Abstract: A magnetic resonance member 1 includes a diamond crystal including plural diamond nitrogen vacancy center, and a high-frequency magnetic field generator 2 applies magnetic field of microwave to the magnetic resonance member 1. The aforementioned plural diamond nitrogen vacancy centers include diamond nitrogen vacancy centers arranged in directions of predetermined plural axes among four axes that indicates four connection directions of carbon atoms in the diamond crystal; and the aforementioned magnetic resonance member 1 is arranged in a direction that provides a substantially largest sensitivity of the measurement target magnetic field in the diamond nitrogen vacancy centers arranged in the predetermined plural axes.

Abstract: A steering apparatus includes: a steering shaft coupled to a center of a steering wheel and movable in a front-rear direction of a vehicle; a steering shaft cover covering the steering shaft and allowing the steering shaft to be movable therein; and a protector attached to the steering shaft cover and allowing a part of a wire harness to be inserted and accommodated therein, the wire harness being a plurality of electric wires bundled and routed along the steering shaft. The wire harness positioned in the protector is routed in a state where the plurality of electric wires are unbundled and scattered.

Abstract: A magnetic memory includes a plurality of cylindrical magnetic members each extending along a first direction and having a first end portion and a second end portion; and a magnetoresistive element that includes: a magnetization variable layer with a variable magnetization direction, a magnetization fixed layer with a fixed magnetization direction, and a non-magnetic layer between the magnetization variable layer and the magnetization fixed layer. When viewed in the first direction, the magnetoresistive element overlaps a part of the first end portion of one of the magnetic members. The magnetization direction of the magnetization variable layer intersects with the magnetization direction of the magnetization fixed layer at an angle larger than 0 degrees and smaller than 180 degrees.

Abstract: According to one embodiment, a sensing system includes a reflective optical element, and an optical device. The reflective optical element includes a plurality of optical structures arranged along a first plane. The optical device includes an element face. The optical device is configured to perform a first operation and a second operation. The optical device is configured to emit infrared rays from the element face in the first operation. The optical device is configured to detect the infrared rays reflected by the reflective optical element and incident on the element face in the second operation.

Abstract: A storage device includes: a memory unit and a first pillar. The first pillar includes: a first region having a third portion between a first and a second portion respectively having a first and a second maximum diameter, and having a first minimum diameter, the first and second portions defining a first distance; a second region having a sixth portion between a fourth and a fifth portion respectively having a third and a fourth maximum diameter, and having a second minimum diameter, the fourth and fifth portions defining a second distance; and a third region between the first and second regions, having a ninth portion between a seventh and an eighth portion respectively having a fifth and a sixth maximum diameter, and having a third minimum diameter, the seventh and eighth portions defining a third distance shorter than each of the first and second distances.

Abstract: The present invention provides an imprint method of performing a forming process which includes supplying an imprint material on a substrate and then forming a pattern of the imprint material on the substrate by using a mold, the method comprising: dispensing, on the substrate, an adhesion material to bring the substrate and the imprint material into tight contact with each other; performing a first annealing process of heating and cooling the substrate on which the adhesion material has been dispensed; conveying the substrate to which the first annealing process has been performed; performing a second annealing process of heating and cooling the substrate which has been conveyed in the conveying; and performing the forming process on the substrate to which the second annealing process has been performed.

Abstract: An imprinting method for forming a pattern on a substrate with use of a mold, includes performing a running-in process in which the mold is brought into contact with a composition on a first substrate held by a holding unit, the composition on the first substrate is exposed, and the mold is released. After the running-in process, the method includes performing an imprinting process in which the mold is brought into contact with a composition on a second substrate, the composition on the second substrate is exposed, the mold is released, and the pattern is formed on the composition on the second substrate. A base material of the first substrate is higher in heat conductivity than a base material of the second substrate. The second substrate is used as an imprint mold.

