mhurhangee/ep-ind-claims huggingface dataset:
A filter device package (10, 12) comprising: a first dielectric layer; an acoustic wave filter device attached to the first dielectric layer, the acoustic wave filter device comprising an active area and input/output (I/O) pads; an adhesive positioned between the first dielectric layer and the acoustic wave filter device to secure the first dielectric layer to the acoustic wave filter device; a plurality of vias formed through the first dielectric layer and the adhesive to the I/O pads of the acoustic wave filter device; and metal interconnects formed in the plurality of vias and mechanically and electrically coupled to the I/O pads of the acoustic wave filter device to form electrical interconnections thereto; wherein an air cavity is formed in the adhesive between the acoustic wave filter device and the first dielectric layer, in a location adjacent the active area of the acoustic wave filter device characterized by further comprising a plurality of additional dielectric layers stacked onto the first dielectric layer and the adhesive, the plurality of additional dielectric layers being stacked so as to cover back and side surfaces of the acoustic wave filter device and embed the acoustic wave filter device within the filter device package (10, 12). a first dielectric layer; an acoustic wave filter device attached to the first dielectric layer, the acoustic wave filter device comprising an active area and input/output (I/O) pads; an adhesive positioned between the first dielectric layer and the acoustic wave filter device to secure the first dielectric layer to the acoustic wave filter device; a plurality of vias formed through the first dielectric layer and the adhesive to the I/O pads of the acoustic wave filter device; and metal interconnects formed in the plurality of vias and mechanically and electrically coupled to the I/O pads of the acoustic wave filter device to form electrical interconnections thereto; wherein an air cavity is formed in the adhesive between the acoustic wave filter device and the first dielectric layer, in a location adjacent the active area of the acoustic wave filter device characterized by further comprising a plurality of additional dielectric layers stacked onto the first dielectric layer and the adhesive, the plurality of additional dielectric layers being stacked so as to cover back and side surfaces of the acoustic wave filter device and embed the acoustic wave filter device within the filter device package (10, 12).
A cable comprising: an electrically or optically conducting element; an insulating layer surrounding the conducting element, the insulating layer comprising a copolyetherester and melamine cyanurate, and/or melamine, and/or melem and/or melam; a jacket surrounding the insulating layer, the jacket comprising a copolyetherester and melamine cyanurate, and/or melamine, and/or melem and/or melam, and at least one inorganic hydroxide. an electrically or optically conducting element; an insulating layer surrounding the conducting element, the insulating layer comprising a copolyetherester and melamine cyanurate, and/or melamine, and/or melem and/or melam; a jacket surrounding the insulating layer, the jacket comprising a copolyetherester and melamine cyanurate, and/or melamine, and/or melem and/or melam, and at least one inorganic hydroxide.
A method comprising: obtaining a measurement of signal strength of one or more wireless signals from one or more respective access points by a device; obtaining information of identities of the one or more access points; using the identities to find out radio maps of the one or more access points; using the obtained measurement of signal strength and the radio maps to determine at least one likelihood for the device being inside an area, which comprises a) or b): a) calculating for each radio map of the radio maps a sum of differences between the obtained measurement of signal strength and signal strength measurements of the radio map; and using the respective sum of differences to determine which radio map provides the greatest likelihood that the device is within the area represented by the radio map. b) calculating for each radio map of the radio maps a smallest difference between the obtained measurement of signal strength and signal strength measurements of the radio map; and using the respective smallest difference to determine which radio map provides the greatest likelihood that the device is within the area represented by the radio map. obtaining a measurement of signal strength of one or more wireless signals from one or more respective access points by a device; obtaining information of identities of the one or more access points; using the identities to find out radio maps of the one or more access points; using the obtained measurement of signal strength and the radio maps to determine at least one likelihood for the device being inside an area, which comprises a) or b): a) calculating for each radio map of the radio maps a sum of differences between the obtained measurement of signal strength and signal strength measurements of the radio map; and using the respective sum of differences to determine which radio map provides the greatest likelihood that the device is within the area represented by the radio map. b) calculating for each radio map of the radio maps a smallest difference between the obtained measurement of signal strength and signal strength measurements of the radio map; and using the respective smallest difference to determine which radio map provides the greatest likelihood that the device is within the area represented by the radio map. a) calculating for each radio map of the radio maps a sum of differences between the obtained measurement of signal strength and signal strength measurements of the radio map; and using the respective sum of differences to determine which radio map provides the greatest likelihood that the device is within the area represented by the radio map. b) calculating for each radio map of the radio maps a smallest difference between the obtained measurement of signal strength and signal strength measurements of the radio map; and using the respective smallest difference to determine which radio map provides the greatest likelihood that the device is within the area represented by the radio map.
