Abstract: A tape cassette that includes a box-shaped cassette case whose outline being defined by a bottom wall, a top wall, and a side wall and including a plurality of corner portions, at least one tape contained within a tape containment area defined within the outline, a pair of cavities extending from the bottom wall and being provided between the tape containment area and the outline at opposite ends of a diagonal line connecting one of the corner portions to another of the corner portions, and a side face indicator portion provided in the side wall, indicating a type of the tape, and including a plurality of indicator portions disposed in a pattern in accordance with the type of the tape, each of the indicator portions being one of a switch hole and a surface portion.

Abstract: A tape cassette that includes a box-shaped cassette case whose outline being defined by a bottom wall, a top wall, and a side wall and including a plurality of corner portions, at least one tape contained within a tape containment area defined within the outline, a pair of cavities extending from the bottom wall and being provided between the tape containment area and the outline at opposite ends of a diagonal line connecting one of the corner portions to another of the corner portions, and a side face indicator portion provided in the side wall, indicating a type of the tape, and including a plurality of indicator portions disposed in a pattern in accordance with the type of the tape, each of the indicator portions being one of a switch hole and a surface portion.

Abstract: An information processing apparatus (100) includes a control unit (130). The control unit (130) selects an input variable that affects a prediction result as a first explanatory variable based on a causal model regarding a causal relationship between a plurality of input variables and the prediction result in a prediction model using the machine learning. The control unit (130) outputs information on the selected first explanatory variable.

Abstract: A post-process apparatus may include: a first operation portion that accepts a sheet conveyed from an image forming apparatus and performs a first operation based on a job involved with the sheet, a second operation portion that accepts a sheet manually inserted into the post-process apparatus and performs a second operation different from the first operation, and a control unit that determines timing to perform the second operation in accordance with a condition of the first operation performed.

Abstract: A memory management method of a computer including a memory and a processor connected to the memory, the method includes, by the processor, executing an OS and executing a plurality of processes on the OS. The plurality of processes include a virtual storage device and an application. The processor provides the application with a physical area of the memory, which is managed by the OS, controls the virtual storage device to use a physical area of the memory, which is mounted on the computer, but is not managed by the OS, secures continuous physical areas from the physical area of the memory, which is managed by the OS, to be used by the virtual storage device, and performs DMA transfer between the virtual storage device and the application by using the secured continuous physical areas.

Abstract: A control system for a work vehicle includes an acceleration detection device and a controller. The acceleration detection device detects an acceleration of the work vehicle. The controller determines whether the acceleration is greater than a first threshold and reduces the a vehicle speed when the acceleration continues to be equal to or greater than the first threshold over a predetermined first determination time period.

Abstract: A ripper shank as the impact and wear resistant component is made of a steel of a specific component composition which has a hardness of HRC 53 or more and HRC 57 or less. The steel includes a matrix including a martensite phase and a residual austenite phase, and first nonmetallic particles dispersed in the matrix and including at least one species selected from the group consisting of MnS, TiCN, and NbCN. The steel does not include a M23C6 carbide.

Abstract: An example object of the present invention is to provide a power amplifier with better conversion efficiency. The power amplifier including a power amplifier circuit that includes: a first switching element; a second switching element; a first capacitor; and a second capacitor. The first switching element is controlled by a first PWM signal generated from an input signal. The second switching element is controlled by a second PWM signal in a reverse phase to the first PWM signal. The first capacitor is a capacitor connected in parallel to the first switching element. The second capacitor is a capacitor connected in parallel to the second switching element.

Abstract: A post-process apparatus may include: a first operation portion that accepts a sheet conveyed from an image forming apparatus and performs a first operation based on a job involved with the sheet, a second operation portion that accepts a sheet manually inserted into the post-process apparatus and performs a second operation different from the first operation, and a control unit that determines timing to perform the second operation in accordance with a condition of the first operation performed.

Abstract: A track link which is a tracked undercarriage component is made of a steel having a specific component composition, and includes a high hardness portion having a hardness of HRC 57 or more and HRC 60 or less, and a low hardness portion. The high hardness portion includes a first matrix including a martensite phase and a residual austenite phase, and first nonmetallic particles dispersed in the first matrix and including at least one species selected from the group consisting of MnS, TiCN, and NbCN, and it does not include a M23C6 carbide. The low hardness portion includes a second matrix including a martensite phase, and second nonmetallic particles dispersed in the second matrix and including at least one species selected from the group consisting of MnS, TiCN, and NbCN, and it does not include a M23C6 carbide.

Abstract: A memory management method of a computer including a memory and a processor connected to the memory, the method includes, by the processor, executing an OS and executing a plurality of processes on the OS. The plurality of processes include a virtual storage device and an application. The processor provides the application with a physical area of the memory, which is managed by the OS, controls the virtual storage device to use a physical area of the memory, which is mounted on the computer, but is not managed by the OS, secures continuous physical areas from the physical area of the memory, which is managed by the OS, to be used by the virtual storage device, and performs DMA transfer between the virtual storage device and the application by using the secured continuous physical areas.

