mhurhangee/patent-ind-claim-en huggingface dataset:
A gateway for X2 interface communication in a 3GPP Long Term Evolution, LTE, network, comprising a single X2 endpoint for a plurality of radio access network, RAN, nodes , the gateway comprising: an X2 internal interface for communicating with, and coupled to, a first radio access network, RAN node of the plurality of RAN nodes; and an X2 external interface for communicating with, and coupled to, a destination X2 node coupled to the first RAN node via the gateway the X2 external interface providing a single X2 endpoint for enabling the destination X2 node to interact with the first RAN node via the gateway, the gateway being characterized by : state modeling modules for modeling an operational state of the first RAN node and the destination X2 node, the state modeling modules being configured to: provide X2 interworking between the first RAN node and the destination X2 node, and interrupt X2 connections between the first RAN node and the destination X2 node and masking signals not required to be transmitted to the destination X2 node while permitting a direct X2-to-X2 connection between the first RAN node and a second RAN node of the plurality of RAN nodes. an X2 internal interface for communicating with, and coupled to, a first radio access network, RAN node of the plurality of RAN nodes; and an X2 external interface for communicating with, and coupled to, a destination X2 node coupled to the first RAN node via the gateway the X2 external interface providing a single X2 endpoint for enabling the destination X2 node to interact with the first RAN node via the gateway, the gateway being characterized by : state modeling modules for modeling an operational state of the first RAN node and the destination X2 node, the state modeling modules being configured to: provide X2 interworking between the first RAN node and the destination X2 node, and interrupt X2 connections between the first RAN node and the destination X2 node and masking signals not required to be transmitted to the destination X2 node while permitting a direct X2-to-X2 connection between the first RAN node and a second RAN node of the plurality of RAN nodes.
A phototherapy device for delivering light emissions to a scalp of a patient, the phototherapy device comprising: a flexible printed circuit board (FPCB) including a proximal surface supporting at least one light emitting device having an emitter height above the proximal surface , wherein the FPCB comprises a plurality of interconnected panels (12A-12F) and a plurality of bending regions defined in and between at least some of the plurality of interconnected panels (12A-12F) so as to allow the FPCB to provide a concave shape to cover at least a portion of a cranial vertex of the patient; characterised in that the device further comprises a flexible lenticular lens arranged proximate to the FPCB and configured to transmit at least some light emissions generated by the at least one light emitting device ; and a plurality of standoffs configured to be arranged between the FPCB and the flexible lenticular lens , wherein at least some standoffs of the plurality of standoffs are positioned between the FPCB and the flexible lenticular lens . a flexible printed circuit board (FPCB) including a proximal surface supporting at least one light emitting device having an emitter height above the proximal surface , wherein the FPCB comprises a plurality of interconnected panels (12A-12F) and a plurality of bending regions defined in and between at least some of the plurality of interconnected panels (12A-12F) so as to allow the FPCB to provide a concave shape to cover at least a portion of a cranial vertex of the patient; characterised in that the device further comprises a flexible lenticular lens arranged proximate to the FPCB and configured to transmit at least some light emissions generated by the at least one light emitting device ; and a plurality of standoffs configured to be arranged between the FPCB and the flexible lenticular lens , wherein at least some standoffs of the plurality of standoffs are positioned between the FPCB and the flexible lenticular lens .
A device for drying containers , in particular bottles, wherein the device comprises an essentially closed drying chamber , with an inlet opening and an outlet opening for the containers , with a transport system for the containers , wherein the containers are transported through the drying chamber standing in an upright position, with at least one air supply opening for supplying drying air , wherein the device comprises at least one cleaning device for chemical or for chemical and mechanical cleaning of the interior of the drying chamber , through which cleaning device a cleaning agent and/or disinfecting agent can be supplied to, distributed within and removed from the interior of the drying chamber , wherein at least one storage container with cleaning agent and/or disinfecting agent is associated with the cleaning device, and wherein the cleaning device comprises at least one access to a water connection , wherein the cleaning device comprises at least one cleaning nozzle , in particular a spraying ball, a deflecting nozzle, a rotating nozzle, a flat spray nozzle or a double flat spray nozzle, and/or at least one brush , and wherein the cleaning nozzles and/or brushes are arranged in a stationary manner within the interior of the drying chamber , characterised in that a drain for water and a drain for the cleaning agent are integrated within the floor plate of the interior or at a lateral side, so that the cleaning agent can be collected and reprocessed separately in each case, whereby the water drain is opened and the cleaning agent drain is closed when a cleaning step with water takes place and whereby the cleaning agent drain is opened and the water drain is closed when a cleaning step with cleaning agent takes place.
