mhurhangee/patent-ind-claim-en huggingface dataset:
A spinal implant comprising: an upper exterior surface including a first porous portion and a first solid portion ; a lower exterior surface including a second porous portion and a second solid portion ; a cavity including a third porous portion ; first and second side walls extending between the upper exterior and lower exterior surfaces ; a rear section extending between the upper exterior and lower exterior surfaces ; a first chamfered section extending between the first side wall and the rear section and a second chamfered section extending between the second side wall and the rear section , wherein the rear section , the first and second chamfered sections , and the first and second side walls include solid exterior surfaces; and characterized in that the spinal implant comprises at least one serration on each of the first and second porous portions , the at least one serration including a solid tip , a solid root and a porous section . an upper exterior surface including a first porous portion and a first solid portion ; a lower exterior surface including a second porous portion and a second solid portion ; a cavity including a third porous portion ; first and second side walls extending between the upper exterior and lower exterior surfaces ; a rear section extending between the upper exterior and lower exterior surfaces ; a first chamfered section extending between the first side wall and the rear section and a second chamfered section extending between the second side wall and the rear section , wherein the rear section , the first and second chamfered sections , and the first and second side walls include solid exterior surfaces; and characterized in that the spinal implant comprises at least one serration on each of the first and second porous portions , the at least one serration including a solid tip , a solid root and a porous section .
An oscillating structure (10; 30) including: - first and second torsional elastic elements defining an axis of rotation (O), - a moving element interposed between said first and second torsional elastic elements , the moving element being configured to rotate about the axis of rotation (O) as a result of a twisting of the first and second torsional elastic elements , wherein the moving element , the first torsional elastic element and the second torsional elastic element lie on a first plane and are separated from one another in the first plane, the oscillating structure (10; 30) further comprising a coupling structure (20; 32) lying on a second plane different from said first lying plane, said moving element , said first torsional elastic element and said second torsional elastic element being mechanically coupled to one another through the coupling structure (20; 32); characterized by further comprising coupling interface regions spaced apart from one another, lying on a third plane between the first and second planes, said coupling interface regions linking the coupling structure (20; 32) respectively with the first torsional elastic element , the second torsional elastic element and the moving element . - first and second torsional elastic elements defining an axis of rotation (O), - a moving element interposed between said first and second torsional elastic elements , the moving element being configured to rotate about the axis of rotation (O) as a result of a twisting of the first and second torsional elastic elements , wherein the moving element , the first torsional elastic element and the second torsional elastic element lie on a first plane and are separated from one another in the first plane, the oscillating structure (10; 30) further comprising a coupling structure (20; 32) lying on a second plane different from said first lying plane, said moving element , said first torsional elastic element and said second torsional elastic element being mechanically coupled to one another through the coupling structure (20; 32); characterized by further comprising coupling interface regions spaced apart from one another, lying on a third plane between the first and second planes, said coupling interface regions linking the coupling structure (20; 32) respectively with the first torsional elastic element , the second torsional elastic element and the moving element .
A floor cleaner for cleaning a floor surface, comprising: a housing adapted for movement over a surface to be cleaned; an edge cleaning brush mounted on the housing , wherein the edge cleaning brush comprises: a first cleaning implement configured to rotate at a first velocity; and a second cleaning implement configured to rotate at a second velocity that is greater than the first velocity; and characterised in that it further comprises a gear box (128, 130 172, 182, 200) that is configured to drive the first and second cleaning implements at predetermined and differing rotational velocities. a housing adapted for movement over a surface to be cleaned; an edge cleaning brush mounted on the housing , wherein the edge cleaning brush comprises: a first cleaning implement configured to rotate at a first velocity; and a second cleaning implement configured to rotate at a second velocity that is greater than the first velocity; and a first cleaning implement configured to rotate at a first velocity; and a second cleaning implement configured to rotate at a second velocity that is greater than the first velocity; and characterised in that it further comprises a gear box (128, 130 172, 182, 200) that is configured to drive the first and second cleaning implements at predetermined and differing rotational velocities.
