mhurhangee/ep-ind-claims huggingface dataset:
A method for a data processing system, the method comprising: monitoring a value of a data point of one of devices (116, 118, 120) associated with a building managed by a management system using a set of pairs of event enrollment objects and notification class objects configured to generate and communicate an alarm according to a first protocol, wherein each of the pairs of event enrollment objects and notification class objects corresponds to one of a set of offsets defined according to a second protocol different from the first protocol, wherein the offsets define an amount by which a set point has been exceeded by the value or a length of time by which the set point has been exceeded by the value; if it is determined that an active alarm monitoring mode has changed, writing property values of the pairs of event enrollment objects and notification class objects for a current active alarm monitoring mode using a set of command objects (600, 605, 610); in response to detecting the value for the data point meeting conditions in at least one of the event enrollment objects, generating and communicating an alarm according to a notification class object paired with the at least one event enrollment object for which the alarm was generated. monitoring a value of a data point of one of devices (116, 118, 120) associated with a building managed by a management system using a set of pairs of event enrollment objects and notification class objects configured to generate and communicate an alarm according to a first protocol, wherein each of the pairs of event enrollment objects and notification class objects corresponds to one of a set of offsets defined according to a second protocol different from the first protocol, wherein the offsets define an amount by which a set point has been exceeded by the value or a length of time by which the set point has been exceeded by the value; if it is determined that an active alarm monitoring mode has changed, writing property values of the pairs of event enrollment objects and notification class objects for a current active alarm monitoring mode using a set of command objects (600, 605, 610); in response to detecting the value for the data point meeting conditions in at least one of the event enrollment objects, generating and communicating an alarm according to a notification class object paired with the at least one event enrollment object for which the alarm was generated.
A muscle trainer having a first curved, elongate spring element and a second curved, elongate spring element, the two spring elements (11, 12) being arranged with their concave sides facing each other, end areas (13, 14) being formed at each of the ends of the two spring elements (11, 12), a first joint element being formed at a first end area of each spring element (11, 12) and a second joint element being formed at a second end area of each spring element (11, 12), and the spring elements (11, 12) being connected to each other at their two end areas (13, 14) via joints formed from the joint elements (15, 16), wherein the muscle trainer consists of the first spring element and the second spring element and wherein the first joint elements are designed as brackets, the brackets having a bend in the direction of the concave side of the respective spring element (11, 12) and in each case partially enclosing the second joint element of the respective other spring element (11, 12), second joint elements being configured as a roller or being rounded, and the brackets each forming a bearing in which the respective enclosed second joint element is mounted rotatably.
A cleaning blade, having an elastic body formed of a rubber base material molded product, and a surface treatment layer on at least an area of the elastic body to be brought into contact with a cleaning object, wherein the surface treatment layer is a hardened product containing an isocyanate compound with which a surface portion of the elastic body has been impregnated and which has been reacted with the elastic body; characterized in that the surface treatment layer has an indentation elastic modulus of 1.63 MPa to 95 MPa; the elastic body has an indentation elastic modulus of 36 MPa to 60 MPa; and the difference in indentation elastic modulus between the surface treatment layer and the elastic body is 1 MPa or greater. wherein the surface treatment layer is a hardened product containing an isocyanate compound with which a surface portion of the elastic body has been impregnated and which has been reacted with the elastic body; characterized in that the surface treatment layer has an indentation elastic modulus of 1.63 MPa to 95 MPa; the elastic body has an indentation elastic modulus of 36 MPa to 60 MPa; and the difference in indentation elastic modulus between the surface treatment layer and the elastic body is 1 MPa or greater.
Lettuce plant of the species Lactuca sativa having red leaves that are formed in the absence of radiation with wavelengths shorter than 400 nm in the growing environment during the complete period from sowing until observation, and wherein the absorbance ratio A523/A665 between anthocyanin and chlorophyll of the heart leaves lies between 4 and 50, which plant is a non-headed lettuce plant, and which plant is obtainable by crossing a plant of which representative seeds were deposited on 18 July 2005 with the NCIMB under accession numbers NCIMB 41337, NCIMB 41338 and NCIMB 41339 with another lettuce plant.
