mhurhangee/ep-ind-claims huggingface dataset:
An MEMS sound transducer (10, 10', 10", 10"') comprising: at least one actuator (16, 16a-16d, 16a"-16d", 16a′′′-16d′′′); a radiation structure (14, 14', 14a-14d, 14", 14"') coupled to the actuator (16, 16a-16d, 16a"-16d", 16a′′′-16d′′′) and configured as a separate element; a structure surrounding the radiation structure (14, 14', 14a-14d, 14", 14′′′), wherein the radiation structure (14, 14', 14a-14d, 14", 14"') is separated from the surrounding structure by one or more gaps (14s, 14s", 14s′′′); and at least one screen (18, 18s", 18a", 18a, 18b, 18s′′′) arranged along at least one of the one or more gaps (14s, 14s", 14s′′′), wherein the at least one screen (18, 18s", 18a", 18a, 18b, 18s"') is formed as part of the radiation structure (14, 14', 14a-14d, 14" 14"'). at least one actuator (16, 16a-16d, 16a"-16d", 16a′′′-16d′′′); a radiation structure (14, 14', 14a-14d, 14", 14"') coupled to the actuator (16, 16a-16d, 16a"-16d", 16a′′′-16d′′′) and configured as a separate element; a structure surrounding the radiation structure (14, 14', 14a-14d, 14", 14′′′), wherein the radiation structure (14, 14', 14a-14d, 14", 14"') is separated from the surrounding structure by one or more gaps (14s, 14s", 14s′′′); and at least one screen (18, 18s", 18a", 18a, 18b, 18s′′′) arranged along at least one of the one or more gaps (14s, 14s", 14s′′′), wherein the at least one screen (18, 18s", 18a", 18a, 18b, 18s"') is formed as part of the radiation structure (14, 14', 14a-14d, 14" 14"').
A negative active material for a rechargeable lithium battery, comprising a Si-carbon composite comprising Si nanoparticles and an amorphous carbon, wherein the negative active material has sphericity,measured according to the description, of 0.7 or more and a specific surface area BET of 10 m 2 /g or less,,measured according to the description, and wherein the Si nanoparticles are a flake type. a Si-carbon composite comprising Si nanoparticles and an amorphous carbon, wherein the negative active material has sphericity,measured according to the description, of 0.7 or more and a specific surface area BET of 10 m 2 /g or less,,measured according to the description, and wherein the Si nanoparticles are a flake type.
A construction machine comprising: an upperstructure; working equipment attached to the upperstructure; an operator's cab mounted on the upperstructure and having a door capable of closably opening an ingress/egress opening; and a step (11b, 12) arranged at the ingress/egress opening to facilitate ingress to and egress from the operator's cab, wherein: the step is provided at a part thereof with an outwardly-extending edge portion that extends out beyond an opening plane forming the ingress/egress opening; and the door is provided at a part thereof with a convex part that covers the outwardly-extending edge portion of the step when the door is in a closed position, characterised in that a floor of the operator's cab is formed of a flat part arranged on a front side of a seat and a stepped part arranged in conjunction with the flat part and on a side of the ingress/egress opening; a flange part which lies in a same plane as the stepped part of the floor is arranged in conjunction with the stepped part and in the operator's cab; the step comprises the stepped part of the floor and the flange part; and the flange part is provided with the outwardly-extending edge portion. an upperstructure; working equipment attached to the upperstructure; an operator's cab mounted on the upperstructure and having a door capable of closably opening an ingress/egress opening; and a step (11b, 12) arranged at the ingress/egress opening to facilitate ingress to and egress from the operator's cab, wherein: the step is provided at a part thereof with an outwardly-extending edge portion that extends out beyond an opening plane forming the ingress/egress opening; and the door is provided at a part thereof with a convex part that covers the outwardly-extending edge portion of the step when the door is in a closed position, characterised in that a floor of the operator's cab is formed of a flat part arranged on a front side of a seat and a stepped part arranged in conjunction with the flat part and on a side of the ingress/egress opening; a flange part which lies in a same plane as the stepped part of the floor is arranged in conjunction with the stepped part and in the operator's cab; the step comprises the stepped part of the floor and the flange part; and the flange part is provided with the outwardly-extending edge portion. the step is provided at a part thereof with an outwardly-extending edge portion that extends out beyond an opening plane forming the ingress/egress opening; and the door is provided at a part thereof with a convex part that covers the outwardly-extending edge portion of the step when the door is in a closed position, characterised in that a floor of the operator's cab is formed of a flat part arranged on a front side of a seat and a stepped part arranged in conjunction with the flat part and on a side of the ingress/egress opening; a flange part which lies in a same plane as the stepped part of the floor is arranged in conjunction with the stepped part and in the operator's cab; the step comprises the stepped part of the floor and the flange part; and the flange part is provided with the outwardly-extending edge portion.
