Abstract: A 3D body scanner for creating 3D body models of an outer body shape of a person includes a scanner unit, which includes at least one depth sensor configured for spatially detecting a visual field. The scanner unit is powered by electrical energy, and a platform is powered by electrical energy and configured for accommodating the person. The 3D body scanner includes an energy transmission arrangement that is configured to contactlessly transmit electrical energy between the scanner unit and the platform.

Abstract: A 3D body scanner for generating 3D body models includes a first device that includes a depth sensor for acquiring depth data of a field of view of an object to be scanned. The 3D body scanner includes a first communication interface and a control unit, which is alternatively configured for processing the depth data. The 3D body scanner includes a second device that includes a sensing component for detecting the object to be scanned. The second device is designed for sending to the control unit, an activation signal after detecting the object to be scanned. The control unit is configured to activate at least the first device upon the acquisition of the depth data.

Abstract: A method for operating a 3D body scanner, which generates a 3D body model, includes the steps of measuring an installation geometry of the 3D body scanner, calculating an optimal scanning distance between a person to be scanned and the 3D body scanner by a control unit on the basis of at least the geometry of the installation of the 3D body scanner and projecting an optical indicator for the person to be scanned on a floor in front of the 3D body scanner at the optimal scanning distance from the 3D body scanner by a position indicator projector. A 3D body scanner is configured for performing the method for operating the 3D body scanner for generating a 3D body model.

Abstract: A 3D body scanner for generating a 3-D body model includes a turntable configured and disposed for carrying a body that is to be scanned. The 3D body scanner includes a light emitter that is configured and disposed for projecting an optical marker indicating where the turntable should be situated in relation to the 3D body scanner. The 3D body scanner includes a diffuser, a feedback device and a wireless interface.

Abstract: A 3D body scanner for generating 3D body models includes a depth sensor for acquiring depth data of a field of view and a control unit that controls the 3D body scanner and processes the depth data. The control unit can extract body characteristics of a person from the acquired depth data and can compare the extracted body characteristics of the person with body characteristics of already registered users and activate the processing and recording of the depth data from the depth sensor when the comparison determines that the person is a registered user.

Abstract: A valve sack for bulk material such as cement, gypsum, pellets, animal feed, or similar having a stand-up base, preferably a cross-base or a block base, and having a valve base that is disposed opposite the stand-up base and into which a valve hose is worked that forms a valve for filling the valve sack in the region of a first corner fold of the base fold, characterized in that the valve hose is formed from a thermal material and from a material different therefrom, with both materials being weldable or sealable with one another to close the valve.

Abstract: This invention relates to a paper bag for bulk material such as cement, gypsum, granular material, animal feed or the like, with a bottom and with an upper part opposite the bottom, wherein bottom and/or upper part are folded and glued by closing up the side parts around side fold lines, in particular in the form of a cross or block bottom, wherein for gluing the side parts at least one gluing or bonding agent activatable after the application is provided, which is applied continuously at least from a side fold line up to at least the opposite side fold line of the side parts.

Abstract: A method for creating a 3D-Model of an object exposed in front of a number of stationary sensors mounted on a mast or carrier. The sensors include depth sensors, and the method includes turning the object around while scanning the object with the sensors. The method includes segmenting of the body and fitting a virtual skeleton in the segmented body with anatomically correct degrees of freedom. The method includes following the required motions of the body as it is turning around and performing non-rigid modelling of the shape of the body for one or more defined or normalized poses around the virtual skeleton. Furthermore, the invention relates to a 3D-Body-Scanner.

Abstract: Presented are methods and devices for issuing an authorization for access to a secured area, particularly a building, a room, a vehicle, a computer system or the like, or for starting a machine, a vehicle, a computer or the like, having a monitoring unit comprising a transmitter, a receiver, and an evaluation device, and having a key, a key card or similar, referred to as a key in short below, having a transmitter, a receiver and an electronic device. A permissible position and/or a permissible distance between the transmitter of the monitoring unit and a permissible key is determined prior to issuing an authorization, wherein the transmitter of the monitoring unit transmits signals and the key transmits response signals back to the monitoring unit. The permissible position and/or the permissible distance of the key are determined from the signals received by the key, wherein a signal strength of said signals is evaluated in various directions and/or angles.

Abstract: A 3D body scanner for generating a 3-D body model includes a turntable configured and disposed for carrying a body that is to be scanned. The 3D body scanner includes a light emitter that is configured and disposed for projecting an optical marker indicating where the turntable should be situated in relation to the 3D body scanner. The 3D body scanner includes a diffuser, a feedback device and a wireless interface.

Abstract: A method for calculating the body fat content of a human includes the steps of measuring the body's mass and bio-electrical impedance. A 3D body scanner is used to create a digital 3D body model from which a body volume geometry is determined as a plurality of segments in a cylindrical or conical form with a measured length and a measured cross-section at each end of each segment. Taking account of the body volume geometry, each segment is assigned an electrical impedance to form an electrical body model. Taking account of the mass and electrical impedance of each segment, a body fat content of the segment is calculated. A body composition model can be calculated by summing the body fat contents of the segments of the body. A 3D body scanner for calculating the body fat content of a human is also disclosed.

