadcast communication or multicast communication including an identifier allocated uniquely to the detected device; and in the case where the predetermined condition is not satisfied, communication is performed with the detected device by unicast communication, and the predetermined condition is that an IP address allocated to the detected device is a duplicate of an IP address allocated to another device, or a possibility of the duplicate.

Abstract: A torque detection apparatus includes a magnetic element that outputs a signal corresponding to a magnetic flux from a magnetic circuit including a magnetic yoke. The torque detection apparatus further includes a signal retrieval member electrically connected to the magnetic element, and a unit housing formed of resin and molded integrally with the magnetic element and the signal retrieval member so as to cover the magnetic element and the signal retrieval member. The unit housing includes a body portion provided with an internal space in which the magnetic yoke is housed, and a connector portion provided with an internal space in which an end of the signal retrieval member exposed from the resin is disposed. In the unit housing, a communication path is formed through which the internal space is in communication with the internal space.

Abstract: A yoke unit includes a first yoke, a second yoke, and a resin section. The first yoke includes multiple first magnetic pole teeth. The second yoke includes multiple second magnetic pole teeth. The first magnetic pole teeth and the second magnetic pole teeth are arranged alternately. The resin section makes the yokes integral with each other. The resin section includes a recessed part formed in an inner surface of the resin section. The recessed part is arranged between the first magnetic pole tooth and the second magnetic pole tooth.

Abstract: A torque detecting device includes a permanent magnet; a first magnetic yoke; a second magnetic yoke; two magnetic elements; a terminal; a case; and an external housing. The two magnetic elements are electrically connected to the terminal. The case accommodates the two magnetic elements and the terminal. The external housing accommodates the permanent magnet, the first magnetic yoke, and the second magnetic yoke, covers an outer side surface of the case, and is formed integrally with the case.

Abstract: A torque sensor includes a first magnet fixed to a first shaft, a tubular magnetic yoke assembly in which a magnetic yoke core is molded with a resin member, and a first magnetic sensor that detects a magnetic flux from the first magnet induced by the magnetic yoke core. The torque sensor also includes a collar made of a ferromagnetic body that is fixed to an inner circumference of the magnetic yoke assembly and to which a second shaft is press-fitted and fixed, and a second magnet for an index sensor that is disposed on an outer circumference of the magnetic yoke assembly. At least a part of the collar is disposed between the magnetic yoke core and the second magnet with respect to an axial direction of the magnetic yoke assembly.

Abstract: A video game processing apparatus for controlling progress of a video game is provided. The video game processing apparatus determines whether a predetermined command is received at least a predetermined number of times when a predetermined period of time is measured from a time when a time measuring start condition is satisfied. A specific process corresponding to the fact that the predetermined command is received for the predetermined number of times is carried out when the predetermined command is received the predetermined number of times. In this case, it is confirmed whether a reception number reaches the reception upper limit number when the predetermined command is received, and it is determined that the predetermined command is received when the reception number does not reach the reception upper limit number.

Abstract: A torque detecting device includes a permanent magnet; a first magnetic yoke; a second magnetic yoke; two magnetic elements; a terminal; a case; and an external housing. The two magnetic elements are electrically connected to the terminal. The case accommodates the two magnetic elements and the terminal. The external housing accommodates the permanent magnet, the first magnetic yoke, and the second magnetic yoke, covers an outer side surface of the case, and is formed integrally with the case.

Abstract: In a vehicle-mounted display system, a spare attentiveness level deriving part derives a spare attentiveness level that is a parameter determined according to a state of a driver of a vehicle at a present moment and a risk level deriving part derives a risk level that is a parameter determined according to a risk level of an accident at the present moment. Then a display continuously displays a driving state mark that is a reference graphic, determined according to the spare attentiveness level and the risk level, while the driver is driving the vehicle. Therefore, the driver can continuously understand the own state and the risk level of an accident at the present moment.

Abstract: A yoke unit includes a first yoke, a second yoke, and a resin section. The first yoke includes multiple first magnetic pole teeth. The second yoke includes multiple second magnetic pole teeth. The first magnetic pole teeth and the second magnetic pole teeth are arranged alternately. The resin section makes the yokes integral with each other. The resin section includes a recessed part formed in an inner surface of the resin section. The recessed part is arranged between the first magnetic pole tooth and the second magnetic pole tooth.

Abstract: A video game processing apparatus for controlling progress of a video game is provided. The video game processing apparatus determines whether a predetermined command is received at least a predetermined number of times when a predetermined period of time is measured from a time when a time measuring start condition is satisfied. A specific process corresponding to the fact that the predetermined command is received for the predetermined number of times is carried out when the predetermined command is received the predetermined number of times. In this case, it is confirmed whether a reception number reaches the reception upper limit number when the predetermined command is received, and it is determined that the predetermined command is received when the reception number does not reach the reception upper limit number.

