mhurhangee/patent-ind-claim-en huggingface dataset:
An article of footwear comprising: an outsole having: a heel region , a midfoot region , and a forefoot region ; a bottom portion defining a ground contact surface (GCS); a medial arch portion extending from the bottom portion on a medial side of the bottom portion ; and a lateral arch portion extending from the bottom portion on a lateral side of the bottom portion ; an outer midsole layer secured to the outsole and extending only over the heel region and at least some of the midfoot region ; an inner midsole layer , wherein the inner midsole layer extends over the heel region , the midfoot region , and the forefoot region ; characterized in that the inner midsole layer is supported by the outer midsole layer and the outsole without being fixed thereto, wherein the outer midsole layer is configured to surround a periphery of the inner midsole layer at the heel region , wherein the outsole has a plurality of spaced protrusions extending outward from the medial arch portion and from the lateral arch portion , and wherein the spaced protrusions decrease in effective diameter in a direction away from the bottom portion . an outsole having: a heel region , a midfoot region , and a forefoot region ; a bottom portion defining a ground contact surface (GCS); a medial arch portion extending from the bottom portion on a medial side of the bottom portion ; and a lateral arch portion extending from the bottom portion on a lateral side of the bottom portion ; a heel region , a midfoot region , and a forefoot region ; a bottom portion defining a ground contact surface (GCS); a medial arch portion extending from the bottom portion on a medial side of the bottom portion ; and a lateral arch portion extending from the bottom portion on a lateral side of the bottom portion ; an outer midsole layer secured to the outsole and extending only over the heel region and at least some of the midfoot region ; an inner midsole layer , wherein the inner midsole layer extends over the heel region , the midfoot region , and the forefoot region ; characterized in that the inner midsole layer is supported by the outer midsole layer and the outsole without being fixed thereto, wherein the outer midsole layer is configured to surround a periphery of the inner midsole layer at the heel region , wherein the outsole has a plurality of spaced protrusions extending outward from the medial arch portion and from the lateral arch portion , and wherein the spaced protrusions decrease in effective diameter in a direction away from the bottom portion .
A method for improved access to information that includes a iSIM profile of a Narrowband Internet of Things device, UE, wherein the UE comprises a modem and an integrated Subscriber Identity Module, iSIM, both combined on a modem chip, wherein the modem and the iSIM share a common memory block on the modem chip and the modem accesses data comprising a SIM file system with the iSIM profile which is stored in the shared memory block without waking-up the iSIM and has read and / or write access to the iSIM profile information in the shared memory block without waking-up the iSIM, wherein the iSIM profile information is not encrypted.
Electrical apparatus comprising: - a power electronics module comprising a package and electronic components present in said package, and - an electronic board , in particular configured to control the electronic components of the power electronics module ; - a dissipating baseplate device , said dissipating baseplate comprising: - a face, referred to as the receiving face, against which the electronic board is received such that it is disposed on a mezzanine level with respect to the power electronics module , and the electrical apparatus being characterized in that said dissipating baseplate also comprises: - on the opposite side to said receiving face, at least one stud for supporting the dissipating baseplate in a receiving zone of the electronic board , said at least one stud further comprising a passage bushing for the passage of a fastening screw such that the dissipating baseplate is fastened to a heat-sink plate which is part of the package of the power electronics module , and said at least one stud being configured to drain the heat from the electronic board in order to allow the heat to be dissipated via the heat-sink plate of the power electronics module . - a power electronics module comprising a package and electronic components present in said package, and - an electronic board , in particular configured to control the electronic components of the power electronics module ; - a dissipating baseplate device , said dissipating baseplate comprising: - a face, referred to as the receiving face, against which the electronic board is received such that it is disposed on a mezzanine level with respect to the power electronics module , and - a face, referred to as the receiving face, against which the electronic board is received such that it is disposed on a mezzanine level with respect to the power electronics module , and - on the opposite side to said receiving face, at least one stud for supporting the dissipating baseplate in a receiving zone of the electronic board , said at least one stud further comprising a passage bushing for the passage of a fastening screw such that the dissipating baseplate is fastened to a heat-sink plate which is part of the package of the power electronics module , and said at least one stud being configured to drain the heat from the electronic board in order to allow the heat to be dissipated via the heat-sink plate of the power electronics module .
