mhurhangee/patent-ind-claim-en huggingface dataset:
A computer-implemented method, comprising: determining a player formation of a plurality of players; comparing the player formation against a library of standard player formations to find a matching player formation; determining one or more deviations of the player formation relative to the matching player formation; logging the one or more deviations and associated attributes in a database; accessing the database to identify correlations between each of the one or more deviations and results of plays using the one or more deviations; comparing, based at least on the identified correlations, the results of the plays using the one or more deviations with results of plays that used the matching player formation; and generating a report including the success of the plays with the one or more deviations and corresponding plays using the matching player formation; characterized in that said determining the player formation comprises: determining relative positions of players of interest in a static formation as the player formation; or determining paths of each player in a selected group for the duration of a play in an event to establish a dynamic play execution as the player formation, and wherein the matching player formations include standard plays. determining a player formation of a plurality of players; comparing the player formation against a library of standard player formations to find a matching player formation; determining one or more deviations of the player formation relative to the matching player formation; logging the one or more deviations and associated attributes in a database; accessing the database to identify correlations between each of the one or more deviations and results of plays using the one or more deviations; comparing, based at least on the identified correlations, the results of the plays using the one or more deviations with results of plays that used the matching player formation; and generating a report including the success of the plays with the one or more deviations and corresponding plays using the matching player formation; characterized in that said determining the player formation comprises: determining relative positions of players of interest in a static formation as the player formation; or determining paths of each player in a selected group for the duration of a play in an event to establish a dynamic play execution as the player formation, and wherein the matching player formations include standard plays. determining relative positions of players of interest in a static formation as the player formation; or determining paths of each player in a selected group for the duration of a play in an event to establish a dynamic play execution as the player formation, and wherein the matching player formations include standard plays.
A utility-grid-interactive electrical power converter for converting DC power from a photovoltaic array into AC power, by regulating single phase current or poly-phase currents in phase, respectively, with single phase or poly-phase grid voltages at a utility grid interface to source power into a utility grid and comprising: a low voltage DC to AC bridge ; a high voltage DC to AC bridge ; a DC-to-DC boost converter comprising an arrangement of semiconductor power switching devices , filter inductors , sensors and capacitive energy storage elements that allow the DC-to-DC boost converter to convert the photovoltaic array voltage to a higher voltage, and; a control circuit ; Wherein the low voltage DC-to-AC bridge and the high voltage DC-to-AC bridge are both either single-phase or split phase or three-phase; Wherein each of the low voltage bridge and the high voltage bridge comprises an arrangement of semiconductor power switching devices (54- 59, 64- 69), filter inductors (51- 53, 61-63), sensors and capacitive energy storage elements that enable each bridge to regulate current into a given utility grid phase and according to current references provided by the control circuit and where each of the output phases of the low voltage DC-to-AC bridge is connected to a unique output phase of the high voltage DC-to-AC bridge ; wherein the photovoltaic array is connected directly across the DC input of the low voltage DC-to-AC bridge and also to the input of the DC-to-DC boost converter and where the output of the DC-to-DC boost converter is connected across the DC input of the high voltage DC-to-AC bridge . a low voltage DC to AC bridge ; a high voltage DC to AC bridge ; a DC-to-DC boost converter comprising an arrangement of semiconductor power switching devices , filter inductors , sensors and capacitive energy storage elements that allow the DC-to-DC boost converter to convert the photovoltaic array voltage to a higher voltage, and; a control circuit ; Wherein the low voltage DC-to-AC bridge and the high voltage DC-to-AC bridge are both either single-phase or split phase or three-phase; Wherein each of the low voltage bridge and the high voltage bridge comprises an arrangement of semiconductor power switching devices (54- 59, 64- 69), filter inductors (51- 53, 61-63), sensors and capacitive energy storage elements that enable each bridge to regulate current into a given utility grid phase and according to current references provided by the control circuit and where each of the output phases of the low voltage DC-to-AC bridge is connected to a unique output phase of the high voltage DC-to-AC bridge ; wherein the photovoltaic array is connected directly across the DC input of the low voltage DC-to-AC bridge and also to the input of the DC-to-DC boost converter and where the output of the DC-to-DC boost converter is connected across the DC input of the high voltage DC-to-AC bridge .
