mhurhangee/patent-ind-claim-en huggingface dataset:
Locating system for detecting a spatial position of a laying head of a device for automatically laying reinforcing fibre strips in relation to a base on which the reinforcing fibre strips can be laid in a laying direction by means of the laying head , wherein the locating system comprises: at least one laser source , which emits a main beam and is designed to project onto the laid reinforcing fibre strips at least two laser lines which extend substantially in parallel at a spacing A from one another and substantially transversely to the laying direction, a camera , and an evaluation unit coupled to the camera , wherein the locating system is designed to record by means of the camera elevation profiles of the projected laser lines produced as a result of an irregular surface of the laid reinforcing fibre strips and to supply them to the evaluation unit , and to record the elevation profiles respectively at different times t 1 and t 2 , where t 1 > t 2 , during a movement of the laying head in the laying direction , characterized in that the evaluation unit is designed to compare the elevation profiles recorded at the time t 1 with the elevation profiles recorded at the time t 2 crosswise with one another, and to output a signal if one of the elevation profiles recorded at the time t 1 is congruent with one of the elevation profiles recorded at the time t 2 , wherein the presence of a signal indicates that the laying head was displaced in a time interval Δ t = t 2 minus t 1 by the spacing A, which exists between the projected laser lines , in the laying direction in relation to the base on which the reinforcing fibre strips were laid by means of the laying head . at least one laser source , which emits a main beam and is designed to project onto the laid reinforcing fibre strips at least two laser lines which extend substantially in parallel at a spacing A from one another and substantially transversely to the laying direction, a camera , and an evaluation unit coupled to the camera , wherein the locating system is designed to record by means of the camera elevation profiles of the projected laser lines produced as a result of an irregular surface of the laid reinforcing fibre strips and to supply them to the evaluation unit , and to record the elevation profiles respectively at different times t 1 and t 2 , where t 1 > t 2 , during a movement of the laying head in the laying direction , characterized in that the evaluation unit is designed to compare the elevation profiles recorded at the time t 1 with the elevation profiles recorded at the time t 2 crosswise with one another, and to output a signal if one of the elevation profiles recorded at the time t 1 is congruent with one of the elevation profiles recorded at the time t 2 , wherein the presence of a signal indicates that the laying head was displaced in a time interval Δ t = t 2 minus t 1 by the spacing A, which exists between the projected laser lines , in the laying direction in relation to the base on which the reinforcing fibre strips were laid by means of the laying head .
A coffee machine comprising a body ; a capsule housing that is disposed on the upper part of the body and wherein a preferably single-use capsule is placed; a brewing chamber wherein coffee and water are added and brewed, that is disposed so as to remain under the capsule housing in the body and that can be taken out from the body ; a housing that is disposed in the body and wherein the brewing chamber is placed, and a heater that provides the heating of the brewing chamber , characterized by a waste coffee receptacle that is disposed in the body , that has an inlet port on the upper part thereof, that moves when the brewing chamber is taken out of the housing so that the inlet port thereof aligns with the capsule housing , and wherein the coffee poured out from the capsule is collected when the capsule is burst/opened.
A system, comprising: an emitter configured to transmit light; and a detector configured to: determine a first measurement of light while the emitter is not transmitting light; determine a second measurement of light, responsive to the emitter transmitting light; compare the first measurement of light with the second measurement of light to determine a difference between the first measurement of light and the second measurement of light; characterized in that the detector is further configured to determine a probability that the detector is unable to discern light transmitted from the emitter from ambient light based upon the difference; and determine a third measurement of light, responsive to the probability exceeding a probability threshold, wherein the detector is alternating current, AC, coupled for the first and the second measurement and the detector is direct current, DC, coupled for the third measurement. an emitter configured to transmit light; and a detector configured to: determine a first measurement of light while the emitter is not transmitting light; determine a second measurement of light, responsive to the emitter transmitting light; compare the first measurement of light with the second measurement of light to determine a difference between the first measurement of light and the second measurement of light; characterized in that the detector is further configured to determine a probability that the detector is unable to discern light transmitted from the emitter from ambient light based upon the difference; and determine a third measurement of light, responsive to the probability exceeding a probability threshold, wherein the detector is alternating current, AC, coupled for the first and the second measurement and the detector is direct current, DC, coupled for the third measurement. determine a first measurement of light while the emitter is not transmitting light; determine a second measurement of light, responsive to the emitter transmitting light; compare the first measurement of light with the second measurement of light to determine a difference between the first measurement of light and the second measurement of light; characterized in that the detector is further configured to determine a probability that the detector is unable to discern light transmitted from the emitter from ambient light based upon the difference; and determine a third measurement of light, responsive to the probability exceeding a probability threshold, wherein the detector is alternating current, AC, coupled for the first and the second measurement and the detector is direct current, DC, coupled for the third measurement.
