mhurhangee/ep-ind-claims huggingface dataset:
A method comprising, by a user equipment: receiving, from a network entity, as part of an application layer traffic optimization, congestion information of a first access point and of a second access point, wherein the congestion information comprises a respective first congestion threshold triggering an unattended data indication state change relating to an indication that unattended data is allowed at the respective access point and a respective second congestion threshold triggering an unattended data indication state change relating to an indication that unattended data is not allowed at the respective access point; determining, as part of the application layer traffic optimization, a current level of congestion at the first access point and at the second access point based on the respective first congestion threshold, the indication that unattended data is allowed at the respective access point, the respective second congestion threshold, and the indication that unattended data is not allowed at the respective access point; and selecting one of the first access point and the second access point for scheduling a transmission of unattended data based on the current level of congestion at the first access point and the current level of congestion at the second access point; wherein the unattended data is data traffic which a user is unaware of but which is nevertheless transmitted to or from the user equipment. receiving, from a network entity, as part of an application layer traffic optimization, congestion information of a first access point and of a second access point, wherein the congestion information comprises a respective first congestion threshold triggering an unattended data indication state change relating to an indication that unattended data is allowed at the respective access point and a respective second congestion threshold triggering an unattended data indication state change relating to an indication that unattended data is not allowed at the respective access point; determining, as part of the application layer traffic optimization, a current level of congestion at the first access point and at the second access point based on the respective first congestion threshold, the indication that unattended data is allowed at the respective access point, the respective second congestion threshold, and the indication that unattended data is not allowed at the respective access point; and selecting one of the first access point and the second access point for scheduling a transmission of unattended data based on the current level of congestion at the first access point and the current level of congestion at the second access point; wherein the unattended data is data traffic which a user is unaware of but which is nevertheless transmitted to or from the user equipment.
Household appliance, comprising a casing in which a tub is arranged, further comprising a drum rotatable mounted in said tub, further comprising a tub outlet through which washing liquid can be drained from said tub, further comprising an air chamber which is suitable to be associated to a water level sensor for measuring the level of said washing liquid in said tub, further comprising a drain hose for draining washing liquid to the outside of said appliance, further comprising a filter assembly comprising: - an assembly housing, - a tub inlet fluidly connected to said tub outlet, - an air chamber inlet fluidly connected to said air chamber, - a drain outlet fluidly connected to said drain hose, said filter assembly further comprising a filter and a pump, whereby said assembly housing has at least one open extremity and is configured to receive said filter and to get connected to said pump at said open extremity, characterized in that said filter is configured to act as a valve which allows or blocks water passage between said tub inlet and said pump and/or said open extremity, whereby said filter comprises a filter housing and a floating valve body allowed to float within said filter housing, and whereby said filter housing comprises an opening against which said floating valve body can be pressed. a filter assembly comprising: - an assembly housing, - a tub inlet fluidly connected to said tub outlet, - an air chamber inlet fluidly connected to said air chamber, - a drain outlet fluidly connected to said drain hose, - an assembly housing, - a tub inlet fluidly connected to said tub outlet, - an air chamber inlet fluidly connected to said air chamber, - a drain outlet fluidly connected to said drain hose, said filter assembly further comprising a filter and a pump, whereby said assembly housing has at least one open extremity and is configured to receive said filter and to get connected to said pump at said open extremity, characterized in that said filter is configured to act as a valve which allows or blocks water passage between said tub inlet and said pump and/or said open extremity, whereby said filter comprises a filter housing and a floating valve body allowed to float within said filter housing, and whereby said filter housing comprises an opening against which said floating valve body can be pressed.
A T-cell epitope composition comprising at least one isolated T-cell polypeptide which engages and activates pre-existing natural Treg cells consisting of an amino acid sequence comprising one or more conserved amino acid substitutions of a sequence selected from any of SEQ ID NOS: 23 or 24.
