mhurhangee/patent-ind-claim-en huggingface dataset:
Method for testing an autonomous system (RE) of which a virtual image (VE) exists, the virtual image comprising at least one virtual image of a robot (DT(AC), DT(AC')) comprising the following steps: a) Acquiring of component data providing information in relation to a movement of the at least one virtual image of the robot (DT(AC), DT(AC')); b) Creating, in the virtual image (VE), at least one virtual object (DT(H)) that can move within the virtual image (VE); characterized in that c) Generating, in the virtual image (VE), a corpus (C) around the at least one virtual object (DT(H)) or/and the virtual image of the at least one robot(DT(AC),DT(AC')), the corpus (C) defining a volume that cannot be entered by the virtual image of the at least one robot (DT(AC), DT(AC')) or the virtual object(DT(H)); d) Representing, in the virtual image (VE), a movement of the at least one virtual object (DT(H)) or/and the virtual image of the at least one robot (DT(AC), DT(AC'), the movement being restricted in that the volume of any corpus (C) cannot be entered; e) Acquiring reaction data in relation to the movement of the at least one virtual object (DT(H)) or/and the virtual image of the at least one robot (DT(AC), DT(AC')) indicating for which paths taken by the virtual object (DT(H)) a collision is prone to happen; f) Evaluating a feasible course of movement of the at least one virtual object (DT(H)) or/and the virtual image of the at least one robot (DT(AC), DT(AC')) considering the reaction data. a) Acquiring of component data providing information in relation to a movement of the at least one virtual image of the robot (DT(AC), DT(AC')); b) Creating, in the virtual image (VE), at least one virtual object (DT(H)) that can move within the virtual image (VE); characterized in that c) Generating, in the virtual image (VE), a corpus (C) around the at least one virtual object (DT(H)) or/and the virtual image of the at least one robot(DT(AC),DT(AC')), the corpus (C) defining a volume that cannot be entered by the virtual image of the at least one robot (DT(AC), DT(AC')) or the virtual object(DT(H)); d) Representing, in the virtual image (VE), a movement of the at least one virtual object (DT(H)) or/and the virtual image of the at least one robot (DT(AC), DT(AC'), the movement being restricted in that the volume of any corpus (C) cannot be entered; e) Acquiring reaction data in relation to the movement of the at least one virtual object (DT(H)) or/and the virtual image of the at least one robot (DT(AC), DT(AC')) indicating for which paths taken by the virtual object (DT(H)) a collision is prone to happen; f) Evaluating a feasible course of movement of the at least one virtual object (DT(H)) or/and the virtual image of the at least one robot (DT(AC), DT(AC')) considering the reaction data.
A wall mounting device for mounting a unit on a wall , the device comprising a bracket assembly for attachment to the unit, and a support for anchoring to the wall, the bracket assembly comprising hooking means for engaging the bracket assembly on the support, in use, for suspending said unit therefrom, wherein said hooking means comprise a releasable locking mechanism movable into a locking position for blocking disengagement of the bracket assembly from the support, with said locking mechanism incorporating an upwardly facing latching surface and the support incorporating a downwardly facing ledge that is engagable therewith to prevent the bracket assembly from being lifted off the support after engagement therewith, with the locking mechanism being arranged to move into its locking position automatically upon engagement of the bracket assembly with the support, wherein said latching surface is provided on a separate member that is mounted on the bracket assembly for movement relative thereto, wherein the member is in the form of a lever that is pivotally mounted on the bracket assembly , wherein the lever is pivotable between a locking position in which it prevents disengagement of the bracket assembly from the support and an unlocked position in which it allows disengagement of the bracket assembly from the support, and characterised in further comprising releasable retainer means for holding the lever in its unlocked position.
