mhurhangee/ep-ind-claims huggingface dataset:
A computer implemented method of monitoring a throughput of a crop, the method comprising picking cut organic material out of a field using agricultural equipment; conveying the cut organic material through a feed mechanism of the agricultural equipment, the feed mechanism including a rotor and a floor proximate the rotor; measuring, with a first sensor associated with the floor, force data during the conveying, the force data comprising at least one of: a force exerted on the floor, a pressure applied to the floor, and a displacement of the floor; characterised in that the invention further comprises measuring, with a second sensor associated with the rotor, speed data comprising a speed of the rotor during the conveying, and correlating the force data and the speed data to a rate of the cut organic material being conveyed through the feed mechanism. picking cut organic material out of a field using agricultural equipment; conveying the cut organic material through a feed mechanism of the agricultural equipment, the feed mechanism including a rotor and a floor proximate the rotor; measuring, with a first sensor associated with the floor, force data during the conveying, the force data comprising at least one of: a force exerted on the floor, a pressure applied to the floor, and a displacement of the floor; characterised in that the invention further comprises measuring, with a second sensor associated with the rotor, speed data comprising a speed of the rotor during the conveying, and correlating the force data and the speed data to a rate of the cut organic material being conveyed through the feed mechanism.
A compound of the formula wherein R 1 is C 1-7 -alkyl or C 1-7 -alkoxy-C 1-7 -alkyl; R 2 is selected from the group consisting of hydrogen, halogen, C 1-7 -alkoxycarbonyl-C 1-7 -alkyl and C 1-7 -alkoxycarbonyl-C 2-7 -alkenyl; R 3 is hydrogen; R 4 is selected from the group consisting of -O-(CH 2) m -NHR 5, and -O- -(CH 2) n -NHR 6, wherein m is 2, n is 1, R 5 is hydrogen and R 6 is hydrogen; or pharmaceutically acceptable salts thereof. R 1 is C 1-7 -alkyl or C 1-7 -alkoxy-C 1-7 -alkyl; R 2 is selected from the group consisting of hydrogen, halogen, C 1-7 -alkoxycarbonyl-C 1-7 -alkyl and C 1-7 -alkoxycarbonyl-C 2-7 -alkenyl; R 3 is hydrogen; R 4 is selected from the group consisting of -O-(CH 2) m -NHR 5, and -O- -(CH 2) n -NHR 6, m is 2, n is 1, R 5 is hydrogen and R 6 is hydrogen;
A dental attachment system, comprising: - a first magnetic element for attachment in an oral cavity, said first magnetic element being formed by a magnetic varnish, a magnetic adhesive, or a magnetic cement that is applicable to a tooth or teeth; and - a dental object having a second magnetic element for attachment to the first magnetic element. - a first magnetic element for attachment in an oral cavity, said first magnetic element being formed by a magnetic varnish, a magnetic adhesive, or a magnetic cement that is applicable to a tooth or teeth; and - a dental object having a second magnetic element for attachment to the first magnetic element.
An ex-vivo method for determining myeloid NK-cells comprising the steps of: a) providing a sample containing myeloid NK-cells; b) marking the myeloid NK-cells of the sample by means of at least one marking reagent; and c) detecting the myeloid NK-cells, wherein the myeloid NK-cells are characterized by the expression of cell surface marker phenotypical for NK-cells and by an expression of IL6Ra wherein the cell surface marker phenotypical for NK-cells is CD56, and/or NKp46, and/or CD11b at positive or high level in addition to CD56 and NKp46, wherein the myeloid NK-cells are CD3 negative. a) providing a sample containing myeloid NK-cells; b) marking the myeloid NK-cells of the sample by means of at least one marking reagent; and c) detecting the myeloid NK-cells, wherein the myeloid NK-cells are characterized by the expression of cell surface marker phenotypical for NK-cells and by an expression of IL6Ra wherein the cell surface marker phenotypical for NK-cells is CD56, and/or NKp46, and/or CD11b at positive or high level in addition to CD56 and NKp46, wherein the myeloid NK-cells are CD3 negative.
Security device (101, 201, 301, 401, 501) for restricting the opening of a door or a window with respect to a door frame or a window frame, respectively, wherein the security device comprises a base member (102, 502) that is arranged to be mounted to the door frame or the window frame, an attachment member that is arranged to be mounted to the door or the window, respectively, and an arm that is hingably coupled to the base member and that is arranged to be rotated about an axis of rotation towards the attachment member for detachable attachment to said attachment member, wherein the security device is provided with a hinge pin (106, 206) for hingably coupling the arm to the base member about the axis of rotation, wherein both the base member and the arm are provided with bores (123, 51) in line with the axis of rotation for receiving the hinge pin in a direction of insertion, wherein the security device is provided with a first blocking element (71, 103, 131, 231, 431, 531) that, at least after receiving of the hinge pin in the bore of the base member, is arranged for at least partially blocking access to the hinge pin in a direction opposite to the direction of insertion, characterized in that the base member is provided with a first mounting channel (27, 527) extending transverse to and intersecting with the bore in the base member at or near the far end thereof with respect to the insertion direction, wherein the first mounting channel is arranged for receiving the first blocking element in a blocking position in which the first blocking element intersects with the bore in the base member.
