mhurhangee/patent-ind-claim-en huggingface dataset:
A method for mitigating hidden node interference in a user equipment, the method comprising: receiving, at the user equipment, a RTS signal from a base station in an unlicensed channel, the RTS signal including an indicator message indicating a presence of a target user message; receiving the target user message from the base station in a licensed channel, the target user message including individual IDs or group IDs of multiple user equipments, and identifying whether the target user message includes an individual ID or group ID of the user equipment, wherein the identifying includes, sending a CTS signaling to the base station in a licensed channel or unlicensed channel to allow the base station to perform data transmission to the user equipment in response to the target user message including the individual ID or group ID of the user equipment; and ignoring the RTS signal in response to the target user message not including the individual ID or group ID of the user equipment. receiving, at the user equipment, a RTS signal from a base station in an unlicensed channel, the RTS signal including an indicator message indicating a presence of a target user message; receiving the target user message from the base station in a licensed channel, the target user message including individual IDs or group IDs of multiple user equipments, and identifying whether the target user message includes an individual ID or group ID of the user equipment, wherein the identifying includes, sending a CTS signaling to the base station in a licensed channel or unlicensed channel to allow the base station to perform data transmission to the user equipment in response to the target user message including the individual ID or group ID of the user equipment; and ignoring the RTS signal in response to the target user message not including the individual ID or group ID of the user equipment.
A non-transitory computer-readable medium on which is stored machine-readable instructions that when executed by a processor, cause the processor to: obtain a digital model of a screen to be fabricated by a three-dimensional fabrication system , the digital model of the screen including either a plurality of pores or the digital model of the screen to be processed to algorithmically add a plurality of pores to the digital model, wherein the screen is to be implemented in a formation of a wet part from a slurry of a liquid and material elements; obtain a digital model of a feature to be added to a portion of the screen, wherein the feature is to impart a detail onto the wet part during formation of the wet part; incorporate the digital model of the feature with the digital model of the screen; identify locations in the digital model of the feature that are in line with pores in the digital model of the screen; and modify the digital model of the feature to add pores at the identified locations in the digital model of the feature to extend the pores in the digital model of the screen through the digital model of the feature. obtain a digital model of a screen to be fabricated by a three-dimensional fabrication system , the digital model of the screen including either a plurality of pores or the digital model of the screen to be processed to algorithmically add a plurality of pores to the digital model, wherein the screen is to be implemented in a formation of a wet part from a slurry of a liquid and material elements; obtain a digital model of a feature to be added to a portion of the screen, wherein the feature is to impart a detail onto the wet part during formation of the wet part; incorporate the digital model of the feature with the digital model of the screen; identify locations in the digital model of the feature that are in line with pores in the digital model of the screen; and modify the digital model of the feature to add pores at the identified locations in the digital model of the feature to extend the pores in the digital model of the screen through the digital model of the feature.
A method of wireless communication at a User Equipment, UE, comprising: transmitting , to a base station, a first random access message comprising a preamble; receiving a second random access message from the base station in response to the first random access message, wherein the second random access message comprises a random access response, RAR, and wherein the RAR indicates a narrowband to be used for receiving a fourth random access message from the base station following the RAR; determining whether to perform a measurement of the narrowband indicated in the second random access message; and transmitting , to the base station, a third random access message, wherein the UE determines whether to perform the measurement of the narrowband indicated in the second random access message based on an amount of time between receiving the second random access message and transmitting the third random access message. transmitting , to a base station, a first random access message comprising a preamble; receiving a second random access message from the base station in response to the first random access message, wherein the second random access message comprises a random access response, RAR, and wherein the RAR indicates a narrowband to be used for receiving a fourth random access message from the base station following the RAR; determining whether to perform a measurement of the narrowband indicated in the second random access message; and transmitting , to the base station, a third random access message, wherein the UE determines whether to perform the measurement of the narrowband indicated in the second random access message based on an amount of time between receiving the second random access message and transmitting the third random access message.
A sample analysis method, comprising: a separation step of separating hemoglobin from a sample containing the hemoglobin, in an alkaline solution by capillary electrophoresis, characterized in that the alkaline solution comprises a cationic polymer having a secondary amino group and a quaternary ammonium base. a separation step of separating hemoglobin from a sample containing the hemoglobin, in an alkaline solution by capillary electrophoresis, characterized in that the alkaline solution comprises a cationic polymer having a secondary amino group and a quaternary ammonium base.
