mhurhangee/patent-ind-claim-en huggingface dataset:
A method performed by a first Radio Control Node, RCN, for handling radio connections to be established in a second beam controlled by a second RCN for User Equipments, UEs, served in a first beam controlled by the first RCN , the method comprising: obtaining information about expected characteristics of the second beam based on measurements performed when a UE is connected to a first radio node providing the first beam controlled by the first RCN , when the expected characteristics of the second beam fulfils one or more criteria, arranging for the establishment of the radio connection of the UE in the second beam controlled by the second RCN , when the radio connection of the UE served in the first beam controlled by the first RCN has been established in the second beam controlled by the second RCN , obtaining feedback from the second RCN , which feedback relates to information about the characteristics of a radio connection in the second beam resulting from measurements performed when the radio connection has been established between the UE and a second radio node providing the second beam, characterized by : wherein the measurements performed when the radio connection has been established between the UE and the second radio node providing the second beam are obtained by the second RCN according to any one or more out of: received measurement results from the UE , and received results from measurements performed by the second radio node providing the second beam, and adapting a process for radio connections to be established in the second beam controlled by the second RCN for any UE at a later time, served in the first beam controlled by the first RCN based on the obtained feedback. obtaining information about expected characteristics of the second beam based on measurements performed when a UE is connected to a first radio node providing the first beam controlled by the first RCN , when the expected characteristics of the second beam fulfils one or more criteria, arranging for the establishment of the radio connection of the UE in the second beam controlled by the second RCN , when the radio connection of the UE served in the first beam controlled by the first RCN has been established in the second beam controlled by the second RCN , obtaining feedback from the second RCN , which feedback relates to information about the characteristics of a radio connection in the second beam resulting from measurements performed when the radio connection has been established between the UE and a second radio node providing the second beam, received measurement results from the UE , and received results from measurements performed by the second radio node providing the second beam, and adapting a process for radio connections to be established in the second beam controlled by the second RCN for any UE at a later time, served in the first beam controlled by the first RCN based on the obtained feedback.
An extruder system for producing a cereal flake without the use of a flaking mill, the extruder system comprising: A food material a cooking extruder configured to extrude the food material ; a die connected to the cooking extruder comprised of one or more orifices ; each orifice comprising: an inlet including a first flow channel configured to accept the food material; a breaker screen connected to the inlet and comprised of one or more holes ; an expansion chamber connected to the breaker screen, wherein the expansion chamber has an expansion chamber cross-sectional area; an exit orifice connected to the expansion chamber and configured to output the food material, wherein the exit orifice has an exit orifice cross-sectional area; a cutting knife assembly connected to the exit orifice configured to cut the food material at a rate to create a slice thickness less than a diameter of vapor bubbles within the food material; and a sliced food material in the form of a cereal flake that is extruded and cut from the cooking extruder wherein the sliced food material has a thickness smaller than a diameter of vapor bubbles within the food material. A food material a cooking extruder configured to extrude the food material ; a die connected to the cooking extruder comprised of one or more orifices ; each orifice comprising: an inlet including a first flow channel configured to accept the food material; a breaker screen connected to the inlet and comprised of one or more holes ; an expansion chamber connected to the breaker screen, wherein the expansion chamber has an expansion chamber cross-sectional area; an exit orifice connected to the expansion chamber and configured to output the food material, wherein the exit orifice has an exit orifice cross-sectional area; a breaker screen connected to the inlet and comprised of one or more holes ; an expansion chamber connected to the breaker screen, wherein the expansion chamber has an expansion chamber cross-sectional area; an exit orifice connected to the expansion chamber and configured to output the food material, wherein the exit orifice has an exit orifice cross-sectional area; a cutting knife assembly connected to the exit orifice configured to cut the food material at a rate to create a slice thickness less than a diameter of vapor bubbles within the food material; and a sliced food material in the form of a cereal flake that is extruded and cut from the cooking extruder wherein the sliced food material has a thickness smaller than a diameter of vapor bubbles within the food material.
