Abstract: A biological condition measurement apparatus has: a transmitting section that transmits a transmission signal in a frequency band equal to or higher than a millimeter wave band at predetermined time intervals; a receiving section that receives a plurality of reflection signals generated by reflection of the transmission signal on a plurality of measurement subjects; a measuring section that measures a plurality of times of flight from the transmission of the transmission signal by the transmitting section until the reception of the plurality of reflection signals by the receiving section; and an identifying section that identifies a biological condition of each of a plurality of the measurement subjects on the basis of a mode of change of times of flight represented by a plurality of pieces of time-of-flight data representing times of flight that fluctuate in a time range equal to or lower than a first threshold.

Abstract: A door opening/closing device includes a detection unit which detects a foot of a person present near a front door; and a vehicle door opening/closing device main body which opens a rear slide door, when the detection unit detects the foot of the person, wherein when the foot of the person is not detected within a prescribed time after being detected, the detection unit outputs a pseudo outer door handle switch on signal which demands the vehicle door opening/closing device main body to open the rear slide door, and when detection is continuously performed during a prescribed time or longer from when the detection unit has detected a detection target, the detection unit does not output the pseudo outer door handle switch on signal.

Abstract: A door opening/closing device drives a slide door to a locked state under authentication communication between an authentication ECU of a vehicle side and a mobile device, when the slide door is in a closed and unlocked state and the presence of a user is detected by a detection unit.

Abstract: A door opening/closing device includes a detection unit which detects a foot of a person present near a front door; and a vehicle door opening/closing device main body which opens a rear slide door, when the detection unit detects the foot of the person, wherein when the foot of the person is not detected within a prescribed time after being detected, the detection unit outputs a pseudo outer door handle switch on signal which demands the vehicle door opening/closing device main body to open the rear slide door, and when detection is continuously performed during a prescribed time or longer from when the detection unit has detected a detection target, the detection unit does not output the pseudo outer door handle switch on signal.

Abstract: In a state that an engine is started up by using a mobile device from outside a vehicle, a power mode changeover switch is switched from a fixed contact OFF to a fixed contact START while avoiding a fixed contact ACC and a fixed contact ON, and the power mode changeover switch is maintained at the fixed contact START even after the engine is placed in an operation state. When an electric power is not supplied through the fixed contact ACC, a detection unit places itself in a state in which a detection operation is possible, and when the electric power is supplied, the detection unit places itself in a detection operation prohibition state.

Abstract: A vehicle door opening/closing device includes a front door configured to open and close a front left opening of a vehicle body, a rear sliding door configured to open and close a rear left opening of the vehicle body, a vehicle door opening/closing device main body configured to automatically open and close the rear sliding door, a detection unit configured to detect the presence of the left foot of a user, and a control unit (detection ECU, door lock ECU, sliding door driving ECU). If the front door is in an opened state at the time when the detection unit detects the presence of the left foot, the control unit does not put the rear sliding door into a closed state.

Abstract: A structure for attaching an ultrasound sensor to a side portion of a vehicle includes a bracket via which the ultrasound sensor is attached to face the ground under the floor of the vehicle and to be inclined at a predetermined angle with respect to the horizontal plane such that water drops adhering to the ultrasound sensor flow downward.

Abstract: A door opening/closing device drives a slide door to a locked state under authentication communication between an authentication ECU of a vehicle side and a mobile device, when the slide door is in a closed and unlocked state and the presence of a user is detected by a detection unit.

Abstract: A structure for attaching an ultrasound sensor to a side portion of a vehicle includes a bracket via which the ultrasound sensor is attached to face the ground under the floor of the vehicle and to be inclined at a predetermined angle with respect to the horizontal plane such that water drops adhering to the ultrasound sensor flow downward.

Abstract: A vehicle door opening/closing device includes a front door configured to open and close a front left opening of a vehicle body, a rear sliding door configured to open and close a rear left opening of the vehicle body, a vehicle door opening/closing device main body configured to automatically open and close the rear sliding door, a detection unit configured to detect the presence of the left foot of a user, and a control unit (detection ECU, door lock ECU, sliding door driving ECU). If the front door is in an opened state at the time when the detection unit detects the presence of the left foot, the control unit does not put the rear sliding door into a closed state.

Abstract: In a state that an engine is started up by using a mobile device from outside a vehicle, a power mode changeover switch is switched from a fixed contact OFF to a fixed contact START while avoiding a fixed contact ACC and a fixed contact ON, and the power mode changeover switch is maintained at the fixed contact START even after the engine is placed in an operation state. When an electric power is not supplied through the fixed contact ACC, a detection unit places itself in a state in which a detection operation is possible, and when the electric power is supplied, the detection unit places itself in a detection operation prohibition state.