Filter element for fluids, in particular for hydraulic fluid, consisting of at least one filter casing with at least one pleated filter layer which extends between two end caps , wherein the external diameter of the filter casing changes towards one of the end caps while retaining the filter pleat height (hi), wherein the filter casing surrounds a cavity and wherein the change in thickness of the filter casing in certain areas is effected by local application of additional filter layers , characterised in that the upper end cap has a passage for supplying unfiltered medium which flows outwards through the filter casing , starting from the cavity, in the direction of filtration, wherein the lower end cap , in contrast, is closed, and in that the vertical extension of the additional layers is such that the increase in thickness brought about by the layers increases from top to bottom, because in the bottom region all the additional layers lie on top of each other, while in the upper region the widest additional layer is exposed and, in the end section adjoining the upper end cap , no additional layer is present, so that the external diameter of the filter casing increases from the open upper end cap towards the closed lower end cap .
An exercise machine comprising a base , a platform having an upper side adapted in use to support a user and an underside, a support column supporting the platform in a position spaced apart from the base wherein the platform is secured to the support column such that the platform can rotate about two perpendicular axes, and three or more means independently operable to move all or a part of the platform, wherein one or more of the means independently operable to move all or part of the platform is capable in use of adopting at least two positions relative to the platform , characterized in that in one of the at least two positions relative to the platform, the one or more of the means are not in active engagement with the underside of the platform and; wherein the support column comprises two or more telescopic parts.
Method for operating a three-phase inverter on a three-phase load, in particular on an electrical grid, wherein the three-phase inverter has a direct voltage intermediate circuit, at least one three-phase bridge circuit and at least one control unit for controlling the bridge circuit , wherein, in the at least one bridge circuit , at least two power switches (sw1, sw2, sw3, sw1', sw2', sw3') per phase (L1, L2, L3) are provided, which are connected in series parallel to the direct voltage intermediate circuit (V DC ), wherein in the method, depending on predefined target voltage values (v1, v2, v3) of the three phases of the inverter, the power switches (sw1, sw2, sw3, sw1', sw2', sw3') of each individual phase (L1, L2, L3) are actuated via the control unit such that a three-phase alternating voltage is generated on the three-phase load via switching operations of the power switches (sw1, sw2, sw3, sw1', sw2', sw3'), wherein a monitoring of the power switches in the individual phases (L1, L2, L3) for an overload state is carried out using monitoring means , wherein if an overload state is detected in one or two phases of the three-phase inverter, the bridge circuit continues to be operated with one or two non-overloaded phases at least for the duration of the detected overload state, whereby instead of the predefined target voltage values (v1, v2, v3), modified target voltage values (vmod1, vmod2, vmod3) are determined at least for the duration of the overload state, which are used to control the bridge circuit, characterized in that , in order to determine the modified target voltage values (vmod1, vmod2, vmod3), the predefined target voltage values of the three phases are transformed into a predefined target voltage rotating phasor (V target ) in the αβ-coordinate system, the target voltage rotating phasor (V target ) is decomposed into a differential voltage rotating phasor (V diff ) and at least one modified target voltage rotating phasor (V mod ) in the αβ-coordinate system, wherein the at least one modified target voltage rotating phasor (V mod ) in the overloaded phases takes into account in each case the resulting maximum phase voltage (vmax) and from the modified target voltage rotating phasor (V mod ) in the αβ-coordinate system, the modified target voltage values (vmod1, vmod2, vmod3) can be determined.
Process for producing cement clinker, in which cement raw meal is heated in at least one cyclone preheater , the heated raw meal is deacidified in a calciner equipped with a burner and burnt in a clinker furnace to give clinker and the clinker is subsequently cooled in a clinker cooler , where energy required for the transformation of material is supplied by combustion of a primary fuel with a primary and optionally and a secondary oxidant at a burner in the clinker furnace and by combustion of a secondary fuel with a tertiary oxidant in the calciner , where oxygen having a purity of more than 90% by volume is introduced in addition to the tertiary oxidant into the calciner in the region of the calciner burner , characterized in that the amount of the oxygen introduced in addition to tertiary air into the calciner is from 0.5% to 2% of the amount of the calciner exhaust gas produced by combustion of the secondary fuel with the tertiary oxidant.
