mhurhangee/patent-ind-claim-en huggingface dataset:
An aerosol generating device comprising: a first heater configured to heat a liquid composition accommodated in a liquid storage of a vaporizer ; a puff sensor configured to detect a pressure change in the aerosol generating device ; and a controller configured to: determine states of a plurality of sections constituting a puff pattern representing a pressure change over time, based on a signal received from the puff sensor, characterized in that the puff pattern includes a pressure maintaining state, a pressure falling state, and a pressure rising state, and control an operation of the first heater , based on the states of the plurality of sections, wherein the plurality of sections include a first section and a second section following the first section , and the controller is further configured to start the operation of the first heater based on the first section being determined as the pressure maintaining state and the second section being determined as the pressure falling state; and wherein the plurality of sections include a third section following the second section and a fourth section following the third section , and the controller is further configured to suspend the operation of the first heater based on the third section being determined as the pressure maintaining state and the fourth section being determined as the pressure rising state. a first heater configured to heat a liquid composition accommodated in a liquid storage of a vaporizer ; a puff sensor configured to detect a pressure change in the aerosol generating device ; and a controller configured to: determine states of a plurality of sections constituting a puff pattern representing a pressure change over time, based on a signal received from the puff sensor, characterized in that the puff pattern includes a pressure maintaining state, a pressure falling state, and a pressure rising state, and control an operation of the first heater , based on the states of the plurality of sections, determine states of a plurality of sections constituting a puff pattern representing a pressure change over time, based on a signal received from the puff sensor, characterized in that the puff pattern includes a pressure maintaining state, a pressure falling state, and a pressure rising state, and control an operation of the first heater , based on the states of the plurality of sections, wherein the plurality of sections include a first section and a second section following the first section , and the controller is further configured to start the operation of the first heater based on the first section being determined as the pressure maintaining state and the second section being determined as the pressure falling state; and wherein the plurality of sections include a third section following the second section and a fourth section following the third section , and the controller is further configured to suspend the operation of the first heater based on the third section being determined as the pressure maintaining state and the fourth section being determined as the pressure rising state.
A closure , comprising: a cap body formed from a first material, the cap body defining a cavity therethrough; a stopper formed from a second material and disposed within the cavity , the second material being different than the first material; and a barrier layer formed from a third material, the third material being different from at least the first material and associated with at least one of the cap body and/or the stopper , and wherein barrier layer is disposed across at least a portion of the cavity , characterized in that the cap body includes an inward rim extending into the cavity and the barrier layer is in contact with a portion of the inward rim and a portion of the stopper . a cap body formed from a first material, the cap body defining a cavity therethrough; a stopper formed from a second material and disposed within the cavity , the second material being different than the first material; and a barrier layer formed from a third material, the third material being different from at least the first material and associated with at least one of the cap body and/or the stopper , and wherein barrier layer is disposed across at least a portion of the cavity , characterized in that the cap body includes an inward rim extending into the cavity and the barrier layer is in contact with a portion of the inward rim and a portion of the stopper .
An arrangement for producing a gaseous product from first and second source materials, wherein the first source material is steam H 2 O, the second source material is nitrogen N 2 , and the gaseous product is ammonia NH 3 , comprising: - an electrochemical cell comprising a first volume, a second volume and a third volume; wherein the second volume is a cathode gas electrode and the third volume is an anode gas electrode ; the electrochemical cell also being provided with an inlet to allow the first source material into the first volume, wherein a layer of solid oxide conducting material is positioned to impede the first source material from the inlet from reaching the anode ; - means , including the inlet , for introducing the first source material into the first volume ; - means for introducing a second source material into the first volume ; and - an electrolyte provided in the first volume , the arrangement further comprising: - a power supply , arranged to apply a positive voltage +V to the anode , and to apply a negative voltage -V to the cathode ; and - an enclosure to trap the gaseous product. - an electrochemical cell comprising a first volume, a second volume and a third volume; wherein the second volume is a cathode gas electrode and the third volume is an anode gas electrode ; the electrochemical cell also being provided with an inlet to allow the first source material into the first volume, wherein a layer of solid oxide conducting material is positioned to impede the first source material from the inlet from reaching the anode ; - means , including the inlet , for introducing the first source material into the first volume ; - means for introducing a second source material into the first volume ; and - an electrolyte provided in the first volume , the arrangement further comprising: - a power supply , arranged to apply a positive voltage +V to the anode , and to apply a negative voltage -V to the cathode ; and - an enclosure to trap the gaseous product. - a power supply , arranged to apply a positive voltage +V to the anode , and to apply a negative voltage -V to the cathode ; and - an enclosure to trap the gaseous product.
