mhurhangee/patent-ind-claim-en huggingface dataset:
Device for the thermal storage of samples, - with at least one sample holder , - with a plurality of sample containers , - with at least one heating element and - with at least one temperature sensor , - wherein the sample containers are designed to receive the samples, - wherein the sample holder is at least partially made of a thermally conductive material, - wherein the sample containers are at least partially arranged in the sample holder and - wherein the at least one heating element heats the samples indirectly by heating the sample holder to a predetermined test temperature and anneals the samples at the test temperature over a predefined test period, characterised in - that the sample holder has bores for receiving the sample containers , the at least one heating element and the at least one temperature sensor , and - that the bores for receiving sample containers are each at a substantially identical distance from the at least one bore for receiving the heating element . - with at least one sample holder , - with a plurality of sample containers , - with at least one heating element and - with at least one temperature sensor , - wherein the sample containers are designed to receive the samples, - wherein the sample holder is at least partially made of a thermally conductive material, - wherein the sample containers are at least partially arranged in the sample holder and - wherein the at least one heating element heats the samples indirectly by heating the sample holder to a predetermined test temperature and anneals the samples at the test temperature over a predefined test period, characterised in - that the sample holder has bores for receiving the sample containers , the at least one heating element and the at least one temperature sensor , and - that the bores for receiving sample containers are each at a substantially identical distance from the at least one bore for receiving the heating element .
A public transport network , having at least one route and including at least one public transport vehicle travelling on the route , and in which: - each vehicle comprises the energy storage means for storing electrical energy, and the propulsion means that are supplied with energy in an autonomous manner by the energy storage means ; - the transport network comprises a plurality of energy exchange zones for exchanging electrical energy, distributed along the route in a discrete manner; - each vehicle comprises the energy exchange means for exchanging electrical energy, connected to the energy storage means , and capable of exchanging energy with each energy exchange zone when these energy exchange means are connected with this energy exchange zone , characterised in that : - the transport network comprises the determination means that are capable of determining whether each vehicle connected with one of the energy exchange zones has an energy need or an energy surplus; - the energy exchange means of each vehicle are configured so as to ensure that the energy storage means transfer energy to the energy exchange zone when this vehicle is determined to have a surplus of energy, in a static manner with a current that is higher than 300 A, over a discharge time period of less than 40 seconds. - each vehicle comprises the energy storage means for storing electrical energy, and the propulsion means that are supplied with energy in an autonomous manner by the energy storage means ; - the transport network comprises a plurality of energy exchange zones for exchanging electrical energy, distributed along the route in a discrete manner; - each vehicle comprises the energy exchange means for exchanging electrical energy, connected to the energy storage means , and capable of exchanging energy with each energy exchange zone when these energy exchange means are connected with this energy exchange zone , - the transport network comprises the determination means that are capable of determining whether each vehicle connected with one of the energy exchange zones has an energy need or an energy surplus; - the energy exchange means of each vehicle are configured so as to ensure that the energy storage means transfer energy to the energy exchange zone when this vehicle is determined to have a surplus of energy, in a static manner with a current that is higher than 300 A, over a discharge time period of less than 40 seconds.
A method performed by a Network Data Analytics Function, NWDAF, the method comprising: determining to collect data for a slice attribute of a network slice, the slice attribute comprising a number of user equipment devices using the network slice and/or a number of data sessions using the network slice; requesting a first collecting network function to report first usage data for the network slice according to the slice attribute, the first usage data comprising a number of roaming user equipment devices using the network slice and/or a number of data sessions of roaming user equipment devices using the network slice; requesting a second collecting network function to report second usage data for the network slice according to the slice attribute, the second usage data comprising a number of non-roaming user equipment devices using the network slice and/or a number of data sessions of non-roaming user equipment devices using the network slice; determining whether a quota associated with the slice attribute is reached using the first usage data and second usage data; and notifying a network function in response to the quota being met, wherein the network function performs an enforcement action. determining to collect data for a slice attribute of a network slice, the slice attribute comprising a number of user equipment devices using the network slice and/or a number of data sessions using the network slice; requesting a first collecting network function to report first usage data for the network slice according to the slice attribute, the first usage data comprising a number of roaming user equipment devices using the network slice and/or a number of data sessions of roaming user equipment devices using the network slice; requesting a second collecting network function to report second usage data for the network slice according to the slice attribute, the second usage data comprising a number of non-roaming user equipment devices using the network slice and/or a number of data sessions of non-roaming user equipment devices using the network slice; determining whether a quota associated with the slice attribute is reached using the first usage data and second usage data; and notifying a network function in response to the quota being met, wherein the network function performs an enforcement action.