Abstract: There is provide a method for controlling a shape measuring apparatus that synchronize an acceleration/deceleration changing timing of a velocity pattern with a control sampling cycle, and prevents a control lag. Based on a shape of a movement path set based on preliminarily-obtained shape data of an object to be measured, a velocity pattern for a probe to move along the movement path. It is determined whether a velocity changing timing of the velocity pattern is synchronized with a control sampling cycle of a shape measuring apparatus. When the velocity changing timing of the velocity pattern is not synchronized with the control sampling cycle, the velocity pattern is corrected such that the velocity changing timing of the velocity pattern is synchronized with the control sampling cycle of the shape measuring apparatus.

Abstract: A storage controller connected to a computer makes an IO request and has drive boxes connected to the storage controller. The storage controller configures a RAID group and the drive boxes store DB information including information for accessing the drive boxes connected to the storage controller and RAID group information of the RAID group configured by the storage controller. A first processor of a first drive box reads, if new data for updating old data stored in a first drive of the first drive box is received from the storage controller, the old data from the first drive and generates intermediate parity from the old data and the new data, transfers the intermediate parity to a second drive box storing old parity corresponding to the old data on the basis of the DB information and the RAID group information, and stores the new data in the first drive.

Abstract: An example object of the present invention is to provide a power amplifier with better conversion efficiency. The power amplifier including a power amplifier circuit that includes: a first switching element; a second switching element; a first capacitor; and a second capacitor. The first switching element is controlled by a first PWM signal generated from an input signal. The second switching element is controlled by a second PWM signal in a reverse phase to the first PWM signal. The first capacitor is a capacitor connected in parallel to the first switching element. The second capacitor is a capacitor connected in parallel to the second switching element.

Abstract: There is provide a method for controlling a shape measuring apparatus that synchronize an acceleration/deceleration changing timing of a velocity pattern with a control sampling cycle, and prevents a control lag. Based on a shape of a movement path set based on preliminarily-obtained shape data of an object to be measured, a velocity pattern for a probe to move along the movement path. It is determined whether a velocity changing timing of the velocity pattern is synchronized with a control sampling cycle of a shape measuring apparatus. When the velocity changing timing of the velocity pattern is not synchronized with the control sampling cycle, the velocity pattern is corrected such that the velocity changing timing of the velocity pattern is synchronized with the control sampling cycle of the shape measuring apparatus.

Abstract: A scanning path is divided after every predetermined number of segments and a set of measurement commands is defined for each of the predetermined number of segments. While executing the measurement command, a speed pattern plan is created for the following measurement command. At this time, planning is conducted such that a final speed of a speed pattern plan of the measurement command is the same as an initial speed of the speed pattern plan of the following measurement command. While executing the measurement command, a gap time (from a current time to an estimated end time of the measurement command) is calculated continuously. When the gap time is longer than a planning calculation time, the initial speed of the speed pattern plan of the following measurement command is kept the same as the final speed of the speed pattern plan of the measurement command.

Abstract: A shape measuring apparatus includes a probe head that changes its posture by rotational motion of a first drive axis and a second drive axis, and a coordinate measuring machine that three-dimensionally displaces a location of the probe head by three translation axes (a third drive axis, a fourth drive axis, and a fifth drive axis). The location of a measurement tip is given by coordinate values of the third to fifth drive axes, and the posture of a probe head is given by a first rotating angle ? and a second rotating angle ?. An intersection point between a first rotation axis and a second rotation axis is set as a rotation center Q. An interpolation point in each control period is calculated for each of the first to fifth drive axes.

Abstract: A work vehicle includes a vehicle body, a travel device, a driving source, and a cooling device. The travel device is provided below the vehicle body. The driving source is disposed in a front part of the vehicle body. The driving source generates driving power for the travel device. The cooling device is disposed on one side in the vehicle width direction of the vehicle body and rearward of the driving source.

Abstract: A lift cylinder is attached to a center part of a vehicle body in a vehicle width direction. The lift cylinder causes a work implement to move up and down. A supporting member is attached to the center part of the vehicle body in the vehicle width direction and extends upward from the vehicle body. An imaging device is supported by the supporting member and captures images of a region in front of the vehicle body. A penetrating part is formed in the supporting member. The lift cylinder is disposed through the penetrating part.

Abstract: There is provided a method for controlling a shape measuring apparatus which can achieve both trajectory correcting capability and control stability. A stylus tip is moved along a scanning path while controlling the stylus tip so as to keep an amount of deflection of a probe to a workpiece to be a reference amount of deflection.