A method of determining the density of an elongate rod of material comprising an aluminium foil layer 6 to 12 microns thick as it travels in a longitudinal direction through an inspection zone of apparatus for determining the density of an elongate rod of material, wherein the method comprises: (a) positioning an X-ray generator of said apparatus to transmit X-rays in a direction across the elongate rod and towards a detector of said apparatus, as the elongate rod travels in a longitudinal direction through said inspection zone of said apparatus; (b) supplying a voltage to the X-ray generator of between 30 to 80kV to transmit the X-rays at a predetermined intensity; (c) detecting the intensity of the X-rays transmitted through the elongate rod using the detector, and (d) determining a density of the elongate rod based on a comparison of the predetermined and detected intensities. (a) positioning an X-ray generator of said apparatus to transmit X-rays in a direction across the elongate rod and towards a detector of said apparatus, as the elongate rod travels in a longitudinal direction through said inspection zone of said apparatus; (b) supplying a voltage to the X-ray generator of between 30 to 80kV to transmit the X-rays at a predetermined intensity; (c) detecting the intensity of the X-rays transmitted through the elongate rod using the detector, and (d) determining a density of the elongate rod based on a comparison of the predetermined and detected intensities.
A loom on which a weft yarn nozzle , a weft yarn cutter and a selvage portion gripping device are mounted, wherein the selvage portion gripping device exists at a position where a weft yarn is to be cut with the weft yarn cutter , in which the selvage portion gripping device comprises a space where a selvage portion can pass in which the selvage portion formed by weaving additional yarns and weft yarns can pass through in a woven fabric forwarding direction, a tiny space where the weft yarn can move in which the weft yarn can pass through, and a means for maintaining a woven condition of the selvage portion even when the weft yarn is cut with a weft yarn cutter of the loom, wherein the selvage portion gripping device is only disposed at a weft yarn nozzle side of the woven fabric or it is disposed both at the weft yarn nozzle side and an opposite side of the weft yarn nozzle , characterised in that , when the selvage portion gripping device is disposed at the weft yarn nozzle side, a weft yarn cutter is provided between the weft yarn nozzle and the selvage portion gripping device , and when the selvage portion gripping device is disposed at the opposite side of the weft yarn nozzle , the selvage portion gripping device is provided between a weft yarn cutter provided at the opposite side of the weft yarn nozzle and the woven fabric .
A method in a telecommunications system including a Data Network, DN , a base station , a connection via the base station from the DN to a User Equipment, UE , executing a UE application producing application data, and an algorithm entity on the DN , wherein: the base station transmits a network configuration for a UE radio interface to a DN application executing on the algorithm entity ; the DN application produces and transmits a filtering configuration based on the network configuration to the UE for use in filtering the application data before transmission to the algorithm entity , allowing the UE to produce application data filtered according to the filtering configuration; and the connection transmits the filtered application data to the algorithm entity . the base station transmits a network configuration for a UE radio interface to a DN application executing on the algorithm entity ; the DN application produces and transmits a filtering configuration based on the network configuration to the UE for use in filtering the application data before transmission to the algorithm entity , allowing the UE to produce application data filtered according to the filtering configuration; and the connection transmits the filtered application data to the algorithm entity .
