mhurhangee/patent-ind-claim-en huggingface dataset:
A chisel arrangement arranged to be connected to a pivotal tool mount on a work machine , wherein a pivot axis of the tool mount forms an operative pivot axis of the chisel arrangement , and wherein the chisel arrangement includes a housing provided with a coupling portion which is arranged to be attachable to the tool mount , and a reciprocatable chisel projecting from an end portion of the housing , characterized in that a clearing blade is rigidly attached to the housing at a distance from said end portion and projects from the periphery of the housing at an angle to the longitudinal axis of the chisel and is provided with a forward edge which is substantially parallel to the operative pivot axis of the chisel arrangement , the position of the clearing blade relative the housing being unchanged while the chisel arrangement is tilted from a chiseling position to a clearing position, and vice versa. a housing provided with a coupling portion which is arranged to be attachable to the tool mount , and a reciprocatable chisel projecting from an end portion of the housing ,
A tire mold comprising: multiple segments arranged in a circumferential direction so as to form a ring shape; and a pair of side plates positioned on an inner side in a radial direction, at end portions, in an axial direction, of the multiple segments , wherein the side plates each have an outer circumferential surface which contacts with the multiple segments arranged in the ring shape, each of the segments includes a first contact surface which contacts with an outer circumferential surface of one of the side plates , and a second contact surface which contacts with an outer circumferential surface of the other of the side plates , and a radius R1 of the first contact surface is greater than a radius R2 of the second contact surface , characterized in that a difference (R1-R2) between the radius R1 and the radius R2 is not less than 0.05 mm and not greater than 0.10 mm. multiple segments arranged in a circumferential direction so as to form a ring shape; and a pair of side plates positioned on an inner side in a radial direction, at end portions, in an axial direction, of the multiple segments , wherein the side plates each have an outer circumferential surface which contacts with the multiple segments arranged in the ring shape, each of the segments includes a first contact surface which contacts with an outer circumferential surface of one of the side plates , and a second contact surface which contacts with an outer circumferential surface of the other of the side plates , and a radius R1 of the first contact surface is greater than a radius R2 of the second contact surface , characterized in that a difference (R1-R2) between the radius R1 and the radius R2 is not less than 0.05 mm and not greater than 0.10 mm.
System with a household appliance , a charging station and a plurality of battery units , wherein a control is configured so that a battery unit connected to the charging station can be charged in dependence on a discharge of a battery unit which is connected to the household appliance for operating the household appliance to perform a use operation, characterized in that the charging station and the household appliance comprise corresponding communication interfaces which are configured to transmit the current discharge of the battery unit of the household appliance from the household appliance to the charging station , wherein the control is configured so that the battery unit of the charging station can be charged to a charging amount equal to the discharge of the battery unit during the performance of the use operation plus a loss compensation determined by the control or stored in the control until the battery unit of the household appliance is discharged, wherein the loss compensation is a value greater than zero to compensate for energy losses that may occur, if the battery unit of the household appliance is discharged by a certain energy, in return the battery unit of the charging station is charged by the same certain energy and finally the battery unit of the household appliance is replaced by the battery unit of the charging station .
A method of selecting a candidate fingerprint image for fingerprint recognition, comprising: acquiring an input fingerprint image; dividing the acquired input fingerprint image into sub-blocks, each of the sub-blocks corresponding to a target fingerprint image; wherein the method further comprises, for each of the target fingerprint images: generating a target frequency image based on a frequency conversion of the target fingerprint image; determining a representative point corresponding to a point among a plurality of points included in the target frequency image with a highest magnitude; extracting information associated with the representative point, said information comprising a distance between the representative point and a central point in the target frequency image; and selecting a candidate fingerprint image from enrolled fingerprint images by comparing the extracted information associated with the representative point to information of enrolled frequency images, said enrolled frequency images being generated by performing a frequency conversion of the enrolled fingerprint images, and wherein for each enrolled frequency image a representative point corresponding to a point among a plurality of points with a highest magnitude is selected and the information of the enrolled frequency image comprises a distance between the selected representative point and a central point in the enrolled frequency image, wherein selecting the candidate fingerprint image comprises selecting one or more enrolled fingerprint images having a similarity greater than a threshold between the extracted information and the information of enrolled frequency images. acquiring an input fingerprint image; dividing the acquired input fingerprint image into sub-blocks, each of the sub-blocks corresponding to a target fingerprint image; generating a target frequency image based on a frequency conversion of the target fingerprint image; determining a representative point corresponding to a point among a plurality of points included in the target frequency image with a highest magnitude; extracting information associated with the representative point, said information comprising a distance between the representative point and a central point in the target frequency image; and selecting a candidate fingerprint image from enrolled fingerprint images by comparing the extracted information associated with the representative point to information of enrolled frequency images, said enrolled frequency images being generated by performing a frequency conversion of the enrolled fingerprint images, and wherein for each enrolled frequency image a representative point corresponding to a point among a plurality of points with a highest magnitude is selected and the information of the enrolled frequency image comprises a distance between the selected representative point and a central point in the enrolled frequency image, wherein selecting the candidate fingerprint image comprises selecting one or more enrolled fingerprint images having a similarity greater than a threshold between the extracted information and the information of enrolled frequency images.