Device for generating electricity from a liquid flow, comprising: a rotor rotatable about an axis of rotation ; a plurality of vanes extending parallel to the axis of rotation and fixed to the rotor for common rotation with the rotor, each vane being pivotable about a pivot axis parallel to the axis of rotation within a predetermined limited angular range, wherein a limit stop is provided at which the vane abuts in one end position, the pivot axes being equally spaced about a circumference of the rotor with the axis of rotation as a center, wherein the vanes are forced into at least one rotational direction about the pivot axes , respectively, and the vanes each comprise an actuator driven upon rotation of the rotor and configured to transmit the rotation of the rotor to the vane , whereby the vane is forced to pivot about the pivot axis , characterized in that the actuator has a cam follower moving along a cam surface upon rotation of the rotor , wherein the distance of the cam surface to the axis of rotation changes along the movement of the cam follower along the cam surface to force the vane to pivot about the pivot axis . a rotor rotatable about an axis of rotation ; a plurality of vanes extending parallel to the axis of rotation and fixed to the rotor for common rotation with the rotor, each vane being pivotable about a pivot axis parallel to the axis of rotation within a predetermined limited angular range, wherein a limit stop is provided at which the vane abuts in one end position, the pivot axes being equally spaced about a circumference of the rotor with the axis of rotation as a center, wherein the vanes are forced into at least one rotational direction about the pivot axes , respectively, and the vanes each comprise an actuator driven upon rotation of the rotor and configured to transmit the rotation of the rotor to the vane , whereby the vane is forced to pivot about the pivot axis , characterized in that the actuator has a cam follower moving along a cam surface upon rotation of the rotor , wherein the distance of the cam surface to the axis of rotation changes along the movement of the cam follower along the cam surface to force the vane to pivot about the pivot axis .
Articulated wagon arrangement for a railway goods train, comprising an articulated wagon for transporting containers , having a first wagon part and a second wagon part , wherein the first and the second wagon part by way of an articulated coupling are coupled to one another so as to be articulated about a vertical articulation axis , wherein the first wagon part on the upper side thereof has a first container storage space for one or a plurality of containers , and wherein the second wagon part on the upper side thereof has a second container storage space for one or a plurality of containers , a power supply unit for the supply of power to containers loaded on the articulated wagon , characterized in that the power supply unit is disposed in the region of the articulated coupling of the first and of the second wagon part , between the first and the second container storage space . an articulated wagon for transporting containers , having a first wagon part and a second wagon part , wherein the first and the second wagon part by way of an articulated coupling are coupled to one another so as to be articulated about a vertical articulation axis , wherein the first wagon part on the upper side thereof has a first container storage space for one or a plurality of containers , and wherein the second wagon part on the upper side thereof has a second container storage space for one or a plurality of containers , a power supply unit for the supply of power to containers loaded on the articulated wagon , characterized in that the power supply unit is disposed in the region of the articulated coupling of the first and of the second wagon part , between the first and the second container storage space .
A continuous skin packaging and coating apparatus for tablets, comprising a lower coating film unreeling roller , an upper and lower composite coating film scrap edge reeling roller , an upper coating film unreeling roller , a lower coating film heating component , an upper coating film heating component , a first mold provided with a first tablet placing hole , a second mold provided with a second tablet placing hole , a heat-sealing plate , a cutting component , a tablet core implanting component , and an operating platform; wherein the lower coating film unreeling roller and the upper and lower composite coating film scrap edge reeling roller are provided on both sides of the operating platform, respectively; wherein the lower coating film heating component , the tablet core implanting component , the upper coating film unreeling roller , the upper coating film heating component , the heat-sealing plate , and the cutting component are sequentially provided above the operating platform, the first mold is provided under the operating platform below the tablet core implanting component , the second mold is provided under the operating platform below the heat-sealing plate , and the upper coating film heating component is provided below the upper coating film unreeling roller ; wherein the cutting component is a laser cutting machine. wherein the lower coating film unreeling roller and the upper and lower composite coating film scrap edge reeling roller are provided on both sides of the operating platform, respectively; wherein the lower coating film heating component , the tablet core implanting component , the upper coating film unreeling roller , the upper coating film heating component , the heat-sealing plate , and the cutting component are sequentially provided above the operating platform, the first mold is provided under the operating platform below the tablet core implanting component , the second mold is provided under the operating platform below the heat-sealing plate , and the upper coating film heating component is provided below the upper coating film unreeling roller ; wherein the cutting component is a laser cutting machine.