A method of defining a sensor model, comprising: determining a probability of obtaining a measurement from a plurality of potential causes in a field of view of a sensor; determining a probability of obtaining an image based on the determined probability of obtaining the measurement; and planning an action for a robot, comprising the sensor, based on the probability of obtaining the image; characterised in that the sensor is modeled based on a stochastic map, and the stochastic map comprises a mean occupancy level for each voxel in the stochastic map and a variance of the mean occupancy level for each voxel, wherein the step of determining a probability of obtaining a measurement is based on the stochastic map. determining a probability of obtaining a measurement from a plurality of potential causes in a field of view of a sensor; determining a probability of obtaining an image based on the determined probability of obtaining the measurement; and planning an action for a robot, comprising the sensor, based on the probability of obtaining the image; characterised in that the sensor is modeled based on a stochastic map, and the stochastic map comprises a mean occupancy level for each voxel in the stochastic map and a variance of the mean occupancy level for each voxel, wherein the step of determining a probability of obtaining a measurement is based on the stochastic map.
A method for handling a dormant handoff in a communication system supporting Internet Protocol, IP, communications, the communication system employing an accounting unit, the method comprising: establishing a first Point-to-Point Protocol, PPP, session with a first packet data service node, PDSN; establishing a second PPP session with a second PDSN; receiving a request from the first PDSN to stop accounting for a first IP communication, the request to stop accounting corresponding to loss of a bearer connection of the first PPP session; ignoring the request from the first PDSN to stop accounting, if the second PPP session with the second PDSN is active for the IP communication; and terminating the IP communication, if the first PPP session with the first PDSN is the only active PPP session for the first IP communication. establishing a first Point-to-Point Protocol, PPP, session with a first packet data service node, PDSN; establishing a second PPP session with a second PDSN; receiving a request from the first PDSN to stop accounting for a first IP communication, the request to stop accounting corresponding to loss of a bearer connection of the first PPP session; ignoring the request from the first PDSN to stop accounting, if the second PPP session with the second PDSN is active for the IP communication; and terminating the IP communication, if the first PPP session with the first PDSN is the only active PPP session for the first IP communication.
Striking mechanism unit for a timepiece, comprising means for operating at least one lifting piece driving a hammer (56; 58) which comprises said striking mechanism, for the actuating of at least one hammer (106; 108), wherein said striking mechanism comprises means for disconnecting arranged to trigger the disconnection of said at least one lifting piece (56; 58), said means for disconnecting comprising at least one cam and a feeler spindle provided with a finger, said cam being arranged to trigger the disconnecting of said at least one lifting piece (56; 58), characterised in that said cam is arranged to provide said striking mechanism with information differentiating between a first period and a second period, for operating, during said first period, or said second period respectively, a single one of a first hour ratchet arranged to cooperate with a first lifting piece, and a second hour ratchet arranged to cooperate with a second said lifting piece, and for operating during said second period, or said first period respectively, either the other of said first or second hour ratchets, or both of said first and second hour ratchets, and in that the cam includes at least a first path corresponding to said first period and at least a second path corresponding to said second period, which are respectively travelled by a finger comprised in a feeler spindle, said finger is integral with a beak arranged to cooperate with a lifting piece lever comprised in said second lifting piece in order to hook said lifting piece lever so as to lock said lifting piece when said finger travels the path corresponding to said first period or said second period respectively, and to allow said lifting piece lever to pass and said second lifting piece to pivot when said finger travels the path corresponding to said second period or said first period respectively, and in that said cam is a 24 hour cam, and in that said first period is the morning and said second period is the afternoon, or vice versa.
A separating medium for hydrophilic interaction chromatography, being formed from a support selected from the group consisting of a silica gel and a silica monolith, and a ligand supported on the support, wherein the ligand is a (meth)acrylic polymer having a constituent unit derived from a compound represented by Formula and the (meth)acrylic polymer chemically bonded to the support is obtainable by a polymerization reaction involving both a compound represented by Formula and the support having a spacer bonded thereto, the spacer being obtainable by reacting an acrylic monomer and a silane coupling agent; wherein in Formula, there are one or two double bonds between atoms making up a heterocyclic ring, X 1 is selected from the group consisting of S, SCH 3 +, O, NH, NCH 3, CH 2, CHR and CR 1 R 2, each of X 2, X 3 and X 4 is selected from the group consisting of N, NH, NCH 3, CH 2, CHR, NCH 3 +, CH, CR and CR 1 R 2, in which each of R 1 and R 2 is an optionally substituted C 1-18 alkyl, C 6-18 aryl, C 2-18 alkenyl, C 2-18 alkynyl, C 7-18 aralkyl, C 2-18 acyl, C 3-18 cycloalkyl, carboxyl, amino, C 6-18 aryloxy or C 1-18 alkoxy, halo, hydroxyl, nitro or cyano group, while R is a substituted or non-substituted C 1-18 alkyl, C 6-18 aryl, C 2-18 alkenyl, C 2-18 alkynyl, C 7-18 aralkyl, C 2-18 acyl, C 3-18 cycloalkyl, carboxyl, amino, C 6-18 aryloxy or C 1-18 alkoxy, halo, hydroxyl, nitro or cyano group, at least two of X 1, X 2; X 3 and X 4 are not CH 2, CH, CR or CR 1 R 2, and R 3 is H or CH 3.