An upper for an article of footwear, the upper comprising: a plurality of molded thermoplastic polymer elements linked together by a knit element, each of the plurality of molded thermoplastic polymer elements being substantially discrete; wherein each of the plurality of molded thermoplastic polymer elements comprises a border, the border being substantially surrounded by the knit element; wherein the upper comprises a first side and a second side opposite the first side; wherein the upper is characterized in that the first side comprises a first yarn including a thermoplastic polymer, and the second side comprises a second yarn including a polyester; and wherein the thermoplastic polymer of the first yarn has a melting temperature less than a melting temperature or decomposition temperature of the polyester of the second yarn. a plurality of molded thermoplastic polymer elements linked together by a knit element, each of the plurality of molded thermoplastic polymer elements being substantially discrete; wherein each of the plurality of molded thermoplastic polymer elements comprises a border, the border being substantially surrounded by the knit element; wherein the upper comprises a first side and a second side opposite the first side; wherein the upper is characterized in that the first side comprises a first yarn including a thermoplastic polymer, and the second side comprises a second yarn including a polyester; and wherein the thermoplastic polymer of the first yarn has a melting temperature less than a melting temperature or decomposition temperature of the polyester of the second yarn.
A system, comprising: an operator input device that detects gestures and multiple simultaneous touch points, wherein at least a portion of the gesture/touch detection area of the operator input device consists of horizontal bands, each horizontal band forming a discrete gesture detection zone (116, 118, 120); and a processor coupled to the operator input device, the processor executes a gesture recognition software program that processes inputs from the input device; wherein the gesture recognition program causes the processor to recognize a primary gesture and a simultaneous secondary gesture and to perform a processing function based, at least in part, on the primary gesture and a gesture detection zone (116, 118, 120) in which the secondary gesture is detected, wherein the secondary gesture is a single point of touch in one of the discrete gesture detection zones (116, 118, 120), characterized in that the primary gesture is a downward swipe and wherein the processing action is one of a) selection of text lines traversed by the downward swipe b) deletion of text lines traversed by the downward swipe and c) copying text lines traversed by the downward swipe to a storage buffer, dependent on the gesture detection zone (116, 118, 120) in which the secondary gesture is detected. an operator input device that detects gestures and multiple simultaneous touch points, wherein at least a portion of the gesture/touch detection area of the operator input device consists of horizontal bands, each horizontal band forming a discrete gesture detection zone (116, 118, 120); and a processor coupled to the operator input device, the processor executes a gesture recognition software program that processes inputs from the input device; wherein the gesture recognition program causes the processor to recognize a primary gesture and a simultaneous secondary gesture and to perform a processing function based, at least in part, on the primary gesture and a gesture detection zone (116, 118, 120) in which the secondary gesture is detected, wherein the secondary gesture is a single point of touch in one of the discrete gesture detection zones (116, 118, 120),
A method for receiving data using a user agent, UA, configured to communicate with a wireless communications network using a first and second communication carrier, comprising: receiving from a base station control information on a physical downlink control channel, PDCCH, at a first time interval using the first communication carrier, wherein the PDCCH on the first communication carrier is configured to allocate physical downlink shared channel, PDSCH, resources for both the first communication carrier and the second communication carrier, the control information allocating a PDSCH resource on at least one of the first communication carrier and the second communication carrier, wherein the PDSCH resource allocated on at least one of the first and second communication carriers is offset from the first time interval by a predetermined number of subframes.
Arrangement made of a rupture disc and a device for limiting an opening angle of the rupture disc, wherein the rupture disc has edge regions by means of which the rupture disc can be mounted on the edge regions of an opening of a technical apparatus, and has a central region situated between these with which the opening of the technical installation can be closed, wherein the device for limiting the opening angle has a plate which has a first region which is distensible and/or deflectable perpendicularly to the plane of the plate under the influence of force, that the plate has, on sides of the first region opposite to one another, second regions with which the plate can be fastened, that the first region is connected to the second regions arranged on the sides of the first region which are opposite to one another, and that the edge regions of the rupture disc and the second regions of the device for limiting an opening angle lie above one another.
