mhurhangee/ep-ind-claims huggingface dataset:
Method for identifying or authenticating a person and/or an object by means of an authentication device comprising one or more pieces of acoustic security information which consist of at least one piece of security information known to the authentication device and at least one piece of changing dynamic security information, the method comprising the steps of: a) providing a storage means for storing the acoustic security information, wherein the storage means comprises a database in which the acoustic security information or data derived therefrom is stored, b) assigning the acoustic security information or parts thereof to a particular person or an object, c) transmitting the piece of known acoustic security information and the piece of dynamic security information stored or generated for the person to be identified or authenticated or in the object, at the time of authentication by means of a communication device, d) comparing the transmitted piece of known acoustic security information and the piece of dynamic security information with the known and dynamic security information stored in the storage means, wherein the person and/or the object is/are then positively authenticated if the transmitted piece of known acoustic security information matches the piece of known security information stored in the storage means and the transmitted piece of dynamic security information has at least partially changed with respect to the piece of dynamic security information stored in the storage means by comparison with the last request time, wherein the stored piece of security information is replaced with the transmitted piece of security information during updating of the storage means. a) providing a storage means for storing the acoustic security information, wherein the storage means comprises a database in which the acoustic security information or data derived therefrom is stored, b) assigning the acoustic security information or parts thereof to a particular person or an object, c) transmitting the piece of known acoustic security information and the piece of dynamic security information stored or generated for the person to be identified or authenticated or in the object, at the time of authentication by means of a communication device, d) comparing the transmitted piece of known acoustic security information and the piece of dynamic security information with the known and dynamic security information stored in the storage means,
. An electronic device comprising: a touch-based sensor to sense a user's fingerprint; a proximity sensor; and a processor configured to in response to determining, based on an output from the proximity sensor, that the electronic device is in an enclosed space: determine (110, 208) whether a specified number of multiple touches detected by the touch- based sensor produce fingerprint matches to a target fingerprint, and in response to determining that the specified number of multiple touches of the touch-based sensor have produced fingerprint matches to the target fingerprint, unlock (112, 210) the electronic device. a touch-based sensor to sense a user's fingerprint; a proximity sensor; and a processor configured to in response to determining, based on an output from the proximity sensor, that the electronic device is in an enclosed space: determine (110, 208) whether a specified number of multiple touches detected by the touch- based sensor produce fingerprint matches to a target fingerprint, and in response to determining that the specified number of multiple touches of the touch-based sensor have produced fingerprint matches to the target fingerprint, unlock (112, 210) the electronic device.
A burner comprising: an air hole member with a plurality of air holes, each of which is provided at an upstream side of combustion gases generated by a combustion chamber; a first fueling nozzle having a plurality of injection ports on its outer surface and configured to jet a fuel divergently from the plurality of injection ports in a direction crossing a central axis of the burner towards at least two of the plurality of air holes so as to collide against inner wall surfaces surrounding the at least two of the plurality of air holes; a plurality of second fueling nozzles each provided in association with one of the remaining air holes, each of the second fueling nozzles being formed for jetting the fuel in a direction routed along the burner axis towards the associated air hole; a fuel header for distributing the fuel to the first fueling nozzle and each second fueling nozzle; and a fuel header storage unit that shrouds the fuel header, the first fueling nozzle, and each second fueling nozzle, the storage unit including an air inflow hole. an air hole member with a plurality of air holes, each of which is provided at an upstream side of combustion gases generated by a combustion chamber; a first fueling nozzle having a plurality of injection ports on its outer surface and configured to jet a fuel divergently from the plurality of injection ports in a direction crossing a central axis of the burner towards at least two of the plurality of air holes so as to collide against inner wall surfaces surrounding the at least two of the plurality of air holes; a plurality of second fueling nozzles each provided in association with one of the remaining air holes, each of the second fueling nozzles being formed for jetting the fuel in a direction routed along the burner axis towards the associated air hole; a fuel header for distributing the fuel to the first fueling nozzle and each second fueling nozzle; and a fuel header storage unit that shrouds the fuel header, the first fueling nozzle, and each second fueling nozzle, the storage unit including an air inflow hole.
Commercial vehicle body for road vehicles, in particular semi-trailers or swap bodies, comprising a commercial body chassis that comprises longitudinal crossmembers and on which at least one gripping pocket that comprises a gripping edge (1.1) is provided for the purpose of loading the commercial vehicle body onto trains, characterised in that the gripping pocket is fixed so as to be adjustable in position on the longitudinal crossmember of the commercial vehicle body.