A backflushing filter comprising an inlet , outlet , and drain , comprising a filter , comprising a housing , which is divided by the filter into an inlet chamber connected to the inlet and into an outlet chamber connected to the outlet , and comprising a backflushing device , which has an suction element , which is arranged in the housing so as to be able to rotate about the filter on the inlet side, comprising at least one suction opening , which is oriented towards the filter in the suction direction for filter cleaning purposes, as well as a backflushing duct connected to the suction opening and a drain , and a rotating device , which drives the rotational movement of the suction element about the filter in the case of a drop in pressure in the backflushing duct , wherein the rotating device drives the rotational movement of the suction element in the case of the drop in pressure in the backflushing duct through the suction direction of the suction opening , which is inclined against the radial direction of the suction element , characterized in that the suction element is mounted in the backflushing filter axially along a bearing axis so as to be rotatable about the suction element , is mounted so as to be displaceable from a filter operating position into a backflushing position , and wherein the backflushing filter has an outlet opening , which is connected to the backflushing duct and which on the one hand, in the filter operating position of the suction element , is open with respect to the inlet chamber , and which on the other hand, in the backflushing position , which is displaced axially to the filter operating position , of the suction element , is closed with respect to the inlet chamber .
A base assembly for a dryer, the base assembly comprising: a bottom plate ; an air duct shell disposed on the bottom plate and having a cavity , wherein a heat exchanger is mounted within the cavity ; and at least one connection member detachably connected to the bottom plate and/or the air duct shell to fix the air duct shell on the bottom plate ; wherein: the at least one connection member is detachably connected to the bottom plate ; and the at least one connection member is at least partially pressed against the air duct shell to fix the air duct shell on the bottom plate ; preferably, wherein the at least one connection member matches with an outer contour of the air duct shell , and characterised in that the at least one connection member comprises a first connection member having two ends detachably connected to the bottom plate ; and at least a part of the air duct shell is located between a middle part of the first connection member and the bottom plate . wherein: the at least one connection member is detachably connected to the bottom plate ; and the at least one connection member is at least partially pressed against the air duct shell to fix the air duct shell on the bottom plate ; preferably, wherein the at least one connection member matches with an outer contour of the air duct shell , and characterised in that the at least one connection member comprises a first connection member having two ends detachably connected to the bottom plate ; and at least a part of the air duct shell is located between a middle part of the first connection member and the bottom plate .
A transdermal drug delivery system comprising: a drug containing matrix layer comprising: donepezil or a pharmaceutically acceptable salt thereof; a styrene copolymer; a hydrocarbon resin; and a hydrogenated rosin glycerol ester; provided that there is no absorption enhancer. a drug containing matrix layer comprising: donepezil or a pharmaceutically acceptable salt thereof; a styrene copolymer; a hydrocarbon resin; and a hydrogenated rosin glycerol ester; donepezil or a pharmaceutically acceptable salt thereof; a styrene copolymer; a hydrocarbon resin; and a hydrogenated rosin glycerol ester; provided that there is no absorption enhancer.
A method for converting an organic isocyanate comprising a phenyl isocyanate to one or more urea compounds in the presence of a non-polar organic solvent, comprising reacting a solution of the organic isocyanate in a liquid nonpolar solvent in the presence of at least 0.025 wt.-% of a organometallic catalyst, based on the weight of the organic isocyanate, wherein the organometallic catalyst includes at least one metal ion bonded to at least one organic ligand and the metal ion is selected from one or more of Co(II), Mg(II), Y(III), Cr(III) and a lanthanide series metal ion in the 3+ oxidation state, to convert at least a portion of the organic isocyanate to the one or more urea compounds.
