mhurhangee/ep-ind-claims huggingface dataset:
Active system, comprising - at least one transmitting/capturing device, having a detecting device for capturing a target object, - wherein the transmitting/capturing device comprises a laser source and a camera, - at least one first control system for controlling a first positioning system for aligning a beam path between the transmitting/capturing device and the target object, - a second control system for controlling a second positioning system for aligning the beam path, and - a third control system for controlling a third positioning system for aligning the transmitting/capturing device, wherein - the third control system comprises an additional capturing device and the third positioning system can be controlled on the basis of the data of the additional capturing device, wherein: i) the first control system and the second control system are configured in a coupled manner, and wherein the first positioning system comprises a zero position and the second control system is configured so as to transfer the first positioning system into the zero position by means of controlling the second positioning system, and/or to hold said first positioning system in the zero position, or ii) the second control system and the third control system can be operated in a coupled manner in that the second positioning system comprises a zero position and the third control system is configured so as to transfer the second positioning system into the zero position by means of controlling the third positioning system, and/or to hold said second positioning system in the zero position. - at least one transmitting/capturing device, having a detecting device for capturing a target object, - wherein the transmitting/capturing device comprises a laser source and a camera, - at least one first control system for controlling a first positioning system for aligning a beam path between the transmitting/capturing device and the target object, - a second control system for controlling a second positioning system for aligning the beam path, and - a third control system for controlling a third positioning system for aligning the transmitting/capturing device, wherein - the third control system comprises an additional capturing device and the third positioning system can be controlled on the basis of the data of the additional capturing device, i) the first control system and the second control system are configured in a coupled manner, and wherein the first positioning system comprises a zero position and the second control system is configured so as to transfer the first positioning system into the zero position by means of controlling the second positioning system, and/or to hold said first positioning system in the zero position, or ii) the second control system and the third control system can be operated in a coupled manner in that the second positioning system comprises a zero position and the third control system is configured so as to transfer the second positioning system into the zero position by means of controlling the third positioning system, and/or to hold said second positioning system in the zero position.
A method of communication at an access point, comprising: generating a common user field in a wireless local area network, WLAN, signaling field, the common user field decodable by a plurality of stations, the common user field comprising a resource allocation field indicating one or more communication resource units in a multi-user, MU, physical layer protocol data unit, PPDU, MU-PPDU, and further indicating that the one or more communication resource units are associated with an MU multi-input multi-output, MIMO, transmission or an orthogonal frequency division multiple access, OFDMA, single-user transmission; generating, subsequent to the common user field in the WLAN signaling field, at least one station-specific field, wherein a position of the at least one station-specific field within the WLAN signaling field identifies a position of one of the one or more communication resource units of a resource unit allocation pattern indicated by the resource allocation field; and transmitting a WLAN preamble that includes the WLAN signaling field. generating a common user field in a wireless local area network, WLAN, signaling field, the common user field decodable by a plurality of stations, the common user field comprising a resource allocation field indicating one or more communication resource units in a multi-user, MU, physical layer protocol data unit, PPDU, MU-PPDU, and further indicating that the one or more communication resource units are associated with an MU multi-input multi-output, MIMO, transmission or an orthogonal frequency division multiple access, OFDMA, single-user transmission; generating, subsequent to the common user field in the WLAN signaling field, at least one station-specific field, wherein a position of the at least one station-specific field within the WLAN signaling field identifies a position of one of the one or more communication resource units of a resource unit allocation pattern indicated by the resource allocation field; and transmitting a WLAN preamble that includes the WLAN signaling field.