Lock section for an internal sealing system for pipes , which has a base body with an upper face , a lower face , a first pressure face and a second pressure face , as well as two external faces , wherein a groove is provided in each pressure face for receiving one end of a tensioning strap or a fitting piece , and the groove on the first pressure face is bounded at the outer faces by a wall portion , and a guide for an installation tool is provided above the groove on the second pressure face , characterised in that at least on one outer face a viewing window is provided, through which the groove base of the groove in the first pressure face is visible.
A method for deciding whether a bearing is faulty or not, the method being performed by a controller , the method comprising: obtaining (S102), as a measurement signal, metal particles counting data, where the metal particles counting data indicates number of metal particles present in lubrication oil of the bearing per time unit; obtaining a differentiated measurement signal by differentiating (S104) the measurement signal; the method characterised by ; obtaining a probability density estimate from the differentiated measurement signal, wherein the probability density estimate of the differentiated measurement signal is represented by a histogram of the differentiated measurement signal; and deciding (S110), depending on how large share of the probability density estimate of the differentiated measurement signal is above a threshold value, whether the bearing is faulty or not. obtaining (S102), as a measurement signal, metal particles counting data, where the metal particles counting data indicates number of metal particles present in lubrication oil of the bearing per time unit; obtaining a differentiated measurement signal by differentiating (S104) the measurement signal; the method characterised by ; obtaining a probability density estimate from the differentiated measurement signal, wherein the probability density estimate of the differentiated measurement signal is represented by a histogram of the differentiated measurement signal; and deciding (S110), depending on how large share of the probability density estimate of the differentiated measurement signal is above a threshold value, whether the bearing is faulty or not.
An apparatus to dynamically change display clock frequency, the apparatus comprising: a display controller to control two or more displays , including an embedded display; a phase locked loop , PLL, coupled to the display controller , wherein the PLL provides a clock with an adjustable frequency to the display controller ; and logic to modify the frequency of the clock in accordance with a resolution of a non-embedded display coupled to the apparatus, wherein the PLL is configured to remain locked when the logic modifies the frequency of the clock, the logic comprising a multiplexer which is operable to select one of a first clock or a second clock divided from the first clock as the clock. a display controller to control two or more displays , including an embedded display; a phase locked loop , PLL, coupled to the display controller , wherein the PLL provides a clock with an adjustable frequency to the display controller ; and logic to modify the frequency of the clock in accordance with a resolution of a non-embedded display coupled to the apparatus, wherein the PLL is configured to remain locked when the logic modifies the frequency of the clock, the logic comprising a multiplexer which is operable to select one of a first clock or a second clock divided from the first clock as the clock.
An optical lens comprising: a lens substrate ; an antireflection film which has a configuration formed by laminating a plurality of material films having different refractive indexes and which is arranged to cover the side of one principal surface of the lens substrate; a transparent pattern formed by a light transmissive material and arranged below the antireflection film, and a hard coat film provided between the lens substrate and the antireflection film to serve as a base of the antireflection film, wherein the transparent pattern is provided on top of the hard coat film, wherein the transparent pattern is visible when viewed from the side of the one principal surface of the lens substrate wherein the refractive index of the transparent pattern is higher than the refractive indexes of the layers that sandwich the transparent pattern, and wherein the transparent pattern is formed as an island-like pattern. a lens substrate ; an antireflection film which has a configuration formed by laminating a plurality of material films having different refractive indexes and which is arranged to cover the side of one principal surface of the lens substrate; a transparent pattern formed by a light transmissive material and arranged below the antireflection film, and a hard coat film provided between the lens substrate and the antireflection film to serve as a base of the antireflection film, wherein the transparent pattern is provided on top of the hard coat film, wherein the transparent pattern is visible when viewed from the side of the one principal surface of the lens substrate wherein the refractive index of the transparent pattern is higher than the refractive indexes of the layers that sandwich the transparent pattern, and wherein the transparent pattern is formed as an island-like pattern.
An all-solid-state lithium rechargeable cell, comprising: a) a cathode, wherein the cathode comprises: a1) a composite of VS 4 and graphene; and a2) a solid catholyte; and b) a lithium-based anode. a) a cathode, wherein the cathode comprises: a1) a composite of VS 4 and graphene; and a2) a solid catholyte; and a1) a composite of VS 4 and graphene; and a2) a solid catholyte; and b) a lithium-based anode.