Lighting assembly (1; 101; 101'; 301; 401; 501; 601), with a duct with an interior and a light emitting region , and at least one lighting device (36; 136; 336a; 336b); wherein the lighting device (36; 136; 336a; 336b) is provided for arrangement inside the interior for the directed emission of light (L) outwards via the light emitting region when in operation; wherein the lighting assembly (1; 101; 101'; 301; 401; 501; 601) has at least one busbar in the interior of the duct for supplying the lighting device (36; 136; 336a; 336b), said busbar being arranged to the side of the light emitting region ; wherein the lighting device (36; 136; 336a; 336b) can be coupled electrically to the busbar , said lighting assembly (1; 101; 101'; 301; 401; 501; 601) having a lead for supplying the lighting device (36; 136; 336a; 336b) and a connection adapter (99; 199) which can be coupled electrically to the busbar , and the lead couples the connection adapter (99; 199) to the lighting device (36; 136; 336a; 336b) electrically; wherein the lighting device (36; 136; 336a; 336b) can be coupled to the duct for retention and positioned freely at least inside a region of the interior , characterised in that the lead is bendable and flexible in design, and the lighting device (36; 136; 336a; 336b) has at least one magnet by which means the coupling of the lighting device (36; 136; 336a; 336b) to the duct can be facilitated so as to achieve the ability to position the lighting device (36; 136; 336a; 336b) freely in the longitudinal direction of the duct and transversely to the longitudinal direction of the duct .
A method, comprising: receiving , by a user equipment, UE, a configuration to monitor more than one physical downlink control channel, PDCCH, used for scheduling more than one physical downlink shared channel, PDSCH, or more than one physical uplink shared channel, PUSCH, from one physical cell within one monitoring occasion, wherein the more than one PDSCH or the more than one PUSCH is associated with one data channel type and one radio network temporary identifier, RNTI, type; monitoring , by the UE, the more than one PDCCH based on the configuration, wherein each of the more than one PDCCH is received from a separate transmit/receive point, TRP; and receiving , by the UE, the more than one PDSCH or transmitting the more than one PUSCH simultaneously; wherein the method is characterized by : generating, by the UE, an association between the more than one PDCCH and more than one control resource set, CORESET; and monitoring, by the UE, a first PDCCH from a first CORESET group and a second PDCCH from a second CORESET group based on the association between the more than one PDCCH and the more than one CORESET; wherein a CORESET group includes at least one CORESET from a set of CORESETs; wherein generating the association between the more than one PDCCH and the more than one CORESET further comprises: receiving, by the UE, more than one CORESET configuration each including at least one PDCCH identity; wherein at least two CORESET configurations include different PDCCH identities. receiving , by a user equipment, UE, a configuration to monitor more than one physical downlink control channel, PDCCH, used for scheduling more than one physical downlink shared channel, PDSCH, or more than one physical uplink shared channel, PUSCH, from one physical cell within one monitoring occasion, wherein the more than one PDSCH or the more than one PUSCH is associated with one data channel type and one radio network temporary identifier, RNTI, type; monitoring , by the UE, the more than one PDCCH based on the configuration, wherein each of the more than one PDCCH is received from a separate transmit/receive point, TRP; and receiving , by the UE, the more than one PDSCH or transmitting the more than one PUSCH simultaneously; generating, by the UE, an association between the more than one PDCCH and more than one control resource set, CORESET; and monitoring, by the UE, a first PDCCH from a first CORESET group and a second PDCCH from a second CORESET group based on the association between the more than one PDCCH and the more than one CORESET; wherein a CORESET group includes at least one CORESET from a set of CORESETs; wherein generating the association between the more than one PDCCH and the more than one CORESET further comprises: receiving, by the UE, more than one CORESET configuration each including at least one PDCCH identity; wherein at least two CORESET configurations include different PDCCH identities. receiving, by the UE, more than one CORESET configuration each including at least one PDCCH identity; wherein at least two CORESET configurations include different PDCCH identities.
An animal rear leg position control device, comprising a body having - a lower side that is configured to rest in an operative position on a floor of a milking stable, - a first lateral side and a second lateral side that is opposite to the first lateral side , and - a front end and a rear side that is opposite to the front end , wherein a longitudinal direction of the body is defined by a line (x) extending from the front end to the rear side , - wherein a first transition area where the first lateral side turns into the rear side defines a first rear corner of said body , and - a second transition area where the second lateral side turns into the rear side defines a second rear corner of said body , - wherein the front end is configured to be turned towards a front part of a milking stable when said body is in an operative position in the milking stable, and the rear side is configured to be turned towards a rear part of a milking stable when said body is in an operative position in the milking stable, said animal leg position control device being characterised in that the first rear corner and the second rear corner are positioned at different longitudinal positions in the longitudinal direction of the body . - a lower side that is configured to rest in an operative position on a floor of a milking stable, - a first lateral side and a second lateral side that is opposite to the first lateral side , and - a front end and a rear side that is opposite to the front end , wherein a longitudinal direction of the body is defined by a line (x) extending from the front end to the rear side , - wherein a first transition area where the first lateral side turns into the rear side defines a first rear corner of said body , and - a second transition area where the second lateral side turns into the rear side defines a second rear corner of said body , - wherein the front end is configured to be turned towards a front part of a milking stable when said body is in an operative position in the milking stable, and the rear side is configured to be turned towards a rear part of a milking stable when said body is in an operative position in the milking stable, said animal leg position control device being characterised in that the first rear corner and the second rear corner are positioned at different longitudinal positions in the longitudinal direction of the body .