Abstract: A terminal-equipped wire (1) includes a connector terminal (2), a wire (3), a relay conductor (4) and a sealing member (5). The connector terminal (2) is arranged in an insertion hole (71) provided in a connector case (7). The wire (3) is formed by bundling a plurality of conductors (31). The relay conductor (4) is composed of one conductor and electrically connects the connector terminal (2) and the wire (3). The sealing member (5) is mounted on the outer periphery of the relay conductor (4) and arranged in the insertion hole (71) to close a clearance (S1) between the inner periphery of the sealing member (5) and the outer periphery of the relay conductor (4) and a clearance (S2) between the outer periphery of the sealing member (5) and the inner periphery of the insertion hole (71).

Abstract: A connector 10 includes a first connector 11 including a first connector housing 20 provided with a receptacle 23 having an opening 23A on one end side and configured to accommodate a first terminal fitting 13 on a back end of the receptacle 23, and a second connector 15 to be connected to the first connector 11.

Abstract: A first connector (11) has a first housing (20) with a receptacle (23) having an opening (23A) on one end and configured to accommodate a first terminal fitting (13) on a back of the receptacle (23). A second connector (15) connects to the first connector (11) and includes a second housing (40) to be accommodated in the receptacle (23). A second terminal fitting (17) in the second housing (20) connects to the first terminal fitting (13) and has a wire (W) connected thereto. A rubber plug (60) seals between an outer surface of the wire (W) and an inner surface of the receptacle (23) on a rear of the second housing (20). A holder (70) retains the second housing (20) and the rubber plug (60) in the receptacle (23) by engaging an engaging projection (25) on an outer surface of the first housing (20) and mounted on the receptacle (23).

Abstract: A control circuit device for vehicle automatic transmission includes a control circuit unit having a body with a built-in control circuit for vehicle automatic transmission and tab-like terminals extending from the body while being lined in an arrangement direction. A cover covers the control circuit unit from one side in an intersection direction intersecting the arrangement direction. An insulating protection tube collectively surrounds the terminals and has partition walls to be disposed between adjacent terminals. The cover and the protection tube include locks configured to lock the cover and the protection tube to each other and positioning structures configured to position the control circuit unit. The control circuit unit is held positioned with respect to the cover and the protection tube with the cover and the protection tube locked by the locks.

Abstract: A terminal-equipped wire (1) includes a connector terminal (2), a wire (3), a relay conductor (4) and a sealing member (5). The connector terminal (2) is arranged in an insertion hole (71) provided in a connector case (7). The wire (3) is formed by bundling a plurality of conductors (31). The relay conductor (4) is composed of one conductor and electrically connects the connector terminal (2) and the wire (3). The sealing member (5) is mounted on the outer periphery of the relay conductor (4) and arranged in the insertion hole (71) to close a clearance (S1) between the inner periphery of the sealing member (5) and the outer periphery of the relay conductor (4) and a clearance (S2) between the outer periphery of the sealing member (5) and the inner periphery of the insertion hole (71).

Abstract: It is aimed to provide a harness component capable of preventing liquid penetration from between conductors of wires to a mating connector on which a connector case is mounted, and improving workability and productivity during manufacturing. A harness component (1) includes a connector case (7), a plurality of connector terminals (2) arranged in the connector case (7), a plurality of wires (3) electrically connected to the connector terminals (2) and sealing members (5) arranged in clearances between mounting portions (24) formed on the respective connector terminals (2) and the connector case (7). An outer peripheral surface of the mounting portion (24) and an inner peripheral surface of the sealing member (5) and an outer peripheral surface of the sealing member (5) and an inner peripheral surface of the connector case (7) are in close contact with each other. The connector terminal (2) is formed with a penetration preventing portion (251) for preventing liquid penetration.

Abstract: A control circuit device for vehicle automatic transmission includes a control circuit unit having a body with a built-in control circuit for vehicle automatic transmission and tab-like terminals extending from the body while being lined in an arrangement direction. A cover covers the control circuit unit from one side in an intersection direction intersecting the arrangement direction. An insulating protection tube collectively surrounds the terminals and has partition walls to be disposed between adjacent terminals. The cover and the protection tube include locks configured to lock the cover and the protection tube to each other and positioning structures configured to position the control circuit unit. The control circuit unit is held positioned with respect to the cover and the protection tube with the cover and the protection tube locked by the locks.