A nozzle assembly for a turbine, the nozzle assembly comprising: at least one airfoil having an outer sidewall; an outer ring mechanically coupled to the outer sidewall at an interface; a mechanical axial stop at the interface of the outer sidewall and the outer ring, the mechanical axial stop configured to maintain the at least one airfoil in a correct axial position during welding; and a mechanical radial stop at the interface of the outer sidewall and the outer ring, the mechanical radial stop configured to maintain the at least one airfoil in a correct radial position during welding, wherein at least one of (a) a portion (105, 111) of the outer ring at the interface and (b) a portion (105, 111) of the outer sidewall at the interface, is angled away from the interface to form a narrow groove between the outer ring and the outer sidewall, and wherein at least a portion of the interface includes a weld between a portion of the outer ring and a portion of the outer sidewall, the outer ring further including a protruding consumable root portion that extends toward the interface of the outer sidewall and the outer ring. at least one airfoil having an outer sidewall; an outer ring mechanically coupled to the outer sidewall at an interface; a mechanical axial stop at the interface of the outer sidewall and the outer ring, the mechanical axial stop configured to maintain the at least one airfoil in a correct axial position during welding; and a mechanical radial stop at the interface of the outer sidewall and the outer ring, the mechanical radial stop configured to maintain the at least one airfoil in a correct radial position during welding,
A method for predicting a quality of service for a communication over a communication link (Uu), where at least one communication partner is moving, the method comprising a step of data gathering, in which a plurality of instantaneous link characteristics are measured and recorded in a database along with the position and time information for the moving communication partner, a step of data modelling, in which the statistical distribution of a given target quality of service is modelled, and a step of predicting a target quality of service, characterized in that said step of data modelling comprises a step of subdividing the plurality of link characteristics into a plurality of intervals by subdividing a value range of said link characteristic into a plurality of equal length intervals or by using a plurality of defined quantiles, and setting up subspaces for at least a selection of the plurality of link characteristics including position and time based on the subdividing of link characteristics into the plurality of intervals, wherein the statistical distribution of a given target quality of service is modelled separately for said subspaces.
A child seat to be placed on a seat of a vehicle equipped with a seatbelt, the child seat comprising: a seat body including a seat part and a back part; a strap member having an attached part attached to the seat body; and a guide member held on a position away from the attached part of the strap member, the guide member being engageable with a shoulder belt of the seatbelt of the vehicle; characterized in that a through-hole through which the guide member held by the strap member can pass is formed in the back part, the strap member extends from the seat body to a side which does not face the child seated on the seat body; and the through-hole formed in the back part is configured such that the guide member held by the strap member can pass therethrough from a side of a rear surface of the back part which does not face the child seated on the seat body; and wherein a path of the strap member is formed in the rear surface of the back part, the path leading to the through-hole, and the path is defined by a reinforcement rib disposed on the rear surface of the back part so as to extend in an up and down direction. a seat body including a seat part and a back part; a strap member having an attached part attached to the seat body; and a guide member held on a position away from the attached part of the strap member, the guide member being engageable with a shoulder belt of the seatbelt of the vehicle; characterized in that a through-hole through which the guide member held by the strap member can pass is formed in the back part, the strap member extends from the seat body to a side which does not face the child seated on the seat body; and the through-hole formed in the back part is configured such that the guide member held by the strap member can pass therethrough from a side of a rear surface of the back part which does not face the child seated on the seat body; and wherein a path of the strap member is formed in the rear surface of the back part, the path leading to the through-hole, and the path is defined by a reinforcement rib disposed on the rear surface of the back part so as to extend in an up and down direction.
An image forming apparatus comprising: a roller pair configured to convey paper along a conveyance path; a guide member provided in the conveyance path; a detection unit provided on a downstream side of the guide member and of the roller pair in a first direction of a paper conveyance direction, and on the same side as the guide member with respect to the conveyance path, and configured to detect a front edge position of the paper; an abutment mechanism (300A, 300B) provided on a downstream side of the roller pair in the first direction, on the lower side of the guide member, and on an opposite side of the detection unit with the conveyance path interposed therebetween, the abutment mechanism (300A, 300B) having an abutment member (320, 320a, 320b) movable into the conveyance path to an abutment position at which a front edge portion of the paper abuts the guide member, or out from the conveyance path; and a control unit configured to carry out front-edge correction of aligning an image and a paper front edge based on a front edge position of the paper detected by the detection unit, wherein the control unit is configured to control, in the front edge correction, the operation of the abutment member (320, 320a, 320b) so that a front edge portion of the paper passes through the detection unit in a state that the front edge portion of the paper is abutting the guide member. a roller pair configured to convey paper along a conveyance path; a guide member provided in the conveyance path; a detection unit provided on a downstream side of the guide member and of the roller pair in a first direction of a paper conveyance direction, and on the same side as the guide member with respect to the conveyance path, and configured to detect a front edge position of the paper; an abutment mechanism (300A, 300B) provided on a downstream side of the roller pair in the first direction, on the lower side of the guide member, and on an opposite side of the detection unit with the conveyance path interposed therebetween, the abutment mechanism (300A, 300B) having an abutment member (320, 320a, 320b) movable into the conveyance path to an abutment position at which a front edge portion of the paper abuts the guide member, or out from the conveyance path; and a control unit configured to carry out front-edge correction of aligning an image and a paper front edge based on a front edge position of the paper detected by the detection unit, wherein the control unit is configured to control, in the front edge correction, the operation of the abutment member (320, 320a, 320b) so that a front edge portion of the paper passes through the detection unit in a state that the front edge portion of the paper is abutting the guide member.
