mhurhangee/ep-ind-claims huggingface dataset:
A vehicle scale weigh platform coupling device for coupling adjacent modules (120, 125) of a vehicle scale weigh platform, comprising: a first coupling element having a vertical leg for attaching the first coupling element to an associated vehicle scale weigh platform module, and a horizontal leg adapted to support a second coupling element; a second coupling element having a vertical leg for attaching the second coupling element to an associated vehicle scale weigh platform module and a horizontal leg adapted to rest on the horizontal leg of the first coupling element; a fastener assembly receiving cavity section (30,65) located in a top face of each of the first and second coupling elements, the fastener assembly receiving cavity sections collectively forming a fastener assembly receiving cavity when the first and second coupling elements are properly mated; and a fastener assembly located in the fastener assembly receiving cavity, the fastener assembly operative to secure together a mated arrangement of the first and second coupling elements such that the vehicle scale weigh platform modules associated therewith are rigidly connected. a first coupling element having a vertical leg for attaching the first coupling element to an associated vehicle scale weigh platform module, and a horizontal leg adapted to support a second coupling element; a second coupling element having a vertical leg for attaching the second coupling element to an associated vehicle scale weigh platform module and a horizontal leg adapted to rest on the horizontal leg of the first coupling element; a fastener assembly receiving cavity section (30,65) located in a top face of each of the first and second coupling elements, the fastener assembly receiving cavity sections collectively forming a fastener assembly receiving cavity when the first and second coupling elements are properly mated; and a fastener assembly located in the fastener assembly receiving cavity, the fastener assembly operative to secure together a mated arrangement of the first and second coupling elements such that the vehicle scale weigh platform modules associated therewith are rigidly connected.
A method for improving the heat stability or heat resistance of a cured fluorosilicone elastomer comprising: I) mixing a stabilizer with a fluorosilicone elastomer base and a cure agent, to form a curable fluorosilicone elastomer composition wherein the fluorosilicone elastomer base comprises: A1) a perfluoroalkyl polydiorganopolysiloxane, A2) a reinforcing filler, A3) an optional non fluorinated polydiorganopolysiloxane A4) an optional cerium hydroxide or cerium hydrate, and A5) an optional adhesion promoter; and said stabilizer comprises; B1) yellow iron oxide, and B2) optionally, an acid acceptor, II) vulcanizing the fluorosilicone elastomer composition containing the stabilizer. I) mixing a stabilizer with a fluorosilicone elastomer base and a cure agent, to form a curable fluorosilicone elastomer composition wherein the fluorosilicone elastomer base comprises: A1) a perfluoroalkyl polydiorganopolysiloxane, A2) a reinforcing filler, A3) an optional non fluorinated polydiorganopolysiloxane A4) an optional cerium hydroxide or cerium hydrate, and A5) an optional adhesion promoter; and said stabilizer comprises; B1) yellow iron oxide, and B2) optionally, an acid acceptor, A1) a perfluoroalkyl polydiorganopolysiloxane, A2) a reinforcing filler, A3) an optional non fluorinated polydiorganopolysiloxane A4) an optional cerium hydroxide or cerium hydrate, and A5) an optional adhesion promoter; and said stabilizer comprises; B1) yellow iron oxide, and B2) optionally, an acid acceptor, B1) yellow iron oxide, and B2) optionally, an acid acceptor, II) vulcanizing the fluorosilicone elastomer composition containing the stabilizer.
A radio base station including a remote device and a central aggregation device and configured to perform radio communication with a user device, wherein the remote device includes a quality information acquiring unit configured to acquire via a predetermined uplink channel downlink quality information indicating radio communication quality in downlink for each of multiple cells, acquired by the user device; and a quality information transmitting unit configured to transmit to the central aggregation device information about quality data containing one or more pieces of the downlink quality information acquired by the quality information acquiring unit and a user-device identifier for identifying the user device and the downlink quality information, and the central aggregation device includes an information receiving unit configured to receive the information about quality data; and a radio resource assigning unit configured to perform assignment of a radio resource to the user device based on the information about quality data received by the information receiving unit. the remote device includes a quality information acquiring unit configured to acquire via a predetermined uplink channel downlink quality information indicating radio communication quality in downlink for each of multiple cells, acquired by the user device; and a quality information transmitting unit configured to transmit to the central aggregation device information about quality data containing one or more pieces of the downlink quality information acquired by the quality information acquiring unit and a user-device identifier for identifying the user device and the downlink quality information, and the central aggregation device includes an information receiving unit configured to receive the information about quality data; and a radio resource assigning unit configured to perform assignment of a radio resource to the user device based on the information about quality data received by the information receiving unit.