A binaural hearing system comprising a left-ear hearing device, a right-ear hearing device and an auxiliary device (S, B), each device (L, R, S, B) comprising a radio transmitter for transmitting messages, each hearing device (L, R) comprising a radio receiver for receiving messages, the auxiliary device (S, B) being adapted to transmit application messages (S1-S4), each of the hearing devices (L, R) being adapted to receive application messages (S1-S4) and to transmit acknowledgement and/or non-acknowledgement messages (A, N) indicating respectively whether application messages (S1-S4) were correctly received or not, a first one of the hearing devices being adapted to transmit and thus relay received application messages (S2, S4), a second one of the hearing devices being adapted to receive relayed application messages (S2L, S4L), characterised in that the first hearing device is adapted to relay received application messages (S2, S4) in dependence on not receiving acknowledgement messages transmitted by the second hearing device and/or on receiving non-acknowledgement messages transmitted by the second hearing device.
Working chamber for a gas-powered fastening tool, comprising a casing that defines a cavity in which a piston is mounted and can slide in order to drive a fastening element, said piston being configured to be moved in translation in said cavity from a rest position to a working position, the chamber further comprising dynamic sealing means between said piston and said casing in order to ensure a seal during said movement, the chamber further comprising static sealing means between said piston and said casing in order to ensure a seal when said piston is in its rest position, said static sealing means being independent from said dynamic sealing means, said dynamic sealing means being borne by said piston, characterized in that said static sealing means are also borne by said piston.
A system (700, 800) configured to determine whether an infinitely precise result of a reciprocal square root operation performed on an input floating point number is greater than, less than, or equal to a particular number in a first floating point precision, the system comprising: one or more fused multiply add components (704, 706, 708, 710, 820) configured to: (a) calculate a square of the particular number in a second floating point precision that is less than the first floating point precision; (b) calculate a rounding error in the calculated square; (c) calculate a first delta value in the first floating point precision by calculating the square multiplied by the input floating point number less one; and (d) calculate a second delta value in the first floating point precision by calculating the rounding error multiplied by the input floating point number plus the first delta value; and an output module (712, 812) configured to output an indication of whether the infinitely precise result of the reciprocal square root operation is greater than, less than or equal to the particular number based on a sign of the second delta value. one or more fused multiply add components (704, 706, 708, 710, 820) configured to: (a) calculate a square of the particular number in a second floating point precision that is less than the first floating point precision; (b) calculate a rounding error in the calculated square; (c) calculate a first delta value in the first floating point precision by calculating the square multiplied by the input floating point number less one; and (d) calculate a second delta value in the first floating point precision by calculating the rounding error multiplied by the input floating point number plus the first delta value; and (a) calculate a square of the particular number in a second floating point precision that is less than the first floating point precision; (b) calculate a rounding error in the calculated square; (c) calculate a first delta value in the first floating point precision by calculating the square multiplied by the input floating point number less one; and (d) calculate a second delta value in the first floating point precision by calculating the rounding error multiplied by the input floating point number plus the first delta value; and an output module (712, 812) configured to output an indication of whether the infinitely precise result of the reciprocal square root operation is greater than, less than or equal to the particular number based on a sign of the second delta value.
A crossover maternity panel made from a flexible and stretchable material, comprising: at least one fabric portion (110a-c) configured to cover a left portion, front portion, and right portion of a wearer's swollen belly; wherein a left portion of the panel and a right portion of the panel decrease in height as they wrap around from the front of the wearer to the back of the wearer, and the left portion of the panel crosses over or under the right portion of the panel at a midline of the back of the wearer characterized by forming a triangular portion created by an overlapping of the left portion of the panel and the right portion of the panel. at least one fabric portion (110a-c) configured to cover a left portion, front portion, and right portion of a wearer's swollen belly; wherein a left portion of the panel and a right portion of the panel decrease in height as they wrap around from the front of the wearer to the back of the wearer, and the left portion of the panel crosses over or under the right portion of the panel at a midline of the back of the wearer characterized by forming a triangular portion created by an overlapping of the left portion of the panel and the right portion of the panel.
