mhurhangee/ep-ind-claims huggingface dataset:
A cable media converter, CMC, management method, comprising: receiving, by a CMC controller by using a management channel, a second message packet sent by a CMC, wherein the second message packet comprises an identifier of the CMC and configuration file information of a cable modem, CM, and the identifier of the CMC is used to uniquely identify the CMC; and characterised by determining, by the CMC controller based on a locally saved correspondence between a plurality of optical line terminals, OLTs, and respective CMCs, an OLT of the plurality of OLTs corresponding to the CMC of the respective CMCs identified by the identifier in the second message packet, wherein the OLT is in a one-to-one correspondence with the CMC, and sending the configuration file information in the second message packet to the determined OLT. receiving, by a CMC controller by using a management channel, a second message packet sent by a CMC, wherein the second message packet comprises an identifier of the CMC and configuration file information of a cable modem, CM, and the identifier of the CMC is used to uniquely identify the CMC; and characterised by determining, by the CMC controller based on a locally saved correspondence between a plurality of optical line terminals, OLTs, and respective CMCs, an OLT of the plurality of OLTs corresponding to the CMC of the respective CMCs identified by the identifier in the second message packet, wherein the OLT is in a one-to-one correspondence with the CMC, and sending the configuration file information in the second message packet to the determined OLT.
An apparatus being a low noise amplifier, LNA, the apparatus comprising: a plurality of amplifying means (550a, 550b, 550m; 650a, 650b; 652a, 652b) configured to receive an input radio frequency, RF signal; and at least one interconnection means (582a, 582b) configured to selectively short outputs of at least two of the plurality of amplifying means (550a, 550b, 550m; 650a, 650b; 652a, 652b) coupled to the at least one interconnection means; wherein each output of the plurality of amplifying means (550a, 550b, 550m; 650a, 650b; 652a, 652b) is connected to a different respective load circuit of a plurality of load circuits (590a, 590b, 590m, 690a, 690b, 691); and the plurality of amplifying means comprise first and second amplifying means (650a, 650b; 652a, 652b), the first amplifying means (650a; 652a) comprising a first gain transistor and a first cascode transistor, wherein a source of the first cascode transistor is coupled to a drain of the first gain transistor and wherein a drain of the first cascode transistor is coupled to an output of the first amplifying means, and the second amplifying means (650b; 652b) comprising a second gain transistor and a second cascode transistor, wherein a source of the second cascode transistor is coupled to a drain of the second gain transistor and wherein a drain of the second cascode transistor is coupled to an output of the second amplifying means, wherein the at least one interconnection means (582a, 582b) comprise: a switch (682a, 682b) coupled between drains of the first and second cascode transistors. a plurality of amplifying means (550a, 550b, 550m; 650a, 650b; 652a, 652b) configured to receive an input radio frequency, RF signal; and at least one interconnection means (582a, 582b) configured to selectively short outputs of at least two of the plurality of amplifying means (550a, 550b, 550m; 650a, 650b; 652a, 652b) coupled to the at least one interconnection means; wherein each output of the plurality of amplifying means (550a, 550b, 550m; 650a, 650b; 652a, 652b) is connected to a different respective load circuit of a plurality of load circuits (590a, 590b, 590m, 690a, 690b, 691); and the plurality of amplifying means comprise first and second amplifying means (650a, 650b; 652a, 652b), the first amplifying means (650a; 652a) comprising a first gain transistor and a first cascode transistor, wherein a source of the first cascode transistor is coupled to a drain of the first gain transistor and wherein a drain of the first cascode transistor is coupled to an output of the first amplifying means, and the second amplifying means (650b; 652b) comprising a second gain transistor and a second cascode transistor, wherein a source of the second cascode transistor is coupled to a drain of the second gain transistor and wherein a drain of the second cascode transistor is coupled to an output of the second amplifying means, wherein the at least one interconnection means (582a, 582b) comprise: a switch (682a, 682b) coupled between drains of the first and second cascode transistors.
A urea-SCR system for reducing nitrogen oxide emissions in a flue gas of a power plant comprising SOx at a concentration of 20 ppm or greater, which system comprising: (a) a solution comprising urea and at least one NO 2 forming compound, wherein the at least one NO 2 forming compound comprises a metal salt of a nitrate, which is an alkaline earth metal nitrate, iron nitrate, manganese nitrate or mixtures thereof; (b) an SCR catalyst; and (c) a device for introducing the solution into a stream of the flue gas prior to the flue gas coming into contact with the SCR catalyst, wherein the urea SCR system is at temperatures in the range of 200 to 350 °C.