Calibration arrangement (10; 50) for calibrating a network analyser with - multiple calibration points (18, 20, 22, 24) for direct or indirect connection to a network analyser, wherein one of the calibration points (18, 20, 22, 24) is a calibration point for a through connection; - with a base body which has the calibration points (18, 20, 22, 24); characterized in that the calibration point for a through-connection is rotatable relative to the base body of the calibration arrangement. - multiple calibration points (18, 20, 22, 24) for direct or indirect connection to a network analyser, wherein one of the calibration points (18, 20, 22, 24) is a calibration point for a through connection; - with a base body which has the calibration points (18, 20, 22, 24); characterized in that the calibration point for a through-connection is rotatable relative to the base body of the calibration arrangement.
A method of deriving an image of a dental arrangement of a patient undergoing orthodontic treatment comprising the steps of: providing a first digital image stored on a computing device, the first digital image representing a first dental arrangement; providing a second digital image (224, 248, 264) representing a second dental arrangement reached after some actual orthodontic treatment has been conducted on the first dental arrangement, wherein the second digital image is a reduced image that contains less image detail when compared to the first digital image and wherein at least one tooth in the second dental arrangement is in a different relative position within the second dental arrangement than the corresponding tooth in the first dental arrangement; and deriving a third digital image representing the second dental arrangement by registering at least one element of the first digital image with at least one corresponding element of the second digital image (224, 248, 264), wherein the third digital image is a supplemented image that contains additional image detail when compared to the second digital image (224, 248, 264). providing a first digital image stored on a computing device, the first digital image representing a first dental arrangement; providing a second digital image (224, 248, 264) representing a second dental arrangement reached after some actual orthodontic treatment has been conducted on the first dental arrangement, wherein the second digital image is a reduced image that contains less image detail when compared to the first digital image and wherein at least one tooth in the second dental arrangement is in a different relative position within the second dental arrangement than the corresponding tooth in the first dental arrangement; and deriving a third digital image representing the second dental arrangement by registering at least one element of the first digital image with at least one corresponding element of the second digital image (224, 248, 264), wherein the third digital image is a supplemented image that contains additional image detail when compared to the second digital image (224, 248, 264).
A method for detecting a Device to Device, D2D, signal, the method comprising: determining, by a user equipment, a physical resource region in which a discovery signal is to be detected; determining, by the user equipment, the number of discovery resources for the discovery signal according to the determined physical resource region in which the discovery signal is to be detected, wherein the number of discovery resources refers to the number of discovery resources occupied by multiple identical instances of the discovery signal transmitted in a discovery periodicity or in the physical resource region, the discovery resources comprise a set of sub-frames or a set of Physical Resource Blocks, PRBs, the discovery periodicity refers to the periodicity at which the set of sub-frames or the set of PRBs occurs; and detecting, by the user equipment, the discovery signal according to the determined number of discovery resources; wherein a discovery resource refers to physical resources occupied by the discovery signal transmitted a single time; wherein determining, by the user equipment, the number of discovery resources for the discovery signal according to the physical resource region in which the discovery signal is to be detected comprises: determining, by the user equipment, the number of discovery resources of the discovery signal in the physical resource region in which the discovery signal is to be detected, according to a correspondence relationship between the number of discovery resources and the physical resource region. determining, by a user equipment, a physical resource region in which a discovery signal is to be detected; determining, by the user equipment, the number of discovery resources for the discovery signal according to the determined physical resource region in which the discovery signal is to be detected, wherein the number of discovery resources refers to the number of discovery resources occupied by multiple identical instances of the discovery signal transmitted in a discovery periodicity or in the physical resource region, the discovery resources comprise a set of sub-frames or a set of Physical Resource Blocks, PRBs, the discovery periodicity refers to the periodicity at which the set of sub-frames or the set of PRBs occurs; and detecting, by the user equipment, the discovery signal according to the determined number of discovery resources; wherein a discovery resource refers to physical resources occupied by the discovery signal transmitted a single time; wherein determining, by the user equipment, the number of discovery resources for the discovery signal according to the physical resource region in which the discovery signal is to be detected comprises: determining, by the user equipment, the number of discovery resources of the discovery signal in the physical resource region in which the discovery signal is to be detected, according to a correspondence relationship between the number of discovery resources and the physical resource region.