A connector-equipped plug which has a built-in optical connector to be inserted into and connected to an adaptor inside a receptacle and is to be connected to the receptacle, the connector-equipped plug comprising: an inner housing that is located on a rear end side in an insertion direction of the connector to hold the connector and has a plurality of protrusions formed on an outer peripheral surface; a spring that pushes the inner housing in the insertion direction; and a tubular outer shell member that has a plurality of recesses formed in an inner peripheral surface; wherein the inner housing is positioned by being pushed by the spring to fit the protrusions in distal end sides in the insertion direction of the respective recesses; characterized in that the connector has a tapered shape on a distal end side in the insertion direction; the recesses are each formed such that the recess decreases gradually in width in the insertion direction and such that a bottom surface gradually approaches a central axis of the outer shell member in the insertion direction; the inner housing is tiltable when a force in a direction crossing a central axis of the inner housing is applied to the inner housing; and the inner housing is structured to float at the time of movement in a direction opposite to the insertion direction. an inner housing that is located on a rear end side in an insertion direction of the connector to hold the connector and has a plurality of protrusions formed on an outer peripheral surface; a spring that pushes the inner housing in the insertion direction; and a tubular outer shell member that has a plurality of recesses formed in an inner peripheral surface; wherein the inner housing is positioned by being pushed by the spring to fit the protrusions in distal end sides in the insertion direction of the respective recesses; characterized in that the connector has a tapered shape on a distal end side in the insertion direction; the recesses are each formed such that the recess decreases gradually in width in the insertion direction and such that a bottom surface gradually approaches a central axis of the outer shell member in the insertion direction; the inner housing is tiltable when a force in a direction crossing a central axis of the inner housing is applied to the inner housing; and the inner housing is structured to float at the time of movement in a direction opposite to the insertion direction.
An optical sensor for detecting objects in a detection area, having at least one transmitter emitting transmitted light beams, at least one receiver receiving received light beams and an evaluation unit for evaluating received signals generated in the receiver, an object detection signal being generated in the evaluation unit if an object is detected within an activated protective field, wherein switching means are provided by means of which a protective field can be activated from a number of protective fields with different protective field configurations and dimensions, wherein different protective field configurations are defined by different properties of objects to be detected and/or by different control variables, so that the function of the optical sensor is changed by an activation of different protective fields, and in that the optical sensor is arranged on a vehicle, characterised in that the speed and/or direction of travel of the vehicle is determined on the basis of sensor signals generated with the optical sensor, automatic protective field switching being effected by means of the switching means as a function of the speed and/or direction of travel of the vehicle. wherein switching means are provided by means of which a protective field can be activated from a number of protective fields with different protective field configurations and dimensions, wherein different protective field configurations are defined by different properties of objects to be detected and/or by different control variables, so that the function of the optical sensor is changed by an activation of different protective fields, and in that the optical sensor is arranged on a vehicle, characterised in that the speed and/or direction of travel of the vehicle is determined on the basis of sensor signals generated with the optical sensor, automatic protective field switching being effected by means of the switching means as a function of the speed and/or direction of travel of the vehicle.
A method for command line voting, the method comprising: obtaining, by an output logic device, a plurality of memory blocks from a plurality of buffers, each of the plurality of memory blocks comprising two or more output commands generated from a processing circuit based on a sensor data input; generating, by a hash function, a hash value that represents all the output commands of the two or more output commands for each memory block in the plurality of memory blocks; comparing the hash value for each memory block of the plurality of memory blocks to determine an output memory block from the plurality of memory blocks, wherein comparing to determine the output memory block comprises: comparing the hash value for each memory block in the plurality of memory blocks; and designating any of the plurality of memory blocks having matching values as the hash value as the output memory block based on the hash value for each of the plurality of memory blocks having a majority matching value; and outputting, to an output hardware, the two or more output commands from the output memory block. obtaining, by an output logic device, a plurality of memory blocks from a plurality of buffers, each of the plurality of memory blocks comprising two or more output commands generated from a processing circuit based on a sensor data input; generating, by a hash function, a hash value that represents all the output commands of the two or more output commands for each memory block in the plurality of memory blocks; comparing the hash value for each memory block of the plurality of memory blocks to determine an output memory block from the plurality of memory blocks, wherein comparing to determine the output memory block comprises: comparing the hash value for each memory block in the plurality of memory blocks; and designating any of the plurality of memory blocks having matching values as the hash value as the output memory block based on the hash value for each of the plurality of memory blocks having a majority matching value; and comparing the hash value for each memory block in the plurality of memory blocks; and designating any of the plurality of memory blocks having matching values as the hash value as the output memory block based on the hash value for each of the plurality of memory blocks having a majority matching value; and outputting, to an output hardware, the two or more output commands from the output memory block.
