mhurhangee/patent-ind-claim-en huggingface dataset:
A battery pack, comprising a double-layer battery module bracket (M1), an upper-layer battery module (M2), a lower-layer battery module (M3) and a supporting mechanism (M4); the double-layer battery module bracket (M1) comprising along a vertical direction Z: an upper plate , a lower fixing member and an upper fixing member ; the lower fixing member being positioned below the upper plate and supporting the upper plate , the lower fixing member and the upper plate being configured to enclose a lower accommodating space (RL); the upper fixing member being positioned above the lower fixing member and fixed to the upper plate , the upper fixing member and the upper plate being configured to enclose an upper accommodating space (RU), a projection of a lower surface of the upper fixing member in the vertical direction Z and a projection of an upper surface of the lower fixing member in the vertical direction Z at least partially overlapping; the double-layer battery module bracket (M1) further comprising a fastener passing through the upper fixing member , the upper plate and the lower fixing member along the vertical direction Z within a range in which the projections in the vertical direction Z overlap, a lower portion of the fastener exposed from the lower fixing member being fixed on the supporting mechanism (M4); the upper-layer battery module (M2) being accommodated in the upper accommodating space (RU) and supported on the upper plate ; the lower-layer battery module (M3) being accommodated in the lower accommodating space (RL); the supporting mechanism (M4) supporting the lower-layer battery module (M3) and the lower fixing member . the double-layer battery module bracket (M1) comprising along a vertical direction Z: an upper plate , a lower fixing member and an upper fixing member ; the lower fixing member being positioned below the upper plate and supporting the upper plate , the lower fixing member and the upper plate being configured to enclose a lower accommodating space (RL); the upper fixing member being positioned above the lower fixing member and fixed to the upper plate , the upper fixing member and the upper plate being configured to enclose an upper accommodating space (RU), a projection of a lower surface of the upper fixing member in the vertical direction Z and a projection of an upper surface of the lower fixing member in the vertical direction Z at least partially overlapping; the double-layer battery module bracket (M1) further comprising a fastener passing through the upper fixing member , the upper plate and the lower fixing member along the vertical direction Z within a range in which the projections in the vertical direction Z overlap, a lower portion of the fastener exposed from the lower fixing member being fixed on the supporting mechanism (M4); the upper-layer battery module (M2) being accommodated in the upper accommodating space (RU) and supported on the upper plate ; the lower-layer battery module (M3) being accommodated in the lower accommodating space (RL); the supporting mechanism (M4) supporting the lower-layer battery module (M3) and the lower fixing member .
A lighting control system, comprising: at least one light unit including at least one sensor ; a centralized or distributed controller arranged to control a lighting strategy of the at least one light unit ; a connected device in communication with the controller ; characterized in that the controller is arranged to: - receive status information from the connected device , wherein, using the status information, the controller is arranged to estimate an expected level of traffic directed toward the at least one light unit and - adjust the lighting strategy of the at least one light unit using the estimation of the expected level of traffic, wherein adjusting the lighting strategy includes adjusting a detection threshold of the at least one sensor . at least one light unit including at least one sensor ; a centralized or distributed controller arranged to control a lighting strategy of the at least one light unit ; a connected device in communication with the controller ; - receive status information from the connected device , wherein, using the status information, the controller is arranged to estimate an expected level of traffic directed toward the at least one light unit and - adjust the lighting strategy of the at least one light unit using the estimation of the expected level of traffic, wherein adjusting the lighting strategy includes adjusting a detection threshold of the at least one sensor .