A method of operating a base station (102, 104, 106) configured to operate with user devices (114, 116), the method comprising: scheduling transmission for the user devices, the scheduling characterized by comprising determining a first fading metric for at least one user device from the at least one user device to the base station based on signal variations, determining a second fading metric for the at least one user device from the at least one user device to at least one other base station based on signal variations, determining a priority metric for the at least one user device based on the first fading metric and the second fading metric, the priority metric configured to assign a higher priority to a user device with a first fading metric indicating an up-fade and the second fading metric indicating a down-fade, and transmitting a transmission schedule to the at least one user device based on determining the priority metric wherein the user device is scheduled to transmit when its interference to the other base station is down-faded. determining a first fading metric for at least one user device from the at least one user device to the base station based on signal variations, determining a second fading metric for the at least one user device from the at least one user device to at least one other base station based on signal variations, determining a priority metric for the at least one user device based on the first fading metric and the second fading metric, the priority metric configured to assign a higher priority to a user device with a first fading metric indicating an up-fade and the second fading metric indicating a down-fade, and transmitting a transmission schedule to the at least one user device based on determining the priority metric wherein the user device is scheduled to transmit when its interference to the other base station is down-faded.
A decorative composition comprising: a first filler in an amount of 50% to 80% by weight, wherein said filler has a particle size of from 0,2 microns to 250 microns; a second filler selected from the group consisting of platey clays, talc, platey talc and fibers in amounts of 3% to 8% by weight of the composition; a polymeric resin in amounts of 3% to 10% resin solids based on the weight of the composition; a coalescent solvent for film-formation of said polymeric resin; and water in amounts of at least 10% by weight, wherein said decorative composition is free of hydraulic components. a first filler in an amount of 50% to 80% by weight, wherein said filler has a particle size of from 0,2 microns to 250 microns; a second filler selected from the group consisting of platey clays, talc, platey talc and fibers in amounts of 3% to 8% by weight of the composition; a polymeric resin in amounts of 3% to 10% resin solids based on the weight of the composition; a coalescent solvent for film-formation of said polymeric resin; and water in amounts of at least 10% by weight, wherein said decorative composition is free of hydraulic components.
A preparation comprising at least one member selected from the group consisting of proinsulin, insulin, insulin A chain, insulin B chain, fragments thereof selected from the group consisting of an insulin B chain fragment consisting of amino acids 9 to 23 of the insulin B chain (SEQ ID NO: 3) and an insulin B chain fragment consisting of amino acids 11 to 27 of the insulin B chain (SEQ ID NO: 4), and variants thereof selected from the group consisting of variants having an amino acid sequence in which one to five amino acids are substituted in, deleted from and/or added to the parent amino acid sequence of the variant, provided that the variant is capable of exhibiting a protective effect against type I diabetes, and α-galactosylceramide. at least one member selected from the group consisting of proinsulin, insulin, insulin A chain, insulin B chain, fragments thereof selected from the group consisting of an insulin B chain fragment consisting of amino acids 9 to 23 of the insulin B chain (SEQ ID NO: 3) and an insulin B chain fragment consisting of amino acids 11 to 27 of the insulin B chain (SEQ ID NO: 4), and variants thereof selected from the group consisting of variants having an amino acid sequence in which one to five amino acids are substituted in, deleted from and/or added to the parent amino acid sequence of the variant, provided that the variant is capable of exhibiting a protective effect against type I diabetes, and α-galactosylceramide.
