Abstract: A rotor includes stacked core plates, a hole, and a magnet inserted into the hole. A holding core plate has a through hole as part of the hole, a protrusion protruding inwardly from an inner surface of the through hole and being in contact with the magnet, and a displacement permission portion located in an opposite direction to a protrusion direction of the protrusion and permitting displacement of the protrusion in the opposite direction. The rotor includes at least one of a magnet-side chamfered portion in which the front side edge portion of the magnet is chamfered or a protrusion-side chamfered portion in which the tip end edge portion of the protrusion is chamfered. A sum of lengths of the magnet-side and protrusion-side chamfered portions is equal to or longer than a length of the protrusion in the protrusion direction as the rotor is viewed from the axial direction.

Abstract: A rotor includes core plates, a hole, and a magnet in the hole. The core plates include a first core plate and a second core plate frontward of the first core plate. The first core plate includes a first hole, a first protrusion protruding inward of the first hole, and a first portion located in an opposite direction to a protrusion direction of the first protrusion as viewed from the axial direction and permitting deformation of the first protrusion in the opposite direction. The second core plate includes a second hole, and at least one of a recess recessed in the opposite direction and overlapping the first protrusion as viewed in the axial direction, or a second portion located in the opposite direction with respect to the first protrusion as viewed in the axial direction and permitting deformation of an inner surface of the second hole in the opposite direction.

Abstract: A semiconductor device including a first electrode, a second electrode, an oxide semiconductor disposed between the first electrode and the second electrode, and a first oxide layer containing a predetermined element, oxygen, and an additional element and disposed between the first electrode and the oxide semiconductor, wherein the predetermined element is at least one of tantalum, boron, hafnium, silicon, zirconium, or niobium, and the additional element is at least one of phosphorus, sulfur, copper, zinc, gallium, germanium, arsenic, selenium, silver, indium, tin, antimony, tellurium, or bismuth.

Abstract: According to one embodiment, a magnetic device includes a layered body with a first magnetic layer, a second magnetic layer, and a first non-magnetic layer between the first magnetic body and the second magnetic body. A side wall layer covers at least a side wall of the first non-magnetic body of the layered body and includes at least one first substance chosen from silicon oxide, zirconium oxide, aluminum oxide, aluminum nitride, and silicon nitride, and at least one second substance chosen from arsenic, tellurium, antimony, bismuth, and germanium.

Abstract: A vehicle USB port including: a base body attached to a vehicle-body-side member; a hook main body that is provided with a hinge portion rotatably attached to the base body and a hook portion to anchor an anchored member, and that is rotatable between an in-use position in which the hook portion is usable and a stowed position in which the hook portion is not used; a hook main body retaining portion that is formed at the base body and that retains the hook main body moved to the stowed position; a port opening that is formed at the hook main body retaining portion and that is covered by the hook main body moved to the stowed position; and a USB port that is provided in a position facing the port opening, and to which a USB cable can be coupled through the port opening.

Abstract: There is provided a vehicle USB port including: a base body attached to a vehicle-body-side member; a hook main body that is provided with a hinge portion rotatably attached to the base body and a hook portion to anchor an anchored member, and that is rotatable between an in-use position in which the hook portion is usable and a stowed position in which the hook portion is not used; a hook main body retaining portion that is formed at the base body and that retains the hook main body moved to the stowed position; a port opening that is formed at the hook main body retaining portion and that is covered by the hook main body moved to the stowed position; and a USB port that is provided in a position facing the port opening, and to which a USB cable can be coupled through the port opening.

Abstract: A blower is disposed at least at backward side of printing moving direction of the head unit, out of two sides of the head unit. The blower has air nozzles for injecting compressed air perpendicularly to the printing plane, and the bottom of the blower is provided with a curved plane and a parallel plane so that the compressed air injected from the air nozzles may be bent in a direction at right angle by Coanda effect. The curved plane and the parallel plane generate a horizontal air stream parallel to the printing plane, toward a direction departing from the adjacent head unit, at the downside of the blower. The printing device, using the ink jet head, dries the ink on the printing medium by the horizontal air stream injected from the blower while printing on the printing medium.

Abstract: The invention is intended to obtain favorable printing results by promoting effectively the evaporation of solvent (dissolving medium) of the ink printed on the printing medium 20. A blower 24 is disposed at least at backward side of printing moving direction of the head unit 4, out of two sides of the head unit 4. The blower 24 has air nozzles 26 for injecting compressed air perpendicularly to the printing plane, and the bottom of the blower 24 is provided with a curved plane and a parallel plane so that the compressed air injected from the air nozzles 26 may be bent in a direction at right angle by Coanda effect. The curved plane and the parallel plane generate a horizontal air stream parallel to the printing plane, toward a direction departing from the adjacent head unit 4, at the downside of the blower 24. The printing device, using the ink jet head, dries the ink on the printing medium 20 by the horizontal air stream injected from the blower 24 while printing on the printing medium 20.

Abstract: When a request for a change in output information and output order of, or cancellation of an output process of, image data obtained from computers 3 is made by a user, a print server apparatus 1 notifies other users of requested change content and obtains from each user an instruction indicating whether to permit a change process based on the notified change content or not. With this image processing apparatus, when a plurality of users make requests for output processes of respective image data and a change in output order of each image data or the like is requested, other users can confirm the change content and get to other work appropriately so as to enhance the work efficiency.

Abstract: When a request for a change in output information and output order of, or cancellation of an output process of, image data obtained from computers 3 is made by a user, a print server apparatus 1 notifies other users of requested change content and obtains from each user an instruction indicating whether to permit a change process based on the notified change content or not. With this image processing apparatus, when a plurality of users make requests for output processes of respective image data and a change in output order of each image data or the like is requested, other users can confirm the change content and get to other work appropriately so as to enhance the work efficiency.