Absstract of: WO2026023000A1
Problem To control vehicle lane changing by using a server device that communicates with a vehicle. Solution A server control unit of a server device: generates a currently-traveling lane chart in which a vehicle traveling in a currently-traveling lane is mapped when the vehicle is to change lanes, and an other-lane chart in which another vehicle traveling in another lane is mapped; and determines the possibility of interference between the vehicle traveling in the currently-traveling lane and the other vehicle in the other lane. The server control unit generates and transmits, to the vehicle, a first passing point, a first passing time, a second passing point, and a second passing time, at which interference with the other vehicle will not occur.
Absstract of: WO2026022988A1
This mobile body control system comprises: point group generation means for generating information on a point group indicating an object surface in a three-dimensional space around a mobile body on the basis of a captured image obtained by imaging the periphery of the mobile body; recess determination means for determining the presence of a recess on a travel path on the basis of the height difference and the height of the point group in a divided region for individual divided regions in the periphery of the mobile body; and map generation means for generating an occupancy map indicating whether an obstacle is occupying each divided region on the basis of the determination result by the recess determination means.
Absstract of: WO2024194867A1
There are provided a method and system of incident detection and reconstruction using road- informative data collected by a plurality of source-modalities. The method comprises: separately for each given source-modality (SM) from the plurality of source-modalities, processing road- informative data collected by the given SM to obtain one or more feature-level data-modalities associated with the given SM, thereby giving rise to a plurality of obtained data-modalities, wherein each given data-modality is informative of one or more features extracted, during processing, from road-informative data collected by an associated SM. When at least one data- modality from the plurality of data-modalities is indicative of a potential incident, fusing the plurality of data-modalities into one or more machine learning models (MLMs) to confirm detecting the incident; and responsive to the confirmation of the incident detection, providing incident reconstruction and/or other incident-related actions.
Absstract of: AU2024239397A1
The invention relates to a support (10), having at least one beam (14), in particular a profiled beam, having at least one support foot part (16), and having at least one support head part (18). According to the invention, the beam (14) is connected without welding to the support foot part (16) and/or to the support head part (18).
Absstract of: WO2026017924A1
The invention relates to a method for identifying vehicle license plates in ticketless car parks, in which, as a digital fingerprint of the license plate, a raw evaluation matrix is used, which is obtained in a character recognition phase, as a step prior to generating the read of the license plate and an evaluation matrix converted into a character string. The invention also proposes a method for comparing two or more license plates and a method for managing ticketless car parks.
Absstract of: WO2026018908A1
This management system comprises at least: a terminal device (30) used by an operator who monitors and controls travel of a plurality of types of robots (10A), (10B) that autonomously travel outdoors and indoors; and a management server (40) capable of communicating with an external device including the terminal device (30) and control servers (20A), (20B) of the robots. The management system further comprises: a registration unit that, when an inhibition of travel of the robot is detected on the basis of a detection result by a sensor provided in each robot, classifies an inhibition factor of the travel and a level of the inhibition factor, and registers in the database as inhibition information in association with the position information of the inhibition factor; and a cooperation unit that extracts, from among the inhibition information stored in the database, inhibition information corresponding to a cooperation destination of a cooperation target, and transmits the extracted inhibition information to the cooperation destination.
Absstract of: EP4682470A1
An information processing device (100) includes: an acquisition unit (121) that acquires information on a traveling track from a plurality of terminals; and a determination unit (124) that determines that some of the plurality of terminals have moved in the same moving object based on the correspondence between information on a stop time point and a stop place included in information on a traveling track acquired by the acquisition unit (121) and information on a stop time point and a stop place included in information on another traveling track.
Absstract of: WO2024189268A1
The invention relates to road marking robot (100) which is autonomous and is arranged to move on a road, and comprises a mass container (105) for storing thermoplastic road marking mass and for keeping it warm, and a print head (106) for printing out thermoplastic mass. The road marking robot (100) also comprises communication means (111) arranged to receive, as a result of analysis of sensor data captured from the road, a location control signal for guiding the road marking robot (100) to move to the correct location for printing out, and a printing control signal for controlling the printing out of a road marking. The print head comprises hatches (105) which are opened at different times during movement of the road marking robot (100) to make the road marking as a pattern of thermoplastic mass flowing out of the hatches (105). The invention also relates to a method for printing out road markings by a road marking robot (100), and to a computer program product.
Nº publicación: ES1326306U 21/01/2026
Applicant:
SALINAS SAUCEDO LEANDRO [ES]
SAUCEDO VIRUES MARIA LUISA [ES]
Salinas Saucedo, Leandro,
Saucedo Virues, Mar\u00EDa Luisa