mhurhangee/ep-ind-claims huggingface dataset:
A communication apparatus configured to perform wireless communication according to Institute of Electrical and Electronics Engineers, IEEE 802.11 standard, the communication apparatus comprising: a receiving means for receiving, from an access point, a trigger frame including first information indicating a plurality of resource units splitting a communication channel in a frequency domain and second information for determining whether a sensing of energy of the communication channel is required; a sensing means for sensing the energy of the communication channel in a case where the communication apparatus is identified by an Association ID, AID, included in the trigger frame and the second information indicates that the sensing of the energy of the communication channel is required; and a transmission control means for performing control such that the communication apparatus does not transmit a signal in a case where the sensed energy exceeds a specific threshold, and the communication apparatus transmits a signal on one or more resource units included in the plurality of resource units otherwise. a receiving means for receiving, from an access point, a trigger frame including first information indicating a plurality of resource units splitting a communication channel in a frequency domain and second information for determining whether a sensing of energy of the communication channel is required; a sensing means for sensing the energy of the communication channel in a case where the communication apparatus is identified by an Association ID, AID, included in the trigger frame and the second information indicates that the sensing of the energy of the communication channel is required; and a transmission control means for performing control such that the communication apparatus does not transmit a signal in a case where the sensed energy exceeds a specific threshold, and the communication apparatus transmits a signal on one or more resource units included in the plurality of resource units otherwise.
A process of manufacturing a compound of formula by oxidation of a compound of formula using aqueous H 2 O 2 as oxidizing agent in the presence of a transition metal salt, which does not comprise any polydentate ligand bound to the metal ion, and an organic acid and water; wherein R 1, R 2, R 3 and R 4 independently represent either H or a C 1-4 -alkyl group or R 1 and R 2 form together a divalent carbon chain to yield a 6-membered saturated or aromatic ring; with the proviso that at least one of the residues R 1, R 2, R 3 and R 4 is different from H, characterized in that the transition metal is selected from the group consisting of Ce, Mn, Fe, Cu and Zn, particularly is selected from the group consisting of Mn, Fe, Cu and Zn. in the presence of a transition metal salt, which does not comprise any polydentate ligand bound to the metal ion, and an organic acid and water; wherein R 1, R 2, R 3 and R 4 independently represent either H or a C 1-4 -alkyl group or R 1 and R 2 form together a divalent carbon chain to yield a 6-membered saturated or aromatic ring; with the proviso that at least one of the residues R 1, R 2, R 3 and R 4 is different from H, characterized in that the transition metal is selected from the group consisting of Ce, Mn, Fe, Cu and Zn, particularly is selected from the group consisting of Mn, Fe, Cu and Zn.
Timepiece assembly comprising a combined resonator with at least two degrees of freedom which includes a first linear or rotary oscillator with reduced amplitude and flexible guiding with flexible strips acting as a spring and comprising a first weight, oscillating substantially in a first direction relative to which oscillates a second linear or rotary oscillator with reduced amplitude and flexible guiding with flexible strips acting as a spring, oscillating substantially in a second direction substantially orthogonal to said first direction, said second oscillator comprising a second weight carrying a sliding-block, said timepiece assembly comprising a wheel set arranged for application of a torque to said resonator, said wheel set comprising a groove in which said sliding-block slides with minimal play, characterized in that said sliding-block is arranged at least either to follow the curvature of said groove when present according to a shape creating a force which corrects the spring constant variation of the flexible guide strips, or to rub with friction in said groove, or to repel the inner lateral surfaces (11, 12) of said groove by means of magnetically or electrically charged surfaces comprised in said sliding-block.