A block copolymer comprising a first and second block, wherein (a) the first block comprises polymers or copolymers comprising: (i) styrene and/or styrene derivatives, or (ii) vinylpyridine and/or vinylpyridine derivatives; and (b) the second block comprises: (i) a polymerized ionic liquid, said polymerized ionic liquid comprising a tethered ionic liquid cation and a mobile anion, wherein the cation of the polymerized ionic liquid is tethered by a carboalkoxy linking group; and (ii) a lithium ion salt of said mobile anion, wherein said block copolymer exhibits at least one region of nanophase separation. (a) the first block comprises polymers or copolymers comprising: (i) styrene and/or styrene derivatives, or (ii) vinylpyridine and/or vinylpyridine derivatives; and (i) styrene and/or styrene derivatives, or (ii) vinylpyridine and/or vinylpyridine derivatives; and (b) the second block comprises: (i) a polymerized ionic liquid, said polymerized ionic liquid comprising a tethered ionic liquid cation and a mobile anion, wherein the cation of the polymerized ionic liquid is tethered by a carboalkoxy linking group; and (ii) a lithium ion salt of said mobile anion, wherein said block copolymer exhibits at least one region of nanophase separation. (i) a polymerized ionic liquid, said polymerized ionic liquid comprising a tethered ionic liquid cation and a mobile anion, wherein the cation of the polymerized ionic liquid is tethered by a carboalkoxy linking group; and (ii) a lithium ion salt of said mobile anion,
A yard waste collection assembly comprising: a yard waste collector comprising a yard waste inlet; a conveyor configured to receive yard waste at a receiving end of the conveyor and discharge the yard waste at a discharge end of the conveyor, characterised in that the conveyor comprises: a telescopic seal configured to cover an outlet, at the discharge end, in a shut position when the conveyor is not engaged with the yard waste collector, and in that the telescopic seal is further configured to slide along a longitudinal axis of the conveyor to an open position when the conveyor engages the yard waste collector causing the outlet to be uncovered. a yard waste collector comprising a yard waste inlet; a conveyor configured to receive yard waste at a receiving end of the conveyor and discharge the yard waste at a discharge end of the conveyor, characterised in that the conveyor comprises: a telescopic seal configured to cover an outlet, at the discharge end, in a shut position when the conveyor is not engaged with the yard waste collector, and in that the telescopic seal is further configured to slide along a longitudinal axis of the conveyor to an open position when the conveyor engages the yard waste collector causing the outlet to be uncovered. a telescopic seal configured to cover an outlet, at the discharge end, in a shut position when the conveyor is not engaged with the yard waste collector, and in that the telescopic seal is further configured to slide along a longitudinal axis of the conveyor to an open position when the conveyor engages the yard waste collector causing the outlet to be uncovered.
An energy storage device, comprising: a housing comprising one or more side walls that define an internal volume, the side walls comprising, at least, a bottom side wall and a front side wall, the front side wall comprising an air inlet and an air outlet; a plurality of cells arranged in a matrix within the internal volume atop the bottom side wall and defining a top surface; an airflow distribution network configured with the air inlet and the air outlet, the airflow distribution network being at least partially sealed from the plurality of cells so as to reduce temperature variability across the cells when external air is provided through the air inlet; a heater and at least one electrical insulation plate positioned on the top surface of the plurality of cells; and a thermal spreader plate positioned between the heater and the at least one electrical insulation plate further comprising one or more strips of insulation material configured atop at least a portion of the airflow distribution network so as to insulate the airflow distribution network from the cells adjacent to the front side wall of the inner housing. a housing comprising one or more side walls that define an internal volume, the side walls comprising, at least, a bottom side wall and a front side wall, the front side wall comprising an air inlet and an air outlet; a plurality of cells arranged in a matrix within the internal volume atop the bottom side wall and defining a top surface; an airflow distribution network configured with the air inlet and the air outlet, the airflow distribution network being at least partially sealed from the plurality of cells so as to reduce temperature variability across the cells when external air is provided through the air inlet; a heater and at least one electrical insulation plate positioned on the top surface of the plurality of cells; and a thermal spreader plate positioned between the heater and the at least one electrical insulation plate further comprising one or more strips of insulation material configured atop at least a portion of the airflow distribution network so as to insulate the airflow distribution network from the cells adjacent to the front side wall of the inner housing.
Technical plate with the function of cooling or heating of at least one food, that has injected into the containment chamber of the lower part a Phase Change Material gel and has the upper part, whose surface is apt to support, while maintaining in temperature the food, characterized in that said upper part is welded by induction, thus forming a part integral with the said lower part which includes the containment chamber of the gel PCM material.
An adaptor for retrofitting new exchange equipment to a distribution frame of a telecommunications network, the distribution frame having a connection for existing exchange equipment and a corresponding paired connection for subscriber equipment, the adaptor comprising: an engagement formation for engaging the adaptor to the distribution frame; a first electrical connector for connecting to the connection for subscriber equipment; and a second electrical connector for connecting new exchange equipment to the distribution frame via the adaptor, wherein the first and second electrical connectors are in electrical communication, and wherein the adaptor comprises only one first electrical connector and only one second electrical connector. an engagement formation for engaging the adaptor to the distribution frame; a first electrical connector for connecting to the connection for subscriber equipment; and a second electrical connector for connecting new exchange equipment to the distribution frame via the adaptor, wherein the first and second electrical connectors are in electrical communication, and wherein the adaptor comprises only one first electrical connector and only one second electrical connector.
