mhurhangee/ep-ind-claims huggingface dataset:
Spark gap with a cooling and/or damping device, having • at least one first spark gap electrode (FS 1) and one second spark gap electrode (FS 2), • wherein a material in volute form is placed adjacent to the second spark gap electrode (FS 2), wherein the material in volute form (S 1) forms an aperture, wherein the aperture is positioned in such manner that it forms an electric arc channel between the second spark gap electrode (FS 2) and the first spark gap electrode (FS 1), characterized in that the spark gap further has • at least one auxiliary ignition electrode for connection to an ignition circuit, wherein the auxiliary ignition electrode is arranged spatially adjacent to the first spark gap electrode (FS 1) and at a distance from the second spark gap electrode (FS 2), wherein the auxiliary ignition electrode is arranged laterally with respect to the direction of first spark gap electrode and the second spark gap electrode, • wherein a low-conductivity material is introduced between the auxiliary ignition electrode and the first spark gap electrode (FS 1) to aid ignition, • wherein the material in volute form (S 1) is introduced with insulation (ISO 2) from the auxiliary ignition electrode and the first spark gap electrode (FS 1). • at least one first spark gap electrode (FS 1) and one second spark gap electrode (FS 2), • wherein a material in volute form is placed adjacent to the second spark gap electrode (FS 2), wherein the material in volute form (S 1) forms an aperture, wherein the aperture is positioned in such manner that it forms an electric arc channel between the second spark gap electrode (FS 2) and the first spark gap electrode (FS 1), characterized in that the spark gap further has • at least one auxiliary ignition electrode for connection to an ignition circuit, wherein the auxiliary ignition electrode is arranged spatially adjacent to the first spark gap electrode (FS 1) and at a distance from the second spark gap electrode (FS 2), wherein the auxiliary ignition electrode is arranged laterally with respect to the direction of first spark gap electrode and the second spark gap electrode, • wherein a low-conductivity material is introduced between the auxiliary ignition electrode and the first spark gap electrode (FS 1) to aid ignition, • wherein the material in volute form (S 1) is introduced with insulation (ISO 2) from the auxiliary ignition electrode and the first spark gap electrode (FS 1).
A fixing device comprising: a fixing belt being endless and rotatable in a predetermined direction of rotation, the fixing belt including an inner circumferential face; a nip formation pad not rotatable, the nip formation pad over which the inner circumferential face of the fixing belt slides; a pressure rotator to press against the nip formation pad via the fixing belt to form a fixing nip between the fixing belt and the pressure rotator; and at least one heater to heat the fixing belt, the heater including a glass tube filled with an inert gas containing, as a main ingredient, a substance having a first molecular weight greater than a second molecular weight of argon, characterized in that the inner circumferential face is applied with a fluorine compound, wherein the temperature of the surface of the glass tube of the heater is lower than 400 degrees centigrade when 110 seconds have elapsed after the fixing operation starts. a fixing belt being endless and rotatable in a predetermined direction of rotation, the fixing belt including an inner circumferential face; a nip formation pad not rotatable, the nip formation pad over which the inner circumferential face of the fixing belt slides; a pressure rotator to press against the nip formation pad via the fixing belt to form a fixing nip between the fixing belt and the pressure rotator; and at least one heater to heat the fixing belt, the heater including a glass tube filled with an inert gas containing, as a main ingredient, a substance having a first molecular weight greater than a second molecular weight of argon, characterized in that the inner circumferential face is applied with a fluorine compound, wherein the temperature of the surface of the glass tube of the heater is lower than 400 degrees centigrade when 110 seconds have elapsed after the fixing operation starts.
A disaggregated routing system for use in a communication network comprising a plurality of white boxes, wherein said disaggregated system is characterized in that four of said plurality of white boxes are each configured to carry out a functionality selected from among a group that consists of: a) data path forwarding -DPF- b) a fabric module -FM-c) elements' controller -EC- and d) management switching -MS-and wherein the selected functionality for each of said four white boxes is different from the functionalities selected for each of the other three white boxes from among said four white boxes, and wherein by joining the different functionalities of said four white boxes, networking functions are carried out in a network cloud, and wherein each of said four white boxes is provided with an identification based on its functionality, and wherein said identifications are derived based on information retrieved by using Link Layer Discovery Protocol.
