mhurhangee/patent-ind-claim-en huggingface dataset:
A medical device comprising: a therapy delivery module configured to deliver an electrical shock to a patient's heart via electrodes coupled to the medical device; a sensing module configured to receive a cardiac electrical signal, determine that the cardiac electrical signal crosses a sensing threshold, detect a cardiac event within the cardiac electrical signal in response to determining the cardiac electrical signal crosses the sensing threshold, and produce a cardiac event sense signal in response to detecting the cardiac event; and a control module coupled to the sensing module and the therapy delivery module and characterised in that the control module is configured to: set an escape interval timer to start running an escape interval in response to the therapy delivery module delivering the electrical shock, in response to receiving the cardiac event sense signal from the sensing module during the escape interval, determine if the detected cardiac event meets reset criteria, allow the escape interval timer to continue running the escape interval if the detected cardiac event does not meet the reset criteria, and reset the escape interval timer in response to the detected cardiac event meeting the reset criteria. a therapy delivery module configured to deliver an electrical shock to a patient's heart via electrodes coupled to the medical device; a sensing module configured to receive a cardiac electrical signal, determine that the cardiac electrical signal crosses a sensing threshold, detect a cardiac event within the cardiac electrical signal in response to determining the cardiac electrical signal crosses the sensing threshold, and produce a cardiac event sense signal in response to detecting the cardiac event; and a control module coupled to the sensing module and the therapy delivery module and characterised in that the control module is configured to: set an escape interval timer to start running an escape interval in response to the therapy delivery module delivering the electrical shock, in response to receiving the cardiac event sense signal from the sensing module during the escape interval, determine if the detected cardiac event meets reset criteria, allow the escape interval timer to continue running the escape interval if the detected cardiac event does not meet the reset criteria, and reset the escape interval timer in response to the detected cardiac event meeting the reset criteria. set an escape interval timer to start running an escape interval in response to the therapy delivery module delivering the electrical shock, in response to receiving the cardiac event sense signal from the sensing module during the escape interval, determine if the detected cardiac event meets reset criteria, allow the escape interval timer to continue running the escape interval if the detected cardiac event does not meet the reset criteria, and reset the escape interval timer in response to the detected cardiac event meeting the reset criteria.
A gas generating composition comprising (a) a fuel and (b) an oxidizing agent, the composition meeting the following requirements (I) and (II): (I) when ignited for combustion at an ambient temperature within a range of -40°C to 85°C, the combustion temperature is within a range of +/- 10 K of the melting point of copper (1358 K); and (II) when ignited for combustion at ambient temperatures of -40°C and 85°C, the difference between the combustion temperatures is less than 125 K, wherein the fuel (a) is a combination of melamine cyanurate and nitroguanidine, and the fuel (a) takes 15% by mass to 25% by mass and the oxidizing agent (b) takes 75% by mass to 85% by mass based on the total amount of fuel (a) and oxidizing agent (b). (I) when ignited for combustion at an ambient temperature within a range of -40°C to 85°C, the combustion temperature is within a range of +/- 10 K of the melting point of copper (1358 K); and (II) when ignited for combustion at ambient temperatures of -40°C and 85°C, the difference between the combustion temperatures is less than 125 K, the fuel (a) is a combination of melamine cyanurate and nitroguanidine, and the fuel (a) takes 15% by mass to 25% by mass and the oxidizing agent (b) takes 75% by mass to 85% by mass based on the total amount of fuel (a) and oxidizing agent (b).
A textile article comprising at least one flame-retardant treated fabric including an oxidized polymer obtained from an ammonia curing of a condensate of (i) a tetrakis (hydroxyorgano) phosphonium salt; and (ii) urea and/or thiourea ; followed by an oxidation into phosphine oxide groups of at least one part of the phosphonium groups present on the cured condensate, wherein said flame-retardant treated fabric : - is intended to be used as a stable substrate in which the formation of formaldehyde over the time is inhibited ; and - contains less than 1% by weight of phosphorus present in phosphonium groups, based on the total weight of the flame-retardant treated fabric. - is intended to be used as a stable substrate in which the formation of formaldehyde over the time is inhibited ; and - contains less than 1% by weight of phosphorus present in phosphonium groups, based on the total weight of the flame-retardant treated fabric.