A vehicle notification sound emitting apparatus comprising: a first sound emitting device configured to emit a first intermittent notification sound inside a cabin interior of a vehicle; a second sound emitting device configured to emit a second intermittent notification sound outside of the cabin interior of the vehicle; characterised in that a notification sound control device is configured to operate the first and second sound emitting devices to separately emit the first and second intermittent notification sounds in at least a partially overlapping pattern in response to occurrence of a vehicle condition to convey a same type of vehicle information to both inside and outside of the cabin interior of the vehicle, and in that the notification sound control device includes a cabin interior-exterior notification sound synchronizing section (S43) configured to synchronize the first and second intermittent notification sounds which are both emitted in response to the occurrence of the vehicle condition such that a non-overlapping period is provided in which the first and second intermittent notification sounds are not emitted between respective intermittent notification sound periods of the first and second sound emitting devices . a first sound emitting device configured to emit a first intermittent notification sound inside a cabin interior of a vehicle; a second sound emitting device configured to emit a second intermittent notification sound outside of the cabin interior of the vehicle; characterised in that a notification sound control device is configured to operate the first and second sound emitting devices to separately emit the first and second intermittent notification sounds in at least a partially overlapping pattern in response to occurrence of a vehicle condition to convey a same type of vehicle information to both inside and outside of the cabin interior of the vehicle, and in that the notification sound control device includes a cabin interior-exterior notification sound synchronizing section (S43) configured to synchronize the first and second intermittent notification sounds which are both emitted in response to the occurrence of the vehicle condition such that a non-overlapping period is provided in which the first and second intermittent notification sounds are not emitted between respective intermittent notification sound periods of the first and second sound emitting devices .
A method of manufacturing an ion transport tube suitable for transporting ions through an ion transport chamber formed as an inner cavity of the ion transport tube by means of an electric field which can be generated by applying electric potentials to electrodes of the ion transport tube , comprising the manufacturing steps: a) providing a solid block of material , in which a plurality of electrically conductive electrode layers are arranged overlappingly along a longitudinal axis (L) of the block of material one behind the other and essentially parallel to one another, in each case adjacent electrode layers being spaced apart from one another and in each case at least one layer of insulating material being present in the interspace formed thereby between adjacent electrode layers , by means of which layer the adjacent electrode layers are bonded to one another and are electrically insulated from one another, b) creating a cavity in the block of material to form the ion transport chamber . a) providing a solid block of material , in which a plurality of electrically conductive electrode layers are arranged overlappingly along a longitudinal axis (L) of the block of material one behind the other and essentially parallel to one another, in each case adjacent electrode layers being spaced apart from one another and in each case at least one layer of insulating material being present in the interspace formed thereby between adjacent electrode layers , by means of which layer the adjacent electrode layers are bonded to one another and are electrically insulated from one another, b) creating a cavity in the block of material to form the ion transport chamber .
Connector assembly for connecting medical lines to each other, comprising: a first connector having an insertion shaft to be inserted, along an insertion direction (I), into an insertion opening of a second connector for forming a fluid connection between the medical lines , the insertion shaft comprising a fluid channel allowing fluid to flow in between the first connector and the second connector , a cap element attachable to the first connector for closing the fluid channel towards the outside in a state in which the first connector is not connected to the second connector , the first connector having a first retention device and the cap element having a second retention device , the first retention device and the second retention device being configured to form a positive locking engagement in between the cap element and the first connector along the insertion direction (I), characterized in that the first retention device is formed as a recess in a wall surrounding the fluid channel . a cap element attachable to the first connector for closing the fluid channel towards the outside in a state in which the first connector is not connected to the second connector , the first connector having a first retention device and the cap element having a second retention device , the first retention device and the second retention device being configured to form a positive locking engagement in between the cap element and the first connector along the insertion direction (I), characterized in that the first retention device is formed as a recess in a wall surrounding the fluid channel .
A data processing method performed in a group messaging system in communication with a mobile telecommunications network, the method comprising the steps of: receiving an incoming message by a routing system of the group messaging system from a remote user terminal, the message being for distribution to a group of users; storing details of the incoming message in a messaging log in communication with the routing system , the details transmitted from the routing system and comprising a message identifier received with the incoming message; identifying, at the routing system , at least one recipient from the group of users to which the incoming message should be transmitted; transmitting, by the routing system , an outgoing message to each of the at least one recipient, wherein the outgoing message comprises at least part of the incoming message and the message identifier; storing details of each outgoing message in the messaging log in communication with the routing system , the details transmitted from the routing system and comprising the message identifier; and processing, by a charging system in communication with the message log , to identify groups of messages in the message log , wherein the groups of messages are identified by having a common message identifier; and generating charging data at the charging system , based on the groups of messages. receiving an incoming message by a routing system of the group messaging system from a remote user terminal, the message being for distribution to a group of users; storing details of the incoming message in a messaging log in communication with the routing system , the details transmitted from the routing system and comprising a message identifier received with the incoming message; identifying, at the routing system , at least one recipient from the group of users to which the incoming message should be transmitted; transmitting, by the routing system , an outgoing message to each of the at least one recipient, wherein the outgoing message comprises at least part of the incoming message and the message identifier; storing details of each outgoing message in the messaging log in communication with the routing system , the details transmitted from the routing system and comprising the message identifier; and processing, by a charging system in communication with the message log , to identify groups of messages in the message log , wherein the groups of messages are identified by having a common message identifier; and generating charging data at the charging system , based on the groups of messages.
