mhurhangee/ep-ind-claims huggingface dataset:
A user equipment, comprising: a wireless interface operative for communication with a cellular communication network, the user equipment (21, 22) being operative to receive prioritization information (81; 101) for a plurality of unlicensed carriers from a cellular network node (2, 10), the user equipment (21, 22) being operative to use the prioritization information (81; 101) for channel measurements or carrier selection, wherein the prioritization information defines a first set of unlicensed carriers and a second set of unlicensed carriers which is different from the first set of unlicensed carriers; the user equipment (21, 22) being operative to perform channel measurements for at least one carrier of the first set of unlicensed carriers while not performing channel measurements for the unlicensed carriers in the second set until a trigger event occurs; anc characterised in that: in response to detecting the trigger event, start performing channel measurements for at least one carrier of the second set of unlicensed carriers, while continuing to perform the channel measurements for the at least one carrier of the first set of unlicensed carriers. a wireless interface operative for communication with a cellular communication network, the user equipment (21, 22) being operative to receive prioritization information (81; 101) for a plurality of unlicensed carriers from a cellular network node (2, 10), the user equipment (21, 22) being operative to use the prioritization information (81; 101) for channel measurements or carrier selection, wherein the prioritization information defines a first set of unlicensed carriers and a second set of unlicensed carriers which is different from the first set of unlicensed carriers; the user equipment (21, 22) being operative to perform channel measurements for at least one carrier of the first set of unlicensed carriers while not performing channel measurements for the unlicensed carriers in the second set until a trigger event occurs; anc characterised in that: in response to detecting the trigger event, start performing channel measurements for at least one carrier of the second set of unlicensed carriers, while continuing to perform the channel measurements for the at least one carrier of the first set of unlicensed carriers.
A method for secure communication, applied to a first device, wherein the method comprises: receiving, in a second Internet protocol security, IPSec, aging period of the first device, first indication information sent by a second device, wherein the first indication information is used to indicate status information corresponding to a public-private key pair generated in a first IPSec aging period of the second device, wherein the status information comprises tick values or character strings, and wherein IPSec aging period changes on the device are indicated by using alternate occurrences of the status information; establishing a key negotiation template from a set of key negotiation templates, which are pre-established on the first and the second device, wherein the key negotiation template is chosen based on whether the first indication information and second indication information are the same or not, wherein the second indication information is used to indicate status information of a public-private key pair generated by the first device in the second IPSec aging period, and wherein the key negotiation template is used to initiate the first device to generate a corresponding IPSec key in each IPSec aging period, when a matching condition defined in the chosen key negotiation template is met; and generating a first IPSec key based on the key negotiation template, wherein the first IPSec key is used to protect data transmitted between the first device and the second device in a first time period. receiving, in a second Internet protocol security, IPSec, aging period of the first device, first indication information sent by a second device, wherein the first indication information is used to indicate status information corresponding to a public-private key pair generated in a first IPSec aging period of the second device, wherein the status information comprises tick values or character strings, and wherein IPSec aging period changes on the device are indicated by using alternate occurrences of the status information; establishing a key negotiation template from a set of key negotiation templates, which are pre-established on the first and the second device, wherein the key negotiation template is chosen based on whether the first indication information and second indication information are the same or not, wherein the second indication information is used to indicate status information of a public-private key pair generated by the first device in the second IPSec aging period, and wherein the key negotiation template is used to initiate the first device to generate a corresponding IPSec key in each IPSec aging period, when a matching condition defined in the chosen key negotiation template is met; and generating a first IPSec key based on the key negotiation template, wherein the first IPSec key is used to protect data transmitted between the first device and the second device in a first time period.