A method for enabling a transmitting node to communicate with a disadvantaged node of a wireless communication network, said disadvantaged node being a node in the network that is subject to localized interference that is present within a jammed region, the method comprising: for each of a plurality of candidate nodes in the network, determining node data including statistics on communication performance and a noise level applicable to that candidate node, and sharing the node data with one or more other nodes in the network; for each of the plurality of candidate nodes in the network, determining a node quality from the determined node data for that candidate node and node data received from the one or more other nodes in the network; for each of the plurality of candidate nodes in the network, determining a quality level applicable to the candidate node; characterized in said quality level being dependent at least in part on the determined node quality and a proximity of the candidate node to the disadvantaged node; and the method further comprising: according to the quality levels of the candidate nodes, designating a node from among the plurality of candidate nodes as a relay node ; and relaying by the relay node of a communication between the transmitting node and the disadvantaged node. for each of a plurality of candidate nodes in the network, determining node data including statistics on communication performance and a noise level applicable to that candidate node, and sharing the node data with one or more other nodes in the network; for each of the plurality of candidate nodes in the network, determining a node quality from the determined node data for that candidate node and node data received from the one or more other nodes in the network; for each of the plurality of candidate nodes in the network, determining a quality level applicable to the candidate node; characterized in said quality level being dependent at least in part on the determined node quality and a proximity of the candidate node to the disadvantaged node; and the method further comprising: according to the quality levels of the candidate nodes, designating a node from among the plurality of candidate nodes as a relay node ; and relaying by the relay node of a communication between the transmitting node and the disadvantaged node. according to the quality levels of the candidate nodes, designating a node from among the plurality of candidate nodes as a relay node ; and relaying by the relay node of a communication between the transmitting node and the disadvantaged node.
A setting apparatus comprising: first setting means for enabling a user to set a first region which is to be a target of predetermined image processing in an image captured by a capturing device ; and second setting means for enabling the user to set a second region which is to be excluded from the target of predetermined image processing in the captured image; characterized by restricting means for restricting a settable range of the second region, wherein the settable range is a region in which the user can set the second region; wherein in a case in which the user sets the second region after the first region has been set, the restricting means is configured to restrict the settable range of the second region based on the first region. first setting means for enabling a user to set a first region which is to be a target of predetermined image processing in an image captured by a capturing device ; and second setting means for enabling the user to set a second region which is to be excluded from the target of predetermined image processing in the captured image; characterized by restricting means for restricting a settable range of the second region, wherein the settable range is a region in which the user can set the second region;
A process for feeding a polymerisation catalyst into a polymerisation reactor, comprising the steps of: (i) maintaining a catalyst slurry comprising a diluent and a solid catalyst component in a catalyst feed vessel; (ii) continuously withdrawing a stream of the catalyst slurry from the catalyst feed vessel; and (iii) introducing the withdrawn portion of the catalyst slurry into the polymerisation reactor, wherein the catalyst slurry is transferred by using a valveless piston pump from the catalyst feed vessel into the polymerisation reactor; the diluent has a dynamic viscosity of from 0.01 to 10 mPas at the conditions within the catalyst feed vessel, characterised in that the catalyst slurry is transferred along a substantially vertical path downwards from the catalyst feed vessel to the reactor.