Abstract: In a bioinstrument system S of the present invention, a processor unit 121 in a bioinstrument device 108 obtains information indicative of displacement of two fingers in deformed state from distance between the two fingers; and calculates a finger-tapping force by using the obtained information and a predetermined fingertips' stiffness function retrieved from a storage unit 122. This provides a method for inspecting for neurological disorders in consideration of the finger-tapping force.

Abstract: A biological information detection apparatus includes a sensor, a memory unit, and a control unit. The sensor is worn by a subject and continuously detects the biological information of the subject. The memory unit stores biological information detected by the sensor. The control unit takes control so that a predetermined part of the biological information stored in the memory unit is transmitted to a management apparatus on a regular basis. The control unit takes control so that, when the biological information detected by the sensor exceeds a predetermined reference value, the amount of information, which is larger than the amount of information regularly transmitted, is transmitted to the management apparatus.

Abstract: In a bioinstrument system S of the present invention, a processor unit 121 in a bioinstrument device 108 obtains information indicative of displacement of two fingers in deformed state from distance between the two fingers; and calculates a finger-tapping force by using the obtained information and a predetermined fingertips' stiffness function retrieved from a storage unit 122. This provides a method for inspecting for neurological disorders in consideration of the finger-tapping force.

Abstract: An acceleration sensor device includes an acceleration sensor chip fixed onto a substrate at its bottom, sealed with a molding resin. The acceleration sensor chip has an airtight sealed space for a weight portion to swing in, in accordance with acceleration applied, and a cushion member which covers a side surface and a top surface of the acceleration sensor chip is interposed between the molding resin and the acceleration sensor chip.

Abstract: A sensor apparatus includes: a detection unit which includes a 3-axis acceleration sensor and a temperature sensor; and a processing unit which includes an acceleration vector calculating unit, a total acceleration calculating unit for calculating the magnitude of an acceleration vector, a tilt angle calculating unit for calculating tilt angles from the acceleration vector, and a temperature calculating unit. The tilt angle calculating unit discontinues the processing of calculating the tilt angles if the magnitude of the acceleration vector is different from that of gravitational acceleration.

Abstract: An acceleration sensor device includes: a substrate; and an acceleration sensor chip including an acceleration sensor element which has a weight portion arranged to swing according to acceleration applied, and a seating portion which supports the acceleration sensor element, the acceleration sensor chip being mounted on the substrate. A cushion member is interposed between the seating portion and the substrate, which absorbs any thermal stress occurring when the seating portion and the substrate undergo thermal expansion or thermal contraction.

Abstract: A mobile terminal apparatus 1 uses an acceleration sensor as a tilt angle sensor 24, and realizes various applications based on this detection result. A processing unit 10 counts the number of steps of a human based on acceleration components of low frequency detected by the tilt angle sensor that detects the acceleration components. At that time, the acceleration component of an axis among three axes which most approximates a gravity axis is mainly used. A viewpoint relative to a three-dimensional object or a three-dimensional space displayed on a display unit 36 is moved. By effectively utilizing the detection result of the tilt angle sensor, it is possible to realize a mobile terminal apparatus 1 featuring greater usefulness.

Abstract: A magnetic sensor assembly comprising magnetic detection elements is provided. In a magnetic sensor assembly 100 according to the present invention, a magnetic detection element 140 is fixed to a base member 110 and, by having the base member 110 stand upright, it is possible to stand the magnetic detection element 140 upright. Thereby, it becomes easy to manufacture magnetic detection devices which detect three-axis components of terrestrial magnetism vector. In the base member 110, first terminals 120 are provided on a first surface 112 whereas second terminals 124 are provided on a second surface 114. The first terminals 120 are electrically connected with electrodes of the magnetic detection element 140 whereas the second terminals 124 are electrically connected to external wires.

Abstract: A hybrid three-axis magnetic sensor for calculating the accurate direction of the earth magnetism. The hybrid three-axis magnetic sensor includes: a flux gate type magnetic sensor which is so formed that a base serves as a main member and detects two axis components of a magnetic vector defined by a plane parallel to the base; a Hall element which detects another component of the magnetic vector orthogonal to the base; a tilt sensor which detects a tilt angle of the base; and a CPU, wherein the flux gate type magnetic sensor and the Hall element are integrally structured together as a hybrid IC. The thus detected three dimensional magnetic vector is corrected in the light of inclination of the base, so that the direction of the earth magnetism is accurately calculated.