A process for the production of polymer product in a slurry polymerisation process, which slurry polymerisation process comprises a slurry heater for heating a stream of polymer product slurry withdrawn from a slurry reactor, wherein said process comprises reconfiguring the slurry heater from an initial slurry heater configuration to a subsequent slurry heater configuration, wherein the terms "initial" and "subsequent" refer to the slurry heater before and after reconfiguration respectively, and wherein the slurry heater is reconfigured to form a subsequent slurry heater having a different total length and/or a different average internal diameter than the initial slurry heater, and further wherein: a) reconfiguring the slurry heater comprises reconfiguring a slurry heater apparatus to form the subsequent slurry heater, b) the slurry heater apparatus comprising between 5 and 50 heating sections connected in fluid communication in series to form the initial slurry heater, c) the subsequent slurry heater also comprising between 5 and 50 heating sections connected in fluid communication in series, d) at least one of the heating sections which forms the initial slurry heater also forms a heating section of the subsequent slurry heater, and e) reconfiguration takes place by means of a by-pass line with valves that allow certain heating sections to be either utilised or by-passed depending on the configuration, wherein the initial slurry heater and subsequent slurry heater each provide a continuous flow path from the slurry polymerisation reactor to a separations vessel, the total length of each slurry heater being the length from the start of the first heating section to the end of the last heating section, including all connectors between heating sections and wherein each slurry heater increases in diameter along its length. a) reconfiguring the slurry heater comprises reconfiguring a slurry heater apparatus to form the subsequent slurry heater, b) the slurry heater apparatus comprising between 5 and 50 heating sections connected in fluid communication in series to form the initial slurry heater, c) the subsequent slurry heater also comprising between 5 and 50 heating sections connected in fluid communication in series, d) at least one of the heating sections which forms the initial slurry heater also forms a heating section of the subsequent slurry heater, and e) reconfiguration takes place by means of a by-pass line with valves that allow certain heating sections to be either utilised or by-passed depending on the configuration,
A liquid cartridge comprising: a casing including a liquid chamber capable of storing liquid therein, the liquid chamber being configured such that an internal pressure of the liquid chamber is reduced in accordance with outflow of liquid from the liquid chamber; a liquid supply portion configured to allow liquid stored in the liquid chamber to flow out of the liquid chamber; a deformable member having an internal space that is in communication with the liquid chamber, the deformable member being elastically deformable such that a dimension of the deformable member in a cross direction that crosses a forward direction and a rearward direction , the forward direction and the rearward direction being defined based on an attached posture of the liquid cartridge, becomes smaller in accordance with the reduction in the internal pressure of the liquid chamber; a movable member including a detection portion that is configured to be detectable from an exterior of the liquid cartridge, the movable member being supported to the casing and movable in the forward direction and the rearward direction relative to the casing, characterized by an urging member , an urging force of which urging the movable member toward the deformable member so that the movable member being in contact with the deformable member in one of the forward direction and the rearward direction; wherein the deformable member protruding from the casing in the cross direction. a casing including a liquid chamber capable of storing liquid therein, the liquid chamber being configured such that an internal pressure of the liquid chamber is reduced in accordance with outflow of liquid from the liquid chamber; a liquid supply portion configured to allow liquid stored in the liquid chamber to flow out of the liquid chamber; a deformable member having an internal space that is in communication with the liquid chamber, the deformable member being elastically deformable such that a dimension of the deformable member in a cross direction that crosses a forward direction and a rearward direction , the forward direction and the rearward direction being defined based on an attached posture of the liquid cartridge, becomes smaller in accordance with the reduction in the internal pressure of the liquid chamber; a movable member including a detection portion that is configured to be detectable from an exterior of the liquid cartridge, the movable member being supported to the casing and movable in the forward direction and the rearward direction relative to the casing, characterized by an urging member , an urging force of which urging the movable member toward the deformable member so that the movable member being in contact with the deformable member in one of the forward direction and the rearward direction; wherein the deformable member protruding from the casing in the cross direction.
A vacuum pump , in particular a turbomolecular pump, comprising an inlet ; an outlet ; and at least two Holweck stages which are concentric with respect to a common axis of rotation , which follow one another in the pump direction between the inlet and the outlet , which each comprise a Holweck thread and a Holweck sleeve rotating about the axis of rotation and in which the web height of the Holweck thread decreases in the pump direction in each case, wherein two Holweck stages following one another comprise a common Holweck stator provided with a Holweck thread at both sides, and wherein the web height of the Holweck thread decreases in the pump direction in each case both at the outer side of the Holweck stator and at the inner side of the Holweck stator , characterized in that a conicity angle (α a ) defined by the groove base of the outer Holweck thread and a conicity angle (α i ) defined by the groove base of the inner Holweck thread are different from one another.
An overcoatable primer coating composition comprising (i) a solvent-borne epoxy functional acrylic binder formed from glycidyl methacrylate and at least one further ethylenically unsaturated monomer; (ii) a crosslinker comprising a polyamine; and (iii) a further binder comprising an epoxy functional binder. (i) a solvent-borne epoxy functional acrylic binder formed from glycidyl methacrylate and at least one further ethylenically unsaturated monomer; (ii) a crosslinker comprising a polyamine; and (iii) a further binder comprising an epoxy functional binder.