A device , comprising: - at least one processor (121-1, 130-1) configured to: control setting of a value of a transmission control parameter (185-188) for a transmission of data on a multi-hop relay radio link of a cellular network , said control being based on a route time of a packet transmitted between end nodes of the multi-hop relay radio link , wherein the multi-hop relay radio link comprises a plurality of links between neighboring nodes and extends between the respective end nodes of the multi-hop relay radio link ; and take a routing decision of a route path from a plurality of candidate route paths, based on the route time of the packet , of the transmission of the data through the multi-hop relay radio link thereby to select the route path from the plurality of candidate route paths for transmitting the data between the end nodes of the multi-hop relay radio link - at least one processor (121-1, 130-1) configured to: control setting of a value of a transmission control parameter (185-188) for a transmission of data on a multi-hop relay radio link of a cellular network , said control being based on a route time of a packet transmitted between end nodes of the multi-hop relay radio link , wherein the multi-hop relay radio link comprises a plurality of links between neighboring nodes and extends between the respective end nodes of the multi-hop relay radio link ; and take a routing decision of a route path from a plurality of candidate route paths, based on the route time of the packet , of the transmission of the data through the multi-hop relay radio link thereby to select the route path from the plurality of candidate route paths for transmitting the data between the end nodes of the multi-hop relay radio link control setting of a value of a transmission control parameter (185-188) for a transmission of data on a multi-hop relay radio link of a cellular network , said control being based on a route time of a packet transmitted between end nodes of the multi-hop relay radio link , wherein the multi-hop relay radio link comprises a plurality of links between neighboring nodes and extends between the respective end nodes of the multi-hop relay radio link ; and take a routing decision of a route path from a plurality of candidate route paths, based on the route time of the packet , of the transmission of the data through the multi-hop relay radio link thereby to select the route path from the plurality of candidate route paths for transmitting the data between the end nodes of the multi-hop relay radio link
Turbine blade with a ceramic thermal barrier coating system, at least comprising: a substrate designed as a blade platform and as a blade airfoil, optionally a metallic bond coat on the substrate , wherein on the substrate or optionally on the metallic bond coat there is a first ceramic layer as a thermal barrier coating, which protects the substrate for the most part or completely in the exposed high temperature region and that there is locally an increase (36, 36', 36") of the thermal barrier coating for locally reinforcing the thermal barrier, wherein the increase (36, 36', 36") comprises a material that is different from the material of the first ceramic layer , wherein the local reinforcement is arranged over the first ceramic layer , without the first ceramic layer having a reduced layer thickness, characterized in that the local reinforcement (36, 36', 36") is provided at most on 30% of the area of the thermal barrier coating and in that the local reinforcement (36, 36', 36") is arranged close to a platform extending over the entire pressure side in the direction of flow and with an extent thereto which in the radial direction of the blade airfoil is at most 30%. a substrate designed as a blade platform and as a blade airfoil, optionally a metallic bond coat on the substrate , wherein on the substrate or optionally on the metallic bond coat there is a first ceramic layer as a thermal barrier coating, which protects the substrate for the most part or completely in the exposed high temperature region and that there is locally an increase (36, 36', 36") of the thermal barrier coating for locally reinforcing the thermal barrier, wherein the increase (36, 36', 36") comprises a material that is different from the material of the first ceramic layer , wherein the local reinforcement is arranged over the first ceramic layer , without the first ceramic layer having a reduced layer thickness, characterized in that the local reinforcement (36, 36', 36") is provided at most on 30% of the area of the thermal barrier coating and in that the local reinforcement (36, 36', 36") is arranged close to a platform extending over the entire pressure side in the direction of flow and with an extent thereto which in the radial direction of the blade airfoil is at most 30%.