A method comprising: receiving, by a medical imaging system having at least one processing device , three-dimensional image data of a patient anatomy, the patient anatomy including a plurality of anatomical passageways; filtering the three-dimensional image data to display the plurality of anatomical passageways; receiving, at the processing device , input from an operator input device , the input comprising navigational directions for virtual movement within at least one anatomical passageway of the plurality of anatomical passageways, wherein receiving the input from the operator input device comprises: receiving a first input associated with virtual movement in a first perspective of the three-dimensional image data; and receiving a second input associated with virtual movement in a second perspective of the three-dimensional image data; tracking the virtual movement through at least one anatomical passageway of the plurality of anatomical passageways; and generating a three-dimensional model of the patient anatomy based on the tracked virtual movement by combining the first and second inputs associated with the first and second perspectives, the three-dimensional model including at least one anatomical passageway of the plurality of anatomical passageways. receiving, by a medical imaging system having at least one processing device , three-dimensional image data of a patient anatomy, the patient anatomy including a plurality of anatomical passageways; filtering the three-dimensional image data to display the plurality of anatomical passageways; receiving, at the processing device , input from an operator input device , the input comprising navigational directions for virtual movement within at least one anatomical passageway of the plurality of anatomical passageways, wherein receiving the input from the operator input device comprises: receiving a first input associated with virtual movement in a first perspective of the three-dimensional image data; and receiving a second input associated with virtual movement in a second perspective of the three-dimensional image data; receiving a first input associated with virtual movement in a first perspective of the three-dimensional image data; and receiving a second input associated with virtual movement in a second perspective of the three-dimensional image data; tracking the virtual movement through at least one anatomical passageway of the plurality of anatomical passageways; and generating a three-dimensional model of the patient anatomy based on the tracked virtual movement by combining the first and second inputs associated with the first and second perspectives, the three-dimensional model including at least one anatomical passageway of the plurality of anatomical passageways.
A method for making elevator service requests, the method comprising: displaying an information region on a user interface , the information region including building information; wherein the information region includes a menu to enable a user to select different buildings; populating, by a computing device comprising a processor , a recents list with at least one retained floor pair, wherein each retained floor pair includes an origination floor and a destination floor and wherein each retained floor pair is associated with a selected building; displaying the recents list on a display ; receiving a user input on the recents list indicating a new elevator service request related to one of the retained floor pairs; generating an elevator service request packet based on the new elevator service request; and transmitting the elevator service request packet to an elevator controller to make an elevator service request. displaying an information region on a user interface , the information region including building information; wherein the information region includes a menu to enable a user to select different buildings; populating, by a computing device comprising a processor , a recents list with at least one retained floor pair, wherein each retained floor pair includes an origination floor and a destination floor and wherein each retained floor pair is associated with a selected building; displaying the recents list on a display ; receiving a user input on the recents list indicating a new elevator service request related to one of the retained floor pairs; generating an elevator service request packet based on the new elevator service request; and transmitting the elevator service request packet to an elevator controller to make an elevator service request.
An aircraft component , comprising: an aircraft component body ; and a plasma heater disposed at least partially on or at least partially within the component and configured to selectively heat the component , wherein the plasma heater includes a vacuum tube having a first end and a second end and configured to retain an inert gas , characterised in that the vacuum tube includes a first end electrode and a second end electrode configured to be connected to an electrical source to provide an electrical potential to the inert gas within the vacuum tube . an aircraft component body ; and a plasma heater disposed at least partially on or at least partially within the component and configured to selectively heat the component , wherein the plasma heater includes a vacuum tube having a first end and a second end and configured to retain an inert gas , characterised in that the vacuum tube includes a first end electrode and a second end electrode configured to be connected to an electrical source to provide an electrical potential to the inert gas within the vacuum tube .
