Abstract: An object of the present invention is to improve cooling capability of a bus bar with a simple system. An electric system includes a motor unit including a stator and a rotor, the motor unit being cooled by a refrigerant, an inverter unit that supplies electric power to a winding of the stator, a wiring portion that transmits electric power output from the inverter unit to the motor unit, and a pipe that supplies or discharges a refrigerant to or from the motor unit. The pipe is provided at a position at which the wiring portion can exchange heat with an oily medium cooled by the pipe.

Abstract: An information processing apparatus includes a processor configured to acquire, for a first area including a range from a departure point to a destination, first information related to weather and second information related to a point having lower altitude above sea level than a surrounding area, and acquire, based on the first information and the second information on the first area, a first route that is a route from the departure point to the destination and that avoids a point that may be flooded in the event of a water disaster, and output the first route. The processor acquires the first route for each of the one or more future time points from the departure time.

Abstract: An information processing apparatus receives a first action instructing to start ventilation of an interior space in a vehicle cabin by a user and causes a vehicle to perform a first operation including at least opening a plurality of windows that can be opened and closed and that provided in the vehicle when the first action is received. Further, when a predetermined condition indicating the end of ventilation of the interior space in the vehicle cabin is satisfied, the information processing apparatus causes the vehicle to end the first operation and causes the vehicle to return to the state before performing the first operation.

Abstract: An aspect of the present invention makes it possible to easily observe both surfaces of a cell sheet in a condition in which the cell sheet is at a stable position in a culture medium. A cell sheet production device (100) includes: a container (20); and a support unit (10) removably held in the container (20), the support unit (10) including a mesh sheet (2) and a base (3) which holds the mesh sheet (2) such that the mesh sheet (2) floats from a bottom surface of the container (20), the support unit (10) being held in the container (20) such that the support unit is at a fixed position in vertical and horizontal directions in a culture medium.

Abstract: It is configured such that, for performing variable engravement for each formed object on a coil material to be fed to a press machine for molding a part of a can, a formed object with an engravement can be molded at a high productivity. A laser engraving device is a device for performing laser engraving on a coil material to be fed to a press machine for molding a part of a can, and includes a feeding mechanism for deeding a coil material at a predetermined speed, a laser head for irradiating the coil material fed at the predetermined speed with a laser beam, and performing engravement for each formed object, and a data communication unit for switching engraving data of the laser head. The data communication unit collectively switches a plurality of engraving data to be subjected to engravement on a plurality of formed objects, and the laser head continuously performs engravement of the plurality of engraving data on predetermined positions of the coil material.

Abstract: To perform communication with a communication path not unnecessarily going through a relay device such as a router.

Abstract: A vehicle driving system 1 includes a first motor/generator M/G1 which is mechanically connected to either of front wheels Wf and rear wheels Wr of a vehicle, a second motor/generator M/G2 which is electrically connected with the first motor/generator M/G1, and a flywheel FW which is mechanically connected with the second motor/generator M/G2 and which stores kinetic energy. The second motor/generator M/G2 is mechanically connected to the other of the front wheels Wf and the rear wheels Wr of the vehicle.

Abstract: To perform communication with a communication path not unnecessarily going through a relay device such as a router.

Abstract: In a case in which through an Internet, a first exchange system to which a multi-functional telephone of a conference organizer who organizes a conference is connected and a second exchange system to which are connected multi-functional telephones used by conference participants who participate in the conference straddling different bases are connected, when the multi-functional telephones of the plurality of conference participants who participate in the conference are connected to the same exchange system as the second exchange system, in a video conference mixing device in the second exchange system, conference communication information (video image information+audio information) from the multi-functional telephones is previously mixed to be edited into one conference communication information, and the one conference communication information is transmitted to the video conference mixing device in the first exchange system of the conference organizer side.

Abstract: In a case in which through an Internet, a first exchange system to which a multi-functional telephone of a conference organizer who organizes a conference is connected and a second exchange system to which are connected multi-functional telephones used by conference participants who participate in the conference straddling different bases are connected, when the multi-functional telephones of the plurality of conference participants who participate in the conference are connected to the same exchange system as the second exchange system, in a video conference mixing device in the second exchange system, conference communication information (video image information+audio information) from the multi-functional telephones is previously mixed to be edited into one conference communication information, and the one conference communication information is transmitted to the video conference mixing device in the first exchange system of the conference organizer side.

Abstract: A vehicle driving system 1 includes a first motor/generator M/G1 which is mechanically connected to either of front wheels Wf and rear wheels Wr of a vehicle, a second motor/generator M/G2 which is electrically connected with the first motor/generator M/G1, and a flywheel FW which is mechanically connected with the second motor/generator M/G2 and which stores kinetic energy. The second motor/generator M/G2 is mechanically connected to the other of the front wheels Wf and the rear wheels Wr of the vehicle.