Product container for a fluidized bed system , comprising: - a product container wall , - a product container bottom ; - a product container opening opposite to the product container bottom , - a distributor base between the product container bottom and the product container opening , - at least one volume reducing element which reduces the free volume of the product container between the distributor base and the product container opening , characterized in that the at least one volume reducing element can be mounted detachably on the distributor base on the side (20-1) of the distributor base facing the product container opening . - a product container wall , - a product container bottom ; - a product container opening opposite to the product container bottom , - a distributor base between the product container bottom and the product container opening , - at least one volume reducing element which reduces the free volume of the product container between the distributor base and the product container opening ,
Apparatus (100, A, B, 1100) with a spectacle lens for supplying power to an active ocular implant in an eye (201; 1800) of a user , comprising: a light source , a beam expander arranged in or on the spectacle lens , wherein the beam expander comprises a first expansion element and a second expansion element , wherein the apparatus is set up to input couple light from the light source into the spectacle lens and guide said light to the first expansion element, wherein the first expansion element is set up to receive the light, expand said light along a first direction and guide at least some of the light as expanded light in a second direction to the second expansion element , wherein the second direction differs from the first direction, and wherein the second expansion element is set up to receive the expanded light , expand said expanded light along the second direction and provide said expanded light as twice expanded light in a third direction via an emission surface , wherein the third direction at least partly does not extend in the spectacle lens, wherein the second expansion element is set up to effectively focus the twice expanded light . a light source , a beam expander arranged in or on the spectacle lens , wherein the beam expander comprises a first expansion element and a second expansion element , wherein the apparatus is set up to input couple light from the light source into the spectacle lens and guide said light to the first expansion element, wherein the first expansion element is set up to receive the light, expand said light along a first direction and guide at least some of the light as expanded light in a second direction to the second expansion element , wherein the second direction differs from the first direction, and wherein the second expansion element is set up to receive the expanded light , expand said expanded light along the second direction and provide said expanded light as twice expanded light in a third direction via an emission surface , wherein the third direction at least partly does not extend in the spectacle lens, wherein the apparatus is set up to input couple light from the light source into the spectacle lens and guide said light to the first expansion element, wherein the first expansion element is set up to receive the light, expand said light along a first direction and guide at least some of the light as expanded light in a second direction to the second expansion element , wherein the second direction differs from the first direction, and wherein the second expansion element is set up to receive the expanded light , expand said expanded light along the second direction and provide said expanded light as twice expanded light in a third direction via an emission surface , wherein the third direction at least partly does not extend in the spectacle lens, wherein the second expansion element is set up to effectively focus the twice expanded light .
A terminal comprising: a transmission section configured to transmit an uplink control channel over a plurality of slots; and the terminal being characterized in that it comprises a control section configured to control frequency hopping of the uplink control channel over the plurality of slots based on frequency resource information including information regarding a first physical resource block index and information regarding a second-hop physical resource block index that are the same as information regarding a first physical resource block index and information regarding a second-hop physical resource block index for when intra-slot frequency hopping is applied, and wherein the frequency resource information is indicated by using a field in downlink control information specifying one set of a plurality of sets of one or more parameters configured by higher layer signaling, said set including said frequency resource information. a transmission section configured to transmit an uplink control channel over a plurality of slots; and the terminal being characterized in that it comprises a control section configured to control frequency hopping of the uplink control channel over the plurality of slots based on frequency resource information including information regarding a first physical resource block index and information regarding a second-hop physical resource block index that are the same as information regarding a first physical resource block index and information regarding a second-hop physical resource block index for when intra-slot frequency hopping is applied, and wherein the frequency resource information is indicated by using a field in downlink control information specifying one set of a plurality of sets of one or more parameters configured by higher layer signaling, said set including said frequency resource information.
A thermoformed web comprising a polymer film and having an array of thermoformed cavities contained therein, wherein the polymer film comprises a polymer blend of amorphous polyethylene terephthalate (APET) and a copolyester that comprises (a) dicarboxylic acid residues comprising polyethylene terephthalate residues and (b) diol residues comprising (i) ethylene glycol residues and (ii) one or more additional diol monomer residues, wherein the polymer film has a crystallization time of at least 2.5 minutes at an isothermal crystallization temperature of 120°C as measured by a DSC method as defined in the description, wherein the polymer film exhibits a shrinkage of less than 4% at temperatures up to 120°C.