Method for determining periodic signal contents with a discrete and/or continuous wave form in a received radar signal ( x ( t)), which comprises the following steps: - determination of spectral values ( X N' ( p, k)) and of conjugate complex spectral values ( X N' * ( p,k)) in each case in a plurality of spectra of a spectrogram ( X N ') by means of a first Fourier transformer, - multiplication of the individual spectral values ( X N' ( p,k)) with the corresponding conjugate complex spectral values ( X N' * ( p,k)) to form in each case a spectral value ( Y N' ( p,k)) in each case in a plurality of spectra of a power density spectrum ( Y N') by means of a multiplier, - determination of spectral values ( X p ( k)) of a power density spectrum ( X p) by means of a second Fourier transformer and - elimination of harmonic spectral lines from the power density spectrum ( X p) by means of a function unit for eliminating harmonic spectral lines from the power density spectrum, wherein to determine the periodic signal contents a power density spectrum belonging to the received radar signal is determined by means of P-fold Fourier transformation so that a P-fold Fourier transformation is carried out in each case using N' sample values of the received radar signal instead of a Fourier transformation using N sample values of the received radar signal and in this way a spectrogram is obtained with in each case spectra which are associated with P points in time and produced from in each case N' sample values of the received radar signal and in each case contain N' spectral values, wherein N=N'.P. - determination of spectral values ( X N' ( p, k)) and of conjugate complex spectral values ( X N' * ( p,k)) in each case in a plurality of spectra of a spectrogram ( X N ') by means of a first Fourier transformer, - multiplication of the individual spectral values ( X N' ( p,k)) with the corresponding conjugate complex spectral values ( X N' * ( p,k)) to form in each case a spectral value ( Y N' ( p,k)) in each case in a plurality of spectra of a power density spectrum ( Y N') by means of a multiplier, - determination of spectral values ( X p ( k)) of a power density spectrum ( X p) by means of a second Fourier transformer and - elimination of harmonic spectral lines from the power density spectrum ( X p) by means of a function unit for eliminating harmonic spectral lines from the power density spectrum, wherein to determine the periodic signal contents a power density spectrum belonging to the received radar signal is determined by means of P-fold Fourier transformation so that a P-fold Fourier transformation is carried out in each case using N' sample values of the received radar signal instead of a Fourier transformation using N sample values of the received radar signal and in this way a spectrogram is obtained with in each case spectra which are associated with P points in time and produced from in each case N' sample values of the received radar signal and in each case contain N' spectral values, wherein N=N'.P.
Method for producing cross-bottom bags from tubular pieces having a selectable width B i, comprising the steps: - determination of the width B i to be processed of the tubular pieces and provision of tubular pieces having the corresponding width, - transfer of the tubular pieces to a transport apparatus, - continuous and preferably uniform transport of the tubular pieces along a transport path in a transport direction (x), which runs transversely to the extension direction (z) and parallel to the width direction of the tubular pieces, the tubular pieces advantageously being transported in the horizontal position, - laying of an open cross bottom, advantageously with at least one revolving tool by spreading apart the previously opened ends of the tubular pieces and by aligning the corner folds formed in the process, characterized in that the transfer and/or processing of the tubular pieces is varied depending on the width B i of the tubular pieces in such a manner that the tubular pieces are arranged and/or processed on the transport device with a distance A from each other that is independent of the width B i of the tubular pieces, and that at least one tool is used for the transfer and processing of the tubular pieces, which is brought into contact with the tubular pieces for this purpose, wherein the time interval between the points in time when the at least one tool is in contact with successive tubular pieces is set dependent upon the width B i of the tubular pieces. - determination of the width B i to be processed of the tubular pieces and provision of tubular pieces having the corresponding width, - transfer of the tubular pieces to a transport apparatus, - continuous and preferably uniform transport of the tubular pieces along a transport path in a transport direction (x), which runs transversely to the extension direction (z) and parallel to the width direction of the tubular pieces, the tubular pieces advantageously being transported in the horizontal position, - laying of an open cross bottom, advantageously with at least one revolving tool by spreading apart the previously opened ends of the tubular pieces and by aligning the corner folds formed in the process,
Seal for a motor vehicle, with the seal extending along a longitudinal direction and being adapted for fastening on a flange including an inner frame part and an outer frame part, comprising: at least one sealing section and one fastening section; wherein said fastening section supports at least one supporting section that is supported on a supporting region of said flange, and at least one locating section that is adapted to be fastened on a locating region of said flange; wherein said supporting section and said locating section being arranged in succession in a longitudinal direction and presenting approximately the same cross section, and wherein said locating region including an opening that is defined by said inner frame part and said outer frame part, wherein said locating section being accommodated in said locating region in a form-locking manner. at least one sealing section and one fastening section; wherein said fastening section supports at least one supporting section that is supported on a supporting region of said flange, and at least one locating section that is adapted to be fastened on a locating region of said flange; wherein said supporting section and said locating section being arranged in succession in a longitudinal direction and presenting approximately the same cross section, and wherein said locating region including an opening that is defined by said inner frame part and said outer frame part, wherein said locating section being accommodated in said locating region in a form-locking manner.