Abstract: A photoprinter includes an image input unit through which an original image is configured to be inputted; a display unit configured to display an image; a printing unit configured to print the image displayed on the display unit; an operation input unit adapted to receive an instruction from a user; a template storage unit configured to store a template including an outer guide and an inner guide; and a control unit operatively connected to the image input unit, the display unit, the printing unit, the operation input unit, and the template storage unit. The control unit is configured to create a template-treated image from the original image by displaying a template over the original image on the display unit, and trimming an area of the original image outside the outer guide of the template and performing segmentation around the inner guide.

Abstract: A photoprinter includes an image input unit through which an original image is configured to be inputted; a display unit configured to display an image; a printing unit configured to print the image displayed on the display unit; an operation input unit adapted to receive an instruction from a user; a template storage unit configured to store a template including an outer guide and an inner guide; and a control unit operatively connected to the image input unit, the display unit, the printing unit, the operation input unit, and the template storage unit. The control unit is configured to create a template-treated image from the original image by displaying a template over the original image on the display unit, and trimming an area of the original image outside the outer guide of the template and performing segmentation around the inner guide.

Abstract: A sports game system for using a ball such as baseball, soccer, cricket, tennis, etc., has two first and second separated area sensors for measuring speed and location of the ball hit or kicked by a player, monitor TVs for displaying at least speed and location of the ball, and a controller for controlling the area sensors and the multi-monitor TV, whereby the player can feel as if he were enjoying a real game.

Abstract: The object of the present invention is to provide a printing system of an ink jet printer that can obtain a sufficient image density by suppressing a feathering. When one dot line is drawn and that line width is assumed to be “x” and a resolution in a main scanning direction is assumed to be “a” and a resolution in a sub scanning direction is assumed to be “b”, the ink satisfying the condition that x=(a2+b2)½ and a TEP value of the one dot line is 10 or less is used.

Abstract: An ink set is used in a bidirectional print, and each of first and second absorption quantity differences is equal to or less than 10 ml/m2 in a contact time of 10 msec. in a dynamic scanning absorption meter. The first absorption quantity difference indicates difference between a absorption quantity when a first ink of the ink set is applied on a paper sheet on which a second ink of the ink set is applied and which is used for a print operation, and a absorption quantity when the first ink is applied on the paper sheet on which no ink is applied. The second absorption quantity difference indicates difference between an absorption quantity when the second ink is applied on the paper sheet on which the first ink is applied, and an absorption quantity when the second ink is applied on the paper sheet on which no ink is applied.

Abstract: A fluid supply system is constructed to have an oil ontainer 21, a transmission device 13 subjected to the supply of lubricating oil from the oil container, a lubricating oil supply tube 22 introducing lubricating oil from the oil container 21 to the transmission device 13, first and second axial holes 16a, 16b and lubricating holes 17. In the fluid supply system, a filtering member F having a permanent magnet and formed into a cylindrical shape is disposed in the first axial hole 16a formed so as to extend axially in a transmission input shaft 15, whereby at least a part of a lubricating oil supply passage is constituted by the first and second axial holes 16a, 16b and the lubricating holes 17 in the transmission input shaft 15, and the internal cylindrical space of the filtering member F.

Abstract: An ink set is used in a bidirectional print, and each of first and second absorption quantity differences is equal to or less than 10 ml/m2 in a contact time of 10 msec. in a dynamic scanning absorption meter. The first absorption quantity difference indicates difference between a absorption quantity when a first ink of the ink set is applied on a paper sheet on which a second ink of the ink set is applied and which is used for a print operation, and a absorption quantity when the first ink is applied on the paper sheet on which no ink is applied. The second absorption quantity difference indicates difference between an absorption quantity when the second ink is applied on the paper sheet on which the first ink is applied, and an absorption quantity when the second ink is applied on the paper sheet on which no ink is applied.

Abstract: The object of the present invention is to provide a printing system of an ink jet printer that can obtain a sufficient image density by suppressing a feathering.

Abstract: A power transmission device comprises a propeller shaft (PS) and a rear axle device (AR) that is linked and transmits rotational drive force. In the structure linking the propeller shaft and the rear axle device, a first mark indicating the direction of rotational imbalance in the propeller shaft is provided to the propeller shaft, a second mark is provided to a companion flange (30) linked to the propeller shaft in the rotation transmission device, for indicating the direction of rotational imbalance in the companion flange (30), and the propeller shaft and the companion flange are linked on the basis of the first and second marks.