A push-button comprising a first switch contact and a second switch contact which are arranged spaced apart and parallel to each other, wherein the first switch contact is designed for approaching the second switch contact until it touches the latter and for establishing an electrical line connection to the second switch contact when force is applied, wherein the push-button comprises a third switch contact which is arranged spaced apart from the second switch contact and in parallel on a side opposite to the first switch contact, characterized in that the third switch contact is designed for approaching the second switch contact until it touches the latter and for establishing an electrical line connection to the second switch contact when force is applied, and the push-button comprises an evaluation unit which is designed for additionally operating the first and/or the third switch contact(s) as a capacitive or inductive touch sensor.
Modular polyhedron object, preferably in paralellepiped/cuboid, prism, or cube shape, in the assembled state with at least four outer surfaces, in each case of different shape or colour configuration, wherein the object is constructed from a plurality of individual structural components, which in each case form a module of the shape and/or colour configuration of each outer surface, wherein the structural components can be assembled loose or with detachable connection means to the object, and the individual structural components of each module inside the object comprise at least four differently configured side surfaces, characterised in that the side surfaces of each individual structural component of each module inside the object are configured in such a way that, at the assembly of the object in a congruent form, the situation is attained both that outer surfaces which are of concordant configuration are derived on each side of the object, as well as, in the interior of the object, the mutually opposed side surfaces of the structural components concur, wherein vertically and horizontally concordant pair codings are present, wherein the different configurations of the side surfaces of the structural components are formed with in each case mutually engaging depressions and elevations of at least four different shapes, and wherein the structural components comprise detachable connection means, in particular in the form of plug connections, adherent connections, or the like, for the shape-congruent assembly of the object.
Substituted indazole derivative of formula I: wherein L is -CO-NH- or -CH=N-; A 1 is -N, -CH or N-(CH 2) n R 1; A 2 is -N or -CH; R 1 is a hydrogen atom, or represents branched or unbranched -(C 1 -C 3)-alkyl, -(C 1 -C 3)-alkyl, wherein one, two or three hydrogen atoms may be substituted by a halogen, -(C 1 -C 3)-alkoxy or halogen-(C 1 -C 3)-alkoxy; mono- or dihydroxy-(C 1 -C 3)-alkyl; R 2 and R 3 both together or independently from each other are halogen, hydroxy, halogen-(C 1 -C 3)-alkyl, -(C 1 -C 3)-alkoxy, -O-(C 1 -C 3)-alkoxy; and n is 0, 1, 2 or 3; and their pharmaceutically acceptable salts, or mixtures thereof as in vitro selective and reversible MAO-B inhibitors. L is -CO-NH- or -CH=N-; A 1 is -N, -CH or N-(CH 2) n R 1; A 2 is -N or -CH; R 1 is a hydrogen atom, or represents branched or unbranched -(C 1 -C 3)-alkyl, -(C 1 -C 3)-alkyl, wherein one, two or three hydrogen atoms may be substituted by a halogen, -(C 1 -C 3)-alkoxy or halogen-(C 1 -C 3)-alkoxy; mono- or dihydroxy-(C 1 -C 3)-alkyl; R 2 and R 3 both together or independently from each other are halogen, hydroxy, halogen-(C 1 -C 3)-alkyl, -(C 1 -C 3)-alkoxy, -O-(C 1 -C 3)-alkoxy; and n is 0, 1, 2 or 3; and their pharmaceutically acceptable salts, or mixtures thereof as in vitro selective and reversible MAO-B inhibitors.
An arrangement for detecting magnetic particles in a region of action and for bleeding monitoring, said arrangement making use of the Magnetic Particle Imaging technique for influencing and/or detecting magnetic particles in the region of action, said arrangement further comprising a signal processing means for processing detection signals received by a signal receiving means, said signal processing means comprising: - comparing means for comparing received detection signals of the region of action to previously acquired reference signals from the same region of action, - first determining means for determining, based on said comparison, areas of increased blood volume, - second determining means for determining the pulsation pattern of the blood in said areas of increased blood volume, and - third determining means for determining which of said areas of increased blood volume are areas with bleedings based on the determined pulsation pattern. - comparing means for comparing received detection signals of the region of action to previously acquired reference signals from the same region of action, - first determining means for determining, based on said comparison, areas of increased blood volume, - second determining means for determining the pulsation pattern of the blood in said areas of increased blood volume, and - third determining means for determining which of said areas of increased blood volume are areas with bleedings based on the determined pulsation pattern.