A method of providing a ring-back presentation to a calling terminal after receiving a call setup request from the calling terminal for a first communication session with a called terminal, comprising the following steps: - executing a call-setup for the first communication session, and further characterised by: - establishing a second packet-based communication session with the calling terminal, independent of the call-setup for the first session, by the called terminal sending a session initiating message directed to the calling terminal, and - providing pre-defined media content representing said ring-back presentation to the calling terminal, by means of said second session, said pre-defined media content (400,500) being stored in the called terminal and being sent therefrom to the calling terminal during the second session, and wherein different ring-back presentations have been defined for different potential callers, and/or depending on the current date or time of the day, week or season, and/or depending on a user status. - executing a call-setup for the first communication session, and further characterised by: - establishing a second packet-based communication session with the calling terminal, independent of the call-setup for the first session, by the called terminal sending a session initiating message directed to the calling terminal, and - providing pre-defined media content representing said ring-back presentation to the calling terminal, by means of said second session, said pre-defined media content (400,500) being stored in the called terminal and being sent therefrom to the calling terminal during the second session, and wherein different ring-back presentations have been defined for different potential callers, and/or depending on the current date or time of the day, week or season, and/or depending on a user status.
Detection apparatus including a pair of spaced electrodes (41 and 43, 141 and 142), a source (10, 110) of a substantially symmetric alternating field connected to apply the field between the electrodes (41 and 43, 141 and 142), wherein the amplitude of oscillation of the symmetric alternating field is modulated to vary between a low value and a higher value over a time exceeding that of the period of that oscillation, and the maximum magnitude of the symmetric alternating field is less than that required to cause differential ion mobility effects, and that the apparatus includes a collector (5, 105) for collecting ions passed through the field to produce an output signal that varies according to the amplitude of the alternating field as ions of different lowfield mobilities are passed through the electrodes (41 and 43, 141 and 142) or are captured between them, and a processor (6, 106) responsive to the output signal to provide an indication of the ions detected. that the apparatus includes a collector (5, 105) for collecting ions passed through the field to produce an output signal that varies according to the amplitude of the alternating field as ions of different lowfield mobilities are passed through the electrodes (41 and 43, 141 and 142) or are captured between them, and a processor (6, 106) responsive to the output signal to provide an indication of the ions detected.
Drying section for drying a paper, cardboard or other fibrous web in a machine for producing the latter with exclusively single-row drying groups (7, 8, 9), in which the fibrous web, supported by an endlessly circulating drying belt, is guided alternately over guide rollers and drying cylinders which are heated and are arranged in a row next to one another, the drying belt pressing the fibrous web against the circumferential face of the drying cylinders, and in each case only a defined side of the fibrous web coming into contact with the drying cylinders in the drying groups (7, 8, 9), and the underside of the fibrous web coming into contact with the heated drying cylinders in all drying groups (7, 8) which lie upstream of the last drying group, characterized in that the upper side of the fibrous web comes into contact with the heated drying cylinders in the last drying group, and in that the drying cylinder row of the last drying group runs in a downwardly inclined manner in the web running direction, and in that a transfer apparatus for transferring the fibrous web into the next machine section is provided at the end of the last drying group.
An electronic device comprising: processing circuitry configured to select a plurality of transmission cells as a subset of a coordinated multi-point (CoMP) set of transmission cells used to support wireless communications with a user equipment, wherein the processing circuitry selects the plurality of transmission cells based on a message from the UE that includes aggregate channel quality information for at least two communication channels between the UE and corresponding transmission cells of the plurality of transmission cells, the processing circuitry is configured to rank transmission cells into a cooperating set in descending order of power to the UE in a per-cell mode, and determine the subset of CoMP set of transmission cells from N cooperating scenarios, where a first n transmission cells cooperate to provide joint transmission to the UE, where n is a positive integer and N is a number of transmission cells in a cooperating set; the electronic device characterized in that the processing circuitry includes in the subset of CoMP set of transmission cells only transmission cells of cooperating scenarios having an increment in CQI at or above a predetermined channel quality difference threshold as compared with that for a first transmission cell, and a decrement in CQI below the predetermined channel quality difference as compared with that for N cells, and the predetermined channel quality difference threshold is determined based on requirements on the performance of the UE and a network spectrum utilization ratio. processing circuitry configured to select a plurality of transmission cells as a subset of a coordinated multi-point (CoMP) set of transmission cells used to support wireless communications with a user equipment, wherein the processing circuitry selects the plurality of transmission cells based on a message from the UE that includes aggregate channel quality information for at least two communication channels between the UE and corresponding transmission cells of the plurality of transmission cells, the processing circuitry is configured to rank transmission cells into a cooperating set in descending order of power to the UE in a per-cell mode, and determine the subset of CoMP set of transmission cells from N cooperating scenarios, where a first n transmission cells cooperate to provide joint transmission to the UE, where n is a positive integer and N is a number of transmission cells in a cooperating set; the electronic device characterized in that the processing circuitry includes in the subset of CoMP set of transmission cells only transmission cells of cooperating scenarios having an increment in CQI at or above a predetermined channel quality difference threshold as compared with that for a first transmission cell, and a decrement in CQI below the predetermined channel quality difference as compared with that for N cells, and the predetermined channel quality difference threshold is determined based on requirements on the performance of the UE and a network spectrum utilization ratio.