A structural joint that can be placed at a break in continuity between two structural elements (A, B) and which comprises at least one slab covering a gap which is interposed between the mutually opposite margins of the structural elements (A, B), a first end limb of said slab being associable with the first structural element on the opposite side of the gap, a second end limb of said slab, opposite said first limb, being associable with the second structural element by way of means of slideable coupling, along a main direction of movement, which is parallel to the mutually opposite margins of the structural elements (A, B), characterized in that said means of slideable coupling comprise a slider which is coupled to said second end limb and is at least partially accommodated in a guiding track defined by a surbase which is anchorable in a cantilever fashion to the second structural element, between said slider and said track there being interposed rolling elements, for the sliding of said slider and of said slab in said track as a consequence of relative movements of the first structural element with respect to the second structural element along the main direction.
A metrology device for inspecting a substrate, particularly a substrate stack, preferably a bonded substrate stack, with the following features: - sound application means for producing sonic waves and for applying the produced sound waves to a first substrate stack surface of the substrate, particularly the substrate stack, - an optical system having a) a source for outputting electromagnetic radiation, which are split into at least one first beam path and one second beam path, b) means for loading a substrate stack measuring surface of the substrate, particularly the substrate stack, with the first beam path, c) interference means for forming an interference radiation made up of the first and second beam paths and d) a detector for detecting the interference radiation, - analysing means for analysing the interference radiation detected at the detector, characterized in that the sound application means and the optical system are located on opposite sides of the substrate. - sound application means for producing sonic waves and for applying the produced sound waves to a first substrate stack surface of the substrate, particularly the substrate stack, - an optical system having a) a source for outputting electromagnetic radiation, which are split into at least one first beam path and one second beam path, b) means for loading a substrate stack measuring surface of the substrate, particularly the substrate stack, with the first beam path, c) interference means for forming an interference radiation made up of the first and second beam paths and d) a detector for detecting the interference radiation, a) a source for outputting electromagnetic radiation, which are split into at least one first beam path and one second beam path, b) means for loading a substrate stack measuring surface of the substrate, particularly the substrate stack, with the first beam path, c) interference means for forming an interference radiation made up of the first and second beam paths and d) a detector for detecting the interference radiation, - analysing means for analysing the interference radiation detected at the detector,
An oral solid formulation composition comprising a mixture comprising an active ingredient and a water-soluble or gastric-soluble polymer as a solubilizing carrier, and a foaming component as a disintegration promoter, wherein the foaming component comprises a foaming agent and does not comprise an acidifying agent, the water-soluble or gastric-soluble polymer is a mixture of hydroxypropyl methylcellulose and polymethacrylate copolymer; the active ingredient is comprised in an amount of 3 to 50% by weight based on the total weight of the composition; the water-soluble or gastric-soluble polymer is comprised in an amount of 12 to 50% by weight based on the total weight of the composition; and the foaming agent is comprised in an amount of 50 to 120 parts by weight based on 100 parts by weight of the polymer. wherein the foaming component comprises a foaming agent and does not comprise an acidifying agent, the water-soluble or gastric-soluble polymer is a mixture of hydroxypropyl methylcellulose and polymethacrylate copolymer; the active ingredient is comprised in an amount of 3 to 50% by weight based on the total weight of the composition; the water-soluble or gastric-soluble polymer is comprised in an amount of 12 to 50% by weight based on the total weight of the composition; and the foaming agent is comprised in an amount of 50 to 120 parts by weight based on 100 parts by weight of the polymer.
An apparatus for treating horticultural products, such as blueberries and the like, comprising in series at least one station for loading the horticultural products, at least one preliminary checking station, at least one alignment station, for their subsequent advancement aligned on at least one row, at least one viewing station, for acquiring information related to at least one parameter of interest of each horticultural product, such as the color, size, shape, sugar content, defectiveness, and the like, at least one distribution station, for sorting the products into uniform subgroups, as a function of the information acquired by said viewing station, and at least one recirculation apparatus, for returning, at least to said viewing station, any horticultural products that have not been sorted by said distribution station, characterized in that said recirculation apparatus comprises at least one conveyor belt, which is functionally arranged downstream of said distribution station and leads even indirectly to said viewing station, said apparatus comprising at least one sensor for detecting the transit of horticultural products above and at a predefined height, with respect to said conveyor belt, said height being chosen so as to correspond to a predefined limit value of products that have accumulated and are passing on said conveyor belt.