Method for carrying out automated marking of a high point on a vehicle tyre, having the following steps which occur in succession: a) measuring the position of the high point on a vehicle tyre with a measuring machine on which the distribution of irregularities of the vehicle tyre is determined, b) arranging the vehicle tyre on a conveyor means, wherein the vehicle tyre is oriented on the conveyor means in such a way that the high point and the axial centre point of the vehicle tyre lie on a centre line of the conveyor means, c) producing a photographic recording or video recording of the vehicle tyre which rests on the conveyor means, wherein the relative angular position of the high point of the vehicle tyre with respect to an identification means arranged on the side wall is measured with the photographic recording or video recording and stored in a data memory, d) transporting the vehicle tyre to an automated marking station, e) marking the measured high point on the vehicle tyre with the automated marking station, wherein the position of the high point on the vehicle tyre is determined by means of the angular position stored in the data memory, and the vehicle tyre is subsequently provided with an optical mark at this angular position. a) measuring the position of the high point on a vehicle tyre with a measuring machine on which the distribution of irregularities of the vehicle tyre is determined, b) arranging the vehicle tyre on a conveyor means, wherein the vehicle tyre is oriented on the conveyor means in such a way that the high point and the axial centre point of the vehicle tyre lie on a centre line of the conveyor means, c) producing a photographic recording or video recording of the vehicle tyre which rests on the conveyor means, wherein the relative angular position of the high point of the vehicle tyre with respect to an identification means arranged on the side wall is measured with the photographic recording or video recording and stored in a data memory, d) transporting the vehicle tyre to an automated marking station, e) marking the measured high point on the vehicle tyre with the automated marking station, wherein the position of the high point on the vehicle tyre is determined by means of the angular position stored in the data memory, and the vehicle tyre is subsequently provided with an optical mark at this angular position.
A method for producing lost cores or moulded parts for the production of cast parts, in which a basic moulding material is mixed with an alkali silicate or water glass binder and a lost core or a moulded part for the production of cast parts is formed using a core shooter in a core box, characterized in that the alkali silicate or water glass binder contains an alkali silicate or water glass solution with a modulus of 1.5 to 3.5 and natural and/or synthetic additives in a proportion of 0.1 % to 25% by weight with respect to the total quantity of binder, with a particle size of less than 5 μm and wherein the natural and/or synthetic additives are at least aluminium silicate, magnesium silicate and sodium aluminium silicate, each in a proportion of 1% to 5% by weight with respect to the total quantity of binder, in that the lost core or the other moulded part is moulded in an unheated core box, and in that the lost core or the moulded part which is moulded in this manner is hardened using hot air which is enriched with carbon dioxide.
An automatic closure device for use in a light liquid separator, comprising: a floater arranged for floating on a liquid surface inside the separator, a valve plug for selectively closing a drain of the separator, and a suspension element for suspending both the valve plug and the floater inside the separator, the suspension element being guided through the floater so that the floater can move along the suspension element, whereas the valve plug is fixed to the lower end of the suspension element, wherein means are provided for releasably engaging the floater with the valve plug, said releasable engagement means being one of the group consisting of: a releasable form fit or friction fit between the floater and the valve plug; an indirect engagement between the floater and valve plug via an intermediate element, so that the floater and the valve plug can assume either a mounting position, in which they are engaged with each other, or an operating position, in which they are disengaged and spaced by a certain distance from each other, wherein the distance between the floater and the valve plug in the operating position is determined by a retaining element, and the retaining element is a stop provided on the suspension element, the position of the stop being adjustable along the suspension element. a floater arranged for floating on a liquid surface inside the separator, a valve plug for selectively closing a drain of the separator, and a suspension element for suspending both the valve plug and the floater inside the separator, the suspension element being guided through the floater so that the floater can move along the suspension element, whereas the valve plug is fixed to the lower end of the suspension element, wherein means are provided for releasably engaging the floater with the valve plug, said releasable engagement means being one of the group consisting of: a releasable form fit or friction fit between the floater and the valve plug; an indirect engagement between the floater and valve plug via an intermediate element, so that the floater and the valve plug can assume either a mounting position, in which they are engaged with each other, or an operating position, in which they are disengaged and spaced by a certain distance from each other, wherein the distance between the floater and the valve plug in the operating position is determined by a retaining element, and the retaining element is a stop provided on the suspension element, the position of the stop being adjustable along the suspension element.