A drink composition having a Na + concentration of 20 to 80 mg/100 mL, an osmolality of 100 to 400 mOsm/kg, a Na +:glucose molar ratio of 1:0.1 to 1:10, a Na +:K + molar ratio of 1:0.05 to 1:1, a Ca 2+ concentration of less than 2 mg/100 mL, and a Mg 2+ concentration of less than 2 mg/100 mL, wherein the drink composition comprises: (i) 0.01 to 30% of a fruit juice; (ii) 0.01 to 10% of a natural sweetener; (iii) 0.005 to 0.2% of common salt; and (iv) 0.005 to 1% of a natural umami and kokumi source selected from the group consisting of: algae extract, dried fish extract, mushroom extract, cereal extract, vegetable extract, fruit extract, herbal extract, mesophyll extract, bean extract, nut extract, yeast extract, sap, sugarcane squeeze, brown sugar syrup, sugar, soft yellow sugar, and brown sugar; wherein the natural sweetener is not replaced by an artificial sweetener; wherein the drink composition is not supplemented with an electrolyte in the form of a Designated Food Additive having substantially no buffering action, wherein the electrolyte in the form of a Designated Food Additive having substantially no buffering action is potassium chloride, calcium chloride, magnesium chloride or a mixture thereof; and wherein the drink composition is packaged and sterilized. (i) 0.01 to 30% of a fruit juice; (ii) 0.01 to 10% of a natural sweetener; (iii) 0.005 to 0.2% of common salt; and (iv) 0.005 to 1% of a natural umami and kokumi source selected from the group consisting of: algae extract, dried fish extract, mushroom extract, cereal extract, vegetable extract, fruit extract, herbal extract, mesophyll extract, bean extract, nut extract, yeast extract, sap, sugarcane squeeze, brown sugar syrup, sugar, soft yellow sugar, and brown sugar;
A sensor device (100, 400), comprising: an optical sensor, wherein the optical sensor is to perform an optical health-related measurement when a surface of the sensor device (100, 400) is in contact with a human body; and at least one other sensor (150, 160) provided in a barrier or housing of the optical sensor, wherein the at least one other sensor (150, 160) is to perform another health-related measurement, substantially contemporaneously with the optical health-related measurement or with a known time offset from the optical health-related measurement, when the surface of sensor device (100, 400) is in contact with the human body characterized in that the sensor device (100,400) is configured to identify a region of interest for the at least one other sensor (150, 160) to perform the other health-related measurement using the optical sensor and the at least one other sensor (150, 160) is to perform the other health-related measurement with regard to the region of interest. an optical sensor, wherein the optical sensor is to perform an optical health-related measurement when a surface of the sensor device (100, 400) is in contact with a human body; and at least one other sensor (150, 160) provided in a barrier or housing of the optical sensor, wherein the at least one other sensor (150, 160) is to perform another health-related measurement, substantially contemporaneously with the optical health-related measurement or with a known time offset from the optical health-related measurement, when the surface of sensor device (100, 400) is in contact with the human body characterized in that the sensor device (100,400) is configured to identify a region of interest for the at least one other sensor (150, 160) to perform the other health-related measurement using the optical sensor and the at least one other sensor (150, 160) is to perform the other health-related measurement with regard to the region of interest. wherein the at least one other sensor (150, 160) is to perform another health-related measurement, substantially contemporaneously with the optical health-related measurement or with a known time offset from the optical health-related measurement, when the surface of sensor device (100, 400) is in contact with the human body characterized in that the sensor device (100,400) is configured to identify a region of interest for the at least one other sensor (150, 160) to perform the other health-related measurement using the optical sensor and the at least one other sensor (150, 160) is to perform the other health-related measurement with regard to the region of interest.
A computer-implemented method for directional drilling, comprising: generating a set of directional driller performance criteria reflecting actions taken by a directional driller in performing directional drilling; acquiring data in real time from data systems at a well location reflecting the status of a plurality of directional drilling tasks; generating a set of customer/client specifications corresponding to the directional drilling tasks; modifying at least one directional drilling parameter in the set of customer/client specifications based on the data acquired in real time from the well location; comparing the set of customer/client specifications with the modified at least one directional drilling parameter to the set of directional driller performance criteria; evaluating a compliance of the directional driller based on the comparison; and generating a compliance report reflecting the compliance of the directional driller. generating a set of directional driller performance criteria reflecting actions taken by a directional driller in performing directional drilling; acquiring data in real time from data systems at a well location reflecting the status of a plurality of directional drilling tasks; generating a set of customer/client specifications corresponding to the directional drilling tasks; modifying at least one directional drilling parameter in the set of customer/client specifications based on the data acquired in real time from the well location; comparing the set of customer/client specifications with the modified at least one directional drilling parameter to the set of directional driller performance criteria; evaluating a compliance of the directional driller based on the comparison; and generating a compliance report reflecting the compliance of the directional driller.
