mhurhangee/patent-ind-claim-en huggingface dataset:
A non-aqueous oral liquid formulation comprising at least 7 wt% of the total formulation of propylene glycol and an effective amount of an inodilator selected from the group consisting of pimobendan and pharmaceutically or veterinary acceptable salts thereof; or a combination of an inodilator selected from the group consisting of pimobendan and pharmaceutically or veterinary acceptable salts thereof and an angiotensin converting enzyme inhibitor selected from the group consisting of enalapril, benazepril, cilazapril, delapril, imidapril, moexipril, spirapril, temocapril, trandolapril, ramipril, quinapril, perindopril, lisinopril and pharmaceutically and veterinary acceptable salts thereof.
Butterfly valve for controllable fluid flow, characterized in that the design has at least six asymmetries, characterized in that the valve disc center of rotation is offset from the sealing plane in the direction of the pipe axis 8 (Asymmetry 1) and that additionally the valve disc center of rotation is perpendicular to the valve disc center of rotation and perpendicular to the pipe axis is shifted in the direction of one of the walls of the housing (Asymmetry 2) and that the sealing surface is also represented by the jacket of the body , which is not symmetrical to the pipe axis (Asymmetry 3) and that the jacket of the body is also shown by curves which do not all intersect at one point (Asymmetry 4) and where at least one of the curves is a straight line and where at least one of the curves is not a straight line and that in addition the jacket of the body has the cross-section and the cross-section in planes and lying parallel to one another, and that in addition at least one of the cross-sections is not circular (Asymmetry) and wherein in addition the cross-section cannot be mapped simply by shifting the cross-section into the plane along the normal vector of the plane , even if the cross-section were enlarged or reduced (Asymmetry 6) and where the jacket body has a circular cross-section in a plane and that this cross-section is rotationally symmetrical to the pipe axis and this cross-section lies in the sealing plane .
A wireless transmit/receive unit, WTRU, for determining when to receive a signal, the WTRU comprising: a processor , the processor being configured to: determine a system frame number, SFN, cycle number, SCN, wherein the determined SCN corresponds to a count of a number of SFN cycles; receive information from a network indicating a SCN offset; determine at least one SFN cycle for monitoring for a paging message, wherein the at least one SFN cycle is determined based on the determined SCN, a long discontinuous reception, DRX, cycle length, ConfiguredLongDRXCycleLength, and the SCN offset, OffsetSCN, wherein the at least one SFN cycle is determined according to the formula SCN % ConfiguredLongDRXCycleLength = OffsetSCN; determine a paging frame, PF, and paging subframe occasion, PO, of the at least one SFN cycle based on idle mode paging reception formulas; and monitor for the paging message during the determined PF and PO of the at least one SFN cycle. determine a system frame number, SFN, cycle number, SCN, wherein the determined SCN corresponds to a count of a number of SFN cycles; receive information from a network indicating a SCN offset; determine at least one SFN cycle for monitoring for a paging message, wherein the at least one SFN cycle is determined based on the determined SCN, a long discontinuous reception, DRX, cycle length, ConfiguredLongDRXCycleLength, and the SCN offset, OffsetSCN, wherein the at least one SFN cycle is determined according to the formula SCN % ConfiguredLongDRXCycleLength = OffsetSCN; determine a paging frame, PF, and paging subframe occasion, PO, of the at least one SFN cycle based on idle mode paging reception formulas; and monitor for the paging message during the determined PF and PO of the at least one SFN cycle.
A hardenable dental composition comprising at least one biphenyl monomer comprising two aromatic rings connected with a C-C bond wherein the rings each comprise a substituent comprising a urethane moiety and a (meth)acrylate end group, wherein the biphenyl di(meth)acrylate monomer has the general structure wherein R 2 is independently a halogen or a C 1 to C 4 alkyl group; m ranges from 0 to 4; z is an aromatic ring; t is independently 0 or 1; Q is independently O or S; L is independently a C 2 to C 12 alkylene group optionally substituted with one or more hydroxyl groups; n independently ranges from 0 to 10; L' is independently a C 2 to C 12 alkylene group; and R 1 is independently H or methyl. wherein R 2 is independently a halogen or a C 1 to C 4 alkyl group; m ranges from 0 to 4; z is an aromatic ring; t is independently 0 or 1; Q is independently O or S; L is independently a C 2 to C 12 alkylene group optionally substituted with one or more hydroxyl groups; n independently ranges from 0 to 10; L' is independently a C 2 to C 12 alkylene group; and R 1 is independently H or methyl.
