mhurhangee/ep-ind-claims huggingface dataset:
A backrest for a vehicle for the public transport of passengers, said backrest comprising a fastening element configured to be directly fixed to a wall of said vehicle and a support element supported by said fastening element, wherein said fastening element is a profiled element and said support element comprises an outer layer which covers a deformable core, characterised in that said backrest comprises at least one between: - at least one terminal element configured to close a gap defined between said fastening element and said support element, wherein said terminal element is configured to connect said backrest to a column of said vehicle and - at least one joining element configured to connect two backrests together, wherein said joining element comprises a profiled element, wherein said joining element is configured to connect two fastening elements together and to conceal the fastening of other elements to said fastening element and of said fastening element to said wall. - at least one terminal element configured to close a gap defined between said fastening element and said support element, wherein said terminal element is configured to connect said backrest to a column of said vehicle and - at least one joining element configured to connect two backrests together, wherein said joining element comprises a profiled element, wherein said joining element is configured to connect two fastening elements together and to conceal the fastening of other elements to said fastening element and of said fastening element to said wall.
A method of providing information to an audio/video stream receiver device, characterized in that said method is implemented by an intermediate device interconnecting a router device and said audio/video stream receiver device, said method comprising: receiving, by snooping Internet Group Management Protocol, IGMP, messages transmitted by said router device, an IGMP General Query message and obtaining from said IGMP General Query message a protocol version to use for said audio/video stream receiver device to subscribe to a transmission by said router device of an audio/video stream; and receiving, by snooping Dynamic Host Configuration Protocol, DHCP, messages transmitted by said audio/video stream receiver device, a DHCP message indicative of said audio/video stream receiver device starting up and if said protocol version is a protocol version not supporting Source-Specific Multicast, SSM, transmitting, to said audio/video stream receiver device, an IGMPv2 General Query message indicative of said router device using a protocol version not supporting SSM. receiving, by snooping Internet Group Management Protocol, IGMP, messages transmitted by said router device, an IGMP General Query message and obtaining from said IGMP General Query message a protocol version to use for said audio/video stream receiver device to subscribe to a transmission by said router device of an audio/video stream; and receiving, by snooping Dynamic Host Configuration Protocol, DHCP, messages transmitted by said audio/video stream receiver device, a DHCP message indicative of said audio/video stream receiver device starting up and if said protocol version is a protocol version not supporting Source-Specific Multicast, SSM, transmitting, to said audio/video stream receiver device, an IGMPv2 General Query message indicative of said router device using a protocol version not supporting SSM.
A device for monitoring a transmission line that connects a signal source (20, 31) to an antenna (5, 6, 7, 8, 32), the device including three or more directional couplers (C1, C2, C3), at determined distances along the transmission line, and a processing unit, wherein the processing unit is sensitive to signal amplitudes present at least one port of each of the directional couplers (C1, C2, C3), and arranged to compute a phase shift (a) between a direct component of a signal on the transmission line and a reflected component of the signal on the transmission line at a predetermined position of the transmission line based on said signal amplitudes.
Hydraulic assembly, including at least one valve unit with at least three valves (140, 150, 160), and with at least one adjusting means, wherein the valves (140, 150, 160) and the adjusting means are indirectly and/or directly connected with one another, wherein the two further valves (150, 160) are parallelly arranged downstream of a first valve, and wherein, by means of the adjusting means, at least one actuation signal is transmittable to at least one of the valves (140, 150,160), wherein the hydraulic assembly comprises at least one hydraulic accumulator, a hydraulic consumer, a hydraulic fluid reservoir, and a hydraulic pumping means, wherein, by means of the adjusting means, the at least one actuation signal is transmittable to all valves (140, 150, 160) of the valve unit, and that, based on the actuation signal, the opening state of at least one of the valves (140, 150, 160) is alterable and/or settable, and wherein, downstream of a third valve, which is one of the two valves (150, 160) arranged parallel and downstream of the first valve, an attaching means is provided, by means of which the valve unit is indirectly and/or directly attached to a hydraulic fluid reservoir, wherein, in at least one operating state, an attaching means is provided upstream of the first valve, by means of which attaching means the valve unit is indirectly and/or directly attached to the hydraulic pumping means, characterized in that downstream of a second valve, which is one of the two valves (150, 160) arranged parallel and downstream of the first valve, an attaching means is provided, by means of which the valve unit is directly and/or indirectly attached to the hydraulic consumer and/or hydraulic accumulator.