A wireless communication terminal comprising, a transceiver coupled to a processor, the wireless communication terminal being characterised by: the processor configured to determine that a subset of a plurality of resource elements, REs, received in a signal from a first base station must be excluded from demodulation, wherein the subset of the plurality of REs corresponds to a signal transmitted from a second base station and wherein the processor is configured to determine that the subset of the plurality of REs must be excluded based on at least one of an idication from the first base station or determining that a signal power from the second base station exceeds a threshold, the processor configured to estimate a hypothetical block error rate, BLER, based on the signal received from the first base station by excluding the subset of the plurality of REs, and the processor configured to estimate channel state information based on the hypothetical block error rate, BLER. the processor configured to determine that a subset of a plurality of resource elements, REs, received in a signal from a first base station must be excluded from demodulation, wherein the subset of the plurality of REs corresponds to a signal transmitted from a second base station and wherein the processor is configured to determine that the subset of the plurality of REs must be excluded based on at least one of an idication from the first base station or determining that a signal power from the second base station exceeds a threshold, the processor configured to estimate a hypothetical block error rate, BLER, based on the signal received from the first base station by excluding the subset of the plurality of REs, and the processor configured to estimate channel state information based on the hypothetical block error rate, BLER.
A brush holder arrangement for use in an electric motor, comprising at least one filter element associated with the electric motor for reducing electromagnetic interference emitted by the electric motor and means for holding said at least one filter element, characterised in that the means for holding said at least one filter element have a housing feed-through made using an elastomeric material for the insulated arrangement of a current-carrying conductor of a brush holder in the housing of the electric motor, wherein the housing feed-through has an opening for the conductor and at least one section lying outside on the motor housing after installation in the electric motor, which section contains at least one recess for receiving the at least one filter element, said recess being adapted to said at least one filter element.
A fan assembly for an aircraft turbomachine, this assembly comprising a fan shaft and first and second bearings configured to guide the fan shaft in rotation about a central axis, first bearings being a bearing having cylindrical rollers, this assembly being characterised in that the second bearing has a double-row of balls (40, 41) with oblique contact.
An ambient radio-frequency, RF, energy measurement apparatus for measuring energy available for RF harvesting at a particular location, the apparatus comprising: a plurality of antennas; at least one wideband RF detector coupled to the plurality of antennas to measure ambient RF energy, wherein each wideband radio frequency detector has an analog output indicative of RF input power received by the wideband radio frequency detector; and at least one analog-to-digital converter coupled to each wideband radio frequency detector to convert the analog output to a digital value, each digital value being applied to a calibration function to provide a number representing the total RF energy available in the frequency band of the wideband RF detector at the particular location. a plurality of antennas; at least one wideband RF detector coupled to the plurality of antennas to measure ambient RF energy, wherein each wideband radio frequency detector has an analog output indicative of RF input power received by the wideband radio frequency detector; and at least one analog-to-digital converter coupled to each wideband radio frequency detector to convert the analog output to a digital value, each digital value being applied to a calibration function to provide a number representing the total RF energy available in the frequency band of the wideband RF detector at the particular location.
Labeling machine for labeling containers such as bottles, for example, comprising a label carousel and labelling units which can be arranged on the periphery thereof, with exchangeable gripper cylinders which transfer the labels to the containers, a lifting device being provided on the labeling machine which is adapted to transport machine parts and other objects, in particular the gripper cylinders which may be located on the periphery of the labeling machine, the lifting device being arranged in a central position on the upper side of the labeling machine, characterized in that at least one holder is provided which secures the lifting device to the labeling machine.
Valve arrangement, comprising a valve housing in which a valve element loaded with spring force by a spring is arranged displaceably with respect to a valve seat element, which has a valve seat, and which in a closed position cooperates with the valve seat to interrupt a flow connection through the valve housing and in an open position releases the flow connection, the spring being braced on a spring holder arranged in the valve housing, characterised in that the valve housing has rear engagement latch elements, by means of which the valve arrangement can be fixed by latching in a receiving opening of a fluidic device, the rear engagement latch elements being elastically displaceable in the radial direction with respect to a longitudinal central axis of the valve housing between a latching position, in which they engage a latch counter element assigned to the receiving opening from behind, and a mounting position, in which they are disengaged from the latch counter element, the rear engagement latch elements being fixable in the latching position by means of a fixing device.
An isolated antisense oligonucleotide for inhibiting the activity of GLDC in a GLDC-expressing cancer cell, wherein the oligonucleotide is capable of inhibiting the expression of GLDC by inducing exon-skipping of a GLDC pre-mRNA or mature mRNA to induce cell cycle arrest or apoptosis, and the antisense oligonucleotide consists of a sequence selected from the group consisting of SEQ ID NOs: 1 to 94.