A method of determining the width of a nip formed by an industrial roll and a mating structure, comprising the steps of: providing an industrial roll having a cylindrical core and a polymeric cover surrounding the core, the industrial roll further comprising a plurality of pressure sensors mounted in the roll; positioning the industrial roll in contact with the mating structure to form a nip; rotating the industrial roll; receiving pressure signals from the plurality of pressure sensors at a controller; and in the controller, utilizing the pressure signals from the pressure sensors to determine the width of the nip at locations on the roll associated with the pressure sensors; wherein utilizing the pressure signals comprises determining the peak pressure for a sensor, identifying two signals that correspond to a target value which is a pressure level that is less than the peak pressure and calculating a partial nip width based on the two signals, characterized in that utilizing the pressure signals further comprises multiplying the partial nip width by a preselected multiplier based on the target value to determine an estimated nip width. providing an industrial roll having a cylindrical core and a polymeric cover surrounding the core, the industrial roll further comprising a plurality of pressure sensors mounted in the roll; positioning the industrial roll in contact with the mating structure to form a nip; rotating the industrial roll; receiving pressure signals from the plurality of pressure sensors at a controller; and in the controller, utilizing the pressure signals from the pressure sensors to determine the width of the nip at locations on the roll associated with the pressure sensors; wherein utilizing the pressure signals comprises determining the peak pressure for a sensor, identifying two signals that correspond to a target value which is a pressure level that is less than the peak pressure and calculating a partial nip width based on the two signals, characterized in that utilizing the pressure signals further comprises multiplying the partial nip width by a preselected multiplier based on the target value to determine an estimated nip width.
A dispensing head for a dispensing device for the metered dispensing of liquid preparations, comprising a through channel, which has an inlet opening arranged on the inner side and an outer dispensing opening for liquid preparations, wherein the inlet opening is configured such that it connects an inner space to an outer environment via the through channel, and a valve, comprising a valve body, which is arranged on the side of the inner space above the inlet opening, and the inlet opening is configured to be reversibly closable in a sealing manner from an inner space for the liquid preparation, characterized in that the valve body has at least one sealing lip (7a, 7b) which is formed on a side of the valve body facing the inlet opening and wherein the sealing lip (7a, 7b) is configured such that it seals the inner space from the inlet opening when the valve body closes the inlet opening, wherein the valve comprises a frame which has at least one fastening element to which the valve body is fixed, wherein the frame is secured to the dispensing head, wherein preferably the valve body, the frame and the at least one fastening element are configured in one piece, and the valve is configured such that the valve body, in the event that the pressure on the valve body is increased, closes the inlet opening of the through channel. a through channel, which has an inlet opening arranged on the inner side and an outer dispensing opening for liquid preparations, wherein the inlet opening is configured such that it connects an inner space to an outer environment via the through channel, and a valve, comprising a valve body, which is arranged on the side of the inner space above the inlet opening, and the inlet opening is configured to be reversibly closable in a sealing manner from an inner space for the liquid preparation, characterized in that the valve body has at least one sealing lip (7a, 7b) which is formed on a side of the valve body facing the inlet opening and wherein the sealing lip (7a, 7b) is configured such that it seals the inner space from the inlet opening when the valve body closes the inlet opening, wherein the valve comprises a frame which has at least one fastening element to which the valve body is fixed, wherein the frame is secured to the dispensing head, wherein preferably the valve body, the frame and the at least one fastening element are configured in one piece, and the valve is configured such that the valve body, in the event that the pressure on the valve body is increased, closes the inlet opening of the through channel.
An electrical mounting fixture for use in the electrical installations of buildings, comprising a body of insulating material, metallic terminal units, including first connectors (4.1/4.1') intended for contact with electric conductors, and a housing section constituting a cover or a case which conceals an interior of the electrical mounting fixture, said interior including at least the body and the terminal units, characterized in that the first connectors (4.1/4.1') inside the body are provided - either with connecting cables, which are connected directly to the first connectors (4.1) and are extending a distance away from the body (3, 6) - or with rapid connectors (4.1'), having the electric conductors or connecting cables therefor engageable therewith by means of mating connectors (7.1), which are present at the ends of the electric conductors or connecting cables. - either with connecting cables, which are connected directly to the first connectors (4.1) and are extending a distance away from the body (3, 6) - or with rapid connectors (4.1'), having the electric conductors or connecting cables therefor engageable therewith by means of mating connectors (7.1), which are present at the ends of the electric conductors or connecting cables.