A method of configuring a trunk for a Border Gateway Protocol - BGP compliant routing of an IP communications network , the trunk, via which a BGP neighbourhood is established, extending between a local interface of a local edge router of a local routing domain and a remote interface of a remote edge router of a remote routing domain , the method being characterised in that it comprises the following steps: - Pre-definition of a "low" configuration file (F1) and a "high" configuration file (F2); - Comparison between a hierarchical level of the local router and a hierarchical level of the remote router ; and, - If the local router has the lowest hierarchical level and the remote router has the highest hierarchical level, configure the local interface with the "low" configuration file and the remote interface with the "high" configuration file, and - If the local router has the highest hierarchical level and the remote router has the lowest hierarchical level, configure the local interface with the "high" configuration file and the remote interface with the "low" configuration file. - Pre-definition of a "low" configuration file (F1) and a "high" configuration file (F2); - Comparison between a hierarchical level of the local router and a hierarchical level of the remote router ; and, - If the local router has the lowest hierarchical level and the remote router has the highest hierarchical level, configure the local interface with the "low" configuration file and the remote interface with the "high" configuration file, and - If the local router has the highest hierarchical level and the remote router has the lowest hierarchical level, configure the local interface with the "high" configuration file and the remote interface with the "low" configuration file.
An antenna structure , comprising: a branching radiator comprising a plurality of first radiation modes; and a ring-shaped radiator surrounding the branching radiator , and comprising a plurality of second radiation modes; a grounding point connected to the ring-shaped radiator ; a feeding point connected to the branching radiator ; and an antenna gap , which is provided between the branching radiator and the ring-shaped radiator , the ring-shaped radiator and the branching radiator being coupled through the antenna gap to form coupled radiation modes, a coupling among the first radiation modes, the second radiation modes and the coupled radiation modes broadening a radiation bandwidth of the antenna structure ; wherein the branching radiator is connected to the feeding point , and the branching radiator comprises a first radiation branch located at one side of the feeding point and a second radiation branch located at the other side of the feeding point , resonance frequencies generated by the first radiation branch and the second radiation branch being different; wherein lengths of the first radiation branch and the second radiation branch are different. a branching radiator comprising a plurality of first radiation modes; and a ring-shaped radiator surrounding the branching radiator , and comprising a plurality of second radiation modes; a grounding point connected to the ring-shaped radiator ; a feeding point connected to the branching radiator ; and an antenna gap , which is provided between the branching radiator and the ring-shaped radiator , the ring-shaped radiator and the branching radiator being coupled through the antenna gap to form coupled radiation modes, a coupling among the first radiation modes, the second radiation modes and the coupled radiation modes broadening a radiation bandwidth of the antenna structure ; wherein the branching radiator is connected to the feeding point , and the branching radiator comprises a first radiation branch located at one side of the feeding point and a second radiation branch located at the other side of the feeding point , resonance frequencies generated by the first radiation branch and the second radiation branch being different; wherein lengths of the first radiation branch and the second radiation branch are different.
Braking system for a vehicle, comprising - two meterable metering brake circuits ; and comprising - a non-meterable parking brake circuit ; wherein - the parking brake circuit has two parking brake devices which can each be allocated to a wheel of the vehicle; and wherein - the parking brake circuit has a parking operating device , with which the two parking brake devices can be operated simultaneously; characterised in that - each of the two metering brake circuits has precisely one metering brake device which can be allocated to a wheel of the vehicle; - the two metering brake circuits have a common metering operating device , with which the two metering brake devices can be operated simultaneously; and in that - the metering operating device has a tandem brake cylinder , with two chambers which are each part of one of the metering brake circuits . - two meterable metering brake circuits ; and comprising - a non-meterable parking brake circuit ; wherein - the parking brake circuit has two parking brake devices which can each be allocated to a wheel of the vehicle; and wherein - the parking brake circuit has a parking operating device , with which the two parking brake devices can be operated simultaneously; characterised in that - each of the two metering brake circuits has precisely one metering brake device which can be allocated to a wheel of the vehicle; - the two metering brake circuits have a common metering operating device , with which the two metering brake devices can be operated simultaneously; and in that - the metering operating device has a tandem brake cylinder , with two chambers which are each part of one of the metering brake circuits .
