mhurhangee/patent-ind-claim-en huggingface dataset:
. A method at a network element for monitoring user plane traffic for a user equipment , the method comprising: receiving, from the user equipment, a set of characteristics and a range of values for each of the set of characteristics for user plane traffic between the user equipment and the network element; monitoring user plane traffic for the user equipment at the network element, the monitoring determining whether at least one characteristic of the user plane traffic falls outside of the range of values, resulting in a characteristic violation; and if the at least one characteristic of the user plane traffic falls outside the range of values, performing an action resulting from the characteristic violation; wherein the receiving is performed during a network registration procedure between the user equipment and the network element. receiving, from the user equipment, a set of characteristics and a range of values for each of the set of characteristics for user plane traffic between the user equipment and the network element; monitoring user plane traffic for the user equipment at the network element, the monitoring determining whether at least one characteristic of the user plane traffic falls outside of the range of values, resulting in a characteristic violation; and if the at least one characteristic of the user plane traffic falls outside the range of values, performing an action resulting from the characteristic violation; wherein the receiving is performed during a network registration procedure between the user equipment and the network element.
A method of preparing a catalyst support comprising: contacting an acid-soluble titanium-containing compound with an acid to form a first mixture; contacting the first mixture with an alkali metal silicate to form a hydrogel which has a silica content of from 18 wt.% to 35 wt.% based on the total weight of the hydrogel; contacting the hydrogel with an alkaline solution to form an aged hydrogel; washing the aged hydrogel to form a washed hydrogel; and drying the washed hydrogel to produce a titanium-containing-silica support wherein the support has a pore volume equal to or greater than 1.4 cm 3 /g. contacting an acid-soluble titanium-containing compound with an acid to form a first mixture; contacting the first mixture with an alkali metal silicate to form a hydrogel which has a silica content of from 18 wt.% to 35 wt.% based on the total weight of the hydrogel; contacting the hydrogel with an alkaline solution to form an aged hydrogel; washing the aged hydrogel to form a washed hydrogel; and drying the washed hydrogel to produce a titanium-containing-silica support wherein the support has a pore volume equal to or greater than 1.4 cm 3 /g.
Nursing bra with a back part and a breast part , which form a circumferential enclosure for the upper body in the connected state, with shoulder straps extending between said breast part and said back part and with two bra cups , each formed adapted to accommodate a female breast and each releasably connected to said shoulder straps and each having an opening that leads to the nipple of said female breast and that is on the outer side covered by an outer ply which is removable from said opening , wherein a flap is provided on the inner side of said bra cup covers said opening , characterized in that each of said bra cups is formed from a cutting comprising at least two cup elements (36.1, 36.2), that said opening is formed in the region of the joint between said two cup elements (36.1, 36.2) and said cup elements (36.1, 36.2) abut one another at an angle and are connected by a shaping seam .
A fixation system comprising a knotless repair system, the knotless repair system including: a first fixation device , a second fixation device , and a flexible, adjustable loop connected to the first and second fixation devices, the flexible, adjustable loop having an adjustable length, characterised in that the fixation system further comprises: a fixation plate having a first hole, a second hole, a third hole and a fourth hole; the first and second holes being configured to receive the first fixation device ; and the third and fourth holes being configured to receive a screw. a first fixation device , a second fixation device , and a flexible, adjustable loop connected to the first and second fixation devices, the flexible, adjustable loop having an adjustable length, characterised in that the fixation system further comprises: a fixation plate having a first hole, a second hole, a third hole and a fourth hole; the first and second holes being configured to receive the first fixation device ; and the third and fourth holes being configured to receive a screw. a fixation plate having a first hole, a second hole, a third hole and a fourth hole; the first and second holes being configured to receive the first fixation device ; and the third and fourth holes being configured to receive a screw.