A metal detector comprising a sensing head insert housed within a metal detector housing, said sensing head insert comprising an assembly of panels having a product sensing aperture for receiving products to be tested, each of said assembly of panels comprising a laminated assembly of: a. a first layer for supporting at least one sensing coil, b. a second layer for providing electromagnetic shielding, and c. a moisture resistant barrier layer; wherein adjacent panels are secured together by a mechanical fastener; said mechanical fastener comprising: i) one or more screws or dovetail joints; and ii) an adhesive; and iii) an alignment means configured for aligning the panels at a pre-determined orientation to each other; whereby said metal detector housing comprises a metal detector aperture in cooperation with the product sensing aperture of the insert, characterised in that the alignment means comprises alignment pins and alignment holes arranged so that the pins and holes of different panels cooperate; and in that the space between the metal detector housing and the insert is substantially filled with foam, as a result of injecting, during manufacture, an expandable precursor of said foam in said space. a. a first layer for supporting at least one sensing coil, b. a second layer for providing electromagnetic shielding, and c. a moisture resistant barrier layer; wherein adjacent panels are secured together by a mechanical fastener; said mechanical fastener comprising: i) one or more screws or dovetail joints; and ii) an adhesive; and iii) an alignment means configured for aligning the panels at a pre-determined orientation to each other; whereby said metal detector housing comprises a metal detector aperture in cooperation with the product sensing aperture of the insert, characterised in that the alignment means comprises alignment pins and alignment holes arranged so that the pins and holes of different panels cooperate; and in that the space between the metal detector housing and the insert is substantially filled with foam, as a result of injecting, during manufacture, an expandable precursor of said foam in said space. i) one or more screws or dovetail joints; and ii) an adhesive; and iii) an alignment means configured for aligning the panels at a pre-determined orientation to each other;
Seat comprising at least one component (12, 14) from which air is removed in a suction mode or to which air is supplied in a delivery mode by means of a radial fan of a ventilation unit on a surface of the at least one component (12, 14) facing the vehicle occupant, the ventilation unit comprising, in addition to the fan, a suction channel on the intake side of the radial fan and a delivery channel on the delivery side of the radial fan, each channel (I, II) being assigned a 3/2-way switching valve (V1, V2), which switching valves are switched in such a way that, while maintaining the direction of rotation of the radial fan, a suction flow connection to the at least one component (12, 14) is ensured in the suction channel in the suction mode and a delivery flow connection to said at least one component is ensured in the delivery channel in the delivery mode, one of the 3/2-way switching valves (V1, V2) always assuming an open position (1.1AUF, 2.1AUF) toward the surroundings, in which it simultaneously closes the channel (I, II) assigned to it in the direction of the at least one component (12, 14), characterized in that the 3/2-way switching valves (V1, V2) and the radial fan form a compact module in that the 3/2-way switching valves (V1, V2) and the radial fan are integrated in the channels (I, II), a single actuator being provided for the two 3/2-way switching valves (V1, V2), which actuator causes the alternate opening (1.1AUF, 2.1AUF) and closing (1.1ZU, 2.1ZU) of the 3/2-way switching valves (V1, V2), the single actuator driving a single drive-side shaft on which the 3/2-way switching valves (V1, V2) designed as ventilation flaps are fixedly arranged so as to be offset from one another, so that a rotational movement of the single drive-side shaft in one or the other direction of rotation moves the two ventilation flaps to the desired position by means of the single actuator, switching from the suction mode to the delivery mode and vice versa taking place by alternately opening (1.1AUF, 2.1AUF) and closing (1.1ZU, 2.1ZU) the ventilation flaps.