A detector device comprising: a) an assembly with a first layer of scintillation crystals for converting gamma radiation photon energy to light and a second layer of scintillation crystals for converting gamma radiation photon energy to light; b) a first light guide sandwiched between said second layer and said first layer and used for coupling said first and second layers (22, 24) so that the light coming from the second layer is distributed broader than the light originating from the first layer; c) a photo detector array for measuring the light generated in the scintillation crystals, said assembly being mounted with a second light guide onto said photo detector array, said second light guide being sandwiched between said photo detector array and said first layer and used for coupling said first layer and said photo detector array; and d) optical compartments forming a sub-structure of said scintillation crystals and covering side surfaces of said scintillation crystals by a reflective layer. a) an assembly with a first layer of scintillation crystals for converting gamma radiation photon energy to light and a second layer of scintillation crystals for converting gamma radiation photon energy to light; b) a first light guide sandwiched between said second layer and said first layer and used for coupling said first and second layers (22, 24) so that the light coming from the second layer is distributed broader than the light originating from the first layer; c) a photo detector array for measuring the light generated in the scintillation crystals, said assembly being mounted with a second light guide onto said photo detector array, said second light guide being sandwiched between said photo detector array and said first layer and used for coupling said first layer and said photo detector array; and d) optical compartments forming a sub-structure of said scintillation crystals and covering side surfaces of said scintillation crystals by a reflective layer.
A presence detection system for detecting a presence of a plurality of objects (3A;3C) within an area having a plurality of detection zones (9A;9B;9C;9D), the system comprising: a movement detection device (11A;11B;11C;11D) for detecting a movement of one or more of the plurality of objects (3A;3C) in said area, wherein said movement detection device (11A;11B;11C;11D) is configured for zone-wise detecting a movement of one or more of the plurality of objects (3A;3C) in said plurality of detection zones (9A;9B;9C;9D), and an electronic processing device for storing information, in a zone-wise way, relating to a first position of a first object of the plurality of objects based on the movement of the first object detected by the movement detection device and relating to a second position of a second object of the plurality of objects, based on the movement of the second object detected by the movement detection device, wherein the electronic processing device is configured for determining, in a zone-wise way, the presence of the first object within the area based on detected movement of the first object and stored information relating to the first position of the first object and the presence of the second object within the area based on detected movement of the second object and stored information relating to the second position of the second object. a movement detection device (11A;11B;11C;11D) for detecting a movement of one or more of the plurality of objects (3A;3C) in said area, wherein said movement detection device (11A;11B;11C;11D) is configured for zone-wise detecting a movement of one or more of the plurality of objects (3A;3C) in said plurality of detection zones (9A;9B;9C;9D), and an electronic processing device for storing information, in a zone-wise way, relating to a first position of a first object of the plurality of objects based on the movement of the first object detected by the movement detection device and relating to a second position of a second object of the plurality of objects, based on the movement of the second object detected by the movement detection device, wherein the electronic processing device is configured for determining, in a zone-wise way, the presence of the first object within the area based on detected movement of the first object and stored information relating to the first position of the first object and the presence of the second object within the area based on detected movement of the second object and stored information relating to the second position of the second object.
A mashup data file used by a mashup processing for mashing up at least a first piece of content and a second piece of content, each being a music piece, comprising: first data indicating blocks of each of the first piece of content and the second piece of content which are required for the mashup processing, the blocks identifying parts of each of the first piece of content and second piece of content by sample units; and second data indicating a sequence for arranging the plurality of blocks to create a new piece of content by the mashup processing; in which the first data includes, for each block, identification the first or second piece of content as an original music piece, and information indicative of the original tempo of said block, the meter of the block, the key and scale of the block, the original music piece sample unit start and end points of the block, the beat count at the start point and end point of the block, and the sample unit positions indicating the beginnings of the respective bars immediately before the start and ends points of the block; and in which the second data includes, for each block, the start and end sample unit positions in the new piece of content created by the mashup processing, and the start and end bar numbers in the new piece of content created by the mashup processing. first data indicating blocks of each of the first piece of content and the second piece of content which are required for the mashup processing, the blocks identifying parts of each of the first piece of content and second piece of content by sample units; and second data indicating a sequence for arranging the plurality of blocks to create a new piece of content by the mashup processing; in which the first data includes, for each block, identification the first or second piece of content as an original music piece, and information indicative of the original tempo of said block, the meter of the block, the key and scale of the block, the original music piece sample unit start and end points of the block, the beat count at the start point and end point of the block, and the sample unit positions indicating the beginnings of the respective bars immediately before the start and ends points of the block; and in which the second data includes, for each block, the start and end sample unit positions in the new piece of content created by the mashup processing, and the start and end bar numbers in the new piece of content created by the mashup processing.