A computer-implemented method for augmented reality, AR, clustering (S210) a plurality of markers into at least one group based on a marker attribute, the markers being a reference for mapping respective augmented reality, AR, objects to a scene recognized by a device; determining (S220) one of the plurality of clustered markers in each of the at least one group as a representative marker of the group; identifying, among the at least one representative marker, a representative marker in a first scene recognized by the device; adjusting a search ranking of markers included in a group of the identified representative marker so that the search ranking of the markers is increased; searching (S230) for markers in a second scene based on the adjusted search ranking; and in response to identifying a marker in the second scene by a result of the searching, overlapping and displaying (S240) an AR object mapped to the identified marker on the second scene. clustering (S210) a plurality of markers into at least one group based on a marker attribute, the markers being a reference for mapping respective augmented reality, AR, objects to a scene recognized by a device; determining (S220) one of the plurality of clustered markers in each of the at least one group as a representative marker of the group; identifying, among the at least one representative marker, a representative marker in a first scene recognized by the device; adjusting a search ranking of markers included in a group of the identified representative marker so that the search ranking of the markers is increased; searching (S230) for markers in a second scene based on the adjusted search ranking; and in response to identifying a marker in the second scene by a result of the searching, overlapping and displaying (S240) an AR object mapped to the identified marker on the second scene.
Process for producing an elastomer material filled with at least one conductivity additive and having electrical contacting points, comprising (a) providing an elastomer material filled with at least one conductivity additive, (b) selecting contacting points provided for contacting on the surface of the elastomer material filled with at least one conductivity additive, (c) treating the contacting points provided for contacting on the surface of the elastomer material filled with at least one conductivity additive with a dispersion which comprises at least one carbon-based conductivity additive in a solids content of 30% to 100% by weight based on the solids content of the total dispersion, (d) drying the elastomer material treated with a dispersion or allowing said material to dry and (e) vulcanising the elastomer material treated with a dispersion if the elastomer material employed in step (a) is an unvulcanised elastomer material. (a) providing an elastomer material filled with at least one conductivity additive, (b) selecting contacting points provided for contacting on the surface of the elastomer material filled with at least one conductivity additive, (c) treating the contacting points provided for contacting on the surface of the elastomer material filled with at least one conductivity additive with a dispersion which comprises at least one carbon-based conductivity additive in a solids content of 30% to 100% by weight based on the solids content of the total dispersion, (d) drying the elastomer material treated with a dispersion or allowing said material to dry and (e) vulcanising the elastomer material treated with a dispersion if the elastomer material employed in step (a) is an unvulcanised elastomer material.
An NMR apparatus comprising: an NMR coil configured to enclose a sample ; a receiver configured to receive NMR signals from the sample; and a controller configured to analyze the received NMR signals, characterised in that the receiver comprises: a voltage-mode passive mixer configured to down-convert a frequency of the received NMR signals; a baseband output buffer ; and a transconductance amplifier coupled to the voltage-mode passive mixer and configured to receive output signals therefrom, the transconductance amplifier being coupled to the baseband output buffer and configured to provide input signals thereto, the transconductance amplifier being configured to present a high-impedance load to the voltage-mode passive mixer and to shield the baseband output buffer from a high-frequency feedthrough. an NMR coil configured to enclose a sample ; a receiver configured to receive NMR signals from the sample; and a controller configured to analyze the received NMR signals, characterised in that the receiver comprises: a voltage-mode passive mixer configured to down-convert a frequency of the received NMR signals; a baseband output buffer ; and a transconductance amplifier coupled to the voltage-mode passive mixer and configured to receive output signals therefrom, the transconductance amplifier being coupled to the baseband output buffer and configured to provide input signals thereto, the transconductance amplifier being configured to present a high-impedance load to the voltage-mode passive mixer and to shield the baseband output buffer from a high-frequency feedthrough. a voltage-mode passive mixer configured to down-convert a frequency of the received NMR signals; a baseband output buffer ; and a transconductance amplifier coupled to the voltage-mode passive mixer and configured to receive output signals therefrom, the transconductance amplifier being coupled to the baseband output buffer and configured to provide input signals thereto, the transconductance amplifier being configured to present a high-impedance load to the voltage-mode passive mixer and to shield the baseband output buffer from a high-frequency feedthrough.