A method for producing a vinyl polymer by suspension-polymerizing a vinyl compound in the presence of a dispersion stabilizer for suspension polymerization, wherein the dispersion stabilizer comprises a composition (C) comprising a modified polyvinyl alcohol (A) and a compound (B), as well as a polyvinyl alcohol (E); the modified polyvinyl alcohol (A) comprises 0.01 mol% or more and less than 2 mol% of double bonds derived from an unsaturated carboxylic acid or a derivative thereof in side chains; the modified polyvinyl alcohol (A) has a saponification degree of 65 mol% or more and less than 77 mol% and a viscosity-average polymerization degree of 400 or more and less than 1500; the compound (B) is a compound having two or more hydroxy groups bonded to a carbon constituting an aromatic ring, selected from the group consisting of a hydroxybenzene, phenolic carboxylic acids, phenolic carboxylic acid esters, and catechins, or a salt or oxide thereof; the polyvinyl alcohol (E) has a saponification degree of 77 mol% or more and less than 97 mol% and a viscosity-average polymerization degree of 1500 or more and less than 5000; a content of the compound (B) in the composition (C) is 0.001 parts by mass or more and less than 5 parts by mass based on 100 parts by mass of the modified polyvinyl alcohol (A); a mass ratio (C/E) of the composition (C) to the polyvinyl alcohol (E) is 50/50 to 90/10; and the vinyl polymer is a vinyl chloride polymer and the vinyl compound is vinyl chloride. the dispersion stabilizer comprises a composition (C) comprising a modified polyvinyl alcohol (A) and a compound (B), as well as a polyvinyl alcohol (E); the modified polyvinyl alcohol (A) comprises 0.01 mol% or more and less than 2 mol% of double bonds derived from an unsaturated carboxylic acid or a derivative thereof in side chains; the modified polyvinyl alcohol (A) has a saponification degree of 65 mol% or more and less than 77 mol% and a viscosity-average polymerization degree of 400 or more and less than 1500; the compound (B) is a compound having two or more hydroxy groups bonded to a carbon constituting an aromatic ring, selected from the group consisting of a hydroxybenzene, phenolic carboxylic acids, phenolic carboxylic acid esters, and catechins, or a salt or oxide thereof; the polyvinyl alcohol (E) has a saponification degree of 77 mol% or more and less than 97 mol% and a viscosity-average polymerization degree of 1500 or more and less than 5000; a content of the compound (B) in the composition (C) is 0.001 parts by mass or more and less than 5 parts by mass based on 100 parts by mass of the modified polyvinyl alcohol (A); a mass ratio (C/E) of the composition (C) to the polyvinyl alcohol (E) is 50/50 to 90/10; and the vinyl polymer is a vinyl chloride polymer and the vinyl compound is vinyl chloride.
Transmission unit for a vehicle equipped with propulsion pedals, comprising: a central shaft with two opposite ends configured, each, for supporting a pedal crank ; a transmission output shaft coaxial with the central shaft and configured for outputting mechanical power; a planetary gear unit carried by the central shaft and configured for transmitting mechanical power from an input shaft (12.0) of said planetary gear unit to the transmission output shaft , according to several selectable transmission ratios; an electric motor unit operatively coupled to the planetary gear unit in order to transmit mechanical power to the transmission output shaft ; a housing carrying the central shaft , the transmission output shaft and the planetary gear unit ; characterized in that the electric motor unit is coaxial with the central shaft and comprises an output shaft (14.0) fixedly coupled to the input shaft (12.0) of the planetary gear unit , and the central shaft is coupled to said output shaft (14.0) of the electric motor unit and said input shaft (12.0) of the planetary gear unit by a freewheel . a central shaft with two opposite ends configured, each, for supporting a pedal crank ; a transmission output shaft coaxial with the central shaft and configured for outputting mechanical power; a planetary gear unit carried by the central shaft and configured for transmitting mechanical power from an input shaft (12.0) of said planetary gear unit to the transmission output shaft , according to several selectable transmission ratios; an electric motor unit operatively coupled to the planetary gear unit in order to transmit mechanical power to the transmission output shaft ; a housing carrying the central shaft , the transmission output shaft and the planetary gear unit ; characterized in that the electric motor unit is coaxial with the central shaft and comprises an output shaft (14.0) fixedly coupled to the input shaft (12.0) of the planetary gear unit , and the central shaft is coupled to said output shaft (14.0) of the electric motor unit and said input shaft (12.0) of the planetary gear unit by a freewheel .