Abstract: An imprinting method for forming a pattern on a substrate with use of a mold, includes performing a running-in process in which the mold is brought into contact with a composition on a first substrate held by a holding unit, the composition on the first substrate is exposed, and the mold is released. After the running-in process, the method includes performing an imprinting process in which the mold is brought into contact with a composition on a second substrate, the composition on the second substrate is exposed, the mold is released, and the pattern is formed on the composition on the second substrate. A base material of the first substrate is higher in heat conductivity than a base material of the second substrate. The second substrate is used as an imprint mold.

Abstract: A connector includes a connector housing (30) having a separation wall (33), through which a plurality of terminal fittings (20) penetrate, and a receptacle (51) configured to surround a group of the terminal fittings (20) projecting from the separation wall (33), a filling recess (55) configured to surround the terminal fittings (20) in the receptacle (51) and fill a potting agent (80) inside, and auxiliary reservoir portions (57) for the potting agent (80) formed to have a recessed shape on an inner peripheral surface side of the receptacle (51) while communicating with each filling recess (55).

Abstract: A wire with terminal (1) includes a single-core wire (3), a connector terminal (2) and a seal (5). The wire (3) includes one conductor (31) and an insulation coating layer (32) covering the conductor (31). The wire (3) is formed with a conductor portion (310) that is part of the conductor (31) projecting from an end of the insulation coating layer (32). The connector terminal (2) is connected to the conductor portion (310) and arranged in an insertion hole (71) in a case (7). The seal (5) is mounted on an outer periphery of the conductor portion (310) and in the insertion hole (71) and closes a clearance (S1) between the inner periphery of the seal (5) and the outer periphery of the conductor portion (310) and a clearance (S2) between the outer periphery of the sealing member (5) and the inner periphery of the insertion hole (71).

Abstract: A wire with terminal (1) includes a single-core wire (3), a connector terminal (2) and a seal (5). The wire (3) includes one conductor (31) and an insulation coating layer (32) covering the conductor (31). The wire (3) is formed with a conductor portion (310) that is part of the conductor (31) projecting from an end of the insulation coating layer (32). The connector terminal (2) is connected to the conductor portion (310) and arranged in an insertion hole (71) in a case (7). The seal (5) is mounted on an outer periphery of the conductor portion (310) and in the insertion hole (71) and closes a clearance (51) between the inner periphery of the seal (5) and the outer periphery of the conductor portion (310) and a clearance (S2) between the outer periphery of the sealing member (5) and the inner periphery of the insertion hole (71).

Abstract: A connector (10) disclosed by this specification includes a potting material (50), a housing (20) having a recess (21), the potting material (50) being accommodated in the housing (20), a plurality of terminals (40), and a plurality of separation walls (26, 27). The separation walls (26, 27) each located between a pair of adjacent ones of the terminals (40) include passing portions (21B, 21C, 21D) allowing the passage of the potting material (50) at positions deviated from straight lines each connecting a pair of adjacent ones of the terminals (40) when viewed from a projecting direction of the terminals (40), and the passing portions (21B, 21C, 21D) are located closer to the bottom surface (22) of the recess (21) than projecting ends of the separation walls (26, 27).

Abstract: The present invention provides an imprint method of performing a forming process which includes supplying an imprint material on a substrate and then forming a pattern of the imprint material on the substrate by using a mold, the method comprising: dispensing, on the substrate, an adhesion material to bring the substrate and the imprint material into tight contact with each other; performing a first annealing process of heating and cooling the substrate on which the adhesion material has been dispensed; conveying the substrate to which the first annealing process has been performed; performing a second annealing process of heating and cooling the substrate which has been conveyed in the conveying; and performing the forming process on the substrate to which the second annealing process has been performed.