A method of multi user multiple input multiple output, MIMO, communicating in a wireless local area network system by a device, the method comprising: transmitting, by the device, an Aggregate-Medium Access Control Protocol Data Unit, A-MPDU, including a plurality of A-MPDU subframes, wherein each of the plurality of A-MPDU subframes includes an MPDU delimiter field, the MPDU delimiter field including a null bit indicator indicating whether or not a corresponding A-MPDU subframe is used for padding, the MPDU delimiter field further including an MPDU length field indicating a length of an MPDU of the corresponding A-MPDU subframe, wherein the null bit indicator is a 1-bit information field and is set to '1' when the corresponding A-MPDU subframe is used for padding. transmitting, by the device, an Aggregate-Medium Access Control Protocol Data Unit, A-MPDU, including a plurality of A-MPDU subframes, wherein each of the plurality of A-MPDU subframes includes an MPDU delimiter field, the MPDU delimiter field including a null bit indicator indicating whether or not a corresponding A-MPDU subframe is used for padding, the MPDU delimiter field further including an MPDU length field indicating a length of an MPDU of the corresponding A-MPDU subframe, wherein the null bit indicator is a 1-bit information field and is set to '1' when the corresponding A-MPDU subframe is used for padding.
Device for monitoring the position of a tool or tool holder on a work spindle, in particular in a machine tool, wherein the work spindle has at least one channel (5, 8, 9) running from an outer surface of the work spindle to the tool or tool holder, which channel forms a path for the propagation of an electromagnetic signal, and wherein a measuring device is arranged outside the work spindle, which measuring device comprises a transmitting unit for transmitting an electromagnetic signal into the channel (5, 8, 9), a receiving unit for receiving a reflected signal from the channel (5, 8, 9), and a signal processing device for determining a measurement for the position of the tool or tool holder with respect to the work spindle by reference to the reflected signal, characterised in that an insert (12; 112; 15) is arranged at least at one of the two ends of the channel (5, 8, 9) in the work spindle, which insert defines the form of a portion (8, 9; 108, 109; 5A) of the channel (5, 8, 9).
A locking system for fall protection, the locking system comprising: a housing, wherein the housing defines a guide path through which the housing is slideably attachable to a guide member; and a braking lever having a braking end that is configured to engage the guide member, wherein the braking lever comprises a shock absorber defining a double-spiral deformation shape and configured to deform during a fall instance; a secondary braking feature configured independent from the braking lever, wherein the secondary braking feature is an inertial structure configured to rotate into engagement with the guide member during the fall instance. a housing, wherein the housing defines a guide path through which the housing is slideably attachable to a guide member; and a braking lever having a braking end that is configured to engage the guide member, wherein the braking lever comprises a shock absorber defining a double-spiral deformation shape and configured to deform during a fall instance; a secondary braking feature configured independent from the braking lever, wherein the secondary braking feature is an inertial structure configured to rotate into engagement with the guide member during the fall instance.
A flight conveyor of the kind which is arranged for conveying adhering material, e.g. food products, from one position to another one and which is comprising, - a frame, - at least one drive wheel and at least one idler wheel rotatably mounted on the frame, - a number of segments for supporting the material, - a number of shafts for pivotally interconnecting the segments to an endless row which has an upper row part and lower row part and is running, during operation, over the at least one drive wheel and the at least one idler wheel, and - a number of conveyor flights for bringing the material along in the conveying direction, wherein - the flights are pivotally mounted each on a respective shaft, - at least one rail is extending between the idler wheel and the drive wheel in an area below the upper row part, - at least one slide (11;21), which is mounted on the back of each flight, seen in the conveying direction, is slidingly supported by the at least one rail, - removing means is arranged at the drive wheel for successively removing adhered material from segments and flights passing the removing means during operation, characterized in that - the segment behind each flight is formed with a through slit (12; 22) for allowing the slide (11;21) of the flight to engage the underlying rail, and - the slide (11;21) closes the through slit (12; 22) in all positions that the slide can occupy during pivoting in the through slit. - a frame, - at least one drive wheel and at least one idler wheel rotatably mounted on the frame, - a number of segments for supporting the material, - a number of shafts for pivotally interconnecting the segments to an endless row which has an upper row part and lower row part and is running, during operation, over the at least one drive wheel and the at least one idler wheel, and - a number of conveyor flights for bringing the material along in the conveying direction, wherein - the flights are pivotally mounted each on a respective shaft, - at least one rail is extending between the idler wheel and the drive wheel in an area below the upper row part, - at least one slide (11;21), which is mounted on the back of each flight, seen in the conveying direction, is slidingly supported by the at least one rail, - removing means is arranged at the drive wheel for successively removing adhered material from segments and flights passing the removing means during operation, characterized in that - the segment behind each flight is formed with a through slit (12; 22) for allowing the slide (11;21) of the flight to engage the underlying rail, and - the slide (11;21) closes the through slit (12; 22) in all positions that the slide can occupy during pivoting in the through slit.
