Abstract: A signal transmission circuit includes: a circuit board stored in a housing; a connector which is mounted on the circuit board and includes a first signal terminal and a first ground terminal; and an integrated circuit which is mounted on the circuit board and includes a second signal terminal and a second ground terminal. The first signal terminal and the second signal terminal are connected to each other by a signal wiring arranged on the circuit board. The first around terminal and the second ground terminal are connected to each other by a ground wiring arranged in a predetermined range including a portion immediately above or immediately below the signal wiring in the circuit board. At least a part of the ground wiring immediately above or immediately below the signal wiring has a high impedance structure formed to be wider than the signal wiring and narrower than a combined width of the first signal terminal and the first ground terminal.

Abstract: A home delivery device that autonomously delivers a package to a dwelling in an apartment building includes a detection unit configured to detect a target around the home delivery device, and a delivery determination unit configured to determine whether or not to permit the delivery of the package. When the home delivery device arrives at the dwelling as a delivery destination and the detection unit detects that a person comes out of the dwelling, the delivery determination unit determines that the delivery of the package to the person is permitted.

Abstract: A delivery robot that delivers a delivery item in a building comprises: a first acquisition unit configured to acquire external environment information; a travel control unit configured to control traveling of the delivery robot to a delivery destination in the building on the basis of the environment information acquired by the first acquisition unit; and a notification unit configured to perform notification in a case where an opening operation of a door existing in a traveling direction of the delivery robot is detected during the traveling of the delivery robot on the basis of the environment information acquired by the first acquisition unit. The notification unit performs notification by at least one of light and sound toward the door.

Abstract: A job information provision system includes: a user extraction section that extracts a user who meets a predetermined extraction condition; and a vehicle-based job information provision section that transmits, to a user terminal used by the user extracted by the user extraction section, first vehicle-based job information including a content of a first vehicle-based job to be carried out by using a shared vehicle.

Abstract: To promote utilization of ride-sharing, a vehicle ride-sharing assist system (1) utilized by a group including a plurality of members includes: a ride-sharing operation managing unit (22) configured to accept ride-sharing applications from the members for each prescribed period, to determine an operation schedule of at least one vehicle utilized for the ride-sharing, and to notify the operation schedule to the members that have made the ride-sharing applications; a data acquiring unit (23) configured to acquire utilization data of each member that has performed the ride-sharing of the vehicle, the utilization data including item values respectively assigned to a plurality of items related to operation of the ride-sharing; and a giving unit (25) configured to convert each item value to a converted value for each member that has performed the ride-sharing in each prescribed period and to give each member a sum of the converted value as points.

Abstract: To improve the convenience of a shared vehicle managing system, a shared vehicle managing system (1) for renting a plurality of shared vehicles (2) to a plurality of users includes: a plurality of user terminals (3) configured to generate use application information in response to an input operation by each user; and a managing server (6) connected to the user terminals via a network (7). The managing server includes an allocation processing unit (14) configured to allocate one shared vehicle to a user based on the use application information. The use application information does not include information about designation of the one shared vehicle but includes information about a scheduled travel distance.

Abstract: A vehicle ride-sharing assist system includes a user terminal, a vehicle terminal, and a host server. The host server includes a proximity notification unit for generating a proximity notification signal when a distance between a user and a ride-sharing vehicle becomes equal to or less than a prescribed value. The vehicle terminal includes a user response request unit for generating a user response request signal on receiving the proximity notification signal. The user terminal includes a user side notification/operation unit for notifying the user of a specific motion or cause the user terminal to perform a specific operation according to the user response request signal. The vehicle terminal further includes a user position identification unit for detecting the motion of the user or the operation of the user terminal and identifying a position of the user. A user position notification unit notifies the identified position to the driver.

Abstract: A rideshare vehicle utilization supporting system supports matching of a rideshare vehicle and a user. The rideshare vehicle utilization supporting system includes: a rideshare vehicle management unit that manages a ridesharing plan of the rideshare vehicle within a retrieval target area; a predetermined rideshare vehicle extraction unit that extracts a predetermined rideshare vehicle, the predetermined rideshare vehicle being the rideshare vehicle for which the ridesharing plan within the retrieval target area in a retrieval target time zone is already determined by the rideshare vehicle management unit; and a predetermined ridesharing route guide unit that makes a display unit visually recognized by the user display a predetermined ridesharing route guide screen for which a predetermined ridesharing route of the predetermined rideshare vehicle is superimposed on a map of the retrieval target area.