A method, performed in a wireless device, of handling multi access of more than one connection (3a, 3b), each connection (3a, 3b) corresponding to a respective subscriber identity (11a, 11b) and connecting the wireless device to a respective wireless network (2a,2b), the method characterized by: - detecting, for a first connection corresponding to a first subscriber identity, a change in connection properties involving a transition between connection states, or detecting a handover or handover request; - determining, for at least one of the other subscriber identities, a set of updated network capabilities comprising combinations of network capabilities feasible for connections in multi-access mode, based on the changed connection properties of the first connection; - determining if a handover to another Radio Access Technology RAT or carrier is a feasible combination with the RAT or carrier used for a second subscriber identity; - activating (S3a) a second connection corresponding to the second subscriber identity using the respective determined set of updated network capabilities; - reporting (S3c) at least one determined set of updated network capabilities to a respective communication network, wherein the wireless device reports a user equipment UE capability corresponding to the subset of RATs and/or carriers that are feasible to combine with the RATs and/or carrier frequencies of other subscriber identities; and - denying (S3d) a handover request of the second connection corresponding to a second subscriber identity if not complying with the respective determined set of updated network capabilities. - detecting, for a first connection corresponding to a first subscriber identity, a change in connection properties involving a transition between connection states, or detecting a handover or handover request; - determining, for at least one of the other subscriber identities, a set of updated network capabilities comprising combinations of network capabilities feasible for connections in multi-access mode, based on the changed connection properties of the first connection; - determining if a handover to another Radio Access Technology RAT or carrier is a feasible combination with the RAT or carrier used for a second subscriber identity; - activating (S3a) a second connection corresponding to the second subscriber identity using the respective determined set of updated network capabilities; - reporting (S3c) at least one determined set of updated network capabilities to a respective communication network, wherein the wireless device reports a user equipment UE capability corresponding to the subset of RATs and/or carriers that are feasible to combine with the RATs and/or carrier frequencies of other subscriber identities; and - denying (S3d) a handover request of the second connection corresponding to a second subscriber identity if not complying with the respective determined set of updated network capabilities.
A signal generation apparatus included in an information input system which inputs information by using a reference signal and an ultrasonic signal, comprising: a reference signal generation unit which instructs the generation of the reference signal; an ultrasonic generation unit which generates the ultrasonic signal; a reference signal reception unit which receives the reference signal; and a signal generation controller which instructs the generation of the reference signal and the ultrasonic signal at a predetermined time period including an effective section where the reference signal and the ultrasonic signal are generated and an idle section and which determines the possibility of interference of the reference signal and the ultrasonic signal with a reference signal and an ultrasonic signal generated by a different information input system using the reference signal which is generated by the different information input system and received by the reference signal reception unit, and which outputs a control signal for controlling generation of the reference signal and the ultrasonic signal to the reference signal generation unit and the ultrasonic generation unit so that the reference signal and the ultrasonic signal generated by the signal generation apparatus do not interfere with the reference signal and the ultrasonic signal generated by the different information input system by shifting the effective section to the idle section in the same time period or the next time period in case where there is possibility of interference. a reference signal generation unit which instructs the generation of the reference signal; an ultrasonic generation unit which generates the ultrasonic signal; a reference signal reception unit which receives the reference signal; and a signal generation controller which instructs the generation of the reference signal and the ultrasonic signal at a predetermined time period including an effective section where the reference signal and the ultrasonic signal are generated and an idle section and which determines the possibility of interference of the reference signal and the ultrasonic signal with a reference signal and an ultrasonic signal generated by a different information input system using the reference signal which is generated by the different information input system and received by the reference signal reception unit, and which outputs a control signal for controlling generation of the reference signal and the ultrasonic signal to the reference signal generation unit and the ultrasonic generation unit so that the reference signal and the ultrasonic signal generated by the signal generation apparatus do not interfere with the reference signal and the ultrasonic signal generated by the different information input system by shifting the effective section to the idle section in the same time period or the next time period in case where there is possibility of interference.
A method for processing data of a route profile which represent local physical roadway properties of a route segment, wherein position information is determined, which is representative of a global position of the route segment, and wherein route profile data are determined, which are representative of local physical roadway properties of the route segment, and wherein an assignment to the position information depending on the route profile data is performed, characterised in that a spectral distribution depending on the route profile data is determined, in relation to a variable that represents location information, and in that this spectral distribution is assigned to the position information.