mhurhangee/ep-ind-claims huggingface dataset:
Device for transforming plastics material preforms into plastics material containers with a plurality of transforming stations which are disposed on a movable carrier, wherein the transforming stations each have blow moulds, within which the plastics material preforms can be transformed into plastics material containers by acting upon them with a flowable medium, and blow mould supports for holding these blow moulds, and wherein the blow mould supports have at least two blow mould support parts which are movable relative to one another for opening and closing the blow moulds, with a clean room which is demarcated with respect to the surroundings by means of at least one wall and which at least partially surrounds the individual transforming stations, so that the transforming stations are movable within this clean room, and with at least one supply unit in order to act upon at least one region of the transforming stations which are movable within the clean room with a flowable sterilising medium, characterized in that at least one transforming station has at least two components (14, 16) which are permanently fastened to one another in a working operation, and a resilient sealing means is disposed between these components, wherein this sealing means fills and/or closes a gap formed between these components (14, 16) in such a way that the sealing means can be acted upon directly with the sterilising medium.
A radial foil bearing comprising: a bearing housing that has an insertion hole into which a shaft is inserted; a back foil that is disposed on an inner peripheral surface of the insertion hole; a top foil that is supported by the back foil; and a protrusion portion that protrudes toward an inner side in a radial direction of the insertion hole from the inner peripheral surface of the insertion hole and that is configured to support the top foil, the back foil includes a first back foil and a second back foil, which are separated in an axial direction of the insertion hole; and the first back foil and the second back foil face each other in the axial direction with the protrusion portion interposed therebetween; characterized in that: the protrusion portion includes a top wall portion that is positioned at the inner side in the radial direction from the inner peripheral surface of the insertion hole and that is flat along the circumferential direction at an axial position within a range of ± 5% from an axially middle position of the insertion hole. a bearing housing that has an insertion hole into which a shaft is inserted; a back foil that is disposed on an inner peripheral surface of the insertion hole; a top foil that is supported by the back foil; and a protrusion portion that protrudes toward an inner side in a radial direction of the insertion hole from the inner peripheral surface of the insertion hole and that is configured to support the top foil, the back foil includes a first back foil and a second back foil, which are separated in an axial direction of the insertion hole; and the first back foil and the second back foil face each other in the axial direction with the protrusion portion interposed therebetween; characterized in that: the protrusion portion includes a top wall portion that is positioned at the inner side in the radial direction from the inner peripheral surface of the insertion hole and that is flat along the circumferential direction at an axial position within a range of ± 5% from an axially middle position of the insertion hole.
Reactor suitable for continuous preparation of hydrogen sulphide by exothermic reaction of sulphur and hydrogen to form a final product gas mixture P final comprising hydrogen sulphide and sulphur at elevated temperature and elevated pressure relative to standard conditions, said reactor comprising - a lower reactor region suitable for accommodating a sulphur melt, - one or more non-pressure-bearing first cavern(s) and at least one supply device (5, 5a) suitable for controlled supply of pressurized gaseous hydrogen per first cavern, said caverns being suitable for at least temporary accommodation of a product gas mixture P 1 which forms in exothermic reaction and comprises hydrogen sulphide, sulphur and hydrogen, and - a gas collecting region suitable for accommodating the product gas mixture P final at elevated temperature and elevated pressure relative to standard conditions, characterized in that the reactor additionally comprises one or more non-pressure-bearing installed device(s) suitable for continuous transfer of the total amount of product gas mixture P u formed in the lower reactor region to the gas collecting region, wherein said one or more installed devices contain a heterogeneous catalyst for further conversion of hydrogen and sulphur present in the product gas P u to hydrogen sulphide. - a lower reactor region suitable for accommodating a sulphur melt, - one or more non-pressure-bearing first cavern(s) and at least one supply device (5, 5a) suitable for controlled supply of pressurized gaseous hydrogen per first cavern, said caverns being suitable for at least temporary accommodation of a product gas mixture P 1 which forms in exothermic reaction and comprises hydrogen sulphide, sulphur and hydrogen, and - a gas collecting region suitable for accommodating the product gas mixture P final at elevated temperature and elevated pressure relative to standard conditions,
An apparatus for controlling a position of a patient's tongue comprising: an electrode having a plurality of contacts (1164a, 1264b), the plurality of contacts (1164a, 1264b) being adapted for placement around the patient's Hypoglossal nerve; and an implantable pulse generator electrically coupled to the electrode for applying at least two electric signals through the plurality of contacts (1164a, 1264b) to at least two targeted motor efferent groups located within the Hypoglossal nerve to stimulate at least two muscles of the tongue, wherein the electric signals are independent of the patient's respiration. an electrode having a plurality of contacts (1164a, 1264b), the plurality of contacts (1164a, 1264b) being adapted for placement around the patient's Hypoglossal nerve; and an implantable pulse generator electrically coupled to the electrode for applying at least two electric signals through the plurality of contacts (1164a, 1264b) to at least two targeted motor efferent groups located within the Hypoglossal nerve to stimulate at least two muscles of the tongue, wherein the electric signals are independent of the patient's respiration.