Pipe made of plastics comprising a female end provided with a bell joint suitable to receive a male end of a further pipe and comprising an inner wall provided with a seat for a gasket suitable to abut an external wall of said male end in an assembled configuration (A), wherein said pipe and said further pipe are mutually connected to form a joint , said gasket adapted to achieve a hydraulic sealing between said pipe and said further pipe , said pipe being characterised by the fact that on said inner wall at least one closing lip with an annular shape is made, extending towards the inside of said bell joint and towards an external front edge of said bell joint , said closing lip including an abutment edge provided to adhere to, and tighten with a defined force, said external wall of said male end in said assembled configuration (A), said closing lip being interposed between said seat and said external front edge and forming, with said inner wall , an annular cavity that opens in the direction of said external front edge so as to prevent plant roots from reaching and damaging said gasket and impairing a hydraulic sealing of said joint .
A wheel retaining assembly for a landing gear having an axle and an outer wheel bearing , the axle defining an axial direction along an axial centerline, comprising: a first wheel spacer configured to slide over the axle and to abut the outer wheel bearing , the first wheel spacer having an axially outward portion; and a second wheel spacer configured to slide over the axle , the second wheel spacer having an axially inward portion configured to engage the axially outward portion of the first wheel spacer ; wherein the axle includes a channel at an axially outward end of the axle ; and wherein the wheel retaining assembly further comprises a lock ring characterised in that the lock ring is received in the channel. a first wheel spacer configured to slide over the axle and to abut the outer wheel bearing , the first wheel spacer having an axially outward portion; and a second wheel spacer configured to slide over the axle , the second wheel spacer having an axially inward portion configured to engage the axially outward portion of the first wheel spacer ; wherein the axle includes a channel at an axially outward end of the axle ; and wherein the wheel retaining assembly further comprises a lock ring characterised in that the lock ring is received in the channel.
A vehicle, preferably a utility vehicle , for example a bus, having: a lattice frame , which forms a framework structure of the vehicle and delimits a person-accommodating space of the vehicle ; and at least one equipment component , preferably an internal equipment component, which is arranged in the person-accommodating space and is at least partly integrated into the lattice frame as a supporting section of the lattice frame , preferably for forming a new load path in the lattice frame , wherein: the at least one equipment component has a vehicle seating device and/or a backrest device, which has at least one or more supports as the supporting section of the lattice frame , characterized in that the lattice frame forms an outer side wall of the vehicle, wherein the outer side wall has a plurality of supports of the lattice frame , which meet one another at an attachment point, and the supporting section of the at least one equipment component meets the outer side wall at the attachment point of the outer side wall, and/or the lattice frame forms a floor assembly of the vehicle, wherein the floor assembly has a plurality of supports of the lattice frame , which meet at an attachment point, and the supporting section of the at least one equipment component meets the floor assembly at the attachment point of the floor assembly. a lattice frame , which forms a framework structure of the vehicle and delimits a person-accommodating space of the vehicle ; and at least one equipment component , preferably an internal equipment component, which is arranged in the person-accommodating space and is at least partly integrated into the lattice frame as a supporting section of the lattice frame , preferably for forming a new load path in the lattice frame , the at least one equipment component has a vehicle seating device and/or a backrest device, which has at least one or more supports as the supporting section of the lattice frame , characterized in that the lattice frame forms an outer side wall of the vehicle, wherein the outer side wall has a plurality of supports of the lattice frame , which meet one another at an attachment point, and the supporting section of the at least one equipment component meets the outer side wall at the attachment point of the outer side wall, and/or the lattice frame forms a floor assembly of the vehicle, wherein the floor assembly has a plurality of supports of the lattice frame , which meet at an attachment point, and the supporting section of the at least one equipment component meets the floor assembly at the attachment point of the floor assembly.