A control valve for controlling liquid flow in a heating and/or cooling installation, the control valve comprising: a valve housing with an inlet and an outlet, a flow area regulator for regulating a flow area of at least one variable size entry opening through which the liquid flowing through the control valve from the inlet to the outlet has to pass, the flow regulator comprising at least one valve member (20,24) that is movable between a fully open position that corresponds to a largest possible flow area of the entry opening and a fully closed position that corresponds to the smallest possible flow area of the entry opening, in which said entry opening is essentially closed, a pressure regulating arrangement downstream of the flow area regulator with a pressure chamber downstream of the flow area regulator and upstream of the pressure regulating arrangement, said pressure regulating arrangement being configured for maintaining an essentially constant differential pressure between the inlet pressure in the inlet and the intermediate pressure in the pressure chamber, said pressure regulating arrangement comprising a movable throttle member that cooperates with a plurality of exit openings, said movable throttle member substantially closes said exit openings in one of its positions, characterized by comprising at least one drain passage connecting the pressure chamber to the outlet with the drain passage still allowing liquid in the pressure chamber to drain to the outlet when said movable throttle member is in said position where it closes said exit openings. a valve housing with an inlet and an outlet, a flow area regulator for regulating a flow area of at least one variable size entry opening through which the liquid flowing through the control valve from the inlet to the outlet has to pass, the flow regulator comprising at least one valve member (20,24) that is movable between a fully open position that corresponds to a largest possible flow area of the entry opening and a fully closed position that corresponds to the smallest possible flow area of the entry opening, in which said entry opening is essentially closed, a pressure regulating arrangement downstream of the flow area regulator with a pressure chamber downstream of the flow area regulator and upstream of the pressure regulating arrangement, said pressure regulating arrangement being configured for maintaining an essentially constant differential pressure between the inlet pressure in the inlet and the intermediate pressure in the pressure chamber, said pressure regulating arrangement comprising a movable throttle member that cooperates with a plurality of exit openings, said movable throttle member substantially closes said exit openings in one of its positions, characterized by comprising at least one drain passage connecting the pressure chamber to the outlet with the drain passage still allowing liquid in the pressure chamber to drain to the outlet when said movable throttle member is in said position where it closes said exit openings.
A peptide consisting of the amino acid sequence as shown in SEQ ID NO: 1 which has a disulfide bond involving the cysteine residue at position 18 of the amino acid sequence as shown in SEQ ID NO: 1 and another cysteine or an amino acid sequence derived therefrom by deletion, substitution, or addition of 1 to 5 amino acids other than the cysteine residue at position 18 and other than the asparagine residue at position 14 and an N-linked glycan added thereto at the asparagine residue at position 14, wherein the peptide is resistant against renin and reactive with chymase.
A method for fabricating microbeads (11, 12) comprising a step of forming a hydrophilic layer made of a hydrophilic organic material on a substrate, a step of laminating, on the hydrophilic layer, a thin film capable of being peeled off as microbeads (11, 12), a forming step of forming the thus formed thin film in a given configuration by photolithography, a solid-phasing step of solid-phasing a given substance on the post-formed thin film, and a peeling-off step of peeling off the post-formed thin film, solid-phased with said substance, from the substrate characterized in that the thin film is peeled off along with at least a part of said hydrophilic layer.
Pharmaceutical composition for use in the treatment of (a) bone defect(s) and/or tendon defect(s), wherein the pharmaceutical composition comprises Bone Morphogenic Protein 2 and extracellular-vesicles derived from mesenchymal stromal cells (MSCs), wherein the extracellular-vesicles are essentially free of vesicles not derived from the MSCs, and wherein the extracellular-vesicles are essentially free of an anticoagulant.
Assembly comprising a current collector and an electrode comprising silicon in its elementary form, characterized in that said current collector and said electrode are connected together via at least one of the surfaces thereof by an elastic polymer layer and in that said current collector is in the form of an electricity conducting substrate coated on one of the surfaces thereof with a bundle of carbon nanotubes, said bundle passing through the elastic polymer layer so as to be in contact with the electrode.
A process for the preparation of 1-chloro-2,2-difluoroethane comprising the following stages: - (i) dehydrofluorinating 1,1,1-trifluoro-2-chloroethane to form a product stream comprising 1-chloro-2,2-difluoroethylene, - (ii) hydrogenating 1-chloro-2,2-difluoroethylene obtained in stage (i) to give 1-chloro-2,2-difluoroethane. - (i) dehydrofluorinating 1,1,1-trifluoro-2-chloroethane to form a product stream comprising 1-chloro-2,2-difluoroethylene, - (ii) hydrogenating 1-chloro-2,2-difluoroethylene obtained in stage (i) to give 1-chloro-2,2-difluoroethane.