A method for preserving fresh fruit comprising applying to the fruit an aqueous preservative solution comprising water; calcium ions; and ascorbate ions, the term "ascorbate" being used in these claims to encompass both "ascorbate" and "isoascorbate" (erythorbate); wherein the ascorbate ions and calcium ions are present in an ion ratio of from 1.5:1 to 2.5:1, and the amount of metal ion sequestrant in the preservative is less than 0.5% of the ingredients exclusive of water; and further wherein the source for calcium ions in the aqueous preservative solution is calcium hydroxide, calcium carbonate, calcium phosphate, calcium erythorbate, calcium acetate, calcium gluconate, calcium glycerophosphate, calcium lactate, calcium ascorbate, or mixtures thereof.
A braking system for a railway car, the braking system defining a longitudinal axis and comprising: a first brake assembly, the first brake assembly comprising a bar assembly and a plurality of brake heads connected to the bar assembly, the bar assembly comprising a tension bar assembly and a compression bar; a second brake assembly, the second brake assembly comprising a bar assembly and a plurality of brake heads connected to the bar assembly, the bar assembly comprising a tension bar assembly and a compression bar; an actuator operable to generate a linear force, the actuator disposed between the tension bar assembly and the compression bar of the second brake assembly; a fixed rod extending between the first brake assembly and the second brake assembly; a movable rod extending between the first brake assembly and the second brake assembly, the movable rod connected to the actuator and translatable along the longitudinal axis based on operation of the actuator; a live lever disposed proximate the second brake assembly, the live lever comprising a first end, a second end, and a pivot point between the first end and the second end, the first end connected to the actuator, the second end connected to the movable rod; a strut assembly disposed between and connected to the tension bar assembly and the compression bar of the second brake assembly, wherein the pivot point of the live lever is coupled to the strut assembly; characterised in that the strut assembly comprises a first strut member and a second strut member, the second strut member spaced from the first strut member along a vertical axis. a first brake assembly, the first brake assembly comprising a bar assembly and a plurality of brake heads connected to the bar assembly, the bar assembly comprising a tension bar assembly and a compression bar; a second brake assembly, the second brake assembly comprising a bar assembly and a plurality of brake heads connected to the bar assembly, the bar assembly comprising a tension bar assembly and a compression bar; an actuator operable to generate a linear force, the actuator disposed between the tension bar assembly and the compression bar of the second brake assembly; a fixed rod extending between the first brake assembly and the second brake assembly; a movable rod extending between the first brake assembly and the second brake assembly, the movable rod connected to the actuator and translatable along the longitudinal axis based on operation of the actuator; a live lever disposed proximate the second brake assembly, the live lever comprising a first end, a second end, and a pivot point between the first end and the second end, the first end connected to the actuator, the second end connected to the movable rod; a strut assembly disposed between and connected to the tension bar assembly and the compression bar of the second brake assembly, wherein the pivot point of the live lever is coupled to the strut assembly; characterised in that the strut assembly comprises a first strut member and a second strut member, the second strut member spaced from the first strut member along a vertical axis.