Abstract: A paper sack for bulk material such as cement, gypsum, granulate, animal feed or similar, having a base, preferably a cross bottom or block bottom, and having an upper part which is disposed opposite the base and in which a valve tube is optionally arranged for filling the paper sack, wherein the paper sack has at least one paper layer having an overlap which is sealingly adhesively bonded toward the sack interior; and wherein the layer of the paper layer facing the sack interior has an air-permeable region in the region of the overlap which is covered by the layer of the paper layer facing the sack exterior. The at least one paper layer at least regionally has a water-repellent/water-tight coating facing the sack exterior.

Abstract: The present invention relates to a paper sack for bulk material such as cement, gypsum, granulate, animal feed or similar, having a base, preferably a cross bottom or block bottom, and having an upper part which is disposed opposite the base and in which a valve hose is optionally arranged for filling the paper sack, wherein the paper sack has a coated paper layer, having a gas-tight coating facing the sack interior, wherein the coating forms the surface of the inner wall of the paper sack contacting the filling material, and wherein the coated paper layer has an overlap which is sealingly adhesively bonded toward the sack interior, and wherein the layer of the coated paper layer facing the sack interior has perforations in the region of the overlap which are covered by the layer of the coated paper layer facing the sack exterior.

Abstract: This invention relates to a paper bag for bulk material such as cement, gypsum, granular material, animal feed or the like, with a bottom and with an upper part opposite the bottom, wherein bottom and/or upper part are folded and glued by closing up the side parts around side fold lines, in particular in the form of a cross or block bottom, wherein for gluing the side parts at least one gluing or bonding agent activatable after the application is provided, which is applied continuously at least from a side fold line up to at least the opposite side fold line of the side parts.

Abstract: The present invention relates to a valve bag for bulk material such as cement, gypsum, granulate, animal feed or similar, having a standing bottom, preferably a cross bottom or a block bottom, and having a valve bottom which is disposed opposite the standing bottom and into which a valve hose is inserted for filling the valve bag, wherein the valve hose is formed from a thermo material and a carrier material enveloping the thermo material, wherein the area proportion of the thermo material is smaller than the area proportion of the carrier material.

Abstract: A paper sack for bulk material such as cement, gypsum, granulate, animal feed or similar, having a base, preferably a cross bottom or block bottom, and having an upper part which is disposed opposite the base and in which a valve tube is optionally arranged for filling the paper sack, wherein the paper sack has at least one paper layer having an overlap which is sealingly adhesively bonded toward the sack interior; and wherein the layer of the paper layer facing the sack interior has an air-permeable region in the region of the overlap which is covered by the layer of the paper layer facing the sack exterior. The at least one paper layer at least regionally has a water-repellent/water-tight coating facing the sack exterior.

Abstract: The invention relates to a paper bag for packaging of bulk material, having a standing bottom (2) and a valve bottom (3), a front wall (4) and a rear wall, the front wall and the rear wall being glued to each other in overlapping relationship, the paper bag further comprising cover sheets (5, 5?) for closing the standing bottom (2) and the valve bottom (3), wherein the cover sheet (5) of the standing bottom (2) and/or of the valve bottom (3) is provided with a tear open strip (6) which extends across the entire length of the bottom. It is characterized in that a foil (9) is placed below the standing bottom cover sheet (5) and/or below the valve bottom cover sheet (5?) and is removably glued to the paper bag (1) in such a manner that after tearing open of the standing bottom cover sheet (5) and/or of the valve bottom cover sheet (5?) the foil (9) still closes the paper bag (1) completely and sets the product free only after peeling off said foil.

Abstract: The present invention relates to a paper sack for bulk material such as cement, gypsum, granulate, animal feed or similar, having a base, preferably a cross bottom or block bottom, and having an upper part which is disposed opposite the base and in which a valve hose is optionally arranged for filling the paper sack, wherein the paper sack has a coated paper layer, having a gas-tight coating facing the sack interior, wherein the coating forms the surface of the inner wall of the paper sack contacting the filling material, and wherein the coated paper layer has an overlap which is sealingly adhesively bonded toward the sack interior, and wherein the layer of the coated paper layer facing the sack interior has perforations in the region of the overlap which are covered by the layer of the coated paper layer facing the sack exterior.

Abstract: A method and a device for issuing an authorization for access to a secured area, particularly a building, a room, a vehicle, a computer system or the like, or for starting a machine, a vehicle, a computer or the like, having a monitoring unit comprising a transmitter, a receiver, and an evaluation device, and having a key, a key card or similar, referred to as a key in short below, having a transmitter, a receiver and an electronic device. A permissible position and/or a permissible distance between the transmitter of the monitoring unit to a permissible key is captured for issuing an authorization, wherein the transmitter of the monitoring unit transmits signals and the key transmits response signals back to the monitoring unit. The permissible position and/or the permissible distance of the key are determined from the signals of the transmitter received by the key, wherein a signal strength of said signals is evaluated in various directions and/or angles.

Abstract: In a method for the measurement and analysis of tire air pressure with an allocation of wheel positions (I, II, III, IV) of a vehicle (1) for analysis in a tire air pressure measurement system each wheel (2) of the vehicle (1) is allocated an air pressure checking device (10), an LF receiver (11), in particular a magnetic field strength receiver, an analysis unit (13), an RF-transmission device (12) and an individual wheel code. The LF receiver (11) receives electrical LF signals from an LF transmission device (4) of a central unit (3) arranged in the vehicle (1), the analysis unit (13) analyzes the received signal amplitudes and from these determines a wheel rotation rate and the RF transmission device (12) of the wheel (2) sends RF signals with information about the wheel rotation rate and the individual wheel code to the central unit (3) of the vehicle (1).