A water permeable membrane comprising: a porous support; and a composite, which is in fluid communication with the support, comprising a crosslinked graphene oxide (GO) composite layer; wherein the GO composite layer is crosslinked by a crosslinker comprising a compound of Formula 2: or a salt thereof; wherein; R 1 and R 2 are independently NH 2 or OH; R 5 is H, CH 3 , or C 2 H 5 ; R 6 is H, CO 2 H, or SO 3 H; and n is 0, 1, 2, 3, 4, 5, 6, 7, 8, 9, or 10; wherein the porous support is pretreated with dopamine, and wherein the coating thickness of the composite on the substrate is 10 nm to 50 nm. a porous support; and a composite, which is in fluid communication with the support, comprising a crosslinked graphene oxide (GO) composite layer; wherein the GO composite layer is crosslinked by a crosslinker comprising a compound of Formula 2: or a salt thereof; wherein; R 1 and R 2 are independently NH 2 or OH; R 5 is H, CH 3 , or C 2 H 5 ; R 6 is H, CO 2 H, or SO 3 H; and n is 0, 1, 2, 3, 4, 5, 6, 7, 8, 9, or 10; wherein the porous support is pretreated with dopamine, and wherein the coating thickness of the composite on the substrate is 10 nm to 50 nm.
An apparatus , being a M2M Server, comprising a processor and a memory , the memory storing computer-executable instructions which, when executed by the processor of the apparatus, cause the apparatus to: receive, from an original hosting entity , being a M2M Gateway, a first request to create a cached data, wherein the first request comprises instructions to collect statistical information of the cached data; create the cached data, and collect statistical information of the cached data based on the instructions; send, to the original hosting entity, statistical information of the cached data; receive, from the original hosting entity, a second request to perform a management operation on the cached data; and perform the requested management operation on the cached data; wherein the statistical information comprises frequency of retrieval of the cached data; and wherein the management operation is to delete the cached data and is determined by the original hosting entity based on the frequency of retrieval from the statistical information of the cached data. receive, from an original hosting entity , being a M2M Gateway, a first request to create a cached data, wherein the first request comprises instructions to collect statistical information of the cached data; create the cached data, and collect statistical information of the cached data based on the instructions; send, to the original hosting entity, statistical information of the cached data; receive, from the original hosting entity, a second request to perform a management operation on the cached data; and perform the requested management operation on the cached data; wherein the statistical information comprises frequency of retrieval of the cached data; and wherein the management operation is to delete the cached data and is determined by the original hosting entity based on the frequency of retrieval from the statistical information of the cached data.
A hearing aid comprising: a wireless communications element for wireless communication; a signal processing element for providing an audio signal; a connector for coupling an in-ear element to the hearing aid; a first conductor connected to the wireless communications element; and a second conductor configured for carrying the audio signal to the connector; wherein the first conductor is arranged such that, in use, there is a capacitive coupling between the first conductor and either the second conductor or the connector, the hearing aid being characterised in that the capacitance between the first conductor and the second conductor or the first conductor and the connector is between 0.5 picoFarads and 50 picoFarads. a wireless communications element for wireless communication; a signal processing element for providing an audio signal; a connector for coupling an in-ear element to the hearing aid; a first conductor connected to the wireless communications element; and a second conductor configured for carrying the audio signal to the connector;
Compression bandage that has the form of a knit obtained by warp stitch technology, based on synthetic yarns which is made up of two textile surfaces whose textile structure is identical or different connected to each other by spacer yarns, each textile surface comprising elastic yarns and the spacer yarn being a monofilament, said knit has a longitudinal elongation measured according to standard EN 14704 -1 of between 30 and 160%, characterized in that the textile surface coming into contact with the skin has synthetic multifilament yarns, the filaments of which have a count of between 1.2 and 5 dtex and the number of filaments of each multifilament yarn is between 15 and 150, and the textile surface coming into contact with the skin has a dynamic coefficient of friction measured according to standard EN ISO 8295 greater than or equal to 0.25 and less than or equal to 1.2 wherein the side coming into contact with the skin has a quantity of multifilament thermoplastic yarns of around 15 to 40% by mass percentage relative to the total weight of the 3D knit and typically around 20 to 25%, and the textile surface coming into contact with the skin is a physically-treated surface with a physical treatment chosen among napping, brushing or sueding.
