mhurhangee/ep-ind-claims huggingface dataset:
A device (100; 660; 1000) for analyzing an audio datum, comprising: a semitone analysis means (110; 670; 1010), which is implemented to analyze the audio datum with regard to a volume information distribution over an amount of semitones; and a vector calculation means (120; 680; 1030), which is implemented to calculate a sum vector over two-dimensional intermediate vectors, wherein each intermediate vector is calculated for a semitone, based on the volume information distribution, or each intermediate vector is calculated for an element of a definition set, based on a distribution derived from the volume information distribution, wherein the definition set is based on the amount of semitones, and to output an analysis signal based on the sum vector. a semitone analysis means (110; 670; 1010), which is implemented to analyze the audio datum with regard to a volume information distribution over an amount of semitones; and a vector calculation means (120; 680; 1030), which is implemented to calculate a sum vector over two-dimensional intermediate vectors, wherein each intermediate vector is calculated for a semitone, based on the volume information distribution, or each intermediate vector is calculated for an element of a definition set, based on a distribution derived from the volume information distribution, wherein the definition set is based on the amount of semitones, and to output an analysis signal based on the sum vector.
Harness composed of textiles straps (11, 12, 14), and having at least one connection and securing point (16, 116) in the form of a closed loop (17, 117) made from textile material delineating an opening for the passage of a connector, characterized in that the opening of the closed loop (17, 117) made from textile material is strengthened by a rigid or semi-rigid insert (21, 121), rigid or semi-rigid insert (21, 121) is configured to facilitate fitting of the connector, said rigid or semi-rigid insert (21, 121) comprising a base surface (25, 125) securedly attached to a support structure of the harness to transmit and distribute the forces when a user is in a securing position at work.
Spray device, comprising a first spray unit, said first spray unit comprising a spray nozzle unit in fluid communication with a first reservoir for holding a quantity of a fluid to be sprayed, wherein said first spray nozzle unit comprises a first spray nozzle body with a first spray wall that is provided with at least one first spray orifice extending through a thickness of said first spray wall, said at least one first spray orifice receiving, during operation, said first fluid under pressure from said first reservoir at an inlet side and releasing a spray jet of said fluid to an external environment at a spray side, and wherein each of said at least one orifice has a substantially identical predetermined size, lying in a predetermined range, and at least one further spray unit, said further spray unit comprising a further spray nozzle unit in fluid communication with a further reservoir for holding a quantity of a further fluid to be sprayed, characterized in that said further spray nozzle unit comprises a further spray nozzle body with a further spray wall that is provided with at least one further spray orifice extending through a thickness of said further spray wall, said at least one further spray orifice receiving, during operation, said further fluid under pressure from said further reservoir at an inlet side and releasing a spray jet of said further fluid to an external environment at said spray side, wherein each of said at least one further orifice has a substantially identical further predetermined size, lying in a further predetermined range that differs from said first predetermined range of said at least one first orifice of said first nozzle body of said first spray unit, wherein said first range and said further range have substantially no overlap, wherein said first range is a range between 2 micron and 5 micron, and wherein said further range is a range beyond 5 micron, particularly said further range being in a range between 5 micron and 10 micron.
