Abstract: A biometrics imaging device for capturing image data of a body part of a person comprises a visible light sensor for capturing image data of the body part in the visible light spectrum and/or a near infrared light sensor for capturing image data of the body part in the near infrared light spectrum. The biometrics imaging device comprises a time of flight camera for capturing three dimensional image data of the body part. The biometrics imaging device executes a procedure which includes: capturing three dimensional image data of a current body part posture; determining based of the image data a difference between a desired body part posture and the current body part posture; providing based on the determined difference user guidance to enable the person to adapt the body part posture in direction of the desired posture; and capturing image data in the visible light spectrum and/or image data in the infrared light spectrum.

Abstract: A method and a system comprise: at a hand imaging device (1, 1?, . . . ), capturing (S4) image data of a hand (91) of a current person (9), at a federation server (11), comparing (S5) a current feature vector determined from the captured image data with pre-stored feature vectors of enrolled persons, at a user device (92) of the current person (9), processing (S8) second factor information for enabling execution of an electronic payment In some embodiments, the electronic payment is initiated by a payment service server (21) and forwarded to a bank (5, 5?, . . . ) via a banking gateway (4) for adhering to payment protocols of the bank (5, 5?, . . . ).

Abstract: A biometrics imaging device for capturing image data of a body part of a person comprises a visible light sensor for capturing image data of the body part in the visible light spectrum and/or a near infrared light sensor for capturing image data of the body part in the near infrared light spectrum. The biometrics imaging device comprises a time of flight camera for capturing three dimensional image data of the body part. The biometrics imaging device executes a procedure which includes: capturing three dimensional image data of a current body part posture; determining based of the image data a difference between a desired body part posture and the current body part posture; providing based on the determined difference user guidance to enable the person to adapt the body part posture in direction of the desired posture; and capturing image data in the visible light spectrum and/or image data in the infrared light spectrum.

Abstract: A biometrics authentication device for authenticating a person by comparing biometric features of a body part of the person with pre-stored biometric features of body parts of a plurality of registered persons is configured to: capture image data of the body part of the person; determine from the captured image data at least one characteristic geometric body part property of the body part of the person and biometric features of the body part of the person; limit comparison of the biometric features of the body part of the person to pre-stored biometric features of body parts of the plurality of registered persons which have a predefined similarity level with the at least one characteristic geometric body part property of the person.

Abstract: The invention relates to a retrofit kit for a filler gun or a filler gun of a fuel pump with an integrated generator for generating electric energy. The retrofit kit or the filler gun contains: a sensor device which is equipped to detect a fueling process of the filler gun; a reproduction device which is equipped to reproduce information; and an electric energy source which supplies the reproduction device with electric energy on the basis of the detection of the fueling process.

Abstract: The device is used for monitoring the drive movement and the accuracy with which the striking surface (16) of a golf club hits a golf ball. It comprises a plate-shaped sensor (18), which can be fastened to the striking surface (16) and by which the point of impact can be located. The sensor (18) is connected by way of signal lines (26) to a measurement and computation circuit (30), which can be detachably fastened to the shaft (12) or the back of the head of the golf club, and which together with a yaw rate sensor (65) and an electrical voltage source is mounted in a housing (28) and during each strike carries out a measurement operation in order to determine coordinates of the point of impact relative to the position of a predetermined reference point (22).

Abstract: The device is used for monitoring the drive movement and the accuracy with which the striking surface (16) of a golf club hits a golf ball. It comprises a plate-shaped sensor (18), which can be fastened to the striking surface (16) and by which the point of impact can be located. The sensor (18) is connected by way of signal lines (26) to a measurement and computation circuit (30), which can be detachably fastened to the shaft (12) or the back of the head of the golf club, and which together with a yaw rate sensor (65) and an electrical voltage source is mounted in a housing (28) and during each strike carries out a measurement operation in order to determine coordinates of the point of impact relative to the position of a predetermined reference point (22).

Abstract: A device is used for controlling the accuracy with which the striking face (16) of a golf club strikes a golf ball. It has a plate-shaped sensor (18), which can be fastened on the striking face (16) and by means of which the point of impact can be localized. The sensor (18) is connected via signal lines (26) with a measuring and computing circuit (30), which can be releasably fastened on the shaft (12) or on the back of the head of the golf club, is mounted, together with an electrical voltage source, in a housing (28) and which, in the course of every hit, performs a measuring process for determining the coordinates of the impact point relative to the position of a predetermined reference point (22). A radio module (34), connected with the measuring and computing circuit (30), transmits the results of the measurements to an evaluating device (36), like a cell phone or the such, for the program-controlled evaluation and display of the results of the measurements on a display screen (40).