A method for reconstructing a 3D image from 2D X-ray images acquired with an X-ray imaging system, said method comprising the steps of: a) receiving a set of 2D X-ray images of a region of a patient with said X-ray imaging system, b) computing an initial 3D image within the coordinate system of the X-ray imaging system by using the complete set of said 2D X-ray images with their respective projective geometry data; c) projecting said initial 3D image on each of said 2D X-ray images and adjusting the respective projective geometry data of said images; d) computing an updated 3D image using the complete set of 2D X-ray images with their respective adjusted projective geometry data, the method being characterized in that in step (c) the adjustment of the respective projective geometry data of the 2D images is made by registration of said images with the projection of the initial 3D image in a predefined region of interest using an image-to-image registration technique. a) receiving a set of 2D X-ray images of a region of a patient with said X-ray imaging system, b) computing an initial 3D image within the coordinate system of the X-ray imaging system by using the complete set of said 2D X-ray images with their respective projective geometry data; c) projecting said initial 3D image on each of said 2D X-ray images and adjusting the respective projective geometry data of said images; d) computing an updated 3D image using the complete set of 2D X-ray images with their respective adjusted projective geometry data,
A filter apparatus for removing small molecule chemotherapy agents from blood, said filter apparatus comprising: a housing having an inlet and an outlet, an extraction media comprising polymer coated carbon cores contained within the housing, characterized in that the carbon cores have a pore volume of 1.68 ml/g to 2.17 ml/g, and the carbon cores have a percent of microporous pores that represents between 18% to 28% of the pore volume, said microporous pores being pores with half-pore widths less than 20 Angstroms. a housing having an inlet and an outlet, an extraction media comprising polymer coated carbon cores contained within the housing, characterized in that the carbon cores have a pore volume of 1.68 ml/g to 2.17 ml/g, and the carbon cores have a percent of microporous pores that represents between 18% to 28% of the pore volume, said microporous pores being pores with half-pore widths less than 20 Angstroms.
A method of fitting a tip extension to a wind turbine blade, the method comprising: providing a wind turbine comprising a wind turbine blade having a tip end; providing a tip extension in the form of a sock having an interior for accommodating the tip end of the blade; supporting the tip extension in a tip extension lifting tool; attaching a blade clamp to the wind turbine blade at a location radially inboard of the tip end; lifting the tip extension lifting tool and the tip extension up to the tip end of the blade; connecting a connecting device (94a, 94b) between the blade clamp and the lifting tool, the connecting device being adjustable to vary the separation between the blade clamp and the lifting tool; adjusting the connecting device (94a, 94b) to move the lifting tool towards the blade clamp such that the tip extension is pulled over the tip end of the blade; characterised in that the connecting device (94a, 94b) includes one or more threaded connecting rods extending from the blade clamp or the lifting tool, and the method comprises locating the one or more connecting rods respectively in one or more threaded apertures in the lifting tool or the blade clamp, and wherein adjusting the connecting device comprises turning the connecting rods within the threaded apertures. providing a wind turbine comprising a wind turbine blade having a tip end; providing a tip extension in the form of a sock having an interior for accommodating the tip end of the blade; supporting the tip extension in a tip extension lifting tool; attaching a blade clamp to the wind turbine blade at a location radially inboard of the tip end; lifting the tip extension lifting tool and the tip extension up to the tip end of the blade; connecting a connecting device (94a, 94b) between the blade clamp and the lifting tool, the connecting device being adjustable to vary the separation between the blade clamp and the lifting tool; adjusting the connecting device (94a, 94b) to move the lifting tool towards the blade clamp such that the tip extension is pulled over the tip end of the blade; characterised in that the connecting device (94a, 94b) includes one or more threaded connecting rods extending from the blade clamp or the lifting tool, and the method comprises locating the one or more connecting rods respectively in one or more threaded apertures in the lifting tool or the blade clamp, and wherein adjusting the connecting device comprises turning the connecting rods within the threaded apertures.
Interior construction in the coffin compartment of a hearse comprising several substantially flat wall sections running vertically and horizontally, where at least two wall sections are arranged at an angle to one another and correspondingly adjoin one another forming an edge of the interior construction, characterised in that all the wall sections are formed of a composite board, where a surface layer of metal is provided on the inside or visible side of the composite board facing towards the inside of the coffin compartment, and the composite board has a layer of plastic, described as the core, which is joined to the surface layer, and where a milled line runs along the edge and on the side of the composite board facing away from the surface layer.