A method for transmitting a precoding matrix indicator, PMI, by a user equipment, UE, in a wireless communication system, the method comprising: determining a precoding matrix among a plurality of precoding matrices related to a downlink transmission of 4 layers in a codebook; and transmitting a PMI for the precoding matrix, wherein the downlink transmission is performed via 2·N transmit antennas, wherein the plurality of precoding matrices are configured in a form of v 1 v 2 v 1 v 2 a ⋅ v 1 a ⋅ v 2 − a ⋅ v 1 − a ⋅ v 2 , wherein N is positive integer equal to or greater than 2, a is a coefficient of a phase and, each of v1 and v2 is an N× 1matrix. determining a precoding matrix among a plurality of precoding matrices related to a downlink transmission of 4 layers in a codebook; and transmitting a PMI for the precoding matrix, wherein the downlink transmission is performed via 2·N transmit antennas, wherein the plurality of precoding matrices are configured in a form of v 1 v 2 v 1 v 2 a ⋅ v 1 a ⋅ v 2 − a ⋅ v 1 − a ⋅ v 2 , wherein N is positive integer equal to or greater than 2, a is a coefficient of a phase and, each of v1 and v2 is an N× 1matrix.
Assembly for determining the temperature (θ o ) of a surface , having - a first sensor unit that has a first temperature sensor , - a first thermally conductive element that is configured to connect the first sensor unit to the surface , and - a second thermally conductive element that is configured to connect the first sensor unit to a reference point spaced from the surface , characterized in that - the first thermally conductive element and the second thermally conductive element are configured such that the steady-state temperature of the first sensor unit in degrees Celsius is between 20% and 70% of the temperature of the surface , in particular between 20% and 40% of the temperature of the surface , when the temperature of the surface is higher than the temperature of the reference point. - a first sensor unit that has a first temperature sensor , - a first thermally conductive element that is configured to connect the first sensor unit to the surface , and - a second thermally conductive element that is configured to connect the first sensor unit to a reference point spaced from the surface , characterized in that - the first thermally conductive element and the second thermally conductive element are configured such that the steady-state temperature of the first sensor unit in degrees Celsius is between 20% and 70% of the temperature of the surface , in particular between 20% and 40% of the temperature of the surface , when the temperature of the surface is higher than the temperature of the reference point.
A transmission unit for a vehicle powertrain , the transmission unit comprising: a first transmission shaft configured to function as an input shaft of the transmission unit , the first transmission shaft comprising a first gear wheel ; a second transmission shaft comprising a second gear wheel and a third gear wheel , the second gear wheel being arranged to cooperate with the first gear wheel of the first transmission shaft ; a third transmission shaft comprising a fourth gear wheel , the fourth gear wheel being arranged to cooperate with the third gear wheel of the second transmission shaft ; the third transmission shaft further comprising a fifth gear wheel arranged to be selectively connectable to the third transmission shaft for rotation with the third transmission shaft , the fifth gear wheel being arranged to cooperate with the second gear wheel of the second transmission shaft , wherein the transmission unit comprises only two gear rows (R1, R2) that are capable of transferring driving torque from a propulsion unit to driving wheels of the vehicle powertrain when the transmission unit is arranged in the vehicle powertrain , wherein the first gear row (R1) of the two gear rows (R1, R2) is defined by the first gear wheel , the second gear wheel and the fifth gear wheel , and the second gear row (R2) of the two gear rows (R1, R2) is defined by the third gear wheel and the fourth gear wheel . a first transmission shaft configured to function as an input shaft of the transmission unit , the first transmission shaft comprising a first gear wheel ; a second transmission shaft comprising a second gear wheel and a third gear wheel , the second gear wheel being arranged to cooperate with the first gear wheel of the first transmission shaft ; a third transmission shaft comprising a fourth gear wheel , the fourth gear wheel being arranged to cooperate with the third gear wheel of the second transmission shaft ; the third transmission shaft further comprising a fifth gear wheel arranged to be selectively connectable to the third transmission shaft for rotation with the third transmission shaft , the fifth gear wheel being arranged to cooperate with the second gear wheel of the second transmission shaft , wherein the transmission unit comprises only two gear rows (R1, R2) that are capable of transferring driving torque from a propulsion unit to driving wheels of the vehicle powertrain when the transmission unit is arranged in the vehicle powertrain , wherein the first gear row (R1) of the two gear rows (R1, R2) is defined by the first gear wheel , the second gear wheel and the fifth gear wheel , and the second gear row (R2) of the two gear rows (R1, R2) is defined by the third gear wheel and the fourth gear wheel .