A service robot is capable of communicating with a reception device that assigns at least a reception number. The service robot includes: an image information acquirer that acquires image information including an image of a customer; a reception number acquirer that acquires a reception number from the reception device, in response to a reception operation performed by the customer; and a storage unit that stores the acquired reception number and the acquired image information in association with each other.

A service robot is capable of communicating with a reception device that assigns at least a reception number. The service robot includes: an image information acquirer that acquires image information including an image of a customer; a reception number acquirer that acquires a reception number from the reception device, in response to a reception operation performed by the customer; and a storage unit that stores the acquired reception number and the acquired image information in association with each other.

A service robot is capable of communicating with a reception device that assigns at least a reception number. The service robot includes: an image information acquirer that acquires image information including an image of a customer; a reception number acquirer that acquires a reception number from the reception device, in response to a reception operation performed by the customer; and a storage unit that stores the acquired reception number and the acquired image information in association with each other.

A service robot is capable of communicating with a reception device that assigns at least a reception number. The service robot includes: an image information acquirer that acquires image information including an image of a customer; a reception number acquirer that acquires a reception number from the reception device, in response to a reception operation performed by the customer; and a storage unit that stores the acquired reception number and the acquired image information in association with each other.

The system comprises: a plurality of dispensing units distributed throughout the jurisdiction, each unit including: apparatus for receiving a breath sample from a person; apparatus for analysis the breath system for the presence of recreational drugs and/or alcohol; and apparatus for producing a printed or electronic ticket if the analysis of the breath sample does not reveal drugs and/or alcohol in an amount above a predetermined limit, the ticket including details of the time of the sample.

The system comprises: a plurality of dispensing units distributed throughout the jurisdiction, each unit including: apparatus for receiving a breath sample from a person; apparatus for analysis the breath system for the presence of recreational drugs and/or alcohol; and apparatus for producing a printed or electronic ticket if the analysis of the breath sample does not reveal drugs and/or alcohol in an amount above a predetermined limit, the ticket including details of the time of the sample.

A method for parking space control including the steps of: a) flying a drone at regular intervals along a predefined path that covers an area of a parking lot; b) scanning and registering the parking lot; c) using, by software, features detection techniques as a part of image analysis algorithms; d) scanning and searching data from the parking lot for similarities within a given time period to form an analysis; e) determining, by the analysis, two outcomes for a specific parking lot including either a new vehicle is parked or an old vehicle is still located at the same parking lot; f) registering new vehicles at the time of detection; g) registering and checking longer parked vehicles' stay time for violation; h) determining if there is a violation; i) flagging and marking the vehicle(s) on a smart phone or tablet for an officer to view, locate, and ticket, if the answer to step h is yes; j) determining if the parking time exceeds the one allowed in the area of the parking lot; k) flagging ticket alerts on the program and emailing to the supervisor for evaluation and printing, if answer to step j is yes; l) determining if a vehicle can be exempt from the rules; m) deciding, by the supervisor, to generate a ticket with a click of a button, if answer to step 1 is no; n) creating, by the supervisor, the ticket; o) walking to the vehicle in order to assign the ticket thereto; and p) repeating cycle after an hour or as approved.

A method for parking space control including the steps of: a) flying a drone at regular intervals along a predefined path that covers an area of a parking lot; b) scanning and registering the parking lot; c) using, by software, features detection techniques as a part of image analysis algorithms; d) scanning and searching data from the parking lot for similarities within a given time period to form an analysis; e) determining, by the analysis, two outcomes for a specific parking lot including either a new vehicle is parked or an old vehicle is still located at the same parking lot; f) registering new vehicles at the time of detection; g) registering and checking longer parked vehicles' stay time for violation; h) determining if there is a violation; i) flagging and marking the vehicle(s) on a smart phone or tablet for an officer to view, locate, and ticket, if the answer to step h is yes; j) determining if the parking time exceeds the one allowed in the area of the parking lot; k) flagging ticket alerts on the program and emailing to the supervisor for evaluation and printing, if answer to step j is yes; l) determining if a vehicle can be exempt from the rules; m) deciding, by the supervisor, to generate a ticket with a click of a button, if answer to step 1 is no; n) creating, by the supervisor, the ticket; o) walking to the vehicle in order to assign the ticket thereto; and p) repeating cycle after an hour or as approved.