A method for fine adjustment of the position of ink drops printed by at least one printing head of a printing device, the printing head being a two-dimensional printing head comprising a plurality of nozzles, each printing head has nozzles arranged in columns and rows, wherein each column and row has at least two nozzles, the method comprising the following steps: - an ink drop is dispensed at a plurality of nozzles of the at least one printing head simultaneously to print an image, preferably at all nozzles of the printing head, - the printed image is captured by a camera, wherein the camera captures the pattern of dots printed by the printing head and the captured pattern is compared to a pattern of the nozzles of the printing head, characterised in that the dispensation of an ink drop from at least one nozzle is modified in terms of timing with respect to the dispense of ink drops from the other nozzles of the printing head for the subsequent printing process if a deviation has been detected between the pattern of dots printed by the printing head and the nozzle pattern. - an ink drop is dispensed at a plurality of nozzles of the at least one printing head simultaneously to print an image, preferably at all nozzles of the printing head, - the printed image is captured by a camera, wherein the camera captures the pattern of dots printed by the printing head and the captured pattern is compared to a pattern of the nozzles of the printing head,
Thermokinetic mixer for melt mixing plastics waste, comprising a housing enclosing a mixing chamber, a shaft protruding through the mixing chamber and connectable to a drive unit and Y-shaped mixing blades protruding radially from the shaft in the mixing chamber, wherein the free end of the mixing blades protruding into the mixing chamber is cuboid, and the end opposite the free end of the mixing blades has two legs in each case having at least one through bore, wherein polygonal recesses are provided in the shaft, in which recesses the legs can be fastened by means of fastening means protruding through the through bores.
A method of obtaining a composition comprising a cell suspension comprising hair progenitor cells (HPCs) from a human subject and plasma derived growth factors, which comprises the following steps: a. Incubating an isolated tissue sample comprising at least one complete hair follicle from the subject, preferably from the occipital region of the head of the subject, in a suspension of plasma derived growth factors, preferably obtained from the subject; for a period of time between 15 minutes and 1 hour at a temperature of approximately 37 °C; b. Homogenizing the cell composition of step a) by means of a mechanical or manual homogenizer such as a Potter homogenizer; and c. Removing the tissue fragments from the product of step b); preferably by filtration; wherein in this method the cells from the tissue obtained from the sample of step a) are not enzymatically digested; wherein the suspension of plasma derived growth factors is obtained by separating the blood's cellular fraction from the plasma to form the clot which in turn contains the growth factors.. a. Incubating an isolated tissue sample comprising at least one complete hair follicle from the subject, preferably from the occipital region of the head of the subject, in a suspension of plasma derived growth factors, preferably obtained from the subject; for a period of time between 15 minutes and 1 hour at a temperature of approximately 37 °C; b. Homogenizing the cell composition of step a) by means of a mechanical or manual homogenizer such as a Potter homogenizer; and c. Removing the tissue fragments from the product of step b); preferably by filtration;
A linking mechanism for connecting two cooling devices (C1, C2), comprising - a first support member and a second support member, both being suitable to be placed between the two cooling devices (C1, C2) situated side by side, - the first support member being suitable to be mounted on the side wall of one of the cooling devices, - the second support member being suitable to be mounted on the side wall of the other cooling device, - two connection members that connect the first support member and the second support member to each other by being passed between the cooling devices (C1, C2) when the said cooling devices (C1, C2) are brought side by side and that are attached to the two opposite ends of the support members facing the front and rear sides of the cooling devices (C1, C2), characterized by - at least one screw path arranged on at least one of the support members and wherein each of the connection members has at least one screw that enables the connection member to be fixed to the screw path after the connection member is inserted between the support members, - at least one channel on each support member, - and protrusions that extend along the connection members so as to protrude beyond the side surfaces of the connection members, suitable to be placed into a housing formed by the channels aligned with each other when the cooling devices (C1, C2) are brought side by side. - a first support member and a second support member, both being suitable to be placed between the two cooling devices (C1, C2) situated side by side, - the first support member being suitable to be mounted on the side wall of one of the cooling devices, - the second support member being suitable to be mounted on the side wall of the other cooling device, - two connection members that connect the first support member and the second support member to each other by being passed between the cooling devices (C1, C2) when the said cooling devices (C1, C2) are brought side by side and that are attached to the two opposite ends of the support members facing the front and rear sides of the cooling devices (C1, C2), characterized by - at least one screw path arranged on at least one of the support members and wherein each of the connection members has at least one screw that enables the connection member to be fixed to the screw path after the connection member is inserted between the support members, - at least one channel on each support member, - and protrusions that extend along the connection members so as to protrude beyond the side surfaces of the connection members, suitable to be placed into a housing formed by the channels aligned with each other when the cooling devices (C1, C2) are brought side by side.