A heat exchanger core comprising: a plurality of parallel and spaced apart plates defining a plurality of first layers (130A-C) and a plurality of second layers (132A-C) in an alternating fashion, each of the plurality of first layers comprising: a load-bearing portion (144A-C) adjacent a mount portion on a perimeter of the core, the load-bearing portion comprising a plurality of adjacent corrugated fins ; and a non-load-bearing portion (146A-C) adjacent the load-bearing portion and on a side opposite the mount portion, the non-load-bearing portion comprising a plurality of adjacent corrugated fins ; and a transition region joining the plurality of corrugated fins of the load-bearing portion and the plurality of corrugated fins of the non-load-bearing portion; wherein a thickness of the plurality of corrugated fins in the first load-bearing portion is greater than a thickness of the plurality of corrugated fins in the same layer in the non-load-bearing portion; wherein a thickness of a plurality of plates separating the plurality of corrugated fins in the first load-bearing portion is greater than a thickness of the plurality of plates in the same layer in the non-load-bearing portion; and wherein the at least one of the layers of the core also includes a transition region between the load-bearing portion and the non-load-bearing portion. a plurality of parallel and spaced apart plates defining a plurality of first layers (130A-C) and a plurality of second layers (132A-C) in an alternating fashion, each of the plurality of first layers comprising: a load-bearing portion (144A-C) adjacent a mount portion on a perimeter of the core, the load-bearing portion comprising a plurality of adjacent corrugated fins ; and a non-load-bearing portion (146A-C) adjacent the load-bearing portion and on a side opposite the mount portion, the non-load-bearing portion comprising a plurality of adjacent corrugated fins ; and a transition region joining the plurality of corrugated fins of the load-bearing portion and the plurality of corrugated fins of the non-load-bearing portion; wherein a thickness of the plurality of corrugated fins in the first load-bearing portion is greater than a thickness of the plurality of corrugated fins in the same layer in the non-load-bearing portion; wherein a thickness of a plurality of plates separating the plurality of corrugated fins in the first load-bearing portion is greater than a thickness of the plurality of plates in the same layer in the non-load-bearing portion; and wherein the at least one of the layers of the core also includes a transition region between the load-bearing portion and the non-load-bearing portion.
A computer-implemented method for determining a heart rate of a subject, the method comprising: receiving data representing a signal generated by a pressure sensor configured to be placed on a suprasternal notch of a subject, the data representing a first component of the signal comprising respiratory information associated with the subject and a second component of the signal comprising cardiac information associated with the subject; determining , by applying a first algorithm to the data, a respiration parameter of the subject; applying at least one filter to the data to obtain first filtered data, the at least one filter comprising a first filter to attenuate the first component of the signal in the data based on the determined respiration parameter; determining a heart rate of the subject by applying a second algorithm to the first filtered data, characterized by applying a second filter to the received data to attenuate the second component of the signal in the received data based on the determined heart rate to obtain second filtered data; and determining, based on the second filtered data, at least one of i) a sleep parameter relating to sleep of the subject, or a sleep stage of the subject, ii) a sleep disordered breathing event indicative of a central apnea, an obstructive sleep apnea, or hypopnea, and iii) whether the subject experienced a sleep disturbance. receiving data representing a signal generated by a pressure sensor configured to be placed on a suprasternal notch of a subject, the data representing a first component of the signal comprising respiratory information associated with the subject and a second component of the signal comprising cardiac information associated with the subject; determining , by applying a first algorithm to the data, a respiration parameter of the subject; applying at least one filter to the data to obtain first filtered data, the at least one filter comprising a first filter to attenuate the first component of the signal in the data based on the determined respiration parameter; determining a heart rate of the subject by applying a second algorithm to the first filtered data, characterized by applying a second filter to the received data to attenuate the second component of the signal in the received data based on the determined heart rate to obtain second filtered data; and determining, based on the second filtered data, at least one of i) a sleep parameter relating to sleep of the subject, or a sleep stage of the subject, ii) a sleep disordered breathing event indicative of a central apnea, an obstructive sleep apnea, or hypopnea, and iii) whether the subject experienced a sleep disturbance.
Cable processing device for assembling cables, comprising processing stations for processing cable ends of the cables and a central operating unit , by means of which the processing stations can be activated and controlled at least with regard to the production operation, characterized in that at least one of the processing stations has a local operating unit for locally setting up the particular processing station , which makes it possible to carry out individual processing processes on a test basis.