A method of controlling arc welding with a consumable electrode , the method being characterised by : repeating following periods in sequence: a short-circuit welding period (Ts) to perform short-circuit arc welding; a pulse welding period (Tp) to perform pulse welding; and a cooling period (Tn), in which a welding current output is zero. a short-circuit welding period (Ts) to perform short-circuit arc welding; a pulse welding period (Tp) to perform pulse welding; and a cooling period (Tn), in which a welding current output is zero.
Elevator system which is arranged in an elevator shaft of a building in the construction phase and grows with the increasing height of the building by using at least one lifting process, a machine platform that comprises an elevator drive machine being provided and an elevator cabin that is suspended on the machine platform by means of at least one bearing means being provided, which machine platform and elevator cabin can be raised in the lifting process, the elevator system comprising a lifting device for raising the machine platform and the elevator cabin suspended on the machine platform, and the elevator system comprising an assembly platform which can be mechanically moved relative to the machine platform along a portion of the elevator shaft, characterized in that said lifting device comprises a drive arranged on the machine platform and is also used to move the assembly platform .
Connecting device for fixing and/or connecting components or objects, wherein at least one connecting element of the connecting device is fixable in or to a component and comprises the following: a main body and one or more securing elements , wherein the one or the plurality of securing elements are formed in one piece with the main body in an initial position of the connecting device , wherein the one or the plurality of securing elements are detachable from the main body by destroying a predetermined break-away region between the main body and the one or the plurality of securing elements and wherein the one or the plurality of securing elements are moveable from the initial position into a securing position for the purposes of fixing the main body in or to the component , characterized in that the one or the plurality of securing elements project out of one or more through openings of the main body in mutually different directions in the initial position on the one hand and in the securing position on the other. a main body and one or more securing elements , wherein the one or the plurality of securing elements are formed in one piece with the main body in an initial position of the connecting device , wherein the one or the plurality of securing elements are detachable from the main body by destroying a predetermined break-away region between the main body and the one or the plurality of securing elements and wherein the one or the plurality of securing elements are moveable from the initial position into a securing position for the purposes of fixing the main body in or to the component ,
An energy attenuating seat , comprising: a seat back pivotally connected to a seat pan , the seat back and the seat pan independently pivotal relative to each other; the seat back including spaced apart seat back longitudinal members , each of the seat back longitudinal members having a length and opposed first and second ends, and at least one seat back transverse member extending between at least one of the first and second ends of the longitudinal members, ; the seat pan including opposed, spaced apart seat pan longitudinal members , each of the seat pan longitudinal members having a length (L) and opposed first and second ends, and at least one seat pan transverse member extending between the first ends of the longitudinal members; a rotary energy attenuation device terminating in a first end and a second end, the rotary energy attenuation device extending between the seat back longitudinal members and the seat pan longitudinal members, the rotary energy attenuation device pivotally attached to the seat pan longitudinal members at the second ends and pivotally attached to the seat back longitudinal members at the second ends; spaced apart opposed seat rail members , each of the seat rail members having opposed first and second ends and a length extending therebetween; and at least one of the seat rail members equipped with a track system, the rotary energy attenuation device engaged with the seat rail member track system, the seat back and seat pan responsively moveable along the length of the seat rail members. a seat back pivotally connected to a seat pan , the seat back and the seat pan independently pivotal relative to each other; the seat back including spaced apart seat back longitudinal members , each of the seat back longitudinal members having a length and opposed first and second ends, and at least one seat back transverse member extending between at least one of the first and second ends of the longitudinal members, ; the seat pan including opposed, spaced apart seat pan longitudinal members , each of the seat pan longitudinal members having a length (L) and opposed first and second ends, and at least one seat pan transverse member extending between the first ends of the longitudinal members; a rotary energy attenuation device terminating in a first end and a second end, the rotary energy attenuation device extending between the seat back longitudinal members and the seat pan longitudinal members, the rotary energy attenuation device pivotally attached to the seat pan longitudinal members at the second ends and pivotally attached to the seat back longitudinal members at the second ends; spaced apart opposed seat rail members , each of the seat rail members having opposed first and second ends and a length extending therebetween; and at least one of the seat rail members equipped with a track system, the rotary energy attenuation device engaged with the seat rail member track system, the seat back and seat pan responsively moveable along the length of the seat rail members.