A method performed by a terminal in a wireless communication system, the method comprising: receiving, from a base station, a radio resource control, RRC, release message to transit the terminal in an RRC connected state to an RRC inactive state, wherein the RRC release message includes a configuration of configured uplink resources for a small data transmission, SDT, wherein the SDT is a procedure for data transmission while the terminal is in the RRC inactive state, and wherein the configuration includes a first configuration of at least one configured uplink resource for a normal uplink, NUL, and a second configuration of at least one configured uplink resource for a supplementary uplink, SUL; selecting an uplink carrier for the SDT among the NUL or the SUL, based on a first reference signal received power, RSRP, threshold associated with SUL selection; selecting a synchronization signal block, SSB, among SSBs, based on a second RSRP threshold associated with SSB selection for the SDT, wherein the SSB includes a primary synchronization signal, PSS, a secondary synchronization signal, SSS, and a physical broadcast channel, PBCH, block, and wherein the SSBs are associated with at least one configured uplink resource for the SDT; and transmitting, to the base station, uplink data on the selected uplink carrier using a configured uplink resource associated with the selected SSB. receiving, from a base station, a radio resource control, RRC, release message to transit the terminal in an RRC connected state to an RRC inactive state, wherein the RRC release message includes a configuration of configured uplink resources for a small data transmission, SDT, wherein the SDT is a procedure for data transmission while the terminal is in the RRC inactive state, and wherein the configuration includes a first configuration of at least one configured uplink resource for a normal uplink, NUL, and a second configuration of at least one configured uplink resource for a supplementary uplink, SUL; selecting an uplink carrier for the SDT among the NUL or the SUL, based on a first reference signal received power, RSRP, threshold associated with SUL selection; selecting a synchronization signal block, SSB, among SSBs, based on a second RSRP threshold associated with SSB selection for the SDT, wherein the SSB includes a primary synchronization signal, PSS, a secondary synchronization signal, SSS, and a physical broadcast channel, PBCH, block, and wherein the SSBs are associated with at least one configured uplink resource for the SDT; and transmitting, to the base station, uplink data on the selected uplink carrier using a configured uplink resource associated with the selected SSB.
Hot gas heat exchanger for a heat exchanger engine of an aircraft or spacecraft, having a heat exchanger element , characterized in that the heat exchanger element has been additively manufactured from a silicon carbide-containing material, where the material containing the silicon carbide includes a carbon-silicon carbide composite having a silicon carbide shell which has ensheathed carbon cores .
Method for thermal surface treatment of a metallic product , particularly in the form of a cast strip or a slab formed therefrom, in which the metallic product is moved in a transport direction (T) through a treatment section , which is equipped with cooling nozzles , of a spray device and in that case cooling fluid is applied by the cooling nozzles of the spray device to the surfaces of the metallic product , wherein the metallic product as seen in the transport direction (T) of the metallic product has a front section and a trailing rear section , characterised in that the rear section of the metallic product is more strongly cooled than the front section of the metallic product in such a way that by virtue of the heat extraction by means of the cooling fluid applied to the surfaces of the metallic product a substantially more uniform ferrite proportion arises in the material of the metallic product to a predetermined depth thereof over a length region extending between the front section and the rear section of the metallic product .
Composition for use in the prevention and/or in the treatment of cardiotoxicity induced by at least one chemotherapeutic agent in a subject undergoing chemotherapy, the composition comprising an active agent, said active agent containing the amino acids leucine, isoleucine, valine, threonine, lysine and citric acid, succinic acid, malic acid.
Refrigerated sales furniture , comprising: a furniture body providing a refrigerated sales space for storing products to be presented therein and providing a furniture bottom space therein; and the furniture bottom space being located below of and separated from the refrigerated sales space ; the furniture bottom space comprising at least one return air inlet for receiving a return air flow from the refrigerated sales space , at least one heat exchanger for cooling the return air flow and at least one discharge air outlet for directing a cooled discharge air flow back into the refrigerated sales space ; wherein the at least one heat exchanger is arranged in a housing which is closed at its upper side and at its lateral sides; wherein the housing comprises at least one air opening (16; 16a, 16b) at its lower side which is configured such that the return air flow is allowed to enter the housing and/or the heat exchanger in a substantially upward direction and that a cooled discharge air flow is allowed to leave the housing and/or the heat exchanger in a substantially downward direction; wherein the housing is formed by a plurality of baffles including an upper baffle arranged on top of the heat exchanger , and a plurality of side baffles , which enclose the heat exchanger laterally. a furniture body providing a refrigerated sales space for storing products to be presented therein and providing a furniture bottom space therein; and the furniture bottom space being located below of and separated from the refrigerated sales space ; the furniture bottom space comprising at least one return air inlet for receiving a return air flow from the refrigerated sales space , at least one heat exchanger for cooling the return air flow and at least one discharge air outlet for directing a cooled discharge air flow back into the refrigerated sales space ; wherein the at least one heat exchanger is arranged in a housing which is closed at its upper side and at its lateral sides; wherein the housing comprises at least one air opening (16; 16a, 16b) at its lower side which is configured such that the return air flow is allowed to enter the housing and/or the heat exchanger in a substantially upward direction and that a cooled discharge air flow is allowed to leave the housing and/or the heat exchanger in a substantially downward direction; wherein the housing is formed by a plurality of baffles including an upper baffle arranged on top of the heat exchanger , and a plurality of side baffles , which enclose the heat exchanger laterally.