A network of nodes , wherein the network is a wireless multi-hop network in which data is wirelessly transmitted between nodes and data is capable of being passed from a source node to a sink node in a multi-hop manner via one or more intermediate nodes , at least some of the nodes being constructed and arranged such that: a node has a threshold relating to the data that is transmitted by the node , wherein: if the threshold has not been reached, then the node transmits data that has been received from one node and that is intended for another node to another node , and if the threshold has been reached, then the node does not transmit data that has been received from one node and that is intended for another node to another node ; wherein said at least some of the nodes are arranged such that: the threshold is at least one of an amount of data that is transmitted by the node and an amount of power used for transmitting the data by the node , and the threshold is reset after a predetermined period of time. a node has a threshold relating to the data that is transmitted by the node , wherein: if the threshold has not been reached, then the node transmits data that has been received from one node and that is intended for another node to another node , and if the threshold has been reached, then the node does not transmit data that has been received from one node and that is intended for another node to another node ; if the threshold has not been reached, then the node transmits data that has been received from one node and that is intended for another node to another node , and if the threshold has been reached, then the node does not transmit data that has been received from one node and that is intended for another node to another node ; wherein said at least some of the nodes are arranged such that: the threshold is at least one of an amount of data that is transmitted by the node and an amount of power used for transmitting the data by the node , and the threshold is reset after a predetermined period of time. the threshold is at least one of an amount of data that is transmitted by the node and an amount of power used for transmitting the data by the node , and the threshold is reset after a predetermined period of time.
A system for the monitoring and/or controlling emission levels of nitrogen oxide and a reductant from a stream of combustion exhaust from an internal combustion engine , wherein the internal combustion engine includes a selective catalytic reduction unit disposed in the stream of combustion exhaust between an upstream conduit that directs the stream of combustion exhaust to the selective catalytic reduction unit and a downstream conduit that directs the stream of combustion exhaust away from the selective catalytic reduction unit , the selective catalytic reduction unit having a catalyst that is configured to catalytically reduce nitrogen oxides contained in the combustion exhaust to elemental nitrogen in the presence of a reductant and oxygen, and wherein the internal combustion engine further includes a reductant injector that injects the reductant into the flow of combustion exhaust upstream of the selective catalytic reduction unit , the system comprising: a first tunable diode laser spectroscopy unit that is disposed in the downstream conduit ; a second tunable diode laser spectroscopy unit that is disposed upstream of the reductant injector in the upstream conduit ; and a control unit ; wherein the first tunable laser spectroscopy unit and the second tunable laser absorption spectroscopy unit are each configured to measure the concentration level of at least nitrogen oxide in the stream of combustion exhaust and provide data to the control unit relating to the measured concentration level of nitrogen oxide; and the first tunable laser spectroscopy unit is configured to further measure the concentration level of the reductant in the stream of combustion exhaust and to provide data to the control unit relating to the measured concentration level of the reductant; and wherein said data are provided with a lag time of less than 1 second. a first tunable diode laser spectroscopy unit that is disposed in the downstream conduit ; a second tunable diode laser spectroscopy unit that is disposed upstream of the reductant injector in the upstream conduit ; and a control unit ; wherein the first tunable laser spectroscopy unit and the second tunable laser absorption spectroscopy unit are each configured to measure the concentration level of at least nitrogen oxide in the stream of combustion exhaust and provide data to the control unit relating to the measured concentration level of nitrogen oxide; and the first tunable laser spectroscopy unit is configured to further measure the concentration level of the reductant in the stream of combustion exhaust and to provide data to the control unit relating to the measured concentration level of the reductant; and wherein said data are provided with a lag time of less than 1 second.
A bone plating system for repairing a periarticular bone fracture comprising: a plate , where the plate is low-profile; at least one channel or tunnel through the plate; and at least one flexible device configured to pass through the channel or tunnel and through soft tissue attached to the bone; the plate is metal and generally has an elongated X shape, such that the plate has a center section, two arms extending generally upward, and two arms extending generally downward; the at least one channel or tunnel passes through each of the two arms extending generally upward from the plate ; and the at least one flexible device is a cable, wire or suture configured to pass through the channel or tunnel in each of the two arms extending generally upward characterized in that the plate is malleable such that it can be contoured to the bone in situ; and the at least one flexible device is configured to pass through the soft tissue extending upward from the bone. a plate , where the plate is low-profile; at least one channel or tunnel through the plate; and at least one flexible device configured to pass through the channel or tunnel and through soft tissue attached to the bone; the plate is metal and generally has an elongated X shape, such that the plate has a center section, two arms extending generally upward, and two arms extending generally downward; the at least one channel or tunnel passes through each of the two arms extending generally upward from the plate ; and the at least one flexible device is a cable, wire or suture configured to pass through the channel or tunnel in each of the two arms extending generally upward characterized in that the plate is malleable such that it can be contoured to the bone in situ; and the at least one flexible device is configured to pass through the soft tissue extending upward from the bone.