System comprising at least two counter-rotating propellers independent one another, in which: - the main propeller is installed on a rotation axle and is directly connected to an interface flange of a thermal primary engine , being actuated by said thermal primary engine in order to allow the rotation of said main propeller in an autonomous way; - the secondary propeller is actuated by a secondary electric motor through a pair of front and rear tapered roller bearings placed along the rotation axle of said secondary propeller in order to allow the rotation of said secondary propeller in an autonomous way independent of said rotation of the main propeller wherein said thermal primary engine and said secondary electric motor are arranged parallel one each other, and wherein the system also includes a traction belt able to transmit the motion to said secondary propeller . - the main propeller is installed on a rotation axle and is directly connected to an interface flange of a thermal primary engine , being actuated by said thermal primary engine in order to allow the rotation of said main propeller in an autonomous way; - the secondary propeller is actuated by a secondary electric motor through a pair of front and rear tapered roller bearings placed along the rotation axle of said secondary propeller in order to allow the rotation of said secondary propeller in an autonomous way independent of said rotation of the main propeller wherein said thermal primary engine and said secondary electric motor are arranged parallel one each other, and wherein the system also includes a traction belt able to transmit the motion to said secondary propeller .
A non-therapeutic method of deactivating norovirus, the method comprising deactivating norovirus using a lysozyme component that comprises at least one kind selected from lysozyme and/or a salt thereof, and a denatured product thereof, wherein the lysozyme component has a fluorescence intensity specified by the following definition of 4,000 or more: Fluorescence intensity: a fluorescence intensity measured under conditions of an excitation wavelength of 390 nm with an excitation band width of 10 nm, a fluorescence wavelength of 470 nm with a fluorescence band width of 10 nm for a liquid obtained by adding 25 μL of a methanol solution of 8 mM 1, 8-anilinonaphthalenesulfonic acid to 5 mL of a dilution obtained by diluting the lysozyme component with a phosphate buffer having a pH of 7.0 so as to have a concentration of the lysozyme component of 0.05 mass% in terms of solid content, and to have a concentration of phosphate of 0.2 M and then subjecting the liquid to a reaction at room temperature for 30 minutes.
An electrode assembly, comprising: a separator spiral comprising a core portion, a first spiral part having one end connected to one end of the core portion and folded in a spiral shape about the core portion, and a second spiral part having one end connected to the other end of the core portion opposite to the one end of the core portion and folded in a spiral shape about the core portion; and at least one first electrode member and at least one second electrode member that have opposite polarities and that are alternately interposed between two neighboring layers of the separator spiral so as to be spaced apart from each other by the separator spiral; wherein the first and second spiral parts extend parallel to each other in an identical spiral direction and form a double spiral structure in which at least some sections face each other. a separator spiral comprising a core portion, a first spiral part having one end connected to one end of the core portion and folded in a spiral shape about the core portion, and a second spiral part having one end connected to the other end of the core portion opposite to the one end of the core portion and folded in a spiral shape about the core portion; and at least one first electrode member and at least one second electrode member that have opposite polarities and that are alternately interposed between two neighboring layers of the separator spiral so as to be spaced apart from each other by the separator spiral; wherein the first and second spiral parts extend parallel to each other in an identical spiral direction and form a double spiral structure in which at least some sections face each other.
A method to discover network authentication information in a wireless network , the method comprising: transmitting, from a wireless terminal , during network discovery and prior to authentication, a Generic Advertisement Service, GAS, request to a network access point , the GAS request requesting network authentication information; receiving, by the wireless terminal , a response to the GAS request from the network access point ; and retrieving from the response the network authentication information ; wherein the network authentication information includes a first authentication type information , the first authentication type information including a first re-direct uniform resource locator, URL, field for the wireless terminal to obtain terms and conditions, and wherein the network authentication information further includes a second authentication type information , the second authentication type information including a second re-direct URL field configured to provide implementation of other authentication procedures required when additional steps are required to the wireless terminal for establishing a connection with the network access point . transmitting, from a wireless terminal , during network discovery and prior to authentication, a Generic Advertisement Service, GAS, request to a network access point , the GAS request requesting network authentication information; receiving, by the wireless terminal , a response to the GAS request from the network access point ; and retrieving from the response the network authentication information ; wherein the network authentication information includes a first authentication type information , the first authentication type information including a first re-direct uniform resource locator, URL, field for the wireless terminal to obtain terms and conditions, and wherein the network authentication information further includes a second authentication type information , the second authentication type information including a second re-direct URL field configured to provide implementation of other authentication procedures required when additional steps are required to the wireless terminal for establishing a connection with the network access point . wherein the network authentication information includes a first authentication type information , the first authentication type information including a first re-direct uniform resource locator, URL, field for the wireless terminal to obtain terms and conditions, and wherein the network authentication information further includes a second authentication type information , the second authentication type information including a second re-direct URL field configured to provide implementation of other authentication procedures required when additional steps are required to the wireless terminal for establishing a connection with the network access point .
