mhurhangee/ep-ind-claims huggingface dataset:
A window for installation in a roof structure, comprising a frame with a top member, a bottom member and two side members (4, 5), and a plurality of mounting brackets, each mounting bracket comprising a first leg portion for connection with an associated frame member (2, 3, 4, 5) and a second leg portion essentially perpendicular to the first leg portion for fastening to the roof structure, and in which the first leg portion includes at least one leg section (11a, 11b) adapted for connection with a frame member (2, 3, 4, 5), the window being adapted for installation in at least two predefined installation levels in said roof structure, said at least one leg section (11a, 11b) of the first leg portion comprising a flange which is essentially perpendicular to said at least one leg section (11a, 11b), wherein the top and bottom members (2, 3) each comprises at least one substantially longitudinally extending first groove and that the side members (4, 5) each comprises at least one substantially longitudinally extending second groove (8a, 8b), said first and second grooves (7; 8a, 8b) defining said predefined installation levels, said at least one first groove of the top and bottom frame members (2, 3) defining a first installation level, and the at least one second groove (8a; 8b) of the side frame members (4, 5) defining a second installation level, such that when all of said plurality of mounting brackets are mounted either on the top and bottom frame members (2, 3) or on the respective side frame members (4, 5), each of said mounting brackets is placed with said flange in engagement with one of the first or second grooves (7; 8a, 8b), the window may be installed in the installation level corresponding to that one of the first or second grooves (7; 8a, 8b), characterized in that there is no groove on the side frame members (4, 5) on the same level as the level of the at least one first groove, and in that there is no groove on the top and bottom frame members (2, 3) on the same level as the level of the at least one second groove (8a, 8b).
A method for generating Internet Protocol addresses for entities connected to a communication controller by an internal network of a vehicle, said vehicle being associated with a vehicle identification number, said method comprising the following steps: - encoding (306, 308) the content of one or more fields of the VIN on a decimal basis and the content of one or more other fields of the VIN according to a non-random algorithm; - converting the result of the encoding into binary; - ordering the bits obtained into a predefined sequence; - generating (312, 314), on the basis of said ordered sequence, an interface identifier and an IP address prefix; - constructing an IP address for each entity, each IP address comprising at least said IP address prefix generated on the basis of said ordered sequence, said method being characterised in that it further comprises the following steps: - constructing at least one IP address for said communication controller, said at least one IP address comprising said interface identifier and at least one IP address prefix generated by a system outside of the internal communication network of said vehicle; and - constructing at least one IP address for said communication controller, said at least one IP address comprising at least said interface identifier and said prefix generated on the basis of said ordered sequence. - encoding (306, 308) the content of one or more fields of the VIN on a decimal basis and the content of one or more other fields of the VIN according to a non-random algorithm; - converting the result of the encoding into binary; - ordering the bits obtained into a predefined sequence; - generating (312, 314), on the basis of said ordered sequence, an interface identifier and an IP address prefix; - constructing an IP address for each entity, each IP address comprising at least said IP address prefix generated on the basis of said ordered sequence, said method being characterised in that it further comprises the following steps: - constructing at least one IP address for said communication controller, said at least one IP address comprising said interface identifier and at least one IP address prefix generated by a system outside of the internal communication network of said vehicle; and - constructing at least one IP address for said communication controller, said at least one IP address comprising at least said interface identifier and said prefix generated on the basis of said ordered sequence.
An ophthalmic composition comprising one or more kinds selected from the group consisting of terpenoid, a tocopherol, and a benzyl ammonium compound and a salt thereof, wherein the ophthalmic composition is contained in a container in which a portion or the whole of a part coming into contact with the ophthalmic composition is formed from a resin containing a cyclic olefin polymer and/or a cyclic olefin copolymer, wherein the cyclic olefin polymer is a polymer of one kind of cyclic olefin homopolymerized or a polymer of two or more kinds of cyclic olefins copolymerized, or a hydrogenation product thereof, wherein the cyclic olefin copolymer is a polymer of a cyclic olefin and an acyclic olefin, or a hydrogenation product thereof, and wherein the cyclic olefin constituting the cyclic olefin polymer or the cyclic olefin copolymer is selected from the group consisting of a monocyclic or polycyclic cycloalkane having a vinyl group and a monocyclic or polycyclic cycloalkene.