An article of footwear, comprising: an upper having a toe covering portion and an entry hole for receiving a foot; an intermediate covering portion disposed between the toe covering portion and the entry hole, wherein the intermediate covering portion is closed around the instep of the foot and wherein the volume of the intermediate covering portion is variable; at least one tensioning member extending through the intermediate covering portion ; wherein the volume of the intermediate covering portion can be changed by adjusting the tension of the at least one tensioning member ; and wherein the tension of the tensioning member is controlled using a reel-based tensioning device . an upper having a toe covering portion and an entry hole for receiving a foot; an intermediate covering portion disposed between the toe covering portion and the entry hole, wherein the intermediate covering portion is closed around the instep of the foot and wherein the volume of the intermediate covering portion is variable; at least one tensioning member extending through the intermediate covering portion ; wherein the volume of the intermediate covering portion can be changed by adjusting the tension of the at least one tensioning member ; and wherein the tension of the tensioning member is controlled using a reel-based tensioning device .
An elevator control device, comprising a control panel comprising a plurality of buttons , the buttons comprising: a non-contact sensor , which is capable of sensing the approaching of an object and generating a proximity signal; and a micro switch , which is capable of generating a contact signal when the button is pressed; wherein the elevator control device further comprises: a processor connected to the control panel to receive the proximity signal and the contact signal; characterised in that : the processor is configured to, when receiving at least two or at least three proximity signals with gradually decreasing distance information sent by any designated button of the plurality of buttons in time sequence within a specific time period T, determine that the designated button is triggered. a non-contact sensor , which is capable of sensing the approaching of an object and generating a proximity signal; and a micro switch , which is capable of generating a contact signal when the button is pressed; wherein the elevator control device further comprises: a processor connected to the control panel to receive the proximity signal and the contact signal; characterised in that : the processor is configured to, when receiving at least two or at least three proximity signals with gradually decreasing distance information sent by any designated button of the plurality of buttons in time sequence within a specific time period T, determine that the designated button is triggered.
A hub cover assembly for an exhaust gas housing of a heavy-duty gas turbine engine, comprising: an adapter ring , configured to be coaxially fitted to a rear end of an exhaust hub of a heavy-duty gas turbine engine; a spacer ring structure , having a first axial end removably and sealingly connectable to the adapter ring ; and an external cover applied to a second axial end of the spacer ring structure , whereby the spacer ring structure and the external cover sealingly delimit a chamber laterally and axially on one side; characterized in that the adapter ring comprises a plurality of wedges arranged at a same distance from a center of the adapter ring and projecting axially in a direction opposite to the spacer ring structure . an adapter ring , configured to be coaxially fitted to a rear end of an exhaust hub of a heavy-duty gas turbine engine; a spacer ring structure , having a first axial end removably and sealingly connectable to the adapter ring ; and an external cover applied to a second axial end of the spacer ring structure , whereby the spacer ring structure and the external cover sealingly delimit a chamber laterally and axially on one side; characterized in that the adapter ring comprises a plurality of wedges arranged at a same distance from a center of the adapter ring and projecting axially in a direction opposite to the spacer ring structure .
Table of adjustable length, comprising a basic frame and a plurality of top shelves which can be assembled on and disassembled from said frame depending on the length assumed by the table, said basic frame comprising two half-frames which include the legs of said table and are connected to each other by at least one sliding support to support said plurality of shelves , said sliding support extending along a main development direction (X) of the table and including two side bars and a central bar , said side bars having a first end slidably housed in said central bar and a second end constrained to one of said table half-frames , wherein said central bar is provided with at least one, preferably two slots arranged on one side of said central bar wherein said slots cooperate with stops arranged on the ends of the bars housed in said central bar characterized in that said shelves of the plurality of shelves are arranged side by side along said main development direction (X) of the at least one sliding support , wherein each shelf of said plurality of shelves has at least one groove for housing said sliding support , and each shelf comprises at least one locking device associated with said at least one groove , with the function of keeping the bars of the sliding support housed in the respective groove and preventing the detachment of the shelf from the sliding support .
