Abstract: A control system for a vehicle configured to prevent a reduction in acceleration response after decelerating the vehicle. The vehicle comprises an engine and a turbocharger, and a speed of the engine may be controlled irrespective of a speed of a drive wheel. The control system comprises a controller configured to: execute a speed control of the engine to maintain a supercharging pressure established by the turbocharger when the operating amount of the accelerator is reduced less than a predetermined threshold value; and increase the threshold value with an increase in a speed of the vehicle.

Abstract: This leaning vehicle that turns in a leaning posture and has a leaning frame structure made of a material containing fiber-reinforced resin can achieve weight reduction and help reduce changes in ride quality. The vehicle includes a rear structure that leans to the left during a left turn and leans to the right during a right turn with respect to the left-right direction of the vehicle, and is made of a material containing carbon-fiber-reinforced resin, and a leaning frame structure damage notification unit that, when the rear structure receives an impact caused by a fall of the vehicle in the left direction or the right direction, and the impact damages a non-visible part of the rear structure, makes a notification of the damage.

Abstract: A culture container (1) having a guide thread (31) and a plurality of cells (32) that is capable of culturing a regenerative hair follicle germ (30), wherein the culture container (1) is equipped with a first recess (10) and a second recess (20) and the second recess (20) has a second bottom (22) where the guide thread (31) can be positioned in the center of an opening (23) and a method for producing a regenerative hair follicle germ that includes a step for aggregating a cell population including epithelial cells (32a) within the second recess (20) of the culture container (1), a step for aggregating a cell population including mesenchymal cells (32b) within the second recess (20), a step for inserting the guide thread (31) into the second recess (20), and a step for culturing the cell population including epithelial cells (32a) and the mesenchymal cells (32b).

Abstract: A desired image is printed in a non-contact state on a print object surface with a flyable printer in which a printing device is mounted in a flying object. The printer includes a flying object having a body part, a controller, and a drive part; and a print head, mounted in the flying object, to print a desired image in a non-contact state, on a print object which the flying object has approached. The print head is driven while a gap is maintained at a predetermined value by bringing a gap adjustment part attached to the body part of the flying object into contact with the print object or by accurate control of the drive part. It is possible to print a desired image in good image quality regardless of the state of the surface of the print object.

Abstract: A gas detection system includes a sensor unit that outputs a signal corresponding to a concentration of a specific gas, a concentration unit having therein an adsorbent that adsorbs a gas to be detected, a supply unit capable of supplying a sample gas and a purge gas to the concentration unit, a heater capable of heating the adsorbent, and a control unit. The control unit controls the supply unit so that the sample gas passes through the concentration unit, and then controls the supply unit so that the purge gas passes through the concentration unit while controlling the heater so that a temperature of the adsorbent increases.

Abstract: A stress sensor comprises: a diaphragm; an intermediate layer disposed on a surface of the diaphragm; a sensitive membrane disposed on the intermediate layer; and a piezoresistive element disposed in a region of the diaphragm in contact with an outer edge of the intermediate layer.

Abstract: A desired image is printed in a non-contact state on a print object surface with a flyable printer in which a printing device is mounted in a flying object. The printer includes a flying object having a body part, a controller, and a drive part; and a print head, mounted in the flying object, to print a desired image in a non-contact state, on a print object which the flying object has approached. The print head is driven while a gap is maintained at a predetermined value by bringing a gap adjustment part attached to the body part of the flying object into contact with the print object or by accurate control of the drive part. It is possible to print a desired image in good image quality regardless of the state of the surface of the print object.

Abstract: This leaning vehicle that turns in a leaning posture and has a leaning frame structure made of a material containing fiber-reinforced resin can achieve weight reduction and help reduce changes in ride quality. The vehicle includes a rear structure that leans to the left during a left turn and leans to the right during a right turn with respect to the left-right direction of the vehicle, and is made of a material containing carbon-fiber-reinforced resin, and a leaning frame structure damage notification unit that, when the rear structure receives an impact caused by a fall of the vehicle in the left direction or the right direction, and the impact damages a non-visible part of the rear structure, makes a notification of the damage.

Abstract: A stress sensor comprises: a diaphragm; an intermediate layer disposed on a surface of the diaphragm; a sensitive membrane disposed on the intermediate layer; and a piezoresistive element disposed in a region of the diaphragm in contact with an outer edge of the intermediate layer.

Abstract: An electronic device according to one aspect includes a blood flow data acquisition unit configured to acquire information related to blood flowing inside a living body as blood flow data based on Doppler shift, a power spectrum calculator configured to calculate a power spectrum of the blood flow data based on the blood flow data, and an outline index calculator configured to calculate an outline index from the power spectrum. An electronic device according to one aspect further includes an estimator configured to estimate viscosity of the blood based on the outline index, and the estimator is configured to display an estimation result of the viscosity of the blood on a display.