A carbon dioxide monitoring system for use with patients undergoing intubation, cardiopulmonary resuscitation, or ventilation comprising: a CO2 sensor which receives respiratory gases from a patient and senses the CO2 content of the gases to produce CO2 measurement signals; a recorder which records samples of the CO2 measurement signals; a waveform detector (30, 32) responsive to the CO2 signal samples which identifies characteristics of a CO2 waveform; a source of mode signals identifying which of an intubation mode, a CPR mode and a ventilation mode is the current use mode of the monitoring system; a waveform analyzer responsive to identified characteristics of the CO2 waveform and the mode signals which analyzes the waveform characteristics in consideration of the current use mode; and an alarm which produces an alarm output in response to the indication of an abnormal condition by the waveform analyzer. a CO2 sensor which receives respiratory gases from a patient and senses the CO2 content of the gases to produce CO2 measurement signals; a recorder which records samples of the CO2 measurement signals; a waveform detector (30, 32) responsive to the CO2 signal samples which identifies characteristics of a CO2 waveform; a source of mode signals identifying which of an intubation mode, a CPR mode and a ventilation mode is the current use mode of the monitoring system; a waveform analyzer responsive to identified characteristics of the CO2 waveform and the mode signals which analyzes the waveform characteristics in consideration of the current use mode; and an alarm which produces an alarm output in response to the indication of an abnormal condition by the waveform analyzer.
A carburization resistant metal material characterized by consisting of, by mass%, C: 0.03 to 0.075%, Si: 0.6 to 2.0%, Mn: 0.05 to 2.5%, P: 0.04% or less, S: 0.015% or less, Cr: higher than 16.0% to less than 20.0%, Ni: 20.0% to 28.0%, Cu: 0.5 to 10.0%, Al: 0.15% or less, Ti: 0.15% or less, N: 0.005 to 0.20%, and O (oxygen): 0.02% or less, optionally, by mass%, at least one component selected from at least one group of the first group to the fifth group described below, the balance being Fe and impurities, the first group to the fifth group being: first group: Co: 10% or less, second group: Mo: 5% or less, W: 5% or less, and Ta: 5% or less, third group: B: 0.1% or less, V: 0.5% or less, Zr: 0.5% or less, Nb: 2% or less, and Hf: 0.5% or less, fourth group: Mg: 0.1% or less and Ca: 0.1% or less, fifth group: Y: 0.15% or less, La: 0.15% or less, Ce: 0.15% or less, and Nd: 0.15% or less. first group: Co: 10% or less, second group: Mo: 5% or less, W: 5% or less, and Ta: 5% or less, third group: B: 0.1% or less, V: 0.5% or less, Zr: 0.5% or less, Nb: 2% or less, and Hf: 0.5% or less, fourth group: Mg: 0.1% or less and Ca: 0.1% or less, fifth group: Y: 0.15% or less, La: 0.15% or less, Ce: 0.15% or less, and Nd: 0.15% or less.
Cloth dispenser system, in particular for moist cloths, with a container for receiving cloths, with a cover mountable on the container and with a cover device with which the cover is lockable and which has a connecting ring which is connectable to the cover, and which has a base which is provided with at least one removal opening for the cloths and is closable with a locking cover, which by means of at least one connecting tab is connected to the connection ring, which with an internal thread can be screwed onto an outer thread of a neck of the cover, characterised in that the cover is designed as hood, in that an inner area of the hood adjoins the neck which is at an angle to a support edge on the front side, extends radially inwards from the support edge and is conical, wherein the cone angle, in relation to the longitudinal axis of the container approximately is at least 45°, in that the hood is connected via the support edge with the container, in that the inner area is divided into several segments distributed over the circumference of the hood which are connected to each other by ribs extending in the radial direction and in that the support edge has a greater axial rigidity than the flatter inner area, which opens up the possibility of manually pressing the inner area into the container after using of the cloth dispenser system, and in that the locking cover comprises a projection forming an annular collar, which when the locking cover is closed is in contact on a projection on the connecting ring forming an annular collar.