A reactive resin having the structure: B-(Q) 2-10 where: a) B is selected from an oleaginous polymer unit derived from a plant or animal source; b) Q is [(U-L-U-A) y -U-L-] x -U-F; c) U is selected from the group consisting of a urethane linkage, a urea linkage and a thiourea linkage and may be the same or different in each occurrence; d) L is a residue unit of a diisocyanate, said residue unit having a molar mass of from 60 to 500 g/mol; e) A is the residue of a reactive accelerator, said accelerator including at least one O, N or S bearing group which is reactive with NCO groups to form one of a urethane linkage, a urea linkage or a thiourea linkage; f) F is a (meth) acrylate-containing group or an alkoxysilane group; g) x is 1-100; and h) y is 1-10. a) B is selected from an oleaginous polymer unit derived from a plant or animal source; b) Q is [(U-L-U-A) y -U-L-] x -U-F; c) U is selected from the group consisting of a urethane linkage, a urea linkage and a thiourea linkage and may be the same or different in each occurrence; d) L is a residue unit of a diisocyanate, said residue unit having a molar mass of from 60 to 500 g/mol; e) A is the residue of a reactive accelerator, said accelerator including at least one O, N or S bearing group which is reactive with NCO groups to form one of a urethane linkage, a urea linkage or a thiourea linkage; f) F is a (meth) acrylate-containing group or an alkoxysilane group; g) x is 1-100; and h) y is 1-10.
High-pressure cleaner having an operating element which is arranged in a rotatable manner on a housing of the high-pressure cleaner and which serves for operation of an actuating element which is rotatable about an actuating axis of rotation , characterized in that the operating element and the actuating element are connected in a rotationally conjoint manner to one another via at least one universal joint , and in that the at least one universal joint permits movement of the actuating element relative to the operating element in the direction of the actuating axis of rotation .
A casting apparatus (100; 101; 102; 103) to cast a sheet of a material containing alkaloids, the casting apparatus including: • a casting box adapted to contain a slurry to be cast to form the sheet ; • a slurry supply element defining a supply channel adapted to feed the slurry along a supply direction inside the casting box from an inlet , the supply direction forming an angle with a horizontal plane comprised between - 45 degrees and + 45 degrees; • a movable support ; and • a casting element (30; 11) adapted to cast the slurry contained in the casting box onto the movable support so as to form the cast sheet . • a casting box adapted to contain a slurry to be cast to form the sheet ; • a slurry supply element defining a supply channel adapted to feed the slurry along a supply direction inside the casting box from an inlet , the supply direction forming an angle with a horizontal plane comprised between - 45 degrees and + 45 degrees; • a movable support ; and • a casting element (30; 11) adapted to cast the slurry contained in the casting box onto the movable support so as to form the cast sheet .