A method for producing a compound represented by the following Formula: (wherein, R 1 represents a hydrogen atom, an acyl group, an alkyl group, an alkenyl group, an aryl group, an aralkyl group, a cycloalkyl group, a heterocyclic group, a heterocyclic alkyl group or a trisubstituted silyl group, R 2 represents a hydrogen atom, an acyl group, an alkyl group, an alkenyl group, an aryl group, an aralkyl group, a cycloalkyl group, a heterocyclic group, a heterocyclic alkyl group or a trisubstituted silyl group, and R 3 represents a hydrogen atom or a trisubstituted silyl group), the method comprising a step of introducing a triple bond-containing group into a furfuryl alcohol derivative or levoglucosenone by causing the furfuryl alcohol derivative or levoglucosenone to react with a compound represented by the following formula: (wherein, R 3 represents a hydrogen atom or a trisubstituted silyl group, and M represents a lithium atom, aluminum or monohalogenated magnesium) wherein the furfuryl alcohol derivative is
An illumination light source that is to be attached to lighting equipment, the illumination light source comprising: a board on which a light-emitting element, which emits light frontward, is provided; a support pad disposed behind the board; and a case disposed so that the board is sandwiched in a front-back direction by the case and the support pad, wherein the support pad or the case includes three or more openings (41 d, 42d, 43e, 11 d, 12d, 13e, 51, 52, 53) into which securing components for securing the illumination light source to the lighting equipment are inserted, characterized in that: the three or more openings are disposed in such a way that, when a distance between two of the three or more openings is referred to as an inter-opening distance (A, B, C), at least one inter-opening distance is different from other inter-opening distances; the three or more openings are disposed in such a way that, when a distance between each of the three or more openings and a center of the illumination light source is referred to as an opening-center distance (D, E, F), at least one opening-center distance is different from other opening-center distances; and the three or more openings are disposed in such a way that equal angles are formed by line segments each connecting a different one of the three or more openings and a center of the illumination light source. a board on which a light-emitting element, which emits light frontward, is provided; a support pad disposed behind the board; and a case disposed so that the board is sandwiched in a front-back direction by the case and the support pad, wherein the support pad or the case includes three or more openings (41 d, 42d, 43e, 11 d, 12d, 13e, 51, 52, 53) into which securing components for securing the illumination light source to the lighting equipment are inserted, the three or more openings are disposed in such a way that, when a distance between two of the three or more openings is referred to as an inter-opening distance (A, B, C), at least one inter-opening distance is different from other inter-opening distances; the three or more openings are disposed in such a way that, when a distance between each of the three or more openings and a center of the illumination light source is referred to as an opening-center distance (D, E, F), at least one opening-center distance is different from other opening-center distances; and the three or more openings are disposed in such a way that equal angles are formed by line segments each connecting a different one of the three or more openings and a center of the illumination light source.
A media player for providing copy protection, the media player comprising: a security virtual machine designed to support security decryption and decoding functions for the media player; an application virtual machine designed to support application level functions for the media player through a user interface, and wherein the application virtual machine is a high level virtual machine and the security virtual machine is a low level virtual machine; and a processing unit configured to run the security virtual machine and the application virtual machine, the processing unit having a processing unit instruction set; wherein the security virtual machine is further designed to support a first instruction set and the application virtual machine is further designed to support a second instruction set; and wherein the first instruction set resembles the processing unit instruction set as both the first instruction set and the processing unit instruction set support pointers, and wherein the second instruction set does not support pointers. a security virtual machine designed to support security decryption and decoding functions for the media player; an application virtual machine designed to support application level functions for the media player through a user interface, and wherein the application virtual machine is a high level virtual machine and the security virtual machine is a low level virtual machine; and a processing unit configured to run the security virtual machine and the application virtual machine, the processing unit having a processing unit instruction set;
A method for controlling an agricultural vehicle system when moving along a course of travel over a field, the method comprising: providing a field model correlating a field characteristic to a specific location in the field, from the field model and at least one previously obtained value for the field characteristic, predicting a value for the field characteristic in front of the agricultural vehicle system thus obtaining an anticipated field characteristic, and controlling the agricultural vehicle system at least partly in response to the anticipated field characteristic, characterized in that providing a field model correlating a field characteristic to a specific location in the field includes assuming that field characteristic varies in a continuous manner, thereby taking into account first and second order derivatives of the field model variables and optimizing a cost function that takes account of the difference between a model value and a measured value at a specific location, of the first derivatives in orthogonal directions of the model values and of the second derivatives in orthogonal directions of the model values. providing a field model correlating a field characteristic to a specific location in the field, from the field model and at least one previously obtained value for the field characteristic, predicting a value for the field characteristic in front of the agricultural vehicle system thus obtaining an anticipated field characteristic, and controlling the agricultural vehicle system at least partly in response to the anticipated field characteristic, characterized in that providing a field model correlating a field characteristic to a specific location in the field includes assuming that field characteristic varies in a continuous manner, thereby taking into account first and second order derivatives of the field model variables and optimizing a cost function that takes account of the difference between a model value and a measured value at a specific location, of the first derivatives in orthogonal directions of the model values and of the second derivatives in orthogonal directions of the model values.