A bone implant comprising: a screw with a threaded end; and an annular sleeve accepting the screw, the sleeve comprising: a first threaded portion to accept the threaded end of the screw, and an expanding feature including at least two circumferentially arranged, closed end slots separating at least two circumferentially arranged portions of said sleeve, said at least two slots extending along the length of the sleeve and said portions having an outer surface, wherein the implant is implanted into a joint through a percutaneous incision, and wherein the screw is rotated about its longitudinal axis when mated with the first threaded portion of the sleeve so as to radially expand the at least two circumferentially arranged portions of said sleeve so that said outer surfaces expand and anchor the implant in a respective bone, said implant being characterized in that said annular sleeve further comprises a hook to anchor the implant in the respective bones. a screw with a threaded end; and an annular sleeve accepting the screw, the sleeve comprising: a first threaded portion to accept the threaded end of the screw, and an expanding feature including at least two circumferentially arranged, closed end slots separating at least two circumferentially arranged portions of said sleeve, said at least two slots extending along the length of the sleeve and said portions having an outer surface, a first threaded portion to accept the threaded end of the screw, and an expanding feature including at least two circumferentially arranged, closed end slots separating at least two circumferentially arranged portions of said sleeve, said at least two slots extending along the length of the sleeve and said portions having an outer surface, wherein the implant is implanted into a joint through a percutaneous incision, and wherein the screw is rotated about its longitudinal axis when mated with the first threaded portion of the sleeve so as to radially expand the at least two circumferentially arranged portions of said sleeve so that said outer surfaces expand and anchor the implant in a respective bone, said implant being characterized in that said annular sleeve further comprises a hook to anchor the implant in the respective bones.
A method executed on a computing device in a service infrastructure, where the computing device is configured to be a request management server for exchange of server health and client information through headers in request management, the method comprising: receiving, at the request management server, server health information from one or more servers in the service infrastructure in headers of service communication; receiving, at the request management server, a request from a client, wherein the request includes client information in a header of the request; determining a client type from the client information; selecting, by the request management server, a server from the one or more servers for the received request to be routed to based on the received server health information and the client information; and one or more of routing the request, throttling the request, and load balancing the request to the selected server, characterized in that the service infrastructure is a server farm infrastructure in a dedicated mode deployment, where a set of servers is dedicated to performing request management duties, or in an integrated mode deployment, in which all servers in the farm execute request management; and wherein the request management server is configured to support the dedicated mode by being enabled to perform request management duties only, and to support the integrated mode by being enabled to execute request management duties and service applications for processing client requests on the same machine. receiving, at the request management server, server health information from one or more servers in the service infrastructure in headers of service communication; receiving, at the request management server, a request from a client, wherein the request includes client information in a header of the request; determining a client type from the client information; selecting, by the request management server, a server from the one or more servers for the received request to be routed to based on the received server health information and the client information; and one or more of routing the request, throttling the request, and load balancing the request to the selected server, characterized in that the service infrastructure is a server farm infrastructure in a dedicated mode deployment, where a set of servers is dedicated to performing request management duties, or in an integrated mode deployment, in which all servers in the farm execute request management; and
A drive unit for providing drive from a robot arm to an instrument, the drive unit comprising: a plurality of drive elements for engaging corresponding elements of the instrument, each drive element being movable along a drive axis and the drive axes of each of the drive elements being substantially parallel to each other; and a load cell structure comprising a plurality of deflectable bodies (65a,b,c) coupled to the drive elements for sensing load on the drive elements parallel to their drive axes, and a frame comprising an unitary isolation wall that joins the deflectable bodies (65a,b,c) together and isolates each deflectable body from load applied to the or each other deflectable body, wherein the isolation wall extends perpendicular to the drive axes and the plurality of deflectable bodies (65a,b,c) are located within the perimeter of the isolation wall. a plurality of drive elements for engaging corresponding elements of the instrument, each drive element being movable along a drive axis and the drive axes of each of the drive elements being substantially parallel to each other; and a load cell structure comprising a plurality of deflectable bodies (65a,b,c) coupled to the drive elements for sensing load on the drive elements parallel to their drive axes, and a frame comprising an unitary isolation wall that joins the deflectable bodies (65a,b,c) together and isolates each deflectable body from load applied to the or each other deflectable body, wherein the isolation wall extends perpendicular to the drive axes and the plurality of deflectable bodies (65a,b,c) are located within the perimeter of the isolation wall.
A pharmaceutical composition comprising: (i) at least one mometasone compound selected from mometasone and mometasone furoate; and (ii) a propellant component at least 90 weight % of which is 1,1-difluoroethane (R-152a). (i) at least one mometasone compound selected from mometasone and mometasone furoate; and (ii) a propellant component at least 90 weight % of which is 1,1-difluoroethane (R-152a).