An overlay for guiding a dental cutting tool in a removal of predetermined tooth structure from a tooth to be treated of a patient, the overlay comprising: an inner surface having a shape and dimensions corresponding to either one or both of an outer surface of the tooth to be treated and an outer surface of a neighboring tooth of the tooth to be treated so that the inner surface is releasably fixable to either one or both of the tooth to be treated and the neighboring tooth of the tooth to be treated, respectively; a first guiding edge extending through a thickness of the overlay, the first guiding edge having a contour corresponding to any one or any combination of horizontal, vertical, and tilt movements able to be followed by a dental cutting tool; and a second guiding edge extending through the thickness of the overlay and spaced apart from the first guiding edge by a distance (d) of at least 0,5 mm, the second guiding edge having a contour corresponding to the one or ones of the horizontal, vertical, and tilt movements able to be followed by the dental cutting tool, the first and the second guiding edges being able to simultaneously contact the dental cutting tool following the one or ones of the horizontal, vertical, and tilt movements, wherein that said inner surface contacts and closely surrounds teeth of the patient so that the overlay remains stable and does not release upon application of pressure to the overlay when contacted by the dental cutting tool during the removal of the predetermined tooth structure through normal use of the overlay. an inner surface having a shape and dimensions corresponding to either one or both of an outer surface of the tooth to be treated and an outer surface of a neighboring tooth of the tooth to be treated so that the inner surface is releasably fixable to either one or both of the tooth to be treated and the neighboring tooth of the tooth to be treated, respectively; a first guiding edge extending through a thickness of the overlay, the first guiding edge having a contour corresponding to any one or any combination of horizontal, vertical, and tilt movements able to be followed by a dental cutting tool; and a second guiding edge extending through the thickness of the overlay and spaced apart from the first guiding edge by a distance (d) of at least 0,5 mm, the second guiding edge having a contour corresponding to the one or ones of the horizontal, vertical, and tilt movements able to be followed by the dental cutting tool, the first and the second guiding edges being able to simultaneously contact the dental cutting tool following the one or ones of the horizontal, vertical, and tilt movements, wherein that said inner surface contacts and closely surrounds teeth of the patient so that the overlay remains stable and does not release upon application of pressure to the overlay when contacted by the dental cutting tool during the removal of the predetermined tooth structure through normal use of the overlay.
Method for locating at least one receiver within a positioning system, the system comprising at least two generators (PL1, PL2) and a receiver configured to detect the signals emitted by the generators (PL1, PL2): the method being characterized in that each generator emits, on one and the same carrier, at least two signals each having a different code, the two signals emitted by each generator (PLj) being emitted from two emission areas (PLj 1, PLj 2) of the generator that are separated from one another by a predefined distance (d 12), the two signals originating from at least two antennas (PLj 1, PLj 2) belonging to the generator and separated from one another by said predefined distance (d 12), and in that: - the receiver measures, for each of the generators (PL1, PL2), the phase difference (δφ j) between the two signals emitted by the generator (PLj), and - depending on these phase difference (δφ j) measurements, at least one geometric quantity is calculated that is representative of the position (x r, y r) of the receiver with respect to the generators (PL1, PL2) in order to locate the receiver within the positioning system. - the receiver measures, for each of the generators (PL1, PL2), the phase difference (δφ j) between the two signals emitted by the generator (PLj), and - depending on these phase difference (δφ j) measurements, at least one geometric quantity is calculated that is representative of the position (x r, y r) of the receiver with respect to the generators (PL1, PL2) in order to locate the receiver within the positioning system.
Method for preparing a sample material, in particular slag or ore, from a mineral or steel production process, comprising the following steps: a. comminuting the sample material in a comminuting device, b. supplying the sample material to a press device to press the sample material to form a tablet, wherein the sample material is received on a press ram of the press device, c. generating a magnetic field and magnetizing iron particles contained in the sample material in the press ram by means of a magnet device, such that the iron particles accumulate in a region within the sample material arranged in the press ram facing toward the magnet device, d. pressing the sample material to form a tablet. a. comminuting the sample material in a comminuting device, b. supplying the sample material to a press device to press the sample material to form a tablet, wherein the sample material is received on a press ram of the press device, c. generating a magnetic field and magnetizing iron particles contained in the sample material in the press ram by means of a magnet device, such that the iron particles accumulate in a region within the sample material arranged in the press ram facing toward the magnet device, d. pressing the sample material to form a tablet.