A method for use in a wireless transmit/receive unit, WTRU, the method comprising: monitoring one or more physical downlink control channels, PDCCHs, for paging resources associated with a first subset of synchronization signal, SS, blocks that corresponds to a first beam tracking area, BTA; and on a condition that at least one measurement of at least one beam associated with the first subset of SS blocks is less than a predetermined threshold, transmitting, to a base station, BS, a signal indicating a second BTA that is associated with a second subset of SS blocks, wherein a set of SS blocks comprises the first subset of SS blocks and the second subset of SS blocks. monitoring one or more physical downlink control channels, PDCCHs, for paging resources associated with a first subset of synchronization signal, SS, blocks that corresponds to a first beam tracking area, BTA; and on a condition that at least one measurement of at least one beam associated with the first subset of SS blocks is less than a predetermined threshold, transmitting, to a base station, BS, a signal indicating a second BTA that is associated with a second subset of SS blocks, wherein a set of SS blocks comprises the first subset of SS blocks and the second subset of SS blocks.
An apparatus, the apparatus comprising: a frame, the frame comprising: a frame outer edge, the frame outer edge comprising a frame outer edge top portion; a ledge, the ledge in a spaced-apart relation to the frame outer edge, the ledge comprising a ledge inner edge, the ledge inner edge comprising a ledge inner edge top portion, the ledge inner edge top portion defining a gas slope, wherein the frame comprises a gas outlet and the gas slope inclines upwardly toward the gas outlet; a curtain, the curtain extending from the ledge inner edge top portion and extending away from the frame outer edge top portion, the curtain comprising: a curtain top portion, the curtain top portion beginning at the ledge inner edge top portion; a curtain lower edge, the curtain lower edge being thinner than the curtain top portion and the curtain forming a wedge therefrom, the frame further comprising an aperture, the aperture defined by: the curtain lower edge; and that portion of the ledge inner edge not including the ledge inner edge top portion. a frame outer edge, the frame outer edge comprising a frame outer edge top portion; a ledge, the ledge in a spaced-apart relation to the frame outer edge, the ledge comprising a ledge inner edge, the ledge inner edge comprising a ledge inner edge top portion, the ledge inner edge top portion defining a gas slope, wherein the frame comprises a gas outlet and the gas slope inclines upwardly toward the gas outlet; a curtain, the curtain extending from the ledge inner edge top portion and extending away from the frame outer edge top portion, the curtain comprising: a curtain top portion, the curtain top portion beginning at the ledge inner edge top portion; a curtain lower edge, the curtain lower edge being thinner than the curtain top portion and the curtain forming a wedge therefrom, the frame further comprising an aperture, the aperture defined by: the curtain lower edge; and that portion of the ledge inner edge not including the ledge inner edge top portion. a curtain top portion, the curtain top portion beginning at the ledge inner edge top portion; a curtain lower edge, the curtain lower edge being thinner than the curtain top portion and the curtain forming a wedge therefrom, the frame further comprising an aperture, the aperture defined by: the curtain lower edge; and that portion of the ledge inner edge not including the ledge inner edge top portion. the curtain lower edge; and that portion of the ledge inner edge not including the ledge inner edge top portion.
Inclined-wire former for producing a fibrous web, in particular a long-fibre paper or wet-laid non-woven web, from at least one fibrous suspension, having a wire which runs over a circumferential region of a breast roller and then runs in the wire running direction at least in places at an angle, obliquely to the horizontal, before being deflected at a deflection point in a substantially horizontal direction, wherein in this oblique section of the wire at least one headbox applies at least one part of the at least one fibrous suspension to the upper side of the wire, and disposed on the lower side is at least one dewatering element for dewatering the at least one part of the at least one fibrous suspension applied to the wire, wherein the headbox comprises a front wall which conjointly with the wire defines an outlet gap for the at least one fibrous suspension, characterized in that the front wall of the headbox extends in the wire running direction beyond the deflection point of the wire in such a way that the outlet gap is disposed above the substantially horizontally extending portion of the wire.