Abstract: A video game processing apparatus for controlling progress of a video game is provided. It is determined whether a predetermined command is effectively received for a predetermined number of times or more or not when a predetermined period of time is measured from a time when a time measuring start condition is satisfied. A specific process corresponding to the fact that the predetermined command is effectively received for the predetermined number of times is carried out in a case where the predetermined command is effectively received for the predetermined number of times. In this case, it is confirmed whether an effective reception number reaches the effective reception upper limit number or more when the predetermined command is received, and it is determined that the predetermined command is effectively received in a case where the effective reception number does not reach the effective reception upper limit number.

Abstract: A video game processing apparatus for controlling progress of a video game is provided. It is determined whether a predetermined command is effectively received for a predetermined number of times or more or not when a predetermined period of time is measured from a time when a time measuring start condition is satisfied. A specific process corresponding to the fact that the predetermined command is effectively received for the predetermined number of times is carried out in a case where the predetermined command is effectively received for the predetermined number of times. In this case, it is confirmed whether an effective reception number reaches the effective reception upper limit number or more when the predetermined command is received, and it is determined that the predetermined command is effectively received in a case where the effective reception number does not reach the effective reception upper limit number.

Abstract: In an assembled product, a decrease in reading efficiency is avoided from being deteriorated by reading the electronic tags of the parts and the assembled product, registering their configuration information, and by placing read restriction on the electronic tags of the parts. For this purpose, manufacturing instruction information, used for assembling parts into an assembled product, is used. When replaced, the electronic tags of the assembled product are read, read restriction is removed from the assembled product, the electronic tag is read, the electronic tag of a new part to be installed is read, read restriction is placed on the electronic tag, and the configuration information is updated. An invalid part replacement is detected by comparing the configuration information.

Abstract: In a continue screen operation corresponding process, in the case where the player selects to reflect an acquired experiential value to a PC experiential value, a control section of a video game apparatus adds the acquired experiential value to a level-up unused experiential value. Then, in the case where the control section determines that the level-up unused experiential value is an experiential value required for a next level or more, the control section increments a level of a player character, subtracts the experiential value required for a next level from the level-up unused experiential value, and adds the experiential value required for a next level to a level-up used experiential value. The control section then updates an experiential value required for a next level.

Abstract: A failure of execution of an R/W control command with respect to plural RF tags that are attached to a moving thing occurs. There are disclosed a method and apparatus for controlling an R/W (reader/writer) that performs a read/write operation on RF tags attached to a moving body. In this case, the RF tags that are attached to the moving body are detected using the R/W. A schedule that determines execution timing of a control command of the R/W that performs a data read/write operation on the RF tags in accordance with the detected RF tags is created. The R/W control command is executed with respect to the RF tags using the R/W in accordance with timing that is determined in the created schedule.

Abstract: A display unit displays supplied image information on or through a front glass of a vehicle. A system controller generates and supplies the image information to the display unit. The image information indicates lane guides of the traveling lane, which correspond to a configuration of a traveling lane that is viewed from a view point position of a driver through the front glass. The system controller sets a display color of the lane guides displayed by the display unit to a color, which is distinguishable from a color of a road surface.

Abstract: This invention provides a computer system capable of jointly delivering commodities not included in delivery plan information even after the delivery plan information is generated, and each base receives the generated delivery plan information, or a transport unit has made the round of each base. The computer system for realizing a delivery system which controls the transport unit to make the round of bases, thereby delivering commodities to the bases, includes a shipping base terminal, a reception base terminal, a transport terminal, and an information management computer, and the information management computer refers to attribute information of the commodities requested to be delivered to select commodities to replace with the commodities requested to be delivered from the commodities planned to be delivered, and corrects the delivery plan information.

Abstract: In a continue screen operation corresponding process, in the case where the player selects to reflect an acquired experiential value to a PC experiential value, a control section of a video game apparatus adds the acquired experiential value to a level-up unused experiential value. Then, in the case where the control section determines that the level-up unused experiential value is an experiential value required for a next level or more, the control section increments a level of a player character, subtracts the experiential value required for a next level from the level-up unused experiential value, and adds the experiential value required for a next level to a level-up used experiential value. The control section then updates an experiential value required for a next level.

Abstract: A display unit displays supplied image information on or through a front glass of a vehicle. A system controller generates and supplies the image information to the display unit. The image information indicates lane guides of the traveling lane, which correspond to a configuration of a traveling lane that is viewed from a view point position of a driver through the front glass. The system controller sets a display color of the lane guides displayed by the display unit to a color, which is distinguishable from a color of a road surface.