A method for acquiring and interpreting tandem mass spectra of a plurality of compounds that are introduced into a mass spectrometer from a chromatograph, said method comprising: (a) repeatedly performing, a total of m times during a first time period, the steps, through, of ionizing the plurality of compounds as they elute from the chromatograph so as to generate precursor ions comprising a plurality of precursor-ion species therefrom using an ion source of the mass spectrometer; introducing the plurality of precursor-ion species into a fragmentation or reaction cell (23, 39) of the mass spectrometer so as to generate product ions comprising a plurality of product-ion species from all or a portion of each of the plurality of precursor-ion species; and generating a mass spectrum of the plurality of product-ion species; (b) generating, during the first time period, a total number n of mass spectra of the plurality of precursor-ion species; and (c) recognizing matches between certain of the precursor-ion species and certain of the product-ion species generated during the first time period based on either correlations between elution profiles of the ion species determined from the plurality of generated mass spectra or correspondences of mass differences between ion species to losses of valid neutral molecules, the method CHARACTERIZED IN THAT: n < m; and the ratio n / m is automatically determined, based on an applied collision energy, a data acquisition rate or a measure of completeness of fragmentation. n < m; and the ratio n / m is automatically determined, based on an applied collision energy, a data acquisition rate or a measure of completeness of fragmentation.
A safety device (10,210) for mounting onto a drug delivery device having a barrel including with a flange at its proximal end and an injection needle at its distal end, and a piston rod including a piston flange, the safety device including: a tubular body (12,212) extending along a longitudinal axis, the tubular body (12,212) being configured to receive the barrel, a head arrangement (14,23,24,25) configured to abut against the flange and to lock into the flange, the safety device being characterized by at least two actuation arms (16,216) connecting the tubular body and the head arrangement, said actuation arms (16,216) having a proximal link (39,239) connected to the head arrangement by a proximal hinge (42,242) and a distal link (40,240) connected to the tubular body (12,212) by a distal hinge (47,247), the proximal link (39,239) and the distal link (40,240) being connected by an intermediate hinge (49,249), the actuation arms (16,216) being movable between a collapsed position in which the tubular body (12,212) is maintained in a position proximally close to the flange uncovering the needle and an extended position in which the tubular body (12,212) is maintained in a position distally distant from the head arrangement shielding the needle; a locking means (21,22,52,53,76,77,246,250) for releasably maintaining the actuation arms (16,216) in said collapsed position and a locking means (36,46,221,246) for maintaining the actuation arms (16,216) in said extended position. a tubular body (12,212) extending along a longitudinal axis, the tubular body (12,212) being configured to receive the barrel, a head arrangement (14,23,24,25) configured to abut against the flange and to lock into the flange, the safety device being characterized by at least two actuation arms (16,216) connecting the tubular body and the head arrangement, said actuation arms (16,216) having a proximal link (39,239) connected to the head arrangement by a proximal hinge (42,242) and a distal link (40,240) connected to the tubular body (12,212) by a distal hinge (47,247), the proximal link (39,239) and the distal link (40,240) being connected by an intermediate hinge (49,249), the actuation arms (16,216) being movable between a collapsed position in which the tubular body (12,212) is maintained in a position proximally close to the flange uncovering the needle and an extended position in which the tubular body (12,212) is maintained in a position distally distant from the head arrangement shielding the needle; a locking means (21,22,52,53,76,77,246,250) for releasably maintaining the actuation arms (16,216) in said collapsed position and a locking means (36,46,221,246) for maintaining the actuation arms (16,216) in said extended position.
A furniture fitting having a plunger, which can be moved linearly in relation to a housing and which has a first plunger part with an internal thread arranged on an inner lateral surface of the first plunger part and a second plunger part with an external thread, which interacts with the internal thread, wherein it is possible to adjust the length of the plunger by virtue of the external thread being subjected to screwing action relative to the internal thread, and a securing element, which prevents the external thread from being unscrewed all the way out of the internal thread, characterized in that the securing element is arranged at the inner lateral surface of the first plunger part.
Method for operating an autonomous industrial truck, which can move independently within an operating environment, characterized in that information relating to the movement path of the industrial truck is transmitted to at least one signalling unit, which is arranged outside the industrial truck and in which signals are generated that signal the movement path of the industrial truck within the operating environment of the industrial truck.