Heat exchanger, in particular radiator for cooling systems of motor-vehicle engines, the heat exchanger comprising a plurality of tubes which extend between two heads of the heat exchanger, wherein said heads are associated to an inlet chamber and an outlet chamber which are in communication with each other through said tubes , for the passage of a first fluid, and wherein said tubes define therebetween spaces for passage of a second fluid, wherein the plurality of all said tubes is defined by a single body in a single piece made by additive manufacturing technology, and in that said tubes each extend along a tortuous path, so as to increase the surface for heat exchange between the first fluid and the second fluid, without requiring the provision of auxiliary fins within the spaces between the tubes , wherein said tubes each have a sinusoidal configuration and are arranged in rows and columns, according to a matrix arrangement, wherein all the tubes have their sinusoidal configurations lying in surfaces which are parallel to, and spaced apart from, each other, said surfaces being substantially orthogonal to the direction (A) of flow of the second fluid through the heat exchanger, wherein the two heads of the heat exchanger are formed in a single piece with said tubes , by additive manufacturing technology, characterized in that said inlet and outlet chambers for the first fluid are defined by two casings formed in a single piece with said heads and said tubes by additive manufacturing technology, wherein the body defining the plurality of tubes has an elongated and curved general configuration, so that it can be adapted to the shape of a front wall of a motor-vehicle, adjacent to which the heat exchanger is to be mounted, and wherein said tubes are arranged superimposed upon each other in a plurality of curved surfaces which are parallel to, and spaced apart from, each other.
In combination fluticasone and an apparatus for therapeutically treating chronic rhinosinusitis with or without nasal polyps in a patient: means for administering the fluticasone as a liquid aerosol; and means configured for delivering to a location at an interior of a nasal passage of the patient an amount of a pH adjusting material for adjusting a pH in the nasal passage location by an amount ranging from about 0.01 pH units to about 0.5 pH units; wherein the means configured for delivering comprises a housing , a mouthpiece for placing into a mouth of the patient and a nosepiece for placing into a nostril of the patient, whereby exhalation of a breath by the patient into the mouthpiece creates a fluid flow out of the nosepiece ; wherein the means for administering is configured to administer the fluticasone at least one of before, after, before and after, and at the same time as the means configured for delivering delivers the pH adjusting material; characterized in that the means for administering the fluticasone as a liquid aerosol is configured to deliver fluticasone in an amount of 100 μg or 200 μg daily in one or two doses, and the mouthpiece is fluidly connected to the housing by a flexible coupling to allow for movement of the mouthpiece relative to the nosepiece . means for administering the fluticasone as a liquid aerosol; and means configured for delivering to a location at an interior of a nasal passage of the patient an amount of a pH adjusting material for adjusting a pH in the nasal passage location by an amount ranging from about 0.01 pH units to about 0.5 pH units; wherein the means configured for delivering comprises a housing , a mouthpiece for placing into a mouth of the patient and a nosepiece for placing into a nostril of the patient, whereby exhalation of a breath by the patient into the mouthpiece creates a fluid flow out of the nosepiece ; wherein the means for administering is configured to administer the fluticasone at least one of before, after, before and after, and at the same time as the means configured for delivering delivers the pH adjusting material; characterized in that the means for administering the fluticasone as a liquid aerosol is configured to deliver fluticasone in an amount of 100 μg or 200 μg daily in one or two doses, and the mouthpiece is fluidly connected to the housing by a flexible coupling to allow for movement of the mouthpiece relative to the nosepiece .