Abstract: A vehicle ride-sharing support system which supports matching between a user and a vehicle for ride-sharing includes a condition information acquiring unit acquiring desired condition information, from a user terminal apparatus, the desired condition information including a desired location and a desired time slot which are desired by the user, a reservation information acquiring unit acquiring and storing a reservation accepting record indicating a reserved location, a reserved date and a reserved time slot for each of matching reservation requests transmitted from the user terminal apparatus, and a difficulty level calculating unit calculating, on a basis of the stored past reservation accepting record, an index value of an index representing a difficulty level of achievement of the matching for each predetermined time slot including the desired time slot for each of predetermined locations in an area within a predetermined distance range including the desired location.

Abstract: The vehicle is equipped with a front window having a light transmission characteristic and separated into a first area and a second area provided below the first area, wherein a boundary between the first area and the second area is provided so that a looking-down angle from a driver is constant.

Abstract: In a vehicular body structure, left and right front pillars are provided closer to the longitudinal centerline of a vehicle than left and right corner sections of a compartment of the vehicle. First corner window (26) provided adjacent to one of the left and right front pillars (13) which is more remote from a driver's seat (24) has a greater opening area than a second corner window (25) provided adjacent to the other of the left and right pillars (11) which is closer to the driver's seat.

Abstract: In a vehicular body structure, left and right front pillars are provided closer to the longitudinal centerline of a vehicle than left and right corner sections of a compartment of the vehicle. First corner window (26) provided adjacent to one of the left and right front pillars (13) which is more remote from a driver's seat (24) has a greater opening area than a second corner window (25) provided adjacent to the other of the left and right pillars (11) which is closer to the driver's seat.

Abstract: An intergrated mirror for automobiles through which the driver of an automobile can confirm the situation of vehicles in the rear and side rear with a light burden in the movement of eyes or the recognition of the rear image when the driver changes the lane, for example. The integrated mirror (16) comprises an inside mirror section (18) reflecting the view of the rear part of the inside of the vehicle, an outside mirror section (17) reflecting the view of the outside in the rear of the vehicle, a coupling member (21) for coupling the inside mirror section and the outside mirror section such that their mirror surface become parallel to each other, and an attaching member (22) provided in an intermediate portion of the coupling member and fixed rotatably to the upper end of a front pillar (15) or the like.

Abstract: The vehicle is equipped with a front window having a light transmission characteristic and separated into a first area and a second area provided below the first area, wherein a boundary between the first area and the second area is provided so that a looking-down angle from a driver is constant.

Abstract: This vehicular lighting unit enhances an accuracy of when a driver of another vehicle and a pedestrian looking a vehicle perceive the vehicle, and a vehicle having the vehicular lighting unit is enhanced in a perceived accuracy, wherein the vehicular lighting unit includes at least not less than three supplementary lights arranged not to be in a row at the front side of a vehicle and having an equivalent color and brightness, wherein the supplementary lights are arranged at an equivalent position with respect to any one of a two-wheeled vehicle, a four-wheeled passenger vehicle, and a large size vehicle, and wherein in the supplementary lights each one arranged outside is in a range of 460 to 1715 mm in a vertical direction and 240 to 840 mm in a horizontal direction.

Abstract: An automatically driven motor vehicle automatically follows a front motor vehicle while controlling an intervehicular distance up to the front motor vehicle. A speed of the following motor vehicle, and a speed of the front motor vehicle are recognized. The difference between the speed of the following motor vehicle and the speed of the front motor vehicle is compared with a predetermined value, and acceleration/deceleration correcting data to adjust an intervehicular distance between the following motor vehicle and the front motor vehicle are adjusted depending on the speed of the following motor vehicle or the speed of the front motor vehicle based on a result of comparison. The acceleration/deceleration correcting data are generated based on the speed of the front motor vehicle if the difference is smaller than the predetermined value, and the acceleration/deceleration correcting data are generated based on the speed of the following motor vehicle if the difference is greater than the predetermined value.