A method (S0) for manufacturing a curtain configured to reduce agitation in front of a substantially vertical wall which is at least partially submerged in a port-type infrastructure under the effect of incident waves , the method comprising the following steps: - dimensioning (S1) the curtain according to features related to the vertical wall and to the incident waves , said curtain being formed of a plurality of unit blocks assembled together by means of flexible links so as to form an articulated grid of blocks , - manufacturing (S2) the curtain thus dimensioned, the manufacturing method (S0) being characterised in that the curtain is dimensioned so that its reflection coefficient (Cr) is less than 1 and in that the incident waves have periods comprised within a given range of periods, the curtain being dimensioned so that its natural mode n°3 and/or n°4 is comprised within the given range of periods. - dimensioning (S1) the curtain according to features related to the vertical wall and to the incident waves , said curtain being formed of a plurality of unit blocks assembled together by means of flexible links so as to form an articulated grid of blocks , - manufacturing (S2) the curtain thus dimensioned,
A spheroidal graphite cast iron comprising 3.4 to 3.8 wt% of carbon (C), 2.0 to 2.4 wt% of silicon (Si), 0.2 to 0.5 wt% of manganese (Mn), 0.2 to 0.5 wt% of copper (Cu), 0.005 to 0.01 wt% of zirconium (Zr), 0.025 to 0.06 wt% of magnesium (Mg), and the balance iron (Fe) and impurities, and wherein the ratio of the content of the copper (Cu) to the content of the zirconium (Zr) is 20 to 100.
A method performed by a first base station, BS, in a wireless communication system, the method comprising: receiving (S610), from a second BS, a retrieve user equipment, UE, context request message which includes (i) a cause informing a radio access network, RAN-based notification area, RNA, update for a UE, and (ii) a signaling radio bearer, SRB1 configuration associated with the second BS, wherein the first BS and the second BS are located in a same RNA, and wherein (S608) the cause informing the RNA update is transmitted, from the UE, via a Radio Resource Control (RRC) connection resume request message; if the UE remains within the same RNA and there is no data transmission between the UE and the first BS, deciding to keep the role of anchor BS and skipping transfer of a UE context for the UE to the second BS; generating an RRC message to keep the UE in RRC inactive state based on the SRB 1 configuration for the second BS ; ; and transmitting (S614), to the second BS, a response message in response to the retrieve UE context request message, wherein the response message includes a container which piggybacks an RRC message requesting the UE to move to an RRC inactive state, wherein (S616) the RRC message is to be transparently forwarded to the UE via the second BS. receiving (S610), from a second BS, a retrieve user equipment, UE, context request message which includes (i) a cause informing a radio access network, RAN-based notification area, RNA, update for a UE, and (ii) a signaling radio bearer, SRB1 configuration associated with the second BS, wherein the first BS and the second BS are located in a same RNA, and wherein (S608) the cause informing the RNA update is transmitted, from the UE, via a Radio Resource Control (RRC) connection resume request message; if the UE remains within the same RNA and there is no data transmission between the UE and the first BS, deciding to keep the role of anchor BS and skipping transfer of a UE context for the UE to the second BS; generating an RRC message to keep the UE in RRC inactive state based on the SRB 1 configuration for the second BS ; ; and transmitting (S614), to the second BS, a response message in response to the retrieve UE context request message, wherein the response message includes a container which piggybacks an RRC message requesting the UE to move to an RRC inactive state, wherein (S616) the RRC message is to be transparently forwarded to the UE via the second BS.
Nail for use in a nail setter, which is made of a predominantly lignocellulosic material and has a nail shank , at the front end of which a nail tip designed as a conical round tip is provided, and at the rear end region of which a head region is formed, wherein the tip angle of the nail tip is > 40.
Expanded particles comprising a polycarbonate-based resin having an aromatic skeleton as a base resin, wherein when an average cell diameter of said expanded particles is divided by a bulk ratio of said expanded particles, said expanded particles have a value within a range of 3.0 to 10.0 μm/times, and said expanded particles have a bulk ratio of 2 to 20 times, an average cell diameter of 20 to 200 μm, and an open cell rate of 0 to 10%, wherein the average cell diameter, the bulk ratio and the open cell rate are determined as indicated in the description. wherein when an average cell diameter of said expanded particles is divided by a bulk ratio of said expanded particles, said expanded particles have a value within a range of 3.0 to 10.0 μm/times, and said expanded particles have a bulk ratio of 2 to 20 times, an average cell diameter of 20 to 200 μm, and an open cell rate of 0 to 10%, wherein the average cell diameter, the bulk ratio and the open cell rate are determined as indicated in the description.