An apparatus for scattering interrogation electromagnetic waves emitted from an RFID reader at one or more interrogation frequencies, the apparatus comprising: a substrate element comprising a predetermined area; and a plurality of unconnected resonant elements each having a resonant frequency, a quality factor, and a response band, the response band being centered at the resonant frequency with a bandwidth defined as the ratio between the resonant frequency and the quality factor, wherein at least one of the interrogation frequencies is within the response band of each resonant element; wherein the plurality of resonant elements are distributed with different orientations within the predetermined area of the substrate element for scattering interrogation electromagnetic waves radiated from an antenna of the RFID reader to one or more RFID tags; and wherein at least one resonant element of the plurality of resonant elements is operable to scatter the interrogation electromagnetic waves from the RFID reader to at least one RFID tag of the one or more RFID tags, the at least one RFID tag having a null-direction of an antenna aligned to a direct propagation direction of the interrogation electromagnetic waves radiated from the RFID reader to the at least one RFID tag, and further wherein the at least one resonant element has a null-direction of an antenna orientated in a direction that is orthogonal to a line extending from a center of the at least one resonant element to a center of the antenna of the RFID reader. a substrate element comprising a predetermined area; and a plurality of unconnected resonant elements each having a resonant frequency, a quality factor, and a response band, the response band being centered at the resonant frequency with a bandwidth defined as the ratio between the resonant frequency and the quality factor, wherein at least one of the interrogation frequencies is within the response band of each resonant element; wherein the plurality of resonant elements are distributed with different orientations within the predetermined area of the substrate element for scattering interrogation electromagnetic waves radiated from an antenna of the RFID reader to one or more RFID tags; and wherein at least one resonant element of the plurality of resonant elements is operable to scatter the interrogation electromagnetic waves from the RFID reader to at least one RFID tag of the one or more RFID tags, the at least one RFID tag having a null-direction of an antenna aligned to a direct propagation direction of the interrogation electromagnetic waves radiated from the RFID reader to the at least one RFID tag, and further wherein the at least one resonant element has a null-direction of an antenna orientated in a direction that is orthogonal to a line extending from a center of the at least one resonant element to a center of the antenna of the RFID reader.
Protective clothing for a motorcyclist having at least one light-emitting light surface which includes at least one luminescent fibre, and having a first control unit which is electrically coupled with the light surface and is designed to control the light surface and has a wireless interface for communication with a second control unit disposed on a motorcycle, wherein the first control unit is configured to receive signals from the second control unit which facilitate a synchronising of an activity of the light surface with an activity of at least one light of the motorcycle, and to control the light surface corresponding to the signals, wherein the light surface is integrated into the protective clothing and is designed to be reversibly deformable, wherein the protective clothing has at least one further wireless interface which is suitable to transmit an electrical supply current and to couple the light surface with a power supply of the motorcycle, characterised in that a means for the further wireless interface is installed in a hand region and/or a wrist region of the protective clothing on the protective clothing.
Optical cavity, comprising: - a set of elliptical mirrors (M 1 to M 6) intended to receive light radiation emitted by a light source, the light radiation exiting from the elliptical mirrors (M 1 to M 6) being intended to be received by a detector; - a first common focus (F 1) and a second common focus (F 2), which are shared by the set of elliptical mirrors (M 1 to M 6), the light source being intended to be arranged at the first common focus (F 1), the detector being intended to be arranged at the second common focus (F 2); - an outline, comprising a portion formed by all of the elliptical mirrors (M 1 to M 6) arranged consecutively, characterized in that the elliptical mirrors (M 1 to M 6) are arranged consecutively so as to form junctions, each junction extending along an axis (A 1 to A 5) passing through the first common focus (F 1). - a set of elliptical mirrors (M 1 to M 6) intended to receive light radiation emitted by a light source, the light radiation exiting from the elliptical mirrors (M 1 to M 6) being intended to be received by a detector; - a first common focus (F 1) and a second common focus (F 2), which are shared by the set of elliptical mirrors (M 1 to M 6), the light source being intended to be arranged at the first common focus (F 1), the detector being intended to be arranged at the second common focus (F 2); - an outline, comprising a portion formed by all of the elliptical mirrors (M 1 to M 6) arranged consecutively,
A pharmaceutical composition of Tecovirimat for injection, comprising Tecovirimat as an active ingredient, cyclodextrin and an additive, wherein said additive is meglumine.
Method for assisting a user when controlling a function of a means of transport, comprising the steps of: - ascertaining a first predefined status of the means of transport, and, as a reaction thereto, - displaying a control element (2, 2a) for access to a function on a display control unit of the means of transport, characterized by - ascertaining a second predefined status of the means of transport, which temporally follows the first status, and, as a reaction thereto, - hiding the control element (2, 2a), wherein the first predefined status is - a status relating to the operational readiness of the means of transport, and/or - a current location, and/or - a predefined traffic situation of the means of transport, specifically a city drive, a cross-country drive, a motorway drive, stop-and-go traffic or a night drive, and/or - reaching and/or leaving of a predefined first location. - ascertaining a first predefined status of the means of transport, and, as a reaction thereto, - displaying a control element (2, 2a) for access to a function on a display control unit of the means of transport, characterized by - ascertaining a second predefined status of the means of transport, which temporally follows the first status, and, as a reaction thereto, - hiding the control element (2, 2a), wherein the first predefined status is - a status relating to the operational readiness of the means of transport, and/or - a current location, and/or - a predefined traffic situation of the means of transport, specifically a city drive, a cross-country drive, a motorway drive, stop-and-go traffic or a night drive, and/or - reaching and/or leaving of a predefined first location.