A holding device for holding a ceramic anchor brick on a furnace wall , wherein the holding device comprises: 1.1 fastening means for fastening the holding device to a furnace wall ; 1.2 a receiving part for holding a ceramic anchor brick on the holding device ; 1.3 wherein the fastening means comprises a first fastening part and a second fastening part , wherein 1.3.1 the first fastening part is fastenable to a furnace wall , and 1.3.2 the second fastening part is fastened to the receiving part , and wherein 1.3.3 the second fastening part is fastenable to the first fastening part ; wherein 1.4 the first fastening part and the second fastening part are designed in such a way that the second fastening part is fastenable to the first fastening part by a relative movement of the second fastening part in relation to the first fastening part ; characterised in that the relative movement is a rotary movement. 1.1 fastening means for fastening the holding device to a furnace wall ; 1.2 a receiving part for holding a ceramic anchor brick on the holding device ; 1.3 wherein the fastening means comprises a first fastening part and a second fastening part , wherein 1.3.1 the first fastening part is fastenable to a furnace wall , and 1.3.2 the second fastening part is fastened to the receiving part , and wherein 1.3.3 the second fastening part is fastenable to the first fastening part ; wherein 1.3.1 the first fastening part is fastenable to a furnace wall , and 1.3.2 the second fastening part is fastened to the receiving part , and wherein 1.3.3 the second fastening part is fastenable to the first fastening part ; wherein 1.4 the first fastening part and the second fastening part are designed in such a way that the second fastening part is fastenable to the first fastening part by a relative movement of the second fastening part in relation to the first fastening part ;
An angle adjustment mechanism for a pump and a motor comprising: a base including a motor flange for mounting a motor , a pump flange opposite said motor flange for mounting a pump , a hinge disposed between said motor flange and said pump flange and a pair of spaced apertures disposed opposite said hinge; characterized by : an eccentric bushing having a body portion received in one of said apertures of said base , said eccentric bushing having an inner bore with an axial center line offset from an axial center line of said body portion; and a fixed link having a first pin portion received in said inner bore of said eccentric bushing and a second pin portion received in the other of said apertures of said base , wherein rotation of said eccentric bushing changes the distance between said apertures of said base , thereby changing an angle between said motor flange and said pump flange about said hinge . a base including a motor flange for mounting a motor , a pump flange opposite said motor flange for mounting a pump , a hinge disposed between said motor flange and said pump flange and a pair of spaced apertures disposed opposite said hinge; characterized by : an eccentric bushing having a body portion received in one of said apertures of said base , said eccentric bushing having an inner bore with an axial center line offset from an axial center line of said body portion; and a fixed link having a first pin portion received in said inner bore of said eccentric bushing and a second pin portion received in the other of said apertures of said base , an eccentric bushing having a body portion received in one of said apertures of said base , said eccentric bushing having an inner bore with an axial center line offset from an axial center line of said body portion; and a fixed link having a first pin portion received in said inner bore of said eccentric bushing and a second pin portion received in the other of said apertures of said base , wherein rotation of said eccentric bushing changes the distance between said apertures of said base , thereby changing an angle between said motor flange and said pump flange about said hinge .
Ironing apparatus comprising an iron and a base connected by a connecting cord to the iron , characterised in that the base comprises a storage cavity and the ironing apparatus further comprises a stand accessory removably mounted in the storage cavity , said stand accessory comprising a platform designed to receive an ironing soleplate of the iron .
An apparatus comprising: an acquisition unit configured to acquire setting information from a base station; and a selection support unit configured to transmit an uplink reference signal to be used for selecting a beam to be used by the base station in downlink transmission wherein the setting information comprises a) group information of a group including a plurality of unit frequency bands, and b) primary information indicating a first unit frequency band of the group, wherein said first unit frequency band is decided by the base station, and wherein the selection support unit transmits the uplink reference signal using only said first unit frequency band of the group on the basis of the acquired group information and primary information. an acquisition unit configured to acquire setting information from a base station; and a selection support unit configured to transmit an uplink reference signal to be used for selecting a beam to be used by the base station in downlink transmission wherein the setting information comprises a) group information of a group including a plurality of unit frequency bands, and b) primary information indicating a first unit frequency band of the group, wherein said first unit frequency band is decided by the base station, and wherein a) group information of a group including a plurality of unit frequency bands, and b) primary information indicating a first unit frequency band of the group, wherein said first unit frequency band is decided by the base station, and wherein the selection support unit transmits the uplink reference signal using only said first unit frequency band of the group on the basis of the acquired group information and primary information.