A co-located ePDG and PGW network node, comprising: an Evolved Packet Data Gateway, ePDG, functionality module; a Packet Data Network, PDN, Gateway, PGW, functionality module co-located with the ePDG functionality module; the ePDG functionality module having an SWn interface configured for interfacing with an untrusted non-3GPP network; and the ePDG functionality module having an interface toward the PGW functionality module configured for transporting IP packet data without encapsulation, characterized in that the ePDG functionality module includes an S2b-C' interface toward the PGW functionality module for transporting control plane signaling data according to one of GPRS Tunneling Protocol-Control Plane, GTP-C, and Proxy Mobile IPv6, PMIPv6, protocol.
A production method for an artificial skin model, comprising: providing coated cells, each of which is obtained by covering a surface of a cell with a coating film containing an extracellular matrix component; forming a dermis tissue layer, in which the coated cells are laminated, by seeding the coated cells on a base and performing incubation for a predetermined period of time; and forming an epidermis layer by arranging epidermis cells on the dermis tissue layer, wherein the step of providing coated cells comprises bringing the cell into contact with a first material having an RGD sequence and a second material that interacts with the first material alternately to form the coating film containing the extracellular matrix component on the surface of the cell, the coating film including a coating film containing the first material and a coating film containing the second material, wherein the first material is selected from the group consisting of fibronectin, vitronectin, laminin, cadherin, polylysine, elastin, collagen bound to an RGD sequence, gelatin bound to an RGD sequence, chitin, and chitosan, and the second material is selected from the group consisting of gelatin, dextran sulfate, heparin, hyaluronic acid, globulin, albumin, polyglutamic acid, collagen, and elastin. providing coated cells, each of which is obtained by covering a surface of a cell with a coating film containing an extracellular matrix component; forming a dermis tissue layer, in which the coated cells are laminated, by seeding the coated cells on a base and performing incubation for a predetermined period of time; and forming an epidermis layer by arranging epidermis cells on the dermis tissue layer, wherein the step of providing coated cells comprises bringing the cell into contact with a first material having an RGD sequence and a second material that interacts with the first material alternately to form the coating film containing the extracellular matrix component on the surface of the cell, the coating film including a coating film containing the first material and a coating film containing the second material, wherein the first material is selected from the group consisting of fibronectin, vitronectin, laminin, cadherin, polylysine, elastin, collagen bound to an RGD sequence, gelatin bound to an RGD sequence, chitin, and chitosan, and the second material is selected from the group consisting of gelatin, dextran sulfate, heparin, hyaluronic acid, globulin, albumin, polyglutamic acid, collagen, and elastin.
A hydrocarbon fuel additive, being a solution of the active complex in an organic solvent, characterized in that the active complex consists of: chiral ester C4-C9 and monocarboxylic acid C1-C6, wherein said specific pair of said chiral ester C4-C9 and said monocarboxylic acid C1-C6 are selected from: chiral ester R-2-hydroxypropionate and formic acid, chiral ester R-2-hydroxypropyl formate and formic acid, chiral ester R-2-hydroxypropyl formate and hexanoic acid, chiral ester S-2-methyl-3-methylbutylpropanoate and formic acid, chiral ester S-2-methyl-3-methylbutylpropanoate and hexanoic acid, and chiral ester isobutyl-R-lactate and propionic acid. chiral ester R-2-hydroxypropionate and formic acid, chiral ester R-2-hydroxypropyl formate and formic acid, chiral ester R-2-hydroxypropyl formate and hexanoic acid, chiral ester S-2-methyl-3-methylbutylpropanoate and formic acid, chiral ester S-2-methyl-3-methylbutylpropanoate and hexanoic acid, and chiral ester isobutyl-R-lactate and propionic acid.
Service station for the vehicles of an autonomous vehicle fleet, comprising at least one service module which is designed to identify dirt on at least one vehicle component (300, 301, 302, 303) of the vehicle and has at least one mobile robot and/or one obot arm (951, 952), wherein a tool for identifying dirt is arranged on the mobile robot and/or robot arm (951, 952), characterized in that the tool has at least one light source which is designed to emit light of different wavelengths and an optical sensor which is designed to detect signals in an adjustable wavelength range, the at least one optical sensor is designed to detect a degree of reflection of light of different wavelengths emitted by the light source on at least one surface of a vehicle component (300, 301, 302, 303).