A method of processing information on-board an aircraft comprising the steps of: providing an avionics device installed in said aircraft, wherein said avionics device is an FAA-certified device; operably connecting a non-certified device within said aircraft to said FAA-certified device; generating non-certified instructions on said non-certified device; generating FAA-certified information on said FAA-certified device; transmitting and receiving electronic packets of non-certified instructions from said non-certified device to said FAA-certified device; generating a request for a user acknowledgement or confirmation on said FAA-certified device after said FAA-certified device receives said non-certified instructions; and allowing changes to information or functionality of said FAA-certified device based on said received non-certified instructions only after said user acknowledgement or confirmation of said received non-certified instructions is completed. providing an avionics device installed in said aircraft, wherein said avionics device is an FAA-certified device; operably connecting a non-certified device within said aircraft to said FAA-certified device; generating non-certified instructions on said non-certified device; generating FAA-certified information on said FAA-certified device; transmitting and receiving electronic packets of non-certified instructions from said non-certified device to said FAA-certified device; generating a request for a user acknowledgement or confirmation on said FAA-certified device after said FAA-certified device receives said non-certified instructions; and allowing changes to information or functionality of said FAA-certified device based on said received non-certified instructions only after said user acknowledgement or confirmation of said received non-certified instructions is completed.
A method, comprising: receiving, by a device, goal information associated with one or more performance goals associated with a radio access network, RAN; receiving, by the device, performance information for mobile devices associated with the RAN; determining, by the device and based on the goal information and the performance information, that at least one performance goal, of the one or more performance goals, is not being achieved within the RAN, wherein the at least one performance goal identifies a threshold quantity of handovers associated with a particular area, the at least one performance goal not being achieved based on the performance information identifying a quantity of handovers that is greater than the threshold quantity of handovers; wherein the one or more performance goals include a plurality of performance goals; and where the goal information includes priority information associated with the plurality of performance goals, the priority information identifying priorities of the plurality of performance goals relative to each other;generating, by the device, a small cell plan for improving performance within the RAN toward achievement of the at least one performance goal based on the priority information, the small cell plan to identify a set of locations at which a set of small cells are to be activated, deactivated, or deployed; and outputting, by the device, information associated with the small cell plan. receiving, by a device, goal information associated with one or more performance goals associated with a radio access network, RAN; receiving, by the device, performance information for mobile devices associated with the RAN; determining, by the device and based on the goal information and the performance information, that at least one performance goal, of the one or more performance goals, is not being achieved within the RAN, wherein the at least one performance goal identifies a threshold quantity of handovers associated with a particular area, the at least one performance goal not being achieved based on the performance information identifying a quantity of handovers that is greater than the threshold quantity of handovers; wherein the one or more performance goals include a plurality of performance goals; and where the goal information includes priority information associated with the plurality of performance goals, the priority information identifying priorities of the plurality of performance goals relative to each other;generating, by the device, a small cell plan for improving performance within the RAN toward achievement of the at least one performance goal based on the priority information, the small cell plan to identify a set of locations at which a set of small cells are to be activated, deactivated, or deployed; and outputting, by the device, information associated with the small cell plan.
A method of testing an interlocking functionality of a first Intelligent Electronic Device connected to a communication network and adapted to control a first switching device (110, 111) of a substation of an electric power system, comprising - preparing, by the first IED, an interlocking response indicating a release or blocking property of the first switching device (110, 111), - determining, by a testing device different from the first IED, an interlocking status indicating a release or blocking property of the first switching device (110, 111), and - comparing the interlocking response and the interlocking status, characterized in that the method comprises - determining, by the testing device, the interlocking status based on a dynamic substation topology representative of at least a part of the substation and inferred from a standardized description of a static substation topology as well as from a dynamic switch status of a second switching device (111, 110) of the substation, as well as based on interlocking rules. - preparing, by the first IED, an interlocking response indicating a release or blocking property of the first switching device (110, 111), - determining, by a testing device different from the first IED, an interlocking status indicating a release or blocking property of the first switching device (110, 111), and - comparing the interlocking response and the interlocking status, - determining, by the testing device, the interlocking status based on a dynamic substation topology representative of at least a part of the substation and inferred from a standardized description of a static substation topology as well as from a dynamic switch status of a second switching device (111, 110) of the substation, as well as based on interlocking rules.