A method of authentication in a mobile communications network using an information storage means , comprising the steps of: receiving a message comprising an authentication challenge (RAND) and determining a characteristic (CERT) of said message, calculating an authentication response (CERT) based on said authentication challenge (RAND), an authentication input parameter (Ki cert) and an authentication algorithm (A3, A3', A3"), said method being characterised by the steps of: determining from the determined characteristic (CERT) that the message corresponds to an invalid authentication challenge (RAND), retrieving a fake authentication input parameter (Ki') from a number of input parameters (Ki cert, Ki') stored on said information storage means or a fake authentication algorithm from a number of authentication algorithms stored on said information storage means in response to said determined characteristic (CERT); and responding to said invalid authentication challenge (RAND) by using said retrieved fake authentication input parameter (Ki cert, Ki') or said fake authentication algorithm. receiving a message comprising an authentication challenge (RAND) and determining a characteristic (CERT) of said message, calculating an authentication response (CERT) based on said authentication challenge (RAND), an authentication input parameter (Ki cert) and an authentication algorithm (A3, A3', A3"), said method being characterised by the steps of: determining from the determined characteristic (CERT) that the message corresponds to an invalid authentication challenge (RAND), retrieving a fake authentication input parameter (Ki') from a number of input parameters (Ki cert, Ki') stored on said information storage means or a fake authentication algorithm from a number of authentication algorithms stored on said information storage means in response to said determined characteristic (CERT); and responding to said invalid authentication challenge (RAND) by using said retrieved fake authentication input parameter (Ki cert, Ki') or said fake authentication algorithm. determining from the determined characteristic (CERT) that the message corresponds to an invalid authentication challenge (RAND), retrieving a fake authentication input parameter (Ki') from a number of input parameters (Ki cert, Ki') stored on said information storage means or a fake authentication algorithm from a number of authentication algorithms stored on said information storage means in response to said determined characteristic (CERT); and responding to said invalid authentication challenge (RAND) by using said retrieved fake authentication input parameter (Ki cert, Ki') or said fake authentication algorithm.
An optical system for beam shaping of a laser beam for processing an in particular for the laser beam largely transparent material by modifying the material in a focus zone that is elongated in propagation direction , the optical system comprising a beam shaping element that is configured to receive the laser beam having a transverse input intensity profile and to impose a beam shaping phase distribution over the transversal input intensity profile onto the laser beam for generating an elongated focus zone ; and a near field optics , which is arranged downstream of the beam shaping element at a beam shaping distance (Dp) and configured to focus the laser beam into the focus zone , characterized in that the beam shaping element is further configured as a part of an imaging system to impose onto the laser beam additionally a phase distribution with focusing action such that there is performed an imaging by the additionally imposed phase distribution of the beam shaping element as far field focusing action and the focusing by the near field optics as near field focusing action . a beam shaping element that is configured to receive the laser beam having a transverse input intensity profile and to impose a beam shaping phase distribution over the transversal input intensity profile onto the laser beam for generating an elongated focus zone ; and a near field optics , which is arranged downstream of the beam shaping element at a beam shaping distance (Dp) and configured to focus the laser beam into the focus zone , characterized in that the beam shaping element is further configured as a part of an imaging system to impose onto the laser beam additionally a phase distribution with focusing action such that there is performed an imaging by the additionally imposed phase distribution of the beam shaping element as far field focusing action and the focusing by the near field optics as near field focusing action .
A method comprising: receiving, by a wireless device , at least one radio resource control, RRC, message comprising: a parameter indicating that duplication is configured for a first bearer corresponding to a first logical channel and a second logical channel; first mapping restrictions of the first logical channel to at least one first cell; and second mapping restrictions of the second logical channel to at least one second cell; receiving a medium access control, MAC, control element comprising duplication activation bits including a first duplication activation bit indicating deactivation for the duplication of the first bearer, wherein a first position of the first duplication activation bit in the MAC control element identifies a second position of a first bearer identifier of the first bearer in an ordered list of bearer identifiers of one or more bearers configured with duplication, wherein the ordered list of bearer identifiers excludes any bearer identifier of a bearer that is not configured with duplication; and lifting the first mapping restrictions and the second mapping restrictions based on the deactivation of the duplication. receiving, by a wireless device , at least one radio resource control, RRC, message comprising: a parameter indicating that duplication is configured for a first bearer corresponding to a first logical channel and a second logical channel; first mapping restrictions of the first logical channel to at least one first cell; and second mapping restrictions of the second logical channel to at least one second cell; a parameter indicating that duplication is configured for a first bearer corresponding to a first logical channel and a second logical channel; first mapping restrictions of the first logical channel to at least one first cell; and second mapping restrictions of the second logical channel to at least one second cell; receiving a medium access control, MAC, control element comprising duplication activation bits including a first duplication activation bit indicating deactivation for the duplication of the first bearer, wherein a first position of the first duplication activation bit in the MAC control element identifies a second position of a first bearer identifier of the first bearer in an ordered list of bearer identifiers of one or more bearers configured with duplication, wherein the ordered list of bearer identifiers excludes any bearer identifier of a bearer that is not configured with duplication; and lifting the first mapping restrictions and the second mapping restrictions based on the deactivation of the duplication.