A specular mirror comprising a glass substrate coated on one of the faces thereof, successively starting from said glass substrate, with a stack of thin layers, with a reflective silver layer deposited by silvering then with a layer of paint, characterized in that said stack of thin layers comprises: - at least one metal layer based on a metal chosen from niobium and titanium or based on a nickel-chromium alloy wherein the physical thickness of the metal layer, or the sum of the physical thicknesses of each metal layer, is within a range from 2 to 10 nm, and - at least one layer based on silicon nitride wherein the physical thickness of the layer based on silicon nitride, or the sum of the physical thicknesses of each layer based on silicon nitride, is within a range from 10 to 200 nm. - at least one metal layer based on a metal chosen from niobium and titanium or based on a nickel-chromium alloy wherein the physical thickness of the metal layer, or the sum of the physical thicknesses of each metal layer, is within a range from 2 to 10 nm, and - at least one layer based on silicon nitride wherein the physical thickness of the layer based on silicon nitride, or the sum of the physical thicknesses of each layer based on silicon nitride, is within a range from 10 to 200 nm.
A gastrostomy device , comprising: a gastrostomy tube ; and an inflatable retaining element coupled to the tube at or near a distal end of the tube , characterized in that the retaining element comprises an inner layer made of polyurethane, PUR, and an outer layer made of polyamide, PA. a gastrostomy tube ; and an inflatable retaining element coupled to the tube at or near a distal end of the tube ,
A topical analgesic composition comprising: an extract of Acmella oleracea; one or more terpene-containing extract of Cistus ladanifer and/or one or more terpene-containing extract of Cupressus sempervirens; and a carrier. an extract of Acmella oleracea; one or more terpene-containing extract of Cistus ladanifer and/or one or more terpene-containing extract of Cupressus sempervirens; and a carrier.
A pressurized air supply unit (1; 1') for an aircraft, comprising: • a load compressor (30; 30') configured to supply pressurized air , the load compressor (30; 30') comprising a compressor shaft (23; 23'); • a gas generator configured to supply power via an output shaft ; • a gearbox ; • an electric motor , the electric motor being coupled to said compressor shaft (23; 23') via the gearbox ; and • a coupling system configured to enable the output shaft to drive the compressor shaft (23; 23') and to prevent the compressor shaft (23; 23') from driving the output shaft , the output shaft and the compressor shaft being arranged coaxially. • a load compressor (30; 30') configured to supply pressurized air , the load compressor (30; 30') comprising a compressor shaft (23; 23'); • a gas generator configured to supply power via an output shaft ; • a gearbox ; • an electric motor , the electric motor being coupled to said compressor shaft (23; 23') via the gearbox ; and • a coupling system configured to enable the output shaft to drive the compressor shaft (23; 23') and to prevent the compressor shaft (23; 23') from driving the output shaft ,
A method of wireless communication for a user equipment, UE, the method comprising: receiving , by the UE, a downlink communication from a base station, the downlink communication including an update to at least one semi-persistent scheduling, SPS, or configured grant, CG, parameter, wherein the downlink communication indicates whether to use a default action time or a non-default action time as an action time for the update to take effect based on the downlink communication, wherein the downlink communication comprises an activation/reactivation downlink control information, DCI, that indicates an action time value; determining , by the UE, to use the default action time as the action time in response to the action time value being equal to a reserved value and to use the non-default action time as the action time in response to the action time value not being equal to the reserved value; and applying , by the UE, the update to the at least one SPS or CG parameter for communications of the UE beginning at and following the action time. receiving , by the UE, a downlink communication from a base station, the downlink communication including an update to at least one semi-persistent scheduling, SPS, or configured grant, CG, parameter, wherein the downlink communication indicates whether to use a default action time or a non-default action time as an action time for the update to take effect based on the downlink communication, wherein the downlink communication comprises an activation/reactivation downlink control information, DCI, that indicates an action time value; determining , by the UE, to use the default action time as the action time in response to the action time value being equal to a reserved value and to use the non-default action time as the action time in response to the action time value not being equal to the reserved value; and applying , by the UE, the update to the at least one SPS or CG parameter for communications of the UE beginning at and following the action time.