A resource indication method, comprising: generating , by an access point, uplink resource mapping information, wherein the uplink resource mapping information comprises frame type information and resource indicator, the frame type information is used to indicate a station sends an uplink frame based on the frame type information, wherein a frame type of the uplink frame is indicated by the frame type information; the resource indicator is used to indicate a resource on which the station sends the uplink frame; and sending , by the access point, the uplink resource mapping information. generating , by an access point, uplink resource mapping information, wherein the uplink resource mapping information comprises frame type information and resource indicator, the frame type information is used to indicate a station sends an uplink frame based on the frame type information, wherein a frame type of the uplink frame is indicated by the frame type information; the resource indicator is used to indicate a resource on which the station sends the uplink frame; and sending , by the access point, the uplink resource mapping information.
A pharmaceutical combination of (i) at least one biocompatible lipid-based nanoparticle and of (ii) at least one carrier comprising at least one pharmaceutical compound, wherein the longest dimension of the biocompatible nanoparticle is between 4 nm and 500 nm as measured by Dynamic Light Scattering (DLS), and the surface charge value of the biocompatible nanoparticle is negative and below -10 mV, wherein the carrier is a lipidic carrier and wherein the surface of the carrier is devoid of, or does not expose, a polymer selected from Dextran, polysialic acid (PSA), hyaluronic acid, chitosan, heparin, polyvinyl pyrrolidone (PVP), polyvinyl alcohol (PVA), polyacrylamide, poly(ethylene glycol) (PEG), and a PEG-based copolymer, for use as a therapeutic, prophylactic or diagnostic composition in a subject in need of said at least one pharmaceutical compound in the context of a therapeutic, prophylactic or diagnostic method, said method comprising a step of administering the at least one carrier comprising at least one pharmaceutical compound to the subject and a distinct step of administering the at least one biocompatible nanoparticle, said at least one biocompatible nanoparticle being administered to the subject between more than 5 minutes and 24 hours before the at least one carrier comprising at least one pharmaceutical compound, and wherein the biocompatible nanoparticle is not used as such as a pharmaceutical compound.
Shoe cover dispenser comprising a container with two opposite containment sides and an opening designed for the insertion of a foot, and a plurality of shoe covers contained in said container , each shoe cover in turn comprising a covering provided with an opening for the insertion of a foot, wherein each one of said shoe covers comprises at least one flexible strip (A, B) constrained along or in proximity to a part of the edge of said opening of the covering, and wherein the length of said strip (A, B) exceeds the distance between said two opposite sides of said container , and wherein the ends (A1, A2, B1, B2) of said strip (A, B) are respectively constrained to said opposite sides in such a way that said strip is forcedly held between said sides while assuming the form of a U.
A molten metal processing apparatus selected from a pump, a degasser, a flux injector and a scrap submergence device including at least one element selected from a shaft , impeller bearing post, post , post sleeve, gas injection tube , tube plug , and riser tube in the case of a pump or at least one element selected from a shaft and impeller in the case of a degasser, flux injector or scrap submergence device, wherein said element is comprised of C/C composite, said C/C composite being comprised of carbon fibers disposed in a carbon matrix, and wherein the C/C composite element has been impregnated with an oxidation resistant chemical.
A method for operating a long stator linear motor with a transport track along which a plurality of driving coils are successively arranged and with at least one transport unit (Tx), which is moved along the transport track, wherein each driving coil is controlled by a driving coil controller with corresponding controller parameters (RP), in that the driving coil controllers set control variables (StG) for the driving coil interacting with the transport unit (Tx), characterized in that the control variables (StG) of a driving coil are sumperimposed with an excitation signal (AS) with a predetermined frequency band, that actual variables (IG) of the driving coil control are determined, that from the control variables (StGAS) superimposed with the excitation signal (AS) and the determined actual variables (IG) a frequency response is determined, and that from the frequency response the control parameters (RP) for this transport unit (Tx) are determined and the transport unit (Tx) is controlled for movement along the transport track using these determined control parameters (RP).