An aiming guide system configured for connection to a bone plate the bone plate extending along a longitudinal axis and comprising a proximal portion , a shaft , and a distal portion , the bone plate defining a plurality of first screw holes along the shaft, a plurality of second screw holes at the distal portion, and an attachment screw hole proximate the distal portion, the aiming guide system comprising: an aiming arm having a rigid body extending from a proximal end to a distal end with a plurality of aiming holes defined through the rigid body between the proximal end and the distal end thereof, the distal end defining an attachment slot through the rigid body , and a connection assembly configured to engage the attachment screw hole and the attachment slot such that the aiming arm is fixed in position relative to the bone plate with each of the plurality of aiming holes aligned with a respective one of the first screw holes , wherein the connection assembly includes an attachment post having a first end with an orienting boss extending from a mating surface , wherein the orienting boss is configured to be received in the attachment slot such that the aiming arm rests on the mating surface and is maintained in a proper orientation, wherein the attachment post includes an attachment block at a second end, the attachment block having a distal surface, characterized in that the distal surface of the attachment block defines a plurality of ball end pins , each ball end pin configured to be received in a respective indentation on the plate surface about the attachment screw hole , wherein positioning of the ball end pins within the indentations properly aligns the attachment post relative to the plate. an aiming arm having a rigid body extending from a proximal end to a distal end with a plurality of aiming holes defined through the rigid body between the proximal end and the distal end thereof, the distal end defining an attachment slot through the rigid body , and a connection assembly configured to engage the attachment screw hole and the attachment slot such that the aiming arm is fixed in position relative to the bone plate with each of the plurality of aiming holes aligned with a respective one of the first screw holes , wherein the connection assembly includes an attachment post having a first end with an orienting boss extending from a mating surface , wherein the orienting boss is configured to be received in the attachment slot such that the aiming arm rests on the mating surface and is maintained in a proper orientation, wherein the attachment post includes an attachment block at a second end, the attachment block having a distal surface, characterized in that the distal surface of the attachment block defines a plurality of ball end pins , each ball end pin configured to be received in a respective indentation on the plate surface about the attachment screw hole , wherein positioning of the ball end pins within the indentations properly aligns the attachment post relative to the plate.
A folding trestle , essentially made of wood, having a folded position and an unfolded working position, comprising: - a base intended to rest on the ground, formed of two pairs of posts parallel to each other and having a rectangular cross-section, the two posts of each of the pairs being secured together at least by an upper crossbar , said pairs being secured together at the level of at least one upper joint , and - a support surface arranged above the base and secured to said base, and extending perpendicularly to a vertical direction when the trestle is in working position, wherein - the upper crossbars , having a rectangular cross section with the same thickness as the posts , extend between the respective internal lateral face of each of the two posts parallel to each other of each of the two pairs and are secured thereto by gluing; - lateral assembly panels or corner pieces are fastened at least at the level of the upper angles defined by the posts and the associated upper crossbar of each of the two pairs of posts, and on either side of said upper angles, i.e. on the external face and the internal face of each of said angles; - the upper end of each of the posts is tapered, so that, in working position, the support surface rests on the entire upper cross-section of said posts; and - the support surface is secured only to one of the two pairs of lateral posts . - a base intended to rest on the ground, formed of two pairs of posts parallel to each other and having a rectangular cross-section, the two posts of each of the pairs being secured together at least by an upper crossbar , said pairs being secured together at the level of at least one upper joint , and - a support surface arranged above the base and secured to said base, and extending perpendicularly to a vertical direction when the trestle is in working position, wherein - the upper crossbars , having a rectangular cross section with the same thickness as the posts , extend between the respective internal lateral face of each of the two posts parallel to each other of each of the two pairs and are secured thereto by gluing; - lateral assembly panels or corner pieces are fastened at least at the level of the upper angles defined by the posts and the associated upper crossbar of each of the two pairs of posts, and on either side of said upper angles, i.e. on the external face and the internal face of each of said angles; - the upper end of each of the posts is tapered, so that, in working position, the support surface rests on the entire upper cross-section of said posts; and - the support surface is secured only to one of the two pairs of lateral posts .
Cosmetic composition comprising: - one or more vinylformamide/vinylformamine copolymers comprising: from 10 to 95 mol% of units of the following formula A1: and from 90 to 5 mol% of units of the following formula A2: - one or more cellulose-based thickening polymers chosen from non-ionic cellulose ethers ; and - one or more amphoteric or zwitterionic surfactants. - one or more vinylformamide/vinylformamine copolymers comprising: from 10 to 95 mol% of units of the following formula A1: and from 90 to 5 mol% of units of the following formula A2: - one or more cellulose-based thickening polymers chosen from non-ionic cellulose ethers ; and - one or more amphoteric or zwitterionic surfactants.