An amorphous carbon film containing carbon as a main component, not more than 30 at. % of hydrogen, not more than 20 at. % of nitrogen and not more than 3 at. % of oxygen (all excluding 0 at. %), and when the total amount of the carbon is taken as 100 at. %, the amount of carbon having an sp 2 hybrid orbital being not less than 70 at. % and less than 100 at. %, which is characterized in that nitrogen and oxygen are concentrated on a surface side of the film and when detected from a surface layer by X-ray photoelectron spectroscopy, oxygen content ratio is not less than 4 at. % and not more than 15 at. % and nitrogen content ratio is not less than 10 at. % and not more than 30 at. %.
An automatic analysis apparatus comprising: a plurality of detection sections, each of which has a reaction container installation section in which a reaction container in which a sample and a reagent react is placed; a light source installed at the bottom of the reaction container installation section and projecting light; a first detector installed in the reaction container installation section and detecting the light scattered from the reaction container in the light projected from the light source; and a reaction container transfer mechanism used commonly for the detection sections and holding, transferring, and placing the reaction containers; characterized in that the automatic analysis apparatus further comprises: a second detector installed in the reaction container transfer mechanism and detecting the light projected from the light sources. a plurality of detection sections, each of which has a reaction container installation section in which a reaction container in which a sample and a reagent react is placed; a light source installed at the bottom of the reaction container installation section and projecting light; a first detector installed in the reaction container installation section and detecting the light scattered from the reaction container in the light projected from the light source; and a reaction container transfer mechanism used commonly for the detection sections and holding, transferring, and placing the reaction containers; characterized in that the automatic analysis apparatus further comprises: a second detector installed in the reaction container transfer mechanism and detecting the light projected from the light sources.
A method for managing information of a user equipment in a home Node B gateway, HNB-GW, the method comprising: receiving a register message related to a UE from a home node B, HNB, the register message comprising UE-specific information and information on a type of the register message; generating information of the UE if information on the type of the register message indicates UE registration; transmitting a register accept message to the HNB in response to the register message; receiving, from the HNB, if the UE is relocated, a de-register message including an identifier, ID, related to the UE and information on a type of the de-register message; and releasing, if the information on the type of the de-register message indicates UE de-registration, a resource associated with the UE based on the de-register message, wherein the register message is received based on a procedure initiated by the HNB. receiving a register message related to a UE from a home node B, HNB, the register message comprising UE-specific information and information on a type of the register message; generating information of the UE if information on the type of the register message indicates UE registration; transmitting a register accept message to the HNB in response to the register message; receiving, from the HNB, if the UE is relocated, a de-register message including an identifier, ID, related to the UE and information on a type of the de-register message; and releasing, if the information on the type of the de-register message indicates UE de-registration, a resource associated with the UE based on the de-register message, wherein the register message is received based on a procedure initiated by the HNB.
Contact-making device and drive therefor for protective switching devices with at least two parallel current paths, a main current path and a minor current path, each with a contact point (6, 11), which are positioned in series connection with the coil of a magnetic trigger with two armatures (27, 31), which according to the operating status of the electrical system are each opened by one or both armatures (27, 31) and are fixed in this position by a switch latch, wherein the main current path is formed exclusively only by the series connection of the contact point to the coil of the magnetic trigger so that the contact point in the main current path is only connected without current and as a so-called idle contact carries the operating current during normal operation.
Timepiece striking mechanism, comprising a fixed structure supporting at least one gong or radiant element and a mobile hammer relative to said fixed structure under the action of an activation mobile component, comprised by said mechanism, and which is arranged to control the pallet of said hammer and the release thereof for the percussion of at least one said gong or radiant element, characterised in that said striking mechanism comprises, for the suspension of the hammer, at least one flexible guide, which is arranged between the fixed structure and the hammer to allow movements of the hammer, and which forms the sole permanent mechanical link between said fixed structure and said hammer.
