mhurhangee/ep-ind-claims huggingface dataset:
Process for the production of aromatic amines by catalytic hydrogenation of aromatic nitro compounds selected from nitrobenzene and the isomeric nitrotoluenes, characterised in that the catalytic hydrogenation is carried out in at least one step and the catalyst consists at least of a monolithic support and a catalytically active coating, wherein the temperature of the feed gas mixture before entering the reactor is 200 to 400°C and wherein the hydrogenation takes place at a temperature of 200 to 500°C in an adiabatically operated reactor to which hydrogen and aromatic nitro compound are fed in a molar ratio of hydrogen to nitro group of 3:1 to 100:1.
A method for transmitting an uplink signal at a terminal in a wireless communication system, the method comprising: receiving control information including information for a plurality of layers; generating a plurality of reference signals for uplink Multiple Input Multiple Output, MIMO, transmission using the control information; precoding the plurality of reference signals for spatial multiplexing; and transmitting the plurality of reference signals via an uplink subframe via the plurality of layers, the uplink subframe including a first slot and a second slot, characterized in that the plurality of reference signals are precoded for each case of a number of the plurality of layers being one, two, three and four, wherein, when the number of the plurality of layers is two, the control information indicates that: a first layer uses a first Cyclic Shift, CS, value, a second layer uses a second CS value, and when a total number of CS values is 12, the first and second CS values have a maximum CS distance of 6. receiving control information including information for a plurality of layers; generating a plurality of reference signals for uplink Multiple Input Multiple Output, MIMO, transmission using the control information; precoding the plurality of reference signals for spatial multiplexing; and transmitting the plurality of reference signals via an uplink subframe via the plurality of layers, the uplink subframe including a first slot and a second slot, characterized in that the plurality of reference signals are precoded for each case of a number of the plurality of layers being one, two, three and four, wherein, when the number of the plurality of layers is two, the control information indicates that: a first layer uses a first Cyclic Shift, CS, value, a second layer uses a second CS value, and when a total number of CS values is 12, the first and second CS values have a maximum CS distance of 6. a first layer uses a first Cyclic Shift, CS, value, a second layer uses a second CS value, and when a total number of CS values is 12, the first and second CS values have a maximum CS distance of 6.
A method for determining the state of a sacrificial anode inside a water storage tank comprising the following steps: - applying a high-frequency electric alternating current signal to the sacrificial anode; - repeatedly measuring the impedance inside the hot water storage tank in the electric circuit formed between the sacrificial anode and a metallic tank wall, and defining a state indicator of the sacrificial anode with the obtained impedance measurement value, wherein a qualitative and quantitative evaluation of the surface of the sacrificial anode based on the impedance measurement and/or the capacity determined therefrom is performed as the state indicator; - signalling a wear state of the sacrificial anode after the state indicator falls below a limit and/or upon failure of the impedance measurement. - applying a high-frequency electric alternating current signal to the sacrificial anode; - repeatedly measuring the impedance inside the hot water storage tank in the electric circuit formed between the sacrificial anode and a metallic tank wall, and defining a state indicator of the sacrificial anode with the obtained impedance measurement value, wherein a qualitative and quantitative evaluation of the surface of the sacrificial anode based on the impedance measurement and/or the capacity determined therefrom is performed as the state indicator; - signalling a wear state of the sacrificial anode after the state indicator falls below a limit and/or upon failure of the impedance measurement.