A method for degrading a readily degradable resin composition comprising an aliphatic polyester (A) which is biodegradable, and an aliphatic polyester (B') which releases an acid upon hydrolysis and which is biodegradable at a higher degradation rate than that of the aliphatic polyester (A), the method comprising degrading the readily degradable resin composition in an enzyme reaction liquid containing a hydrolase enzyme, and an acid neutralizing agent non-soluble (insoluble)with the enzyme reaction liquid, the acid neutralizing agent having particle diameter adjusted 10μm or larger that starts solubilizing with the enzyme reaction liquid only after the aliphatic polyester (B') of the readily degradable resin is eluted into the enzyme reaction liquid, wherein during the enzyme reaction, the pH of the enzyme reaction liquid is maintained within an active pH range determined by the following steps (a') to (b') and which is less than 8.0: (a') a step of specifying a maximum activity pH value at which a degradation activity value of the hydrolase, when used to degrade a simple polymer of the aliphatic polyester (A) alone in a buffer solution, is maximized; and (b') a step of determining an active pH range in which the degradation activity value is not less than 30% of the degradation activity value at the maximum activity pH value, and wherein a degradation temperature during the enzymatic reaction is a temperature that is between the temperature that is 5°C lower than the glass transition temperature of the aliphatic polyester (B') and the temperature that is the maximum temperature at which the enzyme is active. (a') a step of specifying a maximum activity pH value at which a degradation activity value of the hydrolase, when used to degrade a simple polymer of the aliphatic polyester (A) alone in a buffer solution, is maximized; and (b') a step of determining an active pH range in which the degradation activity value is not less than 30% of the degradation activity value at the maximum activity pH value, and
Gas and steam turbine power plant with a gas turbine which has an exhaust gas diffuser , and a heat recovery steam generator which is connected via an inflow hood to the outlet side of the exhaust gas diffuser of the gas turbine, in order to utilize the heat contained in the expanded flue gases of the gas turbine for the generation of steam in a steam turbine circuit, characterized in that a plurality of exhaust gas lines are connected to the inflow hood , which exhaust gas lines open above the inflow hood into a common bypass flue , and in that shut-off means are provided in the inflow hood , in order to interrupt a flue gas flow from the gas turbine to the heat recovery steam generator in a closed state and to allow it in an open state.
A method of controlling multiple services in a communication network, the method comprising: a node , of the communication network, receiving a request (101; 201) relating to one of the multiple services, wherein the multiple services are provided by multiple application servers included in the communication network; the node determining whether an overload with respect to the service is present; in response to determining absence of the overload with respect to the service, the node forwarding the request (101; 201) for further processing by a corresponding application server; and in response to determining presence of the overload with respect to the service, the node responding to the request (101; 201) with a failure message (102; 204), the failure message (102; 204) indicating that the request (101; 201) was not processed, and the failure message (102; 204) comprising an indication of a time window after which the request (101; 201) may be retried and an identifier of the service to which the request (101; 201) relates. a node , of the communication network, receiving a request (101; 201) relating to one of the multiple services, wherein the multiple services are provided by multiple application servers included in the communication network; the node determining whether an overload with respect to the service is present; in response to determining absence of the overload with respect to the service, the node forwarding the request (101; 201) for further processing by a corresponding application server; and in response to determining presence of the overload with respect to the service, the node responding to the request (101; 201) with a failure message (102; 204), the failure message (102; 204) indicating that the request (101; 201) was not processed, and the failure message (102; 204) comprising an indication of a time window after which the request (101; 201) may be retried and an identifier of the service to which the request (101; 201) relates.
A method of forming a lipophilic polysiloxane film that does not contain fluorine on a substrate, comprising: polymerizing a siloxane monomer in a reaction chamber containing the substrate and a gas, wherein the gas is consisting of inert gas; wherein the polymerization is catalyzed by a 30-60 W radio frequency plasma, and the pressure in the reaction chamber during the polymerization is 100-400 mTorr, wherein the residence time of the siloxane monomer in the reaction chamber is 5-120 minutes, wherein the siloxane monomer is heated to 30-200oC before entering the reaction chamber, wherein the polymerization is carried out at a temperature of 30-100oC. polymerizing a siloxane monomer in a reaction chamber containing the substrate and a gas, wherein the gas is consisting of inert gas; wherein the polymerization is catalyzed by a 30-60 W radio frequency plasma, and the pressure in the reaction chamber during the polymerization is 100-400 mTorr, wherein the residence time of the siloxane monomer in the reaction chamber is 5-120 minutes, wherein the siloxane monomer is heated to 30-200oC before entering the reaction chamber, wherein the polymerization is carried out at a temperature of 30-100oC.