A computer-implemented method for modifying an electronic device design layout having a plurality of layers, comprising: identifying a portion of a design layout, the portion of the design layout representing a physical layout of an electronic device, and the portion of the design layout having one or more original traces; determining a local trace routing direction bias for a selected region of a layer of the identified portion based in part on the direction of the one or more original traces, the layer comprising a plurality of regions for selection; adding one or more traces to the selected region of the layer of the identified portion of the device design layout, the positioning of the one or more added traces being based at least in part upon the determined local trace routing direction bias; and storing the portion of the design layout to a memory storage location. identifying a portion of a design layout, the portion of the design layout representing a physical layout of an electronic device, and the portion of the design layout having one or more original traces; determining a local trace routing direction bias for a selected region of a layer of the identified portion based in part on the direction of the one or more original traces, the layer comprising a plurality of regions for selection; adding one or more traces to the selected region of the layer of the identified portion of the device design layout, the positioning of the one or more added traces being based at least in part upon the determined local trace routing direction bias; and storing the portion of the design layout to a memory storage location.
A composition, which is a fluorine-containing elastomer composition comprising (i) a perfluoroelastomer comprising (a) 18-33 mol-% of a perfluoro(alkyl vinyl ether) unit, (b) 0.3-0.6 mol-% of a monomer unit having at least one of a nitrile group, a carboxyl group and an alkoxycarbonyl group, and (c) a tetrafluoroethylene unit; and (ii) a crosslinking agent of the formula wherein the groups R 7 are the same or different and each is optionally fluorinated C 1-10 -alkyl; or phenyl or benzyl each optionally substituted by 1-5 groups independently selected from F and -CF 3. (i) a perfluoroelastomer comprising (a) 18-33 mol-% of a perfluoro(alkyl vinyl ether) unit, (b) 0.3-0.6 mol-% of a monomer unit having at least one of a nitrile group, a carboxyl group and an alkoxycarbonyl group, and (c) a tetrafluoroethylene unit; and (a) 18-33 mol-% of a perfluoro(alkyl vinyl ether) unit, (b) 0.3-0.6 mol-% of a monomer unit having at least one of a nitrile group, a carboxyl group and an alkoxycarbonyl group, and (c) a tetrafluoroethylene unit; and (ii) a crosslinking agent of the formula wherein the groups R 7 are the same or different and each is optionally fluorinated C 1-10 -alkyl; or phenyl or benzyl each optionally substituted by 1-5 groups independently selected from F and -CF 3.
A computer-implemented method for prefetching one of multiple content items onto a mobile device to make the content item accessible from a local data store of the mobile device, characterised in that the method comprises: (a) determining for each of the multiple content items multiple benefit values, each of the multiple benefit values being associated with one of multiple access times, the benefit values being based on an estimate of the likelihood of that content item to be accessed by a user at the associated access time; (b) determining for each of the multiple content items an estimated prefetching cost associated with a prefetching time, the prefetching cost indicating the cost to download that content item at the prefetching time; and (c) selecting one of the multiple content items for downloading at the prefetching time based on the benefit values for each of the multiple content items associated with the multiple access times and on the prefetching cost at the prefetching time for each of the multiple content items. (a) determining for each of the multiple content items multiple benefit values, each of the multiple benefit values being associated with one of multiple access times, the benefit values being based on an estimate of the likelihood of that content item to be accessed by a user at the associated access time; (b) determining for each of the multiple content items an estimated prefetching cost associated with a prefetching time, the prefetching cost indicating the cost to download that content item at the prefetching time; and (c) selecting one of the multiple content items for downloading at the prefetching time based on the benefit values for each of the multiple content items associated with the multiple access times and on the prefetching cost at the prefetching time for each of the multiple content items.
An oral composition comprising cyclosporin, a hydrogel forming polymer matrix, a surfactant and an oil phase being dispersed in the hydrogel forming polymer matrix, wherein the surfactant comprises a medium chain or long chain fatty acid mono- or di-glyceride or a combination thereof and does not comprise a polyethyleneglycol ether or ester; wherein the hydrogel-forming polymer matrix is in an amount of at least 25% by weight based upon the dry weight of the composition; and wherein the hydrogel forming polymer matrix comprises one or more of gelatin, agar, starch, casein, chitosan, soya bean protein, safflower protein, alginates, gellan gum, carrageenan, xanthan gum, phthalated gelatin, succinated gelatin, cellulosephthalate-acetate, oleoresin, polyvinylacetate, polymerisates of acrylic or methacrylic esters and polyvinylacetate-phthalate.