A child-resistant closure for a container, the closure comprising a lid and a base, the closure comprising child-resistant locking means for preventing unwanted opening of the lid, the locking means comprising two locking members carried on or by a respective release member (623a, 623b) provided on or by the lid, the locking members engaging the base to prevent opening of the lid, the release members being movable towards each other to disengage the locking members from the base, characterised in that the base is non-removably connectable to a container, in that the closure has two shorter sides and two longer sides, in that the lid is connected to the base by a hinge along one of the shorter sides, in that the lid comprises a finger recess (622a, 622b) adjacent both of the release members so that the release members can be pinched towards each other to disengage the locking members, in that the child-resistant locking means is provided opposite the hinge, and in that the squeeze members are orientated so that squeeze force is applied across the shorter dimension of the lid.
Apparatus for facilitating removal of a lymph node, the apparatus comprising: an expandable device comprising a deployment mechanism, wherein the deployment mechanism comprises deployable members having contracted and expanded states, wherein the deployable members comprise end regions; and an insertion tool adapted for distal advancement beyond the lymph node, the insertion tool defining a hollow lumen sized to permit longitudinal advancement of the deployable members in the contracted state to a location distal to the lymph node, characterized in that the deployable members, in the expanded state, retroflex and comprise a curvature of about 180 degrees such that the end regions of the deployable members are oriented substantially parallel and radially spaced apart from one another to comprise a configuration sized to at least partially circumferentially surround the lymph node. an expandable device comprising a deployment mechanism, wherein the deployment mechanism comprises deployable members having contracted and expanded states, wherein the deployable members comprise end regions; and an insertion tool adapted for distal advancement beyond the lymph node, the insertion tool defining a hollow lumen sized to permit longitudinal advancement of the deployable members in the contracted state to a location distal to the lymph node, characterized in that the deployable members, in the expanded state, retroflex and comprise a curvature of about 180 degrees such that the end regions of the deployable members are oriented substantially parallel and radially spaced apart from one another to comprise a configuration sized to at least partially circumferentially surround the lymph node.
A computer-implemented method, comprising: receiving acquired data that corresponds at least in part to a target structure; forming one or more vector image partition gathers from at least part of the acquired data, wherein the one or more VIP gathers comprise bins of the acquired data, the bins partitioned based on different values of an offset between a source location of a seismic source and a surface image location, the surface image location on a surface and projected from an image location within the target structure; converting the one or more VIP gathers into one or more angle gathers; and applying processing relating to the target structure using the one or more angle gathers to produce an image of the target structure or a model of the target structure. receiving acquired data that corresponds at least in part to a target structure; forming one or more vector image partition gathers from at least part of the acquired data, wherein the one or more VIP gathers comprise bins of the acquired data, the bins partitioned based on different values of an offset between a source location of a seismic source and a surface image location, the surface image location on a surface and projected from an image location within the target structure; converting the one or more VIP gathers into one or more angle gathers; and applying processing relating to the target structure using the one or more angle gathers to produce an image of the target structure or a model of the target structure.
A dental implant installation assembly,, comprising: a dental implant body having an opening and at least a first surface (114,116) peripheral to said opening; an implantation tool,, having a portion,, adapted for insertion in said opening and at least a second surface,,(732,733) peripheral to said portion,,; and a screw for connecting said implantation tool,, to said dental implant body such that when said portion,, is inserted in said opening and a torque is exerted by said implantation tool,, on said dental implant body during installation of said dental implant body, said torque is distributed over said dental implant body at least as a torsion torque at said opening, characterized in that said at least first surface (114,116) and said at least second surface,,(732,733) are in mutual contact when said portion,, is inserted in said opening and the screw is connecting said implantation tool,, to said dental implant body such that the torque is further distributed over said dental implant body as a friction torque at said first surface (114,116). a dental implant body having an opening and at least a first surface (114,116) peripheral to said opening; an implantation tool,, having a portion,, adapted for insertion in said opening and at least a second surface,,(732,733) peripheral to said portion,,; and a screw for connecting said implantation tool,, to said dental implant body such that when said portion,, is inserted in said opening and a torque is exerted by said implantation tool,, on said dental implant body during installation of said dental implant body, said torque is distributed over said dental implant body at least as a torsion torque at said opening, characterized in that said at least first surface (114,116) and said at least second surface,,(732,733) are in mutual contact when said portion,, is inserted in said opening and the screw is connecting said implantation tool,, to said dental implant body such that the torque is further distributed over said dental implant body as a friction torque at said first surface (114,116).