A method of delivering selected communication events to a user terminal over a communications network, the method comprising: executing a communication client application in a suspended state at the user terminal; receiving a communication event at a filtering component (S304, S604); using filtering parameters at the filtering component, to determine whether the communication event is a selected communication event (S306, S606); blocking the communication event at the filtering component if the communication event is not a selected communication event (S320, S620); if the communication event is a selected communication event, alerting a user of the user terminal to the communication event (S310, S610); and characterised in that the method comprises: executing event notification code in an active state at the user terminal when the communication client application is in a suspended state to detect the receipt of said alert and display a notification to a user of the user terminal (S312, S612) to notify said user of the communication event, wherein said notification requests confirmation from said user to activate the communication client (S313, S613); and activating the communication client application to receive the communication event at the user terminal (S314, S614) in response to receiving a user input indicating said confirmation. executing a communication client application in a suspended state at the user terminal; receiving a communication event at a filtering component (S304, S604); using filtering parameters at the filtering component, to determine whether the communication event is a selected communication event (S306, S606); blocking the communication event at the filtering component if the communication event is not a selected communication event (S320, S620); if the communication event is a selected communication event, alerting a user of the user terminal to the communication event (S310, S610); and characterised in that the method comprises: executing event notification code in an active state at the user terminal when the communication client application is in a suspended state to detect the receipt of said alert and display a notification to a user of the user terminal (S312, S612) to notify said user of the communication event, wherein said notification requests confirmation from said user to activate the communication client (S313, S613); and activating the communication client application to receive the communication event at the user terminal (S314, S614) in response to receiving a user input indicating said confirmation. executing event notification code in an active state at the user terminal when the communication client application is in a suspended state to detect the receipt of said alert and display a notification to a user of the user terminal (S312, S612) to notify said user of the communication event, wherein said notification requests confirmation from said user to activate the communication client (S313, S613); and activating the communication client application to receive the communication event at the user terminal (S314, S614) in response to receiving a user input indicating said confirmation.
A method comprising: receiving a request, at a server, to register a user-specified identifier with an account; determining, in dependence on the receiving a request at a server, whether the server is a home site for the user-specified identifier in dependence on either: a hashing of the user-specified identifier for controlling which user-specified identifiers are assigned to which one of a plurality of home sites; or limits of the user-specified identifier for controlling which user-specified identifiers are assigned to which one of a plurality of home sites, wherein the server is the home site for the user-specified identifier if the server is responsible for registering the user-specified identifier with an account; and causing processing of the request based on the determination. receiving a request, at a server, to register a user-specified identifier with an account; determining, in dependence on the receiving a request at a server, whether the server is a home site for the user-specified identifier in dependence on either: a hashing of the user-specified identifier for controlling which user-specified identifiers are assigned to which one of a plurality of home sites; or limits of the user-specified identifier for controlling which user-specified identifiers are assigned to which one of a plurality of home sites, wherein the server is the home site for the user-specified identifier if the server is responsible for registering the user-specified identifier with an account; and causing processing of the request based on the determination.
A component for a gas turbine engine comprising: a body having at least one internal cooling cavity; and a plurality of film cooling holes (136, 200) disposed along a first edge of said body, at least one of the film cooling holes (136, 200) including a metering section defining an axis, and a diffuser section having a centerline, the centerline of the diffuser section being offset from the axis of the metering section, characterised in that: the centerline of the diffuser section and the axis of the metering section are in parallel. a body having at least one internal cooling cavity; and a plurality of film cooling holes (136, 200) disposed along a first edge of said body, at least one of the film cooling holes (136, 200) including a metering section defining an axis, and a diffuser section having a centerline, the centerline of the diffuser section being offset from the axis of the metering section,
Method for orienting a self-propelling device, in particular a cleaning device for cleaning a floor, such as a vacuum and/or sweeping robot, the device at least automatically mapping a total region for example by means of omnidirectional distance measurement, the device also automatically dividing the total region into partial regions (T 1 to T 8) during or after the mapping of the total region, the division into partial regions being carried out in respect of different floor coverings (B 1 to B 5), characterised in that continuous regions of the same roughness and/or pile orientation are combined to form one partial region and stored.
A method for attaching a split ring electrode to a tubing of a catheter, comprising: providing a tubing with at least one lumen, a side wall and at least one opening in the side wall providing communication between the at least one lumen and outside the tubing; passing an electrode lead wire through the at least one lumen and out of the at least one opening to expose a distal portion of the electrode lead wire; positioning the distal portion of the electrode lead wire on an outer surface of the tubing; mounting a split ring electrode on the outer surface of the tubing covering the opening and the distal portion of electrode lead wire; and providing an electrically-conductive adhesive between the ring electrode and the outer surface of the tubing; characterized in that the electrically-conductive adhesive is provided in film form, and heating the film of the electrically-conductive adhesive to reflow. providing a tubing with at least one lumen, a side wall and at least one opening in the side wall providing communication between the at least one lumen and outside the tubing; passing an electrode lead wire through the at least one lumen and out of the at least one opening to expose a distal portion of the electrode lead wire; positioning the distal portion of the electrode lead wire on an outer surface of the tubing; mounting a split ring electrode on the outer surface of the tubing covering the opening and the distal portion of electrode lead wire; and providing an electrically-conductive adhesive between the ring electrode and the outer surface of the tubing; characterized in that the electrically-conductive adhesive is provided in film form, and heating the film of the electrically-conductive adhesive to reflow.