A positive electrode plate, comprising: a positive electrode current collector; and a positive electrode film, the positive electrode film being provided on the positive electrode current collector and comprising a positive electrode active material and a binder; wherein, the positive electrode active material comprises a prussian blue analogue material, a molecular formula of the prussian blue analogue material is A x M y [M'(CN) 6 ] z • nH 2 O, where, A is one or more selected from a group consisting of alkali metal cation, alkaline-earth metal cation, Zn 2+ and Al 3+ , M is a transition metal, M' is a transition metal, 0<x≤2, 0<y≤1, 0<z≤1, 0< n≤20; the binder is an oil-soluble binder; an area density of the positive electrode film is 5mg/cm 2 ~30mg/cm 2 ; characterized in that a water content of the positive electrode film as determined by the method defined in the description is controlled to 300μg/g∼3000μg/g; wherein the oil-soluble binder is one or more selected from a group consisting of polyvinylidene fluoride-type polymer, polybutadiene diacrylate, acrylonitrile-butadiene rubber, polyvinylpyrrolidone, styrenic block copolymer, hydrogenated styrene-butadiene block copolymer and polyacrylonitrile. a positive electrode current collector; and a positive electrode film, the positive electrode film being provided on the positive electrode current collector and comprising a positive electrode active material and a binder; wherein, the positive electrode active material comprises a prussian blue analogue material, a molecular formula of the prussian blue analogue material is A x M y [M'(CN) 6 ] z • nH 2 O, where, A is one or more selected from a group consisting of alkali metal cation, alkaline-earth metal cation, Zn 2+ and Al 3+ , M is a transition metal, M' is a transition metal, 0<x≤2, 0<y≤1, 0<z≤1, 0< n≤20; the binder is an oil-soluble binder; an area density of the positive electrode film is 5mg/cm 2 ~30mg/cm 2 ; characterized in that a water content of the positive electrode film as determined by the method defined in the description is controlled to 300μg/g∼3000μg/g; wherein the oil-soluble binder is one or more selected from a group consisting of polyvinylidene fluoride-type polymer, polybutadiene diacrylate, acrylonitrile-butadiene rubber, polyvinylpyrrolidone, styrenic block copolymer, hydrogenated styrene-butadiene block copolymer and polyacrylonitrile.
An electrical plug having a plug housing , which has a first, at least partly metallic outer housing part and a second, at least partly metallic outer housing part , which is separate therefrom, wherein the electrical plug has a protective earthing conductor contact , which is arranged in the plug housing , and a one-piece protective earthing conductor connection element of the electrical plug , which is separate from the protective earthing conductor contact and the first outer housing part and the second outer housing part , is arranged in the plug housing , wherein the protective earthing conductor connection element for creating an electrically conductive connection is directly connected to the protective earthing conductor contact , directly connected to the first outer housing part , and directly connected to the second outer housing part .
Method for determining the quality of layers applied on substrates , in particular of layers applied on substrates such as metals, glasses, ceramics and plastics, and/or hard material layers and/or layers for protection against wear, protection against corrosion, decoration, photovoltaics and/or coatings and laminates, wherein pulsed laser light is generated, the layer to be examined being scanned in a spatially resolved manner by means of said laser light, and laser light reflected from the layer is detected and evaluated with regard to intensity and/or phase and/or polarization, wherein the laser light is pulsed in such a way that a layer section respectively irradiated thereby is cyclically alternately heated and at least partly cooled down, and wherein the pulse duration of the laser light is chosen so as to generate momentarily a temperature increase within the irradiated layer section in the interface layer or boundary layer between the substrate and the layer arranged thereabove.