A massager , comprising: a flexible sleeve , defining an adsorption port ; a support shell , defining an opening ; a pressure generator , mounted in the support shell , the pressure generator comprises a housing with an opening communicated to the opening of the support shell and a receiving space , and a movable member movably inserted into the receiving space , characterized in that , the pressure generator further comprises: a driving device , comprising a motor , a transmission assembly having an eccentric transmission structure including an eccentric member and a connecting rod , the eccentric member connected with the motor , and the connecting rod connected between the eccentric member and the movable member ; the flexible sleeve is configured to sleeve around the housing , the adsorption port is arranged in front of the housing and directly communicated with the opening of the housing, and the motor is configured to drive the movable member to reciprocate inside the receiving space without deformation, so as to periodically generate a negative pressure and a positive pressure at the adsorption port . a flexible sleeve , defining an adsorption port ; a support shell , defining an opening ; a pressure generator , mounted in the support shell , the pressure generator comprises a housing with an opening communicated to the opening of the support shell and a receiving space , and a movable member movably inserted into the receiving space , characterized in that , the pressure generator further comprises: a driving device , comprising a motor , a transmission assembly having an eccentric transmission structure including an eccentric member and a connecting rod , the eccentric member connected with the motor , and the connecting rod connected between the eccentric member and the movable member ; the flexible sleeve is configured to sleeve around the housing , the adsorption port is arranged in front of the housing and directly communicated with the opening of the housing, and the motor is configured to drive the movable member to reciprocate inside the receiving space without deformation, so as to periodically generate a negative pressure and a positive pressure at the adsorption port .
System for producing domestic hot water and heating comprising: - a primary circuit capable of receiving a heat-transfer fluid comprising: ∘ a hot heat-transfer fluid inlet and a cold heat-transfer fluid return , ∘ a storage tank capable of storing the temperature-stratified heat-transfer fluid and comprising an upper pitting fluidically connected to the hot heat-transfer fluid inlet and a lower pitting fluidically connected to the cold heat-transfer fluid return , and ∘ a heating heat exchanger configured to ensure the heat exchanges between the primary circuit and the heating circuit , - a secondary domestic hot water circuit comprising a domestic cold water inlet and a domestic hot water drawing point , - a secondary heating circuit comprising a heating module , - a looping circuit , - a domestic hot water heat exchanger configured to ensure the heat exchanges between the primary circuit and the secondary domestic hot water circuit , - a looping heat exchanger configured to ensure the heat exchanges between the primary circuit and the looping circuit , characterised in that : - the domestic hot water heat exchanger and the heating heat exchanger are arranged in parallel on the primary circuit , and - the looping heat exchanger and the heating heat exchanger are arranged in series on the primary circuit . - a primary circuit capable of receiving a heat-transfer fluid comprising: ∘ a hot heat-transfer fluid inlet and a cold heat-transfer fluid return , ∘ a storage tank capable of storing the temperature-stratified heat-transfer fluid and comprising an upper pitting fluidically connected to the hot heat-transfer fluid inlet and a lower pitting fluidically connected to the cold heat-transfer fluid return , and ∘ a heating heat exchanger configured to ensure the heat exchanges between the primary circuit and the heating circuit , ∘ a hot heat-transfer fluid inlet and a cold heat-transfer fluid return , ∘ a storage tank capable of storing the temperature-stratified heat-transfer fluid and comprising an upper pitting fluidically connected to the hot heat-transfer fluid inlet and a lower pitting fluidically connected to the cold heat-transfer fluid return , and ∘ a heating heat exchanger configured to ensure the heat exchanges between the primary circuit and the heating circuit , - a secondary domestic hot water circuit comprising a domestic cold water inlet and a domestic hot water drawing point , - a secondary heating circuit comprising a heating module , - a looping circuit , - a domestic hot water heat exchanger configured to ensure the heat exchanges between the primary circuit and the secondary domestic hot water circuit , - a looping heat exchanger configured to ensure the heat exchanges between the primary circuit and the looping circuit , - the domestic hot water heat exchanger and the heating heat exchanger are arranged in parallel on the primary circuit , and - the looping heat exchanger and the heating heat exchanger are arranged in series on the primary circuit .