A linear friction welding apparatus for welding a first member and a second member (Di) together by friction welding by pressing the first member and the second member (Di) against each other while causing a relative oscillation movement between the first member and the second member (Di), the apparatus comprising: a pressure mechanism configured to press the first member and the second member (Di) against each other; a first holding member configured to hold the first member; a second holding member configured to hold the second member (Di); an oscillation mechanism having an oscillation axis in a direction perpendicular to the pressure axis of the pressure mechanism and configured to oscillate the first member or the second member (Di) in the direction of the oscillation axis to cause the relative oscillation movement between the first member and the second member (Di); a slider configured to hold the first holding member and movable in a vertical direction; and a bearing mechanism configured to receive a pressure force acting on the slider in the direction conforming to the pressure axis, characterized in that the apparatus comprises a drop prevention mechanism configured to prevent the slider from dropping down when the slider does not hold the first holding member, wherein the oscillation mechanism includes an oscillation cylinder in contact with a bottom of the first holding member, and is located below an intersection between the pressure axis and the oscillation axis. a pressure mechanism configured to press the first member and the second member (Di) against each other; a first holding member configured to hold the first member; a second holding member configured to hold the second member (Di); an oscillation mechanism having an oscillation axis in a direction perpendicular to the pressure axis of the pressure mechanism and configured to oscillate the first member or the second member (Di) in the direction of the oscillation axis to cause the relative oscillation movement between the first member and the second member (Di); a slider configured to hold the first holding member and movable in a vertical direction; and a bearing mechanism configured to receive a pressure force acting on the slider in the direction conforming to the pressure axis, characterized in that the apparatus comprises a drop prevention mechanism configured to prevent the slider from dropping down when the slider does not hold the first holding member, wherein the oscillation mechanism includes an oscillation cylinder in contact with a bottom of the first holding member, and is located below an intersection between the pressure axis and the oscillation axis.
A method for polymer chromatography, comprising introducing a solution, comprising a polymer, into a liquid flowing through a first stationary phase, and wherein the first stationary phase comprises one of the following: A) a material comprising silicon carbide, or B) glass, or a metal, or combinations thereof, and a material comprising silicon carbide. A) a material comprising silicon carbide, or B) glass, or a metal, or combinations thereof, and a material comprising silicon carbide.
Switchover valve for controlling a hydraulic liquid flow, having a pick-off element which is arranged in a valve housing and which is selectively movable into a first switching position or a second switching position and which is selectively arrestable in the first or the second switching position (S1, S2) by means of a spring-loaded detent element, wherein, in the first switching position, a first hydraulic port is connected to a relief port and, in the second switching position, a second hydraulic port is connected to the relief port, wherein a switching travel of the pick-off element is provided in limited form, characterized in that the detent element is arranged at least partially in a recess of the pick-off element, wherein the valve housing has, in an axial direction, an axially delimited first groove in which the detent element is arranged in axially displaceable fashion.
A polynucleotide molecule encoding a modified live, attenuated dengue-2 virus strain PDK-53-V polypeptide molecule, wherein the polynucleotide molecule comprises: an adenine to guanine mutation at position 592 encoding a glutamic acid instead of a lysine in the polypeptide molecule at amino acid position 166 corresponding to prM-52; and an adenine to guanine mutation at position 8803 encoding a valine instead of an isoleucine in the polypeptide molecule at amino acid position 2903 corresponding to NS5-412. an adenine to guanine mutation at position 592 encoding a glutamic acid instead of a lysine in the polypeptide molecule at amino acid position 166 corresponding to prM-52; and an adenine to guanine mutation at position 8803 encoding a valine instead of an isoleucine in the polypeptide molecule at amino acid position 2903 corresponding to NS5-412.
A network controller comprising processing circuitry configured to: determine predicted future positions of a mobile communication node based on dynamic position information indicative of a three dimensional position of the mobile communication node moving between cells of an air to ground network; determine, for predetermined periods of time corresponding to the predicted future positions, selected ones of the cells that are expected to be within communication range of the mobile communication node; determine respective loading on the selected ones of the cells at respective ones of the predetermined periods of time; and provide network control instructions to some of the selected ones of the cells to increase transmission power to pick up the mobile communication node during the respective ones of the predetermined periods of time to balance loading on the selected ones of the cells based on the respective loading. determine predicted future positions of a mobile communication node based on dynamic position information indicative of a three dimensional position of the mobile communication node moving between cells of an air to ground network; determine, for predetermined periods of time corresponding to the predicted future positions, selected ones of the cells that are expected to be within communication range of the mobile communication node; determine respective loading on the selected ones of the cells at respective ones of the predetermined periods of time; and provide network control instructions to some of the selected ones of the cells to increase transmission power to pick up the mobile communication node during the respective ones of the predetermined periods of time to balance loading on the selected ones of the cells based on the respective loading.