A method of managing a database of positioning data, the positioning data including electromagnetic signal source data for use by a positioning system, and the method comprising: receiving signal data relating to signals received by user devices from a plurality of electromagnetic signal sources, associating each of the electromagnetic signal sources with an appropriate geographical region selected from a plurality of geographical regions; selecting (S1808, S1810) a subset of the plurality of electromagnetic signal sources in dependence on their associated geographical regions; processing (S1900-1912) the signal data relating to the subset of the plurality of electromagnetic signal sources to compute position estimates of the electromagnetic signal sources; and updating the database of electromagnetic signal source data in dependence on the computed position estimates, wherein each electromagnetic signal source has a zone code assigned to it, the zone code being a first zone code associated with a subset of signal sources having substantially the highest level of accuracy of position estimation, or the zone code being a second zone code associated with zones of signal sources whose position estimates depend on position estimates associated with a zone of the first zone code; and wherein the processing (S1900-1912) of the signal data comprises identifying connections between zones, and processing relevant portions of the electromagnetic signal source data to re-estimate the position of relevant signal sources and optionally to recalculate zone codes of relevant zones. receiving signal data relating to signals received by user devices from a plurality of electromagnetic signal sources, associating each of the electromagnetic signal sources with an appropriate geographical region selected from a plurality of geographical regions; selecting (S1808, S1810) a subset of the plurality of electromagnetic signal sources in dependence on their associated geographical regions; processing (S1900-1912) the signal data relating to the subset of the plurality of electromagnetic signal sources to compute position estimates of the electromagnetic signal sources; and updating the database of electromagnetic signal source data in dependence on the computed position estimates, wherein each electromagnetic signal source has a zone code assigned to it, the zone code being a first zone code associated with a subset of signal sources having substantially the highest level of accuracy of position estimation, or the zone code being a second zone code associated with zones of signal sources whose position estimates depend on position estimates associated with a zone of the first zone code; and wherein the processing (S1900-1912) of the signal data comprises identifying connections between zones, and processing relevant portions of the electromagnetic signal source data to re-estimate the position of relevant signal sources and optionally to recalculate zone codes of relevant zones.
Snow-clearing trailer intended to be towed by a towing vehicle with a towing hitch, said snow-clearing trailer comprising: - a chassis extending longitudinally in a chassis direction (I-I) between a chassis anterior end and a chassis posterior end, and developing transversely between a chassis first side and a chassis second side which are opposite one another, - a snow-clearing blade borne along the chassis first side, - at least one wheel (7a-7d) designed to support the chassis on the ground, an axle of said wheel (7a-7d) being selectively orientable by orientation means between a first wheel position, in which an axis of the axle about which the wheel (7a-7d) rotates is perpendicular to the chassis direction (I-I), and at least a second wheel position, in which the axis of the axle about which the wheel (7a-7d) rotates makes with the chassis direction (I-I) an axle angle greater than 90°, - a drawbar able to connect the chassis anterior end to the towing hitch of the towing vehicle, characterized by - detection means able to generate a presence signal when: a. the wheel (7a-7d) is in a second wheel position, and b. an object or an individual is stationed in an area to the side and/or an area to the rear of the chassis second side, where the area to the side of the chassis second side comprises at least part of the angular sector that the chassis second side has to cut across in order for the axle to move from the second wheel position into the first wheel position. - a chassis extending longitudinally in a chassis direction (I-I) between a chassis anterior end and a chassis posterior end, and developing transversely between a chassis first side and a chassis second side which are opposite one another, - a snow-clearing blade borne along the chassis first side, - at least one wheel (7a-7d) designed to support the chassis on the ground, an axle of said wheel (7a-7d) being selectively orientable by orientation means between a first wheel position, in which an axis of the axle about which the wheel (7a-7d) rotates is perpendicular to the chassis direction (I-I), and at least a second wheel position, in which the axis of the axle about which the wheel (7a-7d) rotates makes with the chassis direction (I-I) an axle angle greater than 90°, - a drawbar able to connect the chassis anterior end to the towing hitch of the towing vehicle, characterized by - detection means able to generate a presence signal when: a. the wheel (7a-7d) is in a second wheel position, and b. an object or an individual is stationed in an area to the side and/or an area to the rear of the chassis second side, a. the wheel (7a-7d) is in a second wheel position, and b. an object or an individual is stationed in an area to the side and/or an area to the rear of the chassis second side,