A photoelectric transducer comprising: a substrate constituted by a flexible elastic web or foil, the substrate including a planar rear surface and a front surface with a surface pattern of a plurality of repeating raised and depressed surface portions which extend in at least one direction; thereon a rear side electrode (2, A) provided on the front surface of the substrate and conforming in shape to the front surface of the substrate; thereon a photoelectric active layer conforming in shape to the front surface of the substrate and having the pattern of repeating raised and depressed surface portions which extend in the at least one direction and with an area of the front facing surface of the photoelectric active layer that is larger than the surface area occupied by the rear smooth surface of the substrate in a relaxed state; thereon a front side electrode (4, B) provided on a front surface of the photoelectric active layer; thereon a front protection layer comprising a transparent, elastic silicone web or foil provided above the upper surface of the photoelectric active layer; where the photoelectric active layer is less stretchable and less compressible than the substrate , thereby allowing the substrate to change shape while maintaining the area of the front surface of the photoelectric transducer, wherein said substrate is constituted by a silicone web or foil and the front surface of the substrate is an argon plasma treated front surface having microscopic quartz crystals (SiO 2 ) or other quartz grains/structures. a substrate constituted by a flexible elastic web or foil, the substrate including a planar rear surface and a front surface with a surface pattern of a plurality of repeating raised and depressed surface portions which extend in at least one direction; thereon a rear side electrode (2, A) provided on the front surface of the substrate and conforming in shape to the front surface of the substrate; thereon a photoelectric active layer conforming in shape to the front surface of the substrate and having the pattern of repeating raised and depressed surface portions which extend in the at least one direction and with an area of the front facing surface of the photoelectric active layer that is larger than the surface area occupied by the rear smooth surface of the substrate in a relaxed state; thereon a front side electrode (4, B) provided on a front surface of the photoelectric active layer; thereon a front protection layer comprising a transparent, elastic silicone web or foil provided above the upper surface of the photoelectric active layer; where the photoelectric active layer is less stretchable and less compressible than the substrate , thereby allowing the substrate to change shape while maintaining the area of the front surface of the photoelectric transducer, wherein said substrate is constituted by a silicone web or foil and the front surface of the substrate is an argon plasma treated front surface having microscopic quartz crystals (SiO 2 ) or other quartz grains/structures.
A carrier assembly for supporting a mattress , and comprising side members and end members , which jointly form a frame that extends and defines an outer periphery along first and second directions (X, Y), and which are mutually connected in corner regions of the frame; wherein the carrier assembly is adapted to receive a valance , such that a main sheet of the valance extends along a first side of the frame, and that a fringing sheet of the valance extends along the outer periphery of the frame; characterized in that at least one of the corner regions comprises a biasing member that protrudes from the corner region and predominantly in the third direction (Z) towards a second side of the frame, and in that the biasing member is sufficiently stiff to hold the fringing sheet of the valance under outward tension in the first and second directions (X, Y) when the valance is at rest, but is sufficiently elastic to temporarily and reversibly flex and allow the fringing sheet to deflect as long as the fringing sheet is subjected to an additional force (F) along at least one of the first and second directions (X, Y).
A cartilage-regenerating composition configured to include a fetal cartilage tissue-derived cell and an extracellular matrix derived from the fetal cartilage tissue-derived cell, wherein the cartilage-regenerating composition does not comprise a separate scaffold, and wherein the composition is gel-like and has following properties in vitro : a compressive strength at Young's modulus of less than 20 kPa when pressed at 1 mm/min speed; a spreadability having a coverage of 0.1 to 2.0 mm 2 /mg when a force of 5 N was applied to a sample for 1 second at a speed of 1 mm/min; and an adherence of 0.5 to 5.0 kPa when a material was in contact with a jig having a diameter of 5 mm and an affected part to be attached thereto, to be pulled at a rate of 1.3 mm/min to be separated therefrom. wherein the cartilage-regenerating composition does not comprise a separate scaffold, and wherein the composition is gel-like and has following properties in vitro : a compressive strength at Young's modulus of less than 20 kPa when pressed at 1 mm/min speed; a spreadability having a coverage of 0.1 to 2.0 mm 2 /mg when a force of 5 N was applied to a sample for 1 second at a speed of 1 mm/min; and an adherence of 0.5 to 5.0 kPa when a material was in contact with a jig having a diameter of 5 mm and an affected part to be attached thereto, to be pulled at a rate of 1.3 mm/min to be separated therefrom. a compressive strength at Young's modulus of less than 20 kPa when pressed at 1 mm/min speed; a spreadability having a coverage of 0.1 to 2.0 mm 2 /mg when a force of 5 N was applied to a sample for 1 second at a speed of 1 mm/min; and an adherence of 0.5 to 5.0 kPa when a material was in contact with a jig having a diameter of 5 mm and an affected part to be attached thereto, to be pulled at a rate of 1.3 mm/min to be separated therefrom.