A pipe connection for sealingly connecting first and second pipes (2, 3) which, at their opposite end portions (21, 31), are provided with removable rings arranged in grooves (22, 32) provided in the peripheries of the pipes (2, 3), the pipe connection being provided with a first nut which is provided with an internally threaded portion, is arranged to encircle the end portion of the first pipe and is provided with a shoulder portion which may abut in an axially supporting manner against said ring, a second nut which is provided with an externally threaded portion, is arranged to encircle the end portion of the second pipe and is provided with a shoulder portion which may abut in an axially supporting manner against said ring, and a seal and pipe carrier unit enclosed by the nuts (12,13), the nuts (12, 13) being in threaded engagement with each other and being arranged to press radial pipe-end faces (23, 33) of the pipes (2, 3) against an axially supporting portion of the seal and pipe carrier unit, wherein the axially supporting portion is provided with parallel abutment faces projecting radially inwards, which are each provided with a primary-seal groove provided with a primary seal arranged to sealingly abut against said pipe-end faces (23, 33), and, extending axially in both directions from the axially supporting portion, there are sleeve-shaped, radially supporting portions (112, 112a) which are provided, internally, with respective secondary-seal grooves provided with secondary seals arranged to sealingly abut against the peripheries of the pipes (2, 3). a first nut which is provided with an internally threaded portion, is arranged to encircle the end portion of the first pipe and is provided with a shoulder portion which may abut in an axially supporting manner against said ring, a second nut which is provided with an externally threaded portion, is arranged to encircle the end portion of the second pipe and is provided with a shoulder portion which may abut in an axially supporting manner against said ring, and a seal and pipe carrier unit enclosed by the nuts (12,13), the nuts (12, 13) being in threaded engagement with each other and being arranged to press radial pipe-end faces (23, 33) of the pipes (2, 3) against an axially supporting portion of the seal and pipe carrier unit, wherein the axially supporting portion is provided with parallel abutment faces projecting radially inwards, which are each provided with a primary-seal groove provided with a primary seal arranged to sealingly abut against said pipe-end faces (23, 33), and, extending axially in both directions from the axially supporting portion, there are sleeve-shaped, radially supporting portions (112, 112a) which are provided, internally, with respective secondary-seal grooves provided with secondary seals arranged to sealingly abut against the peripheries of the pipes (2, 3).
A robot cleaner comprising: a driver for linearly moving or turning a body of the robot cleaner; a sensor for sensing a further cleaner in a sensed region having a predetermined angular range in front of the body; a communicator connectable to a network, wherein the communicator is configured to acquire travel information of the further cleaner; and a controller the robot cleaner being characterised in that, when the further cleaner is in the sensed region of the sensor, the controller is configured to: identify a position of the robot cleaner relative to the further cleaner based on said sensing the further cleaner; update a conversion matrix based on the identified position and the travel information; and control the driver such that the body moves towards the further cleaner based on the identified position, wherein when the further cleaner is out of the sensed region of the sensor, the controller is configured to identify a position of the robot cleaner relative to the further cleaner based on the travel information acquired by the communicator and the updated conversion matrix; and control the driver such that the body follows the further cleaner based on the identified position. a driver for linearly moving or turning a body of the robot cleaner; a sensor for sensing a further cleaner in a sensed region having a predetermined angular range in front of the body; a communicator connectable to a network, wherein the communicator is configured to acquire travel information of the further cleaner; and a controller the robot cleaner being characterised in that, when the further cleaner is in the sensed region of the sensor, the controller is configured to: identify a position of the robot cleaner relative to the further cleaner based on said sensing the further cleaner; update a conversion matrix based on the identified position and the travel information; and control the driver such that the body moves towards the further cleaner based on the identified position, wherein when the further cleaner is out of the sensed region of the sensor, the controller is configured to identify a position of the robot cleaner relative to the further cleaner based on the travel information acquired by the communicator and the updated conversion matrix; and control the driver such that the body follows the further cleaner based on the identified position.
Device comprising a rotor and a shaft of a machine, as well as a tension bushing to connect the rotor to the shaft in a separable manner, whereby the tension bushing is a hydraulic tension bushing which at one end, effects an axis-aligned connection to the rotor and at the other end, an axis-aligned connection to the shaft, whereby the shaft has a cylindrical recess to accommodate the tension bushing on the side facing the rotor and the rotor is connected to the tension bushing on the side facing the shaft via its hub, whereby the tension bushing is equipped with a transition tolerance and is fixed in place by means of shrink-fitting.