A system for controlling a brake valve corresponding to a first brake of an aircraft, comprising: a first brake valve configured to control pressure applied to the first brake; a brake control unit, BCU, configured to receive a first plurality of inputs and to output a first BCU control signal for controlling the first brake valve based on the first plurality of inputs; characterized by a first switch coupled between the first brake valve and the BCU; and a backup controller electronically coupled to the first switch and the first brake valve and configured to: receive a second plurality of inputs, determine a first backup control signal for controlling the first brake valve based on the second plurality of inputs, determine that the BCU is functioning improperly based on the second plurality of inputs, and control the first switch to prevent the first BCU control signal from controlling the first brake valve and to output the first backup control signal to the first brake valve in response to determining that the BCU is functioning improperly. a first brake valve configured to control pressure applied to the first brake; a brake control unit, BCU, configured to receive a first plurality of inputs and to output a first BCU control signal for controlling the first brake valve based on the first plurality of inputs; characterized by a first switch coupled between the first brake valve and the BCU; and a backup controller electronically coupled to the first switch and the first brake valve and configured to: receive a second plurality of inputs, determine a first backup control signal for controlling the first brake valve based on the second plurality of inputs, determine that the BCU is functioning improperly based on the second plurality of inputs, and control the first switch to prevent the first BCU control signal from controlling the first brake valve and to output the first backup control signal to the first brake valve in response to determining that the BCU is functioning improperly. receive a second plurality of inputs, determine a first backup control signal for controlling the first brake valve based on the second plurality of inputs, determine that the BCU is functioning improperly based on the second plurality of inputs, and control the first switch to prevent the first BCU control signal from controlling the first brake valve and to output the first backup control signal to the first brake valve in response to determining that the BCU is functioning improperly.
A curtain mounting unit, comprising: a connecting seat having a receiving cavity formed in a rear end surface, a mounting hole connected with the receiving cavity formed in a front end surface, and a plurality of tenons extending along a longitudinal direction of the connecting seat on the outer sides of the connecting seat ; a telescopically movable tube having an external thread arranged outside and a front end to insert into the receiving cavity ; an elastic component received in the receiving cavity , the two ends of the elastic component abutting against the front end of the telescopically movable tube and an inner bottom surface of the receiving cavity respectively; an annularly-shaped locking ring fitted on the outer surface of the telescopically movable tube having a central via, and an inner thread on the inner side wall of the central via to engage the outer thread; and a mounting plate attached to a rear end of the telescopically movable tube , wherein the outer sides of the connecting seat comprise two symmetrically arranged sliding grooves connecting with the receiving cavity in the longitudinal direction; and wherein the front end of the telescopically movable tube comprises two sliders matched with the shapes of the sliding grooves , the two sliders embedded in the sliding grooves respectively, characterized in that the telescopically movable tube comprises a double-ear component disposed on the rear end surface; and wherein the double ears of the double-ear component insert into two square grooves formed through the mounting plate and hinge to the mounting plate by a pin. a connecting seat having a receiving cavity formed in a rear end surface, a mounting hole connected with the receiving cavity formed in a front end surface, and a plurality of tenons extending along a longitudinal direction of the connecting seat on the outer sides of the connecting seat ; a telescopically movable tube having an external thread arranged outside and a front end to insert into the receiving cavity ; an elastic component received in the receiving cavity , the two ends of the elastic component abutting against the front end of the telescopically movable tube and an inner bottom surface of the receiving cavity respectively; an annularly-shaped locking ring fitted on the outer surface of the telescopically movable tube having a central via, and an inner thread on the inner side wall of the central via to engage the outer thread; and a mounting plate attached to a rear end of the telescopically movable tube , wherein the outer sides of the connecting seat comprise two symmetrically arranged sliding grooves connecting with the receiving cavity in the longitudinal direction; and wherein the front end of the telescopically movable tube comprises two sliders matched with the shapes of the sliding grooves , the two sliders embedded in the sliding grooves respectively, characterized in that the telescopically movable tube comprises a double-ear component disposed on the rear end surface; and wherein the double ears of the double-ear component insert into two square grooves formed through the mounting plate and hinge to the mounting plate by a pin.
A citrus-flavoured beverage comprising a beverage base, citrus flavour and a mega-fatty complex in which the citrus flavour + mega-fatty complex are present in the beverage at a weight percentage of 0.01-0.2%, preferably from 0.015-0.15%, and wherein the mega-fatty complex is (a) prepared from an arachidonic acid-enriched oil which is extracted from single cell microorganisms, and (b) added at a weight percentage of mega-fatty complex to citrus flavour of from 0.005-0.02%. (a) prepared from an arachidonic acid-enriched oil which is extracted from single cell microorganisms, and (b) added at a weight percentage of mega-fatty complex to citrus flavour of from 0.005-0.02%.
A composition comprising: a mixture or a reaction product of: an amino-functional polysiloxane; and a non-aromatic epoxy; a polyamide polymer, wherein the polyamide polymer is a poly(para-phenylene terephthalamide), a nylon, a polyaspartate, or a poly(hexamethylene adipamide); and an abrasive aggregate. a mixture or a reaction product of: an amino-functional polysiloxane; and a non-aromatic epoxy; an amino-functional polysiloxane; and a non-aromatic epoxy; a polyamide polymer, wherein the polyamide polymer is a poly(para-phenylene terephthalamide), a nylon, a polyaspartate, or a poly(hexamethylene adipamide); and an abrasive aggregate.