CAN repeater (2, 2') for a communication system having at least one network (1, 1') for forwarding CAN data telegrams between a first subscriber and a second subscriber, either within the network or for connecting two similar networks (1, 1'), wherein the CAN repeater comprises two CAN transceivers (5A, 5B) for physically coupling the CAN repeater to at least one CAN network (1, 1'), wherein the logic unit is configured to recognize CAN data telegrams, wherein the repeater (2, 2') is configured to forward CAN data telegrams at the physical layer of the ISO-OSI reference model, and having at least two transceivers (5A, 5B) for physically coupling the CAN repeater (2, 2') to the at least one network (1,1'), wherein the repeater (2, 2') comprises a logic unit which is configured to recognize the defined structure of a CAN data telegram to be forwarded from the first subscriber to the second subscriber, to manipulate data content within the CAN data telegram from at least one defined point in time and to transmit the manipulated data content to the first subscriber and/or the second subscriber.
An automatic dishwashing machine, comprising: - a washing chamber housing a basket for supporting one or more dishes to be washed, said basket being rotatable about a predetermined rotation axis; - motor means associated with said basket to drive it into rotation around said rotation axis; - supply means of one or more steam jets in said washing chamber; characterized in that said motor means are adapted to transmit to said basket an oscillating motion with predetermined oscillation amplitude ( β), said steam jet supply means comprising one or more nozzles mutually aligned along a substantially axial direction and adapted to direct respective steam jets along a direction inclined with respect to the vertical. - a washing chamber housing a basket for supporting one or more dishes to be washed, said basket being rotatable about a predetermined rotation axis; - motor means associated with said basket to drive it into rotation around said rotation axis; - supply means of one or more steam jets in said washing chamber;
A circuit breaker comprising: a housing; separable contacts received in the housing including a first contact and a second contact, at least one of the first contact and the second contact being movable with respect to the other of the first contact and the second contact to open and close the separable contacts; a trip mechanism including bimetal strip received in the housing, the trip mechanism being operatively connected with at least one of the first and second separable contacts (106, 108) to selectively open the separable contacts; a first terminal member including a first socket positioned within the housing and configured to receive a pin located on an associated bus structure, the first terminal member being electrically connected with the first contact; and a second terminal member including a second socket positioned within the housing and configured to receive another pin located on the associated bus structure, the second terminal contacting the bimetal strip and being electrically connectable with the second contact. a housing; separable contacts received in the housing including a first contact and a second contact, at least one of the first contact and the second contact being movable with respect to the other of the first contact and the second contact to open and close the separable contacts; a trip mechanism including bimetal strip received in the housing, the trip mechanism being operatively connected with at least one of the first and second separable contacts (106, 108) to selectively open the separable contacts; a first terminal member including a first socket positioned within the housing and configured to receive a pin located on an associated bus structure, the first terminal member being electrically connected with the first contact; and a second terminal member including a second socket positioned within the housing and configured to receive another pin located on the associated bus structure, the second terminal contacting the bimetal strip and being electrically connectable with the second contact.
Method for manufacturing a strip for retortable food packages made of an aluminum alloy comprising the steps of: - degreasing and anodizing the surface of the strip by immersing the strip in an acid electrolyte bath and applying AC current, wherein the degreasing and anodizing the surface of the strip leads to an artificially grown oxide layer, optionally followed by a desmutting step and - applying a passivation layer on the surface of the strip using a no-rinse coil coating process, - the applied passivation layer has a thickness of 2 to 10 g/m 2 of the wet film. - degreasing and anodizing the surface of the strip by immersing the strip in an acid electrolyte bath and applying AC current, wherein the degreasing and anodizing the surface of the strip leads to an artificially grown oxide layer, optionally followed by a desmutting step and - applying a passivation layer on the surface of the strip using a no-rinse coil coating process, - the applied passivation layer has a thickness of 2 to 10 g/m 2 of the wet film.