A concentration measurement apparatus adapted to measure a temporal relative change amount of at least one of total hemoglobin concentration and oxygenated hemoglobin concentration in the head that vary due to repetition of chest compression, comprising: a light incidence section making measurement light incident on the head; a light detection section detecting the measurement light that has propagated through the interior of the head and generating a detection signal in accordance with an intensity of the measurement light; and a calculation section determining, based on the detection signal, the temporal relative change amount of at least one of the total hemoglobin concentration and the oxygenated hemoglobin concentration, and performing a filtering process of removing frequency components less than a predetermined frequency from frequency components contained in the relative change amount, wherein a calculation cycle of the relative change amount is not more than 0.2 seconds. a light incidence section making measurement light incident on the head; a light detection section detecting the measurement light that has propagated through the interior of the head and generating a detection signal in accordance with an intensity of the measurement light; and a calculation section determining, based on the detection signal, the temporal relative change amount of at least one of the total hemoglobin concentration and the oxygenated hemoglobin concentration, and performing a filtering process of removing frequency components less than a predetermined frequency from frequency components contained in the relative change amount, wherein a calculation cycle of the relative change amount is not more than 0.2 seconds.
A method in a Radio Remote Unit, RRU, for transmitting data in an Orthogonal Frequency Division Multiplexing, OFDM, system in which data are transmitted on frequency bands from the RRU to a Base Band Unit, BBU, the method comprises: converting data from time domain to frequency domain, receiving signals on the available frequency bands from at least one user terminal (130, 140, 150), calculating signal energy of each received signal, comparing each calculated signal energy with a threshold, selecting a set of frequency bands from the available frequency bands in the OFDM system based on the comparison result; and transmitting the data converted to the frequency domain on the selected set of frequency bands to the BBU. converting data from time domain to frequency domain, receiving signals on the available frequency bands from at least one user terminal (130, 140, 150), calculating signal energy of each received signal, comparing each calculated signal energy with a threshold, selecting a set of frequency bands from the available frequency bands in the OFDM system based on the comparison result; and transmitting the data converted to the frequency domain on the selected set of frequency bands to the BBU.
A delivery device for an endoprosthesis comprising: an inner tube having an inner tube proximal end region and an inner tube distal end region, the inner tube distal end region comprising a first retaining mechanism; a middle tube having a middle tube distal end region and a middle tube proximal end region and defining a middle tube lumen, the inner tube disposed within the middle tube lumen, the middle tube distal end region comprising a distal stopper, the middle tube further comprising a proximal stopper spaced apart from and located proximal of the distal stopper; and an outer tube having an outer tube proximal end region and an outer tube distal end region and defining an outer tube lumen, the middle tube disposed within the outer tube lumen, the outer tube distal end region comprising a second retaining mechanism; wherein the inner tube is structured and arranged to displace proximally and distally relative to the middle tube, and wherein the outer tube is structured and arranged to displace proximally and distally relative to the middle tube. an inner tube having an inner tube proximal end region and an inner tube distal end region, the inner tube distal end region comprising a first retaining mechanism; a middle tube having a middle tube distal end region and a middle tube proximal end region and defining a middle tube lumen, the inner tube disposed within the middle tube lumen, the middle tube distal end region comprising a distal stopper, the middle tube further comprising a proximal stopper spaced apart from and located proximal of the distal stopper; and an outer tube having an outer tube proximal end region and an outer tube distal end region and defining an outer tube lumen, the middle tube disposed within the outer tube lumen, the outer tube distal end region comprising a second retaining mechanism; wherein the inner tube is structured and arranged to displace proximally and distally relative to the middle tube, and wherein the outer tube is structured and arranged to displace proximally and distally relative to the middle tube.
A method for receiving machine type communication MTC downlink data, comprising: acquiring, by user equipment UE, downlink transmission parameters, wherein the downlink transmission parameters comprise a quantity of resource blocks in downlink transmission bandwidth that is configured by a base station for the UE, an antenna port used by the base station for sending the MTC downlink data, and at least one of the following: a cell-specific frequency shift value or a cyclic prefix CP type; setting, by the UE, a local oscillator frequency of a receiver according to the downlink transmission parameters; and receiving, by the UE, the MTC downlink data sent by the base station, wherein a subcarrier located in a subcarrier reservation location does not carry any data signal or reference signal, the subcarrier reservation location is determined in the downlink transmission bandwidth by the base station according to the downlink transmission parameters, and a central frequency of the subcarrier in the subcarrier reservation location is the same as the local oscillator frequency, set by the UE, of the receiver. acquiring, by user equipment UE, downlink transmission parameters, wherein the downlink transmission parameters comprise a quantity of resource blocks in downlink transmission bandwidth that is configured by a base station for the UE, an antenna port used by the base station for sending the MTC downlink data, and at least one of the following: a cell-specific frequency shift value or a cyclic prefix CP type; setting, by the UE, a local oscillator frequency of a receiver according to the downlink transmission parameters; and receiving, by the UE, the MTC downlink data sent by the base station, wherein a subcarrier located in a subcarrier reservation location does not carry any data signal or reference signal, the subcarrier reservation location is determined in the downlink transmission bandwidth by the base station according to the downlink transmission parameters, and a central frequency of the subcarrier in the subcarrier reservation location is the same as the local oscillator frequency, set by the UE, of the receiver.