A pharmaceutical formulation for use in treating anorexia and/or managing weight loss due to age or illness in dogs and cats, said formulation comprising a therapeutically effective dose of mirtazapine for topical administration by transdermal absorption, wherein said formulation comprises 0.2-4% by weight of mirtazapine, 20-80% by weight of polyethylene glycols, at least 25% by weight of a mixture of penetration enhancers and solubilizers, 0.5-3% polydimethylsiloxane fluid, and 1-4% by weight tapioca starch polymethylsilsequioxane (Dry Flo TS) or aluminum starch octenylsuccinate (Dry Flo AF).
A preform suitable for being blow-molded to form a container, the preform comprising: a neck portion comprising an opening to an interior of the preform; a body portion comprising a tapered portion that smoothly transitions from the neck portion to a cylindrical portion and an end cap, the body portion comprising a wall thickness suitable for being blow-molded into a desired shape and size of the container; a finish disposed on the neck portion and configured to threadably receive a cap; a plurality of internal columns disposed within the opening; one or more exterior columns disposed around the perimeter of the neck portion; and a bevel disposed at a beginning of the opening and configured to receive a sealing flange of the cap; wherein the finish comprises at least three threads configured to rotatably engage with threads disposed within the cap, and wherein an intervening valley is disposed between adjacent of the at least three threads and configured to allow passage of a thread disposed in the cap; wherein each of the at least three threads extends along a section of the circumference of the neck portion; and being characterized in that the section comprises substantially 144-degrees of the circumference. a neck portion comprising an opening to an interior of the preform; a body portion comprising a tapered portion that smoothly transitions from the neck portion to a cylindrical portion and an end cap, the body portion comprising a wall thickness suitable for being blow-molded into a desired shape and size of the container; a finish disposed on the neck portion and configured to threadably receive a cap; a plurality of internal columns disposed within the opening; one or more exterior columns disposed around the perimeter of the neck portion; and a bevel disposed at a beginning of the opening and configured to receive a sealing flange of the cap; wherein the finish comprises at least three threads configured to rotatably engage with threads disposed within the cap, and wherein an intervening valley is disposed between adjacent of the at least three threads and configured to allow passage of a thread disposed in the cap; wherein each of the at least three threads extends along a section of the circumference of the neck portion; and being characterized in that the section comprises substantially 144-degrees of the circumference.
An interdental cleaner, comprising a gripping portion and a cleaning portion , said interdental cleaner being formed by an elongate body , said elongate body being made from a first material, said cleaning portion being coated by a second material that forms a coating (C) and that is softer than said first material, said coating (C) forming flexible brush flanges protruding from said coated cleaning portion; wherein said elongate body comprises a cleaning portion body which, when coated, forms said cleaning portion ; wherein the brush flanges include longitudinally spaced apart pairs of brush flanges disposed at longitudinal positions along said elongate body , with each pair of brush flanges including a first brush flange and a second brush flange that is longitudinally aligned with the first brush flange and that is disposed opposite said elongate body from the first brush flange; and wherein only two brush flanges are disposed at one or more of the longitudinal positions along said elongate body .
A method , comprising maintaining, by a policy enforcement system in a first compute node, a plurality of policies and data associating a plurality of user credentials with the plurality of policies ; receiving, from a compute process by-the policy enforcement system, a request for data, the request being sent from an application to the compute process for the data to be retrieved from a file system in the first compute node for use in a first task, the compute process executing on the first compute node and the request further comprising user credentials, the first task assigned to the first compute node by a resource manager, wherein the resources manager is configured to manage a plurality of tasks comprising the first task and a plurality of compute nodes comprising the first compute node ; sending, by the policy enforcement system, the request for data to the file system ; receiving, by the policy enforcement system, the data from the file system ; selecting, by the policy enforcement system, from the plurality of policies, based on the user credentials of the received request and the data associating the plurality of user credentials with the plurality of policies, one or more policies that correspond to the user credentials ; filtering, by the policy enforcement system, the data from the file system based on the one or more policies, wherein the data is filtered by masking a portion of the data at the file system, the one or more policies specifying the portion of the data to be masked, and wherein masking the portion of the data includes replacing characters in the masked portion with masking characters ; and sending the filtered data by the policy enforcement system to the compute process, wherein the compute process is configured to return the filtered data to the application .