A computer program comprising an interface module for interfacing between a communications module and a plurality of instances of logic modules (104a-c), the interface module being connectable with a plurality of external servers (116a-c), the interface module comprising first and second functional elements, the first functional element being arranged to receive incoming data from a communications module and to select which of a plurality of instances of logic modules (104a-c) to forward the incoming data to, the first functional element comprising a context server, wherein, responsive to a user query including query data being received, the first functional element is arranged to: - establish a context for the received user query and store a data entry associated with the user query in the context server; - select one of the plurality of instances of logic modules (104a-c) for the received query data according to the data entry, based upon a rule set held within a data structure; - pass via the second functional element the received query data to the selected logic module instance (104a-c); and wherein the selected logic module instance (104a-c) is arranged to determine which of the plurality of external servers (116a-c) is required to be queried to fulfill the user query and to communicate this information to the first functional element; the first functional element issuing a query to the determined external server (116a-c), receiving response data from the queried external server (116a-c) and storing the received response data within the first functional element. - establish a context for the received user query and store a data entry associated with the user query in the context server; - select one of the plurality of instances of logic modules (104a-c) for the received query data according to the data entry, based upon a rule set held within a data structure; - pass via the second functional element the received query data to the selected logic module instance (104a-c);
A photoionization detector sensor, the photoionization detector sensor comprising: at least two electrodes including a collector electrode and a grounding electrode, wherein each electrode includes a feed-thru pin (308, 310), an inner trace (312, 314) surrounding the feed-thru pin (308, 310), an outer trace ring (320, 322) surrounding the inner trace (312, 314), wherein the outer trace ring (320, 322) on each electrode (304, 306) is comprised of the same material, a channel (316, 318) between the inner trace (312, 314) and the outer trace ring (320, 322), wherein the channel (316, 318) is comprised of a different material than the outer trace ring (320, 322) and the inner trace (312, 314), and a bridge (324, 326) connecting the outer trace ring (320, 322) with the inner trace (312, 314), wherein the inner trace (312, 314), the outer trace ring (320, 322), and the bridge (324, 326) are comprised of the same material, wherein the feed-thru pin (308, 310) is centered within the outer trace ring (320, 322), and wherein the bridge on the collector electrode is on an opposite side compared to the bridge on the grounding electrode. a feed-thru pin (308, 310), an inner trace (312, 314) surrounding the feed-thru pin (308, 310), an outer trace ring (320, 322) surrounding the inner trace (312, 314), wherein the outer trace ring (320, 322) on each electrode (304, 306) is comprised of the same material, a channel (316, 318) between the inner trace (312, 314) and the outer trace ring (320, 322), wherein the channel (316, 318) is comprised of a different material than the outer trace ring (320, 322) and the inner trace (312, 314), and a bridge (324, 326) connecting the outer trace ring (320, 322) with the inner trace (312, 314), wherein the inner trace (312, 314), the outer trace ring (320, 322), and the bridge (324, 326) are comprised of the same material, wherein the feed-thru pin (308, 310) is centered within the outer trace ring (320, 322), and wherein the bridge on the collector electrode is on an opposite side compared to the bridge on the grounding electrode.
Process for operating one or more cells of a land mobile network, each cell being identifiable by an emitted cell identifier (CSG_ID), use being limited/limitable to closed subscriber groups by the cell having a corresponding cell identifier (CSG_ID) and the cell terminals (UE1, UE2, UE3) being checked into the respective cell for use of the land mobile network services only after a positive matching with a positive list of authorized cell identifiers (CSG_ID1, CSG_ID2, CSG_ID3) which is stored in the cell terminal (UE1, UE2, UE3), characterized in that the cell emits one or more further cell identifiers (CSG_ID2, CSG_ID3) in parallel in addition to a first cell identifier (CSG_ID1), and that checking-in in the cell and use of network services can take place by a first closed subscriber group to which a first group of cell terminals belongs, whose respective positive lists contain the first cell identifier (CSG_ID1), and that checking-in in the cell and use of network services can take place by one or more further open or closed subscriber groups to which one or more other groups of cell terminals (UE2, UE3) belong whose positive lists contain one or more of said one or more further cell identifiers (CSG_ID2, CSG_ID3).
A method for producing monochloro-trifluoropropene from an azeotrope or azeotrope like combination of monochloro-trifluoropropene and HF which comprises (a) distilling a reaction mixture including hydrogen fluoride, monochloro-trifluoropropene, and hydrogen chloride to remove hydrogen chloride as overhead and a bottoms stream, (b) cooling the bottoms stream to form two liquid phases, (c) separating said two liquid phases in a liquid phase separator into a first light phase comprising hydrogen fluoride in excess over an azeotrope or azeotrope like combination of monochloro-trifluoropropene and hydrogen fluoride and a second heavy phase comprising an excess of monochloro-trifluoropropene over an azeotrope or azeotrope like combination of monochloro-trifluoropropene and hydrogen fluoride, (d) distilling said first light phase in a distillation column to produce a top stream of an azeotrope of monochloro-trifluoropropene and hydrogen fluoride and a bottoms stream of hydrogen fluoride, (e) distilling said second heavy phase in a distillation train comprising a first distillation column to produce a top stream of hydrogen chloride and overfluorinated HFC's and a bottom stream which is sent to a second distillation column to produce a top stream comprising an azeotrope of monochloro-trifluoropropene and hydrogen fluoride and a bottoms stream comprising a monochloro-trifluoropropene stream.