A method for material processing of a material by generating modifications with a pulsed laser beam, wherein the modifications are formed in an asymmetric manner transverse to a propagation direction of the laser beam and the material is in particular for the laser beam to a large extent transparent, the method comprising: beam shaping of the laser beam for forming a focus zone in the material, wherein the focus zone is elongated in propagation direction and configured such that the focus zone comprises at least two intensity maxima, which are transverse flattened in a flattening direction, or a transverse sequence of asymmetric intensity maxima, which are flattened in a sequence direction; positioning the focus zone in the material; generating the modification; and moving the material and the focus zone relative to each other in or across to the flattening direction or in or across to the sequence direction. beam shaping of the laser beam for forming a focus zone in the material, wherein the focus zone is elongated in propagation direction and configured such that the focus zone comprises at least two intensity maxima, which are transverse flattened in a flattening direction, or a transverse sequence of asymmetric intensity maxima, which are flattened in a sequence direction; positioning the focus zone in the material; generating the modification; and moving the material and the focus zone relative to each other in or across to the flattening direction or in or across to the sequence direction.
multilayer positive temperature coefficient thermistor comprising: a ceramic body in which semiconductor ceramic layers and internal electrode layers (3a, 3b), which include Ni as a primary component, are alternately laminated to each other and are sintered, and external electrodes (5a, 5b) formed on two end portions of the ceramic body so as to be electrically connected to the internal electrode layers (3a, 3b), wherein a BaTiO 3 -based ceramic material is contained as a primary component in the semiconductor ceramic layers, and at least one element selected from the group consisting of Eu, Gd, Tb, Dy, Y, Ho, Er, and Tm is contained as a semiconductor dopant in the range of 0.1 to 0.5 molar parts with respect to 100 molar parts of Ti, characterised in that the semiconductor ceramic layers have an actual-measured sintered density in the range of 65% to 90% of a theoretical sintered density, the ratio of the Ba site to the Ti site of the BaTiO 3 -based ceramic material is represented by 0.998≤Ba site/Ti site≤1.006, the internal electrode layers (3a, 3b) are formed with the semiconductor ceramic layers by simultaneous firing, and the ratio of a thickness (t) of diffusion layers and a thickness of the semiconductor ceramic layers is represented by 0.01≤t/D≤0.20, the diffusion layers being primarily formed of Ni which is diffused from the internal electrode layers (3a, 3b) into the semiconductor ceramic layers during the simultaneous firing. a ceramic body in which semiconductor ceramic layers and internal electrode layers (3a, 3b), which include Ni as a primary component, are alternately laminated to each other and are sintered, and external electrodes (5a, 5b) formed on two end portions of the ceramic body so as to be electrically connected to the internal electrode layers (3a, 3b), wherein a BaTiO 3 -based ceramic material is contained as a primary component in the semiconductor ceramic layers, and at least one element selected from the group consisting of Eu, Gd, Tb, Dy, Y, Ho, Er, and Tm is contained as a semiconductor dopant in the range of 0.1 to 0.5 molar parts with respect to 100 molar parts of Ti, characterised in that the semiconductor ceramic layers have an actual-measured sintered density in the range of 65% to 90% of a theoretical sintered density, the ratio of the Ba site to the Ti site of the BaTiO 3 -based ceramic material is represented by 0.998≤Ba site/Ti site≤1.006, the internal electrode layers (3a, 3b) are formed with the semiconductor ceramic layers by simultaneous firing, and the ratio of a thickness (t) of diffusion layers and a thickness of the semiconductor ceramic layers is represented by 0.01≤t/D≤0.20, the diffusion layers being primarily formed of Ni which is diffused from the internal electrode layers (3a, 3b) into the semiconductor ceramic layers during the simultaneous firing.
An ambient temperature sensor couplable to a PCB and comprising: - a package comprising a first cap and an insulating structure, the insulating structure being formed of thermally insulating material, the first cap and the insulating structure being coupled so as to delimit a first cavity; and - a semiconductor device configured to generate an electrical signal indicative of a temperature, said semiconductor device being fixed on top of the insulating structure and being arranged within the first cavity; and wherein the package is configured to couple to the PCB so that the insulating structure is interposed between the semiconductor device and the PCB; said temperature sensor being characterized in that the insulating structure delimits a second cavity, which extends below the semiconductor device and is open laterally. - a package comprising a first cap and an insulating structure, the insulating structure being formed of thermally insulating material, the first cap and the insulating structure being coupled so as to delimit a first cavity; and - a semiconductor device configured to generate an electrical signal indicative of a temperature, said semiconductor device being fixed on top of the insulating structure and being arranged within the first cavity;