A resin-coated inorganic multifilament fiber fabric, comprising a first resin-coated inorganic multifilament fiber yarn coated with a resin composition having an L∗ value of 80.0 to 100.0 as a warp (weft), and a second resin-coated inorganic multifilament fiber yarn coated with a resin composition having an L∗ value of 10.0 to 40.0 as a weft (warp), the L∗ value being brightness of CIE1976 (L∗,a∗, b∗) color space, while being provided with a first surface having an area occupancy ratio of the first resin-coated inorganic multifilament fiber yarn of 83.0 to 96.0%, and an area occupancy ratio of the second resin-coated inorganic multifilament fiber yarn of 17.0 to 4.0%, and a second surface having an area occupancy ratio of the first resin-coated inorganic multifilament fiber yarn of 4.0 to 17.0% and an area occupancy ratio of the second resin-coated inorganic multifilament fiber yarn of 96.0 to 83.0%. while being provided with a first surface having an area occupancy ratio of the first resin-coated inorganic multifilament fiber yarn of 83.0 to 96.0%, and an area occupancy ratio of the second resin-coated inorganic multifilament fiber yarn of 17.0 to 4.0%, and a second surface having an area occupancy ratio of the first resin-coated inorganic multifilament fiber yarn of 4.0 to 17.0% and an area occupancy ratio of the second resin-coated inorganic multifilament fiber yarn of 96.0 to 83.0%.
A method of operating a radio access network, RAN, node , the method comprising: receiving a packet data unit, PDU, for a wireless device that is in an inactive state, wherein the PDU is received from a core network, CN, node ; paging the wireless device in response to receiving the PDU; and characterized in sending a non-delivery message to the CN node in response to failure of the paging for the wireless device, wherein the non-delivery message includes an indication that the wireless device is in the inactive state, wherein the PDU is a non-access stratum, NAS, PDU, and wherein the non-delivery message is a NAS non-delivery message. receiving a packet data unit, PDU, for a wireless device that is in an inactive state, wherein the PDU is received from a core network, CN, node ; paging the wireless device in response to receiving the PDU; and characterized in sending a non-delivery message to the CN node in response to failure of the paging for the wireless device, wherein the non-delivery message includes an indication that the wireless device is in the inactive state, wherein the PDU is a non-access stratum, NAS, PDU, and wherein the non-delivery message is a NAS non-delivery message.
Heat exchanger, in particular for a refrigerant circulating in a motor vehicle, said exchanger comprising a first unit for circulating a first fluid defining first blades for circulating said first fluid and a second unit for circulating a second fluid defining second blades for circulating said second fluid, said blades being layered in a stacking direction of said blades such that an exchange of heat can take place between said first and second fluids, said units permitting the first fluid to circulate while avoiding the second unit , and permitting the second fluid to circulate while avoiding the first unit , said blades extending in a longitudinal direction, perpendicular to the stacking direction, and said first unit comprising collectors for the first fluid, situated in the area of a longitudinal end edge of the blades of said first unit , and/or said second unit comprising collectors for the second fluid, situated in the area of a longitudinal end edge of the blades of said second unit , said units comprising plates , stacked in said stacking direction, said plates being paired in order to define said circulation blades , for each of the fluids, said plates of each of the units comprising a base , a raised edge and a brazing lip , the pairs of plates for each of the fluids exhibiting a part protruding from the pairs of plates for the other fluid, in planes that are orthogonal to said stacking direction, in such a way as to be able to free up a zone of said plates, referred to as header plates, for receiving said collectors , the heat exchanger comprising fluid connections between the plates of the pairs of plates for a same fluid, situated in the area of said header plates, in such a way as to form said collectors , said connections being situated externally to the pairs of plates for said other fluid, said plates comprising a longitudinal end edge , referred to as the distal edge, opposite an opposing longitudinal end edge of said plates, in the area of which said fluid connections are situated, said distal edge being situated between two plates facing two neighboring pairs of plates for the circulation of the other fluid, characterised in that said blades comprise a baffle for the flow of the first and of the second fluid, and in that said distal edge includes a part of the contour of said fluid connections .