A method for establishing a service path in a transport network, wherein the service path passes through an automatically switched optical network, ASON, and at least one edge network, and the method comprises: obtaining (403, 803), by an ASON first node, a service path computation result, wherein the service path comprises the ASON first node, an ASON last node, and at least one first edge network node (J, L); sending (404, 804), by the ASON first node, a path establishment request message to a downstream node, wherein the path establishment request message carries cross-connection configuration information of the ASON last node and the at least one first edge network node (J, L), wherein cross-connection of the at least one first edge network node (J, L) is configured by the ASON last node; and receiving (405, 805), by the ASON first node, a path establishment response message of the downstream node, wherein the path establishment response message indicates that cross-connection configuration for the ASON last node and the at least one first edge network node is complete. obtaining (403, 803), by an ASON first node, a service path computation result, wherein the service path comprises the ASON first node, an ASON last node, and at least one first edge network node (J, L); sending (404, 804), by the ASON first node, a path establishment request message to a downstream node, wherein the path establishment request message carries cross-connection configuration information of the ASON last node and the at least one first edge network node (J, L), wherein cross-connection of the at least one first edge network node (J, L) is configured by the ASON last node; and receiving (405, 805), by the ASON first node, a path establishment response message of the downstream node, wherein the path establishment response message indicates that cross-connection configuration for the ASON last node and the at least one first edge network node is complete.
A base station comprising: a selection unit configured to select a group number index, wherein the group number index: specifies a resource to be used by a mobile station for transmission of a demodulation reference signal, the resource being selected from among a plurality of resources; and specifies, to the base station, a group number used by the mobile station for generating the demodulation reference signal based on the group number index; a transmission unit configured to transmit the group number index to the mobile station as identification information that specifies the resource to be used by the mobile station for transmission of the demodulation reference signal; and a reception unit configured to receive the demodulation reference signal, the demodulation reference signal being transmitted from the mobile station using the group number. a selection unit configured to select a group number index, wherein the group number index: specifies a resource to be used by a mobile station for transmission of a demodulation reference signal, the resource being selected from among a plurality of resources; and specifies, to the base station, a group number used by the mobile station for generating the demodulation reference signal based on the group number index; a transmission unit configured to transmit the group number index to the mobile station as identification information that specifies the resource to be used by the mobile station for transmission of the demodulation reference signal; and a reception unit configured to receive the demodulation reference signal, the demodulation reference signal being transmitted from the mobile station using the group number.
A method for the continuous monitoring of the ductility in the production of stretch film in a cast film process, having the following steps: - identifying the position of a frost line of a film material, which solidifies to form a film web on a casting roller of a film machine, - determining the correlation of the identified position of the frost line to at least one target position, - comparison of the determined correlation with a ductility of the film material associated with the at least one target position, - wherein the identification of the frost line is carried out at least partially by means of temperature identification of the film material, wherein an exact and direct identification of the frost line takes place without a control engineering interpretation of other sensor data being made and wherein it is determined how far the current measurement position is from the frost line. - identifying the position of a frost line of a film material, which solidifies to form a film web on a casting roller of a film machine, - determining the correlation of the identified position of the frost line to at least one target position, - comparison of the determined correlation with a ductility of the film material associated with the at least one target position, - wherein the identification of the frost line is carried out at least partially by means of temperature identification of the film material, wherein an exact and direct identification of the frost line takes place without a control engineering interpretation of other sensor data being made and
High-strength, corrosion-resistant shaped bodies which absorb mechanical energy and are composed of iron alloys having a composition according to the formula Fe a Cr b C c E1 d E2 e E3 f, where E1 is one or more elements of the group consisting of V, W, E2 is one or more elements of the group consisting of Mo, Ti, Nb, Ni, E3 is B and/or N and a = 100- (b+c+d+e+f) b = 13 to 20 c = 0.8 to 1.6 d = 0.5 to 5 e = 0 to 8 f = 0 to 0.5 (a, b, c, d, e, f in % by mass), and which can comprise small, production-related additives and impurities and which have a structure having a homogeneous microstructure consisting of at least one face centred cubic phase and at least one body centred cubic and/or body centred tetragonal (BCC/BCT) phase and at least one carbidic phase. E1 is one or more elements of the group consisting of V, W, E2 is one or more elements of the group consisting of Mo, Ti, Nb, Ni, E3 is B and/or N a = 100- (b+c+d+e+f) b = 13 to 20 c = 0.8 to 1.6 d = 0.5 to 5 e = 0 to 8 f = 0 to 0.5 (a, b, c, d, e, f in % by mass), and which can comprise small, production-related additives and impurities and which have a structure having a homogeneous microstructure consisting of at least one face centred cubic phase and at least one body centred cubic and/or body centred tetragonal (BCC/BCT) phase and at least one carbidic phase.