An electronic unit for vehicles, comprising a casing containing a processor module and one or more modules for exchange of data with external systems, said casing comprising a frame made of polymeric material, fastened to which are said processor module and said data-exchange modules, and at least one outer metal sheet designed to define one or more outer walls of said casing, which is fixed to said frame made of polymeric material , said unit comprising an electronic board on which said processor module is set, wherein: - said unit comprises a dissipater body coupled to said processor module so as to provide heat exchange, and a ventilation device for forcing air through said unit; and - said frame has a shaped portion that defines a passage for the air forced by said ventilation device. - said unit comprises a dissipater body coupled to said processor module so as to provide heat exchange, and a ventilation device for forcing air through said unit; and - said frame has a shaped portion that defines a passage for the air forced by said ventilation device.
A method of controlling a defrost operation of an evaporator of a compression refrigeration system , the compression refrigeration system comprising: - a refrigerant circuit with refrigerant, - an evaporator comprising a fan and configured for transferring heat from air to the refrigerant, - a compressor , - a control unit for adjusting a required cooling capacity which is defined as the heat transfer in the evaporator, wherein the method comprises the following steps: a) measuring an evaporator output pressure, b) determining a dew temperature based on the evaporator output pressure, c) correcting the determined dew temperature by compensating interferences, d) determining a difference between the dew temperature and a dew temperature reference value, e) inducing a defrost operation if the difference exceeds a temperature limit, characterised in that the step of correcting the determined dew temperature includes the compensation of interferences using at least one of the influencing variables of low pressure (LP), cooling capacity, evaporator discharge overheating and/or fan capacity. - a refrigerant circuit with refrigerant, - an evaporator comprising a fan and configured for transferring heat from air to the refrigerant, - a compressor , - a control unit for adjusting a required cooling capacity which is defined as the heat transfer in the evaporator, a) measuring an evaporator output pressure, b) determining a dew temperature based on the evaporator output pressure, c) correcting the determined dew temperature by compensating interferences, d) determining a difference between the dew temperature and a dew temperature reference value, e) inducing a defrost operation if the difference exceeds a temperature limit,
A storage device set for edged tools, comprising: a first storage device ; and a second storage device , wherein the first storage device includes a first case that has a first hole for storing a blade of an edged tool and a flange-shaped first projection that projects from the first case in a direction crossing an extending direction of the first hole , and the second storage device includes a second case that has a second hole for storing a blade of an edged tool and a groove-shaped first recess that faces a direction crossing an extending direction of the second hole and has a shape allowing fitting with the first projection , the first projection includes, in a planar view from the extending direction of the first hole , a first side , a second side facing the first side with the first hole interposed therebetween, and a third side positioned between the first side and the second side , and a distance between the first side and the second side becomes larger toward the third side . a first storage device ; and a second storage device , wherein the first storage device includes a first case that has a first hole for storing a blade of an edged tool and a flange-shaped first projection that projects from the first case in a direction crossing an extending direction of the first hole , and the second storage device includes a second case that has a second hole for storing a blade of an edged tool and a groove-shaped first recess that faces a direction crossing an extending direction of the second hole and has a shape allowing fitting with the first projection , the first projection includes, in a planar view from the extending direction of the first hole , a first side , a second side facing the first side with the first hole interposed therebetween, and a third side positioned between the first side and the second side , and a distance between the first side and the second side becomes larger toward the third side .
A press line comprising a press system having a row of presses, removing robotic arms at the exit of the press system , the handling region of which engages in the region of the discharge conveyor and which are designed for transport of the pressed parts from the press system onto the discharge conveyor , and a device designed for the output of a sensible signal, wherein in the initial region of the discharge conveyor a workstation of the robotic control of the surface of the pressed parts is arranged comprising the robotic arms, a control unit of the work station of the robotic control and cameras, characterized in that the robotic arms are equipped with cameras, wherein movement paths of the robotic arms are stored in the control unit of the work station of the robotic control, which movement paths correspond to the positions of the individual controlled regions on the surface of the pressed parts, wherein deviating movement paths are stored for identical parts, which are alternated at regular or irregular time intervals. that the robotic arms are equipped with cameras, wherein movement paths of the robotic arms are stored in the control unit of the work station of the robotic control, which movement paths correspond to the positions of the individual controlled regions on the surface of the pressed parts, wherein deviating movement paths are stored for identical parts, which are alternated at regular or irregular time intervals.