A signal transmission and reception method of a user equipment, UE, using multiple cells in a wireless communication system supporting carrier aggregation, the method comprising: receiving information on a first uplink-downlink, UL-DL, configuration for a primary cell, PCell, and a second UL-DL configuration for a secondary cell, SCell, receiving downlink control information; receiving a signal from the SCell only in a partial region of a first subframe based on the downlink control information that has not indicated to transmit an uplink signal for the first subframe, wherein the first subframe is a subframe indicated as a special subframe by the first UL-DL configuration and indicated as a DL subframe by the second UL-DL configuration, wherein the special subframe consists of a downlink pilot time slot, DwPTS, a guard period, GP, and an uplink pilot time slot, UpPTS, and wherein the partial region of the first subframe correspond to the DwPTS and the GP. receiving information on a first uplink-downlink, UL-DL, configuration for a primary cell, PCell, and a second UL-DL configuration for a secondary cell, SCell, receiving downlink control information; receiving a signal from the SCell only in a partial region of a first subframe based on the downlink control information that has not indicated to transmit an uplink signal for the first subframe, wherein the first subframe is a subframe indicated as a special subframe by the first UL-DL configuration and indicated as a DL subframe by the second UL-DL configuration, wherein the special subframe consists of a downlink pilot time slot, DwPTS, a guard period, GP, and an uplink pilot time slot, UpPTS, and wherein the partial region of the first subframe correspond to the DwPTS and the GP.
A method, comprising: signaling, by a network node, information to at least one user equipment, wherein the information comprises an indication of a maximum number of physical downlink control channel repetition and aggregation levels, wherein the indication in the information further comprises an inactivity timer for at least one of enhanced radio link monitoring or radio link failure monitoring, and wherein the indication is independent of the physical downlink control channel repetition and aggregation level that the at least one user equipment is configured to monitor for data transfer. signaling, by a network node, information to at least one user equipment, wherein the information comprises an indication of a maximum number of physical downlink control channel repetition and aggregation levels, wherein the indication in the information further comprises an inactivity timer for at least one of enhanced radio link monitoring or radio link failure monitoring, and wherein the indication is independent of the physical downlink control channel repetition and aggregation level that the at least one user equipment is configured to monitor for data transfer.
A method of determining a synchronous cell for aggregated extension carriers of a wireless LTE communication network, the method comprises: determining, by a network-side apparatus, an extension carrier to be configured for a user equipment; and determining, by the network-side apparatus, a synchronous cell to which the extension carrier to be synchronous upon determining that the extension carrier is a synchronous extension carrier; wherein before the network-side apparatus determines the synchronous cell to which the extension carrier to be synchronous, the method further comprises: determining, by the network-side apparatus, that the user equipment supports a synchronous extension carrier; wherein determining, by the network-side apparatus, that the user equipment supports a synchronous extension carrier comprises: determining, by the network-side apparatus, from capability information reported by the user equipment whether the user equipment supports an extension carrier and whether type of the extension carrier is a synchronous extension carrier or an asynchronous extension carrier determining, by a network-side apparatus, an extension carrier to be configured for a user equipment; and determining, by the network-side apparatus, a synchronous cell to which the extension carrier to be synchronous upon determining that the extension carrier is a synchronous extension carrier; wherein before the network-side apparatus determines the synchronous cell to which the extension carrier to be synchronous, the method further comprises: determining, by the network-side apparatus, that the user equipment supports a synchronous extension carrier; determining, by the network-side apparatus, that the user equipment supports a synchronous extension carrier; wherein determining, by the network-side apparatus, that the user equipment supports a synchronous extension carrier comprises: determining, by the network-side apparatus, from capability information reported by the user equipment whether the user equipment supports an extension carrier and whether type of the extension carrier is a synchronous extension carrier or an asynchronous extension carrier determining, by the network-side apparatus, from capability information reported by the user equipment whether the user equipment supports an extension carrier and whether type of the extension carrier is a synchronous extension carrier or an asynchronous extension carrier