A chair comprising a leg body and a seat body, wherein the leg body comprises a support frame that supports the seat body, wherein the seat body on which a user sits down comprises a frame body having a frame-like shape and an elastically deformable sheet-like member that deforms under the load of the seated user stretched across the frame body, wherein the frame body has a positioning member provided on a back surface thereof that protrudes from the back surface to contact the support frame, thereby positioning the seat body to be in a seatable state, and wherein an amount of protrusion of the positioning member is defined so as to maintain a state in which a lowest part of the sheet-like member at the time the sheet-like member is deformed when a user sits down on the seat body is above a top of the support frame, characterized in that the seat body is configured to be rotatable about an axis extending in a left-right direction on a rear side of the frame body.
An escape route marking for an aeroplane, with an elongate light strip of a photoluminescent material, a casing, in which the light strip is arranged and which is made to be translucent or transparent at least on its upper side, and a holding rail for the casing, which has an receptacle depression for the casing of the light strip and cover flaps, laterally projecting in the longitudinal direction on both sides of the holding rail, wherein the casing inserted into the receptacle depression is exposed with a top side, wherein the cover flaps are made elastic, characterised in that at least the cover flaps of the holding rail consist of a material, which is more elastic than the material of the casing, and that a flame-retarding filler material is provided, which is arranged at the bottom side of the holding rail and consists of a foam material for which an elastomer or a thermoplastic elastomer with a material density of 30kg/m 3 to 70 kg/m 3 is used.
A respiratory monitoring method for indicating intervention tool advancement timing during an intervention procedure while respiration of a subject is continuous, the method comprising: monitoring respiration of the subject using a respiration monitor, wherein the respiration monitor produces a respiratory signal indicative of a plurality of respiratory states of the subject; generating a first imaging data set from a scan of the subject with an imaging device, wherein the first imaging data set is associated with a first respiratory state of the subject; and indicating when to advance an intervention tool based on the respiratory signal using an advancement indicator, characterised in that the step of indicating when to advance the intervention tool occurs at a predetermined time prior to the first respiratory state of the subject, the method comprising determining when the first respiratory state of the subject is expected to occur, wherein the step of determining when the first respiratory state of the subject is expected to occur comprises determining a slope of the respiratory signal. monitoring respiration of the subject using a respiration monitor, wherein the respiration monitor produces a respiratory signal indicative of a plurality of respiratory states of the subject; generating a first imaging data set from a scan of the subject with an imaging device, wherein the first imaging data set is associated with a first respiratory state of the subject; and indicating when to advance an intervention tool based on the respiratory signal using an advancement indicator, characterised in that the step of indicating when to advance the intervention tool occurs at a predetermined time prior to the first respiratory state of the subject, the method comprising determining when the first respiratory state of the subject is expected to occur, wherein the step of determining when the first respiratory state of the subject is expected to occur comprises determining a slope of the respiratory signal.
A fabric having a yarn-worked portion characterised in that it comprises, a floating section consisting of knitting yarns present in sections before and after the yarn-worked portion, in such a manner that the knitting yarns are not knitted into the fabric; and at least one or the other of a retaining portion which retains a part of the knitting yarns present in the floating section, or of a raveling-stop portion (5a, 5b) provided on the fabric side where the knitting yarn enters the floating section and having a raveling-stop effect on the knitting yarn.
A cruise control arrangement for a vehicle, where the cruise control arrangement is provided with a cruise control brake function, where the cruise control brake function is set to a brake cruise speed, characterized in that the cruise control arrangement is adapted to activate at least one auxiliary brake (8, 9) when the vehicle speed reaches the set brake cruise speed, the auxiliary brake being activated by a preset amount which corresponds to a requested brake power, a response time being a time from the activation of the auxiliary brake until the auxiliary brake is fully applied such that it delivers the requested brake power, and to apply at the same time as the auxiliary brake activation a service brake of the vehicle to keep the speed of the vehicle at the set brake cruise speed, and further adapted to decrease the brake power of the service brake at the same time as the brake power of the at least one auxiliary brake (8, 9) increases, such that the speed of the vehicle is kept at the set brake cruise speed, whereby when the brake power of the auxiliary brake increases during the response time, the brake power of the service brake is decreased with the corresponding amount.