A method for monitoring a downlink control channel in a wireless communication system, performed by a wireless device, the method comprising: receiving a discontinuous reception, DRX, command from a base station, the DRX command indicating an activation of at least one DRX pattern from a plurality of DRX patterns, each of the plurality of DRX patterns including an on-duration which specifies at least one subframes to monitor a downlink control channel within a DRX cycle, wherein the plurality of DRX patterns is set for a plurality of data radio bearers, DRB, wherein each DRX pattern from the plurality of DRX patterns is set for a specific DRB from the plurality of DRB; and monitoring the downlink control channel in at least one subframe which belongs to on-duration of the at least one activated DRX pattern, wherein the DRX command includes a plurality of bits, each bit corresponding to each DRX pattern to be activated or deactivated. receiving a discontinuous reception, DRX, command from a base station, the DRX command indicating an activation of at least one DRX pattern from a plurality of DRX patterns, each of the plurality of DRX patterns including an on-duration which specifies at least one subframes to monitor a downlink control channel within a DRX cycle, wherein the plurality of DRX patterns is set for a plurality of data radio bearers, DRB, wherein each DRX pattern from the plurality of DRX patterns is set for a specific DRB from the plurality of DRB; and monitoring the downlink control channel in at least one subframe which belongs to on-duration of the at least one activated DRX pattern, wherein the DRX command includes a plurality of bits, each bit corresponding to each DRX pattern to be activated or deactivated.
Use of a device for printing edge bands, - with at least one print head for producing a print image on the edge band, - having a linear drive for moving the at least one print head in a printing direction within a printing area between two end positions (10, 12) - with a feed device (14, 14a-14d) for feeding the edge band into the printing area along a transport direction and - with a control device for controlling the at least one print head, the linear drive and the feed device, - wherein the transport direction of the edge band is aligned substantially parallel to the printing direction. - with at least one print head for producing a print image on the edge band, - having a linear drive for moving the at least one print head in a printing direction within a printing area between two end positions (10, 12) - with a feed device (14, 14a-14d) for feeding the edge band into the printing area along a transport direction and - with a control device for controlling the at least one print head, the linear drive and the feed device, - wherein the transport direction of the edge band is aligned substantially parallel to the printing direction.
A method for wireless communication at a user equipment, UE, comprising: identifying a set of transmit beams having a channel characteristic above a first threshold, the set of transmit beams being transmit beams of an access node and comprising an ordered list of transmit beams based on the associated channel characteristic of each transmit beam; determining, based at least in part on the set of transmit beams, a cross-correlation metric between each receive beam of a set of receive beams, the set of receive beams being receive beams of the UE and comprising an ordered list of receive beam configurations with channel characteristic above a second threshold; and transmitting a message that identifies the cross-correlation metric between each of the receive beams in the set of receive beams. identifying a set of transmit beams having a channel characteristic above a first threshold, the set of transmit beams being transmit beams of an access node and comprising an ordered list of transmit beams based on the associated channel characteristic of each transmit beam; determining, based at least in part on the set of transmit beams, a cross-correlation metric between each receive beam of a set of receive beams, the set of receive beams being receive beams of the UE and comprising an ordered list of receive beam configurations with channel characteristic above a second threshold; and transmitting a message that identifies the cross-correlation metric between each of the receive beams in the set of receive beams.