Method for purposefully influencing the technological properties of individual regions of a wood-based board , comprising the following steps: a) fixing of the wood-based board or of a pre-compacted wood-based fabric or of a wood fibre cake on a workbench , b) placement of at least one applicator unit onto the top side and/or the bottom side of the wood-based board , of the wood-based fabric or of the wood fibre cake , c) purposeful movement of the at least one applicator unit on the top side and/or the bottom side and pressing of isocyanates into partial regions of the wood-based board , of the wood-based fabric or of the wood fibre cake in a prespecified quantity and under a prespecified pressure, wherein d) the isocyanates are applied to the top side and/or bottom side of the wood-based board , of the wood-based fabric or of the wood fibre cake by means of at least one application nozzle surrounded by a housing , in that the housing rests sealingly on the top side and/or the bottom side of the wood-based board , the wood-based fabric or the wood fibre cake , and positive pressure is introduced into the housing , and the isocyanates hereupon penetrate into the wood-based board , the wood-based fabric or the wood fibre cake , e) where appropriate, subsequent compression of the pre-compacted wood-based fabric or of the wood fibre cake into a wood-based board of desired thickness. a) fixing of the wood-based board or of a pre-compacted wood-based fabric or of a wood fibre cake on a workbench , b) placement of at least one applicator unit onto the top side and/or the bottom side of the wood-based board , of the wood-based fabric or of the wood fibre cake , c) purposeful movement of the at least one applicator unit on the top side and/or the bottom side and pressing of isocyanates into partial regions of the wood-based board , of the wood-based fabric or of the wood fibre cake in a prespecified quantity and under a prespecified pressure, wherein d) the isocyanates are applied to the top side and/or bottom side of the wood-based board , of the wood-based fabric or of the wood fibre cake by means of at least one application nozzle surrounded by a housing , in that the housing rests sealingly on the top side and/or the bottom side of the wood-based board , the wood-based fabric or the wood fibre cake , and positive pressure is introduced into the housing , and the isocyanates hereupon penetrate into the wood-based board , the wood-based fabric or the wood fibre cake , e) where appropriate, subsequent compression of the pre-compacted wood-based fabric or of the wood fibre cake into a wood-based board of desired thickness.
A method of designing and manufacturing orthodontic appliances comprising: receiving patient dentition; identifying an erupting tooth in the patient dentition; virtually erupting the erupting tooth of said patient to provide virtual models of the teeth, wherein virtually erupting the tooth in a virtual model includes illustrating the erupting tooth in varying stages of eruption; designing a series of orthodontic appliances respectively based upon said virtual models and including respective portions that change in size from one appliance to the next to accommodate the erupting tooth as the erupting tooth erupts according to said virtual eruption; and outputting instructions for manufacturing a series of orthodontic appliances based on said designs, wherein manufacturing said series of appliances based upon the virtual model includes each appliance utilising information about at least one of the varying stages of eruption. receiving patient dentition; identifying an erupting tooth in the patient dentition; virtually erupting the erupting tooth of said patient to provide virtual models of the teeth, wherein virtually erupting the tooth in a virtual model includes illustrating the erupting tooth in varying stages of eruption; designing a series of orthodontic appliances respectively based upon said virtual models and including respective portions that change in size from one appliance to the next to accommodate the erupting tooth as the erupting tooth erupts according to said virtual eruption; and outputting instructions for manufacturing a series of orthodontic appliances based on said designs, wherein manufacturing said series of appliances based upon the virtual model includes each appliance utilising information about at least one of the varying stages of eruption.
A peptide consisting of SEQ ID NO: 9 or SEQ ID NO: 10.
A golf ball comprising a spherical core , a mid layer positioned outside the core , an inner cover positioned outside the mid layer , and an outer cover positioned outside the inner cover , wherein a Shore D hardness Hm of the mid layer is greater than a Shore D hardness Hinc of the inner cover , and the hardness Hinc is greater than a Shore D hardness Houc of the outer cover , a difference (Hm - Houc) between the hardness Hm and the hardness Houc is greater than 25, a volume Vm of the mid layer is greater than a volume Vinc of the inner cover , and the volume Vinc is greater than a volume Vouc of the outer cover , a ratio [(Vm + Vinc + Vouc) / V] of a sum (Vm + Vinc + Vouc) of the volume Vm, the volume Vinc, and the volume Vouc relative to a volume V of an entirety of the golf ball is less than 0.30, a ratio (Vm / Vouc) of the volume Vm relative to the volume Vouc is greater than 1.50, and a product (Vm ∗ Hm) of the hardness Hm and the volume Vm and a product (Vouc ∗ Houc) of the hardness Houc and the volume Vouc meet the following relationship: Vm * Hm / Vouc * Houc > 3.0 , characterized in that the inner cover is formed from a resin composition including as principal component an ionomer resin, wherein the proportion of the ionomer resin to the entire base polymer is equal to or greater than 60% by weight.