A fuel cell comprising: a membrane electrode assembly having an electrolyte with cathode and anode catalysts disposed on opposite sides thereof and a gas diffusion layer facing each of said catalyst layers; a fuel reactant gas flow field plate having fuel reactant gas flow channels along a first surface thereof; an oxidant reactant gas flow field plate having oxidant reactant gas flow channels on a first surface thereof; one or both of said flow field plates being porous and hydrophilic; a water passageway (83, 84) disposed on a second surface of said one or both of said flow field plates which is opposite to said first surface thereof; characterized by the combination of: a highly water permeable wick layer disposed adjacent to said water passageway of said one or both of said flow field plates; and said water passageway (83, 84) comprises an interdigitated flow field (83a, 83b). a membrane electrode assembly having an electrolyte with cathode and anode catalysts disposed on opposite sides thereof and a gas diffusion layer facing each of said catalyst layers; a fuel reactant gas flow field plate having fuel reactant gas flow channels along a first surface thereof; an oxidant reactant gas flow field plate having oxidant reactant gas flow channels on a first surface thereof; one or both of said flow field plates being porous and hydrophilic; a water passageway (83, 84) disposed on a second surface of said one or both of said flow field plates which is opposite to said first surface thereof; characterized by the combination of: a highly water permeable wick layer disposed adjacent to said water passageway of said one or both of said flow field plates; and said water passageway (83, 84) comprises an interdigitated flow field (83a, 83b). a highly water permeable wick layer disposed adjacent to said water passageway of said one or both of said flow field plates; and said water passageway (83, 84) comprises an interdigitated flow field (83a, 83b).
Assembly comprising a housing and a stator inserted inside a cylindrical cavity of said housing, said assembly comprising a means for point-to-point attachment (40, 46) of the stator to the housing, said means for point-to-point attachment comprises a main body and a taper washer system capable of selectively rigidly connecting the main body to the housing and to the stator, an orthonormal vector basis consisting of a first direction (v), a second direction (),and a third direction () being attached to the main body, characterized in that said main body comprises a plate in a and a part having a trapezoidal cross-section in a cutting plane perpendicular to the third direction (), said means for point-to-point attachment comprising two pairs of taper washers (76, 78, 84, 86) respectively located on either side of a second plane of symmetry (P symmetry) of the main body perpendicular to the second direction direction (), each taper washer (76, 78, 84, 86) being capable of moving in translation with respect to the main body according to a first direction () perpendicular to the plane of the plate, the inclined surface of each taper washer (76, 78, 84, 86) cooperating with an inclined surface (72, 74) of the part having a trapezoidal cross-section in such a way that the movement in translation according to the first direction () of said taper washer (76, 78, 84, 86) with respect to the main body in a direction tending to move said taper washer (76, 78, 84, 86) away from the plate causes a movement of the taper washer (76, 78, 84, 86) in translation with respect to the main body according to a second direction () perpendicular to the second plane of symmetry (P symmetry) in a direction tending to move it away from the second plane of symmetry (P symmetry).
A user equipment, UE, for wireless communication, the UE comprising: a memory; and one or more processors, coupled to the memory, configured to: receive configuration information indicating an enhanced physical uplink control channel, ePUCCH, format for an ePUCCH, wherein the ePUCCH is associated with an increased bandwidth configuration based at least in part on the ePUCCH format of the ePUCCH, wherein the increased bandwidth configuration uses a plurality of contiguous resource blocks, RBs, for the ePUCCH; and transmit the ePUCCH using the increased bandwidth configuration, wherein, based at least in part on the increased bandwidth configuration, the plurality of contiguous RBs are encoded using an extended sequence relative to a sequence specified by the ePUCCH format for the ePUCCH, and wherein the ePUCCH format is an ePUCCH Format 0 or an ePUCCH Format 1. a memory; and one or more processors, coupled to the memory, configured to: receive configuration information indicating an enhanced physical uplink control channel, ePUCCH, format for an ePUCCH, wherein the ePUCCH is associated with an increased bandwidth configuration based at least in part on the ePUCCH format of the ePUCCH, wherein the increased bandwidth configuration uses a plurality of contiguous resource blocks, RBs, for the ePUCCH; and transmit the ePUCCH using the increased bandwidth configuration, wherein, based at least in part on the increased bandwidth configuration, the plurality of contiguous RBs are encoded using an extended sequence relative to a sequence specified by the ePUCCH format for the ePUCCH, and wherein the ePUCCH format is an ePUCCH Format 0 or an ePUCCH Format 1. receive configuration information indicating an enhanced physical uplink control channel, ePUCCH, format for an ePUCCH, wherein the ePUCCH is associated with an increased bandwidth configuration based at least in part on the ePUCCH format of the ePUCCH, wherein the increased bandwidth configuration uses a plurality of contiguous resource blocks, RBs, for the ePUCCH; and transmit the ePUCCH using the increased bandwidth configuration, wherein, based at least in part on the increased bandwidth configuration, the plurality of contiguous RBs are encoded using an extended sequence relative to a sequence specified by the ePUCCH format for the ePUCCH, and wherein the ePUCCH format is an ePUCCH Format 0 or an ePUCCH Format 1.