A turret assembly for mooring a production vessel to a seabed and for transferring fluids from a subsea flowline to the vessel , wherein the turret assembly comprises: - a geostationary inner turret unit displaying at least one through-going channel extending axially along a longitudinal center axis of the inner turret unit , - a turret supporting structure rotationally surrounding the inner turret unit , the rotational axis of the turret supporting structure being equal with the longitudinal center axis of the geostationary inner turret unit , the turret supporting structure comprising fixing means configured to fix the turret supporting structure to a hull structure of the vessel , the fixing means being arranged asymmetric around the longitudinal center axis of the inner turret unit , and fixed onto the exterior of the turret supporting structure either; - at one side of a center plane running through the longitudinal center axis and directed perpendicular to a direction of motion of the vessel during use, or - at one side of a center plane running through the longitudinal center axis and directed parallel to the direction of motion of the vessel during use, or - a combination thereof, so that, in use, any deformation force acting on a hull of the vessel has insignificant impact on the turret assembly , and - a bearing arrangement situated between the geostationary inner turret unit and the turret supporting structure allowing the inner turret unit to rotate relative to the turret supporting structure and to transfer forces from the geostationary inner turret unit to the turret supporting structure . - a geostationary inner turret unit displaying at least one through-going channel extending axially along a longitudinal center axis of the inner turret unit , - a turret supporting structure rotationally surrounding the inner turret unit , the rotational axis of the turret supporting structure being equal with the longitudinal center axis of the geostationary inner turret unit , the turret supporting structure comprising fixing means configured to fix the turret supporting structure to a hull structure of the vessel , the fixing means being arranged asymmetric around the longitudinal center axis of the inner turret unit , and fixed onto the exterior of the turret supporting structure either; - at one side of a center plane running through the longitudinal center axis and directed perpendicular to a direction of motion of the vessel during use, or - at one side of a center plane running through the longitudinal center axis and directed parallel to the direction of motion of the vessel during use, or - a combination thereof, so that, in use, any deformation force acting on a hull of the vessel has insignificant impact on the turret assembly , and - a bearing arrangement situated between the geostationary inner turret unit and the turret supporting structure allowing the inner turret unit to rotate relative to the turret supporting structure and to transfer forces from the geostationary inner turret unit to the turret supporting structure .
A method for producing a sheet, the method comprising the steps of: molding a resin composition including a thermoplastic resin and inorganic substance particles in a ratio of 80:20 to 20:80 and further including a foaming agent, into a sheet-like product; and stretching the sheet after being molded, wherein the foaming agent is a thermally decomposable foaming agent that acts as a foam nucleating agent and includes a crystalline polyethylene resin as a carrier resin and a hydrogencarbonate as an active component. molding a resin composition including a thermoplastic resin and inorganic substance particles in a ratio of 80:20 to 20:80 and further including a foaming agent, into a sheet-like product; and stretching the sheet after being molded, wherein the foaming agent is a thermally decomposable foaming agent that acts as a foam nucleating agent and includes a crystalline polyethylene resin as a carrier resin and a hydrogencarbonate as an active component.
A wetsuit for aquatic activities, the wetsuit comprising: a wetsuit material having a first surface and an opposite second surface ; and a chest pad located on the first surface in an anterior portion of the wetsuit corresponding with a portion of the wetsuit associated with the chest region of a wearer of the wetsuit, characterized in that the chest pad includes a left-angled superior surface and a right-angled superior surface with respect to a medial axis and that intersect at a prow disposed at a superior portion of the chest pad, and at least one inferior surface , each of the left-angled superior surface and the right-angled superior surface being configured to route water from the chest region in a lateral direction. a wetsuit material having a first surface and an opposite second surface ; and a chest pad located on the first surface in an anterior portion of the wetsuit corresponding with a portion of the wetsuit associated with the chest region of a wearer of the wetsuit, characterized in that the chest pad includes a left-angled superior surface and a right-angled superior surface with respect to a medial axis and that intersect at a prow disposed at a superior portion of the chest pad, and at least one inferior surface , each of the left-angled superior surface and the right-angled superior surface being configured to route water from the chest region in a lateral direction.