UV protection device for arranging at a headgear, wherein the protection device completely encircles a headgear in circumferential direction, and at the protection device at least one holding or connecting means for protection device and headgear is provided, and the holding or connecting means can be fixed at a brim, a peak, or a projecting rim of the headgear, and the holding or connecting means is designed as clamping, inserting, screw or clip system and at least partly encompasses the brim, the peak or the rim, characterized in that the protection device is formed of flexible film material, and the protection device covers the wearer's face, ear and neck area and thus offers protection for all areas of the head under the headgear.
Method for assembling a plurality of devices (30, 30') on a support structure of an artificial satellite, comprising successive steps of: - attaching, via attachment members, each of said devices (30, 30') to a first face of a plate, said plate being drilled with a through-hole provided, at said first face of the plate, with a fluid connector; - on a second face of the plate opposite said first face, depositing a continuous peripheral bead of a first polymerisable adhesive composition and, within the perimeter formed by said peripheral bead, depositing a plurality of discontinuous and disjointed inner beads (42, 42') of a second polymerisable adhesive composition, the through-hole being included within said perimeter formed by the peripheral bead; - pressing said second face of the plate against a continuous face of said support structure; - performing suction, via said fluid connector, so as to create a negative pressure between said plate and said support structure, in the volume delimited by said peripheral bead; - at least partially polymerising each of said polymerisable adhesive compositions so as to form adhesive joints between said second face of the plate and said support structure; and - interrupting the suction. - attaching, via attachment members, each of said devices (30, 30') to a first face of a plate, said plate being drilled with a through-hole provided, at said first face of the plate, with a fluid connector; - on a second face of the plate opposite said first face, depositing a continuous peripheral bead of a first polymerisable adhesive composition and, within the perimeter formed by said peripheral bead, depositing a plurality of discontinuous and disjointed inner beads (42, 42') of a second polymerisable adhesive composition, the through-hole being included within said perimeter formed by the peripheral bead; - pressing said second face of the plate against a continuous face of said support structure; - performing suction, via said fluid connector, so as to create a negative pressure between said plate and said support structure, in the volume delimited by said peripheral bead; - at least partially polymerising each of said polymerisable adhesive compositions so as to form adhesive joints between said second face of the plate and said support structure; and - interrupting the suction.
A computer implemented method for determining an estimated position of a vehicle, the method comprising: receiving a measured sensor response determined with a scanning sensor of the vehicle, which is scanning an environment of the vehicle, determining the estimated position of the vehicle by: generating a virtual sensor response for a possible position of the vehicle from an environmental map; comparing the measured sensor response with the virtual sensor response for determining, how much the possible position and a real position of the vehicle at which the measured sensor response was generated, coincide; the method being characterized in that the environmental map models slopes of a terrain; and in that the virtual sensor response is determined by calculating an incident angle from a virtual ray from the scanning sensors at a point of the environmental map, wherein the incident angle is calculated from the slope at the point of the environmental map. receiving a measured sensor response determined with a scanning sensor of the vehicle, which is scanning an environment of the vehicle, determining the estimated position of the vehicle by: generating a virtual sensor response for a possible position of the vehicle from an environmental map; comparing the measured sensor response with the virtual sensor response for determining, how much the possible position and a real position of the vehicle at which the measured sensor response was generated, coincide; the method being characterized in that the environmental map models slopes of a terrain; and in that the virtual sensor response is determined by calculating an incident angle from a virtual ray from the scanning sensors at a point of the environmental map, wherein the incident angle is calculated from the slope at the point of the environmental map. generating a virtual sensor response for a possible position of the vehicle from an environmental map; comparing the measured sensor response with the virtual sensor response for determining, how much the possible position and a real position of the vehicle at which the measured sensor response was generated, coincide; the method being characterized in that the environmental map models slopes of a terrain; and in that the virtual sensor response is determined by calculating an incident angle from a virtual ray from the scanning sensors at a point of the environmental map, wherein the incident angle is calculated from the slope at the point of the environmental map.