An ultrasonic diagnostic imaging system for imaging a patient undergoing radiotherapy treatment comprising: an ultrasound probe comprising a two dimensional array transducer , the probe having a patient-contacting face with a width and a length dimension, and a thickness normal to the patient-contacting face which is less than both the width and length dimensions, and a probe cable coupled to the array transducer, wherein the probe is adapted to electronically steer ultrasound beams in a volumetric region comprising a target region; an ultrasound system, remotely located from the ultrasound probe, and connected to the probe by the probe cable, the ultrasound system adapted to process ultrasound signals produced by the probe for the production of three dimensional images of the target region of a patient; and a belt or adhesive band which enables attachment of the ultrasound probe to the patient with the patient-contacting face acoustically coupled to the patient, wherein the probe is attachable to the patient while the patient undergoes radiotherapy treatment and the ultrasound system is adapted to produce images of the target region either during treatment or between treatment fractions. an ultrasound probe comprising a two dimensional array transducer , the probe having a patient-contacting face with a width and a length dimension, and a thickness normal to the patient-contacting face which is less than both the width and length dimensions, and a probe cable coupled to the array transducer, wherein the probe is adapted to electronically steer ultrasound beams in a volumetric region comprising a target region; an ultrasound system, remotely located from the ultrasound probe, and connected to the probe by the probe cable, the ultrasound system adapted to process ultrasound signals produced by the probe for the production of three dimensional images of the target region of a patient; and a belt or adhesive band which enables attachment of the ultrasound probe to the patient with the patient-contacting face acoustically coupled to the patient, wherein the probe is attachable to the patient while the patient undergoes radiotherapy treatment and the ultrasound system is adapted to produce images of the target region either during treatment or between treatment fractions.
An attachment for a hair styling apparatus comprising: a casing having an air inlet for receiving airflow from a hair styling apparatus; a hair engaging member supported by the casing, an airflow outlet between the casing and the hair engaging member and shaped to direct air over an external surface of the hair engaging member ; airflow guiding means extending over the external surface of the hair engaging member , characterized in that ; the airflow guiding means comprises a series of ribs ; and wherein each rib within the series of ribs extends substantially perpendicular to the direction of the length of the hair engaging member . a casing having an air inlet for receiving airflow from a hair styling apparatus; a hair engaging member supported by the casing, an airflow outlet between the casing and the hair engaging member and shaped to direct air over an external surface of the hair engaging member ; airflow guiding means extending over the external surface of the hair engaging member , characterized in that ; the airflow guiding means comprises a series of ribs ; and wherein each rib within the series of ribs extends substantially perpendicular to the direction of the length of the hair engaging member .
Bicycle component comprising a base element having a wall surface on which a coupling means for releasably coupling an accessory to the bicycle component is provided, wherein the coupling means comprises at least one coupling space , wherein the bicycle component comprises a flexible cover layer connected to the base element which is made from an elastic material, wherein this cover layer , in the extended position, extends along at least part of the wall surface and in doing so covers the coupling means, in that the cover layer , in a first position in which the bicycle component is not coupled to the accessory , forms a continuous surface which extends over the coupling space in a streamlined manner, characterized in that the cover layer is further extensible from the first position to a second position in which the cover layer is situated partially in the coupling space , so that the coupling space is accessible in order to couple an accessory to the bicycle component .
A land based vehicle comprising a control system for aiding control of the vehicle when the vehicle is wading, the vehicle having a sensor adapted to indicate that the vehicle is wading in water having a depth above a pre-determined depth of water, and characterised by said control system being configured to automatically implement vehicle control strategies in dependence upon detection of wading by said sensor for aiding control of the vehicle when the vehicle is wading, said vehicle control strategies being: - change of traction mode; - change of throttle mapping; and - change of gear selection mode. - change of traction mode; - change of throttle mapping; and - change of gear selection mode.