A prepreg comprising reinforcing fibers and a matrix resin composition, wherein the matrix resin composition comprises at least: component (A): an epoxy resin, component (B): a radical polymerizable unsaturated compound, component (C): an epoxy resin curing agent, and component (E): a polymer formed by radical polymerization of the component (B), wherein the prepreg is in a sheet form or a tape form, characterized in that : the prepreg has, on at least one surface of the prepreg, plural regions having mutually different reaction ratios of the matrix resin composition, wherein the plural regions contain a region having a high reaction ratio of the matrix resin composition and a region having a low reaction ratio of the matrix composition, wherein the region having a high reaction ratio of the matrix resin composition is in the outer periphery of the prepreg. component (A): an epoxy resin, component (B): a radical polymerizable unsaturated compound, component (C): an epoxy resin curing agent, and component (E): a polymer formed by radical polymerization of the component (B),
An image sensor comprising an array of pixels , each pixel comprising: a photosensitive area operative to sense a visual scene , wherein a light intensity of the scene surveilled by the pixel is represented by the current voltage level Vp of the pixel; and at least one embedded memory keeping trace of historical voltage levels of said pixel, wherein the embedded memory further defining a voltage range between voltage thresholds V MAX and V MIN of the pixel, and wherein a pixel status change is triggered when the current voltage level (V P ) is above V MAX or below V MIN characterized in that each pixel outputs two-bits which define one of three possible pixel states, H, M and L where: H : V P > V MAX ; M : V MAX > V P > V MIN ; L : V P < V MIN . a photosensitive area operative to sense a visual scene , wherein a light intensity of the scene surveilled by the pixel is represented by the current voltage level Vp of the pixel; and at least one embedded memory keeping trace of historical voltage levels of said pixel, wherein the embedded memory further defining a voltage range between voltage thresholds V MAX and V MIN of the pixel, and wherein a pixel status change is triggered when the current voltage level (V P ) is above V MAX or below V MIN H : V P > V MAX ; M : V MAX > V P > V MIN ; L : V P < V MIN .
A method for producing a metal-ceramic substrate which, in the produced state, has a ceramic layer and a metal layer , which extend along a main extension plane (HSE) and are arranged on top of each other along a stacking direction (S) extending perpendicularly to the main extension plane (HSE), comprising - providing the metal layer having a thickness between 200 μm and 1000 μm and the ceramic layer , and - regionally bonding the metal layer to the ceramic layer to form a first region (B1), which has a material bond between the metal layer and the ceramic layer , and a second region (B2), in which the metal layer and the ceramic layer are arranged on top of each other without a material bond, as seen in the stacking direction (S), characterized in that the second region (B2) is provided, at least regionally, as a terminal surface and/or as a terminal characterized in that the second region is obtained in a bonding process by only partially oxidizing the metal layer on a top and/or bottom side prior to carrying out the bonding process, wherein regions are kept free of oxidation which is required in the bonding process for forming an eutectic and thus for the bonding between the metal layer and the ceramic layer, and in that the metal layer is patterned following the bonding process to form conductor tracks or terminal surfaces. - providing the metal layer having a thickness between 200 μm and 1000 μm and the ceramic layer , and - regionally bonding the metal layer to the ceramic layer to form a first region (B1), which has a material bond between the metal layer and the ceramic layer , and a second region (B2), in which the metal layer and the ceramic layer are arranged on top of each other without a material bond, as seen in the stacking direction (S), characterized in that the second region (B2) is provided, at least regionally, as a terminal surface and/or as a terminal characterized in that the second region is obtained in a bonding process by only partially oxidizing the metal layer on a top and/or bottom side prior to carrying out the bonding process, wherein regions are kept free of oxidation which is required in the bonding process for forming an eutectic and thus for the bonding between the metal layer and the ceramic layer, and in that the metal layer is patterned following the bonding process to form conductor tracks or terminal surfaces.
A Pod for an aerosol-generating device comprising a porous wick ; a reservoir including a discharge opening for an aerosol-generating liquid material; and at least one light emitting source , wherein the porous wick is coated with a light-switchable layer on a surface thereof sealing the discharge opening of the reservoir so that the light-switchable layer is arranged between the discharge opening of the reservoir and the porous wick , wherein the light-switchable layer comprises an amphiphilic inorganic material being hydrophobic and impermeable for an aerosol-generating liquid material in the dark and becoming hydrophilic and permeable for an aerosol-generating liquid material when exposed to light, and wherein the at least one light emitting source is configured to illuminate the light-switchable layer . a porous wick ; a reservoir including a discharge opening for an aerosol-generating liquid material; and at least one light emitting source , wherein the porous wick is coated with a light-switchable layer on a surface thereof sealing the discharge opening of the reservoir so that the light-switchable layer is arranged between the discharge opening of the reservoir and the porous wick , wherein the light-switchable layer comprises an amphiphilic inorganic material being hydrophobic and impermeable for an aerosol-generating liquid material in the dark and