Connector system, comprising at leasts two bearing blocks (2, 3), each of which has an opening (6, 7), and which can be fastened relative to a surface and positioned in such a way that the openings (6, 7) are aligned with one another, and a connecting bolt which, connecting the bearing blocks (2, 3), can be inserted in the openings (6, 7) aligned with one another, wherein the connecting bolt and at least one opening (6, 7) comprise a matching pair consisting of a projection and a recess, so that the connecting bolt can be inserted in this opening (6, 7) only in an appropriate rotational position, wherein the connecting bolt comprises an eccentric head end, characterised in that the eccentricity is formed by an expansion of the diameter in a segment of a circle. at leasts two bearing blocks (2, 3), each of which has an opening (6, 7), and which can be fastened relative to a surface and positioned in such a way that the openings (6, 7) are aligned with one another, and a connecting bolt which, connecting the bearing blocks (2, 3), can be inserted in the openings (6, 7) aligned with one another, wherein the connecting bolt and at least one opening (6, 7) comprise a matching pair consisting of a projection and a recess, so that the connecting bolt can be inserted in this opening (6, 7) only in an appropriate rotational position, wherein the connecting bolt comprises an eccentric head end, characterised in that the eccentricity is formed by an expansion of the diameter in a segment of a circle.
A filter apparatus for use in an automated system for the preparation of a fluid sample for a chemical or composition analysis, comprising: an inlet portion with a conduit ending in an entry port for receiving the sample in an unfiltered state; a septum held at and closing the entry port of the conduit of the inlet portion; an outlet portion with a channel for dispensing the sample in a filtered state to a receptacle; and an intermediate portion having a filter chamber in fluid connection with the conduit of the inlet portion and with the channel of the outlet portion, and a filter layer; wherein the filter chamber of the intermediate portion has a diameter larger than a diameter of the conduit of the inlet portion and than a diameter of the channel of the outlet portion, and the filter layer extends through the filter chamber such that the conduit of the inlet portion is separated from the channel of the outlet portion by the filter layer. an inlet portion with a conduit ending in an entry port for receiving the sample in an unfiltered state; a septum held at and closing the entry port of the conduit of the inlet portion; an outlet portion with a channel for dispensing the sample in a filtered state to a receptacle; and an intermediate portion having a filter chamber in fluid connection with the conduit of the inlet portion and with the channel of the outlet portion, and a filter layer; wherein the filter chamber of the intermediate portion has a diameter larger than a diameter of the conduit of the inlet portion and than a diameter of the channel of the outlet portion, and the filter layer extends through the filter chamber such that the conduit of the inlet portion is separated from the channel of the outlet portion by the filter layer.
Device for bending profiles or bar material, in particular asymmetric and open profiles or bar material, having bending members which can be pivoted relative to one another, which receive the profile or bar material and hold it punctually and transfer it locally into a bent configuration by means of leading in bending moments, characterised in that at least two bending members which are spaced apart from one another along the bending line of the profile or bar material are fixed to one another and can be pivoted relative to one another in such a way that a relative pivoting of the bending members relative to one another deforms the profile or bar material in a locally bending manner, wherein elastically deformable support elements (3, 5, 6) are arranged along the bending line of the profile or bar material at least in sections between the bending members so as to rest against the outer sides of the profile or bar material and the relative pivoting of the bending members relative to one another also bends the support elements (3, 5, 6), wherein the support elements (3, 5, 6) support the bending profile or bar material.
Balloon catheter comprising an outer tube to which distal end a balloon connects that can be expanded by feeding in a fluid via the outer tube, wherein an inner tube extends at least partially through the outer tube, said inner tube passing through the balloon and terminating distally of the balloon, with the inner tube having a lumen appropriate to accommodate a guidewire and the balloon catheter having a distal (a,b) and a proximal section (c), wherein the proximal section of the outer tube is made of metal and the distal section (a,b) is made of plastic material making the distal section (a,b) more flexible than the proximal section (c), the distal section (a,b) comprises a first distal section (a) and a second distal section (b), said second distal section (b) being located proximal to the first distal section (a), characterized in that the first distal section (a) being made so as to be more flexible than the second distal section (b), the outer tube in the first distal section (a) is made of a softer plastic material than in the second distal section (b), the inner tube in the first distal section (a) is more flexible than in the second distal section (b), wherein the inner tube of the first and second distal section (a, b) is each made of the same material as the outer tube and the outer tube and the inner tube in the first distal section (a) are made of a polyether block amide, and the outer tube and the inner tube in the second distal section (b) as well as the balloon are made of polyhexamethylene adipic acid amide.