An exchangeable separation insert for a centrifugal separator comprising a rotor casing enclosing a separation space in which a stack of separation discs is arranged to rotate around an axis (X) of rotation, said rotor casing being axially arranged between a first and a second stationary portion; a feed inlet for supply of the fluid mixture to be separated to said separation space , a light phase outlet for discharge of a separated phase of a first density, and a heavy phase outlet for discharge of a separated phase of a second density higher than said first density, wherein said feed inlet is arranged at a first axial end of said rotor casing , and wherein said heavy phase outlet is arranged at a second axial end , opposite the first axial end , of the rotor casing ; a first rotatable seal sealing and connecting said feed inlet to a stationary inlet conduit in said first stationary portion ; and a second rotatable seal for sealing and connecting one of said light phase outlet and heavy phase outlet to a stationary outlet conduit in said second stationary portion , wherein the heavy phase outlet is arranged at the second axial end and the light phase outlet and the feed inlet may be arranged at the first axial end; and wherein the heavy phase collection space of the separation space extends from a first axial position to a second axial position , and characterised in that the inner diameter of the separation space continuously increases with no intermittent decrease from said first to said second axial position. a rotor casing enclosing a separation space in which a stack of separation discs is arranged to rotate around an axis (X) of rotation, said rotor casing being axially arranged between a first and a second stationary portion; a feed inlet for supply of the fluid mixture to be separated to said separation space , a light phase outlet for discharge of a separated phase of a first density, and a heavy phase outlet for discharge of a separated phase of a second density higher than said first density, wherein said feed inlet is arranged at a first axial end of said rotor casing , and wherein said heavy phase outlet is arranged at a second axial end , opposite the first axial end , of the rotor casing ; a first rotatable seal sealing and connecting said feed inlet to a stationary inlet conduit in said first stationary portion ; and a second rotatable seal for sealing and connecting one of said light phase outlet and heavy phase outlet to a stationary outlet conduit in said second stationary portion , wherein the heavy phase outlet is arranged at the second axial end and the light phase outlet and the feed inlet may be arranged at the first axial end; and wherein the heavy phase collection space of the separation space extends from a first axial position to a second axial position , and characterised in that the inner diameter of the separation space continuously increases with no intermittent decrease from said first to said second axial position.
A method for providing operational awareness data onboard an aircraft, by a computing device comprising at least a processor and a system memory element , the method comprising: continuously identifying deviations from operational goals of the aircraft, by the processor, based on a current state of the aircraft, a predicted state of the aircraft, and flight crew perception of the current state and the predicted state ; autonomously initiating a dialogue with flight crew onboard the aircraft by providing voice-data prompts for user action onboard the aircraft, by the processor onboard the aircraft, based on the deviations ; identifying the flight crew perception of the current state and the predicted state , by: extracting avionics system data from one or more avionics data buses ; identifying user input actions, based on the avionics system data ; and determining the flight crew perception, based on the user input actions ; inferring an intended user input action, based on the flight crew perception ; determining that the intended user input action did not occur when required by a nominal task model associated with the operational goals of the aircraft , wherein the nominal task model comprises a set of tasks for user completion during execution of a current flight plan by the aircraft; and autonomously initiating the dialogue to prompt the flight crew to complete the intended user input action . continuously identifying deviations from operational goals of the aircraft, by the processor, based on a current state of the aircraft, a predicted state of the aircraft, and flight crew perception of the current state and the predicted state ; autonomously initiating a dialogue with flight crew onboard the aircraft by providing voice-data prompts for user action onboard the aircraft, by the processor onboard the aircraft, based on the deviations ; identifying the flight crew perception of the current state and the predicted state , by: extracting avionics system data from one or more avionics data buses ; identifying user input actions, based on the avionics system data ; and determining the flight crew perception, based on the user input actions ; extracting avionics system data from one or more avionics data buses ; identifying user input actions, based on the avionics system data ; and determining the flight crew perception, based on the user input actions ; inferring an intended user input action, based on the flight crew perception ; determining that the intended user input action did not occur when required by a nominal task model associated with the operational goals of the aircraft , wherein the nominal task model comprises a set of tasks for user completion during execution of a current flight plan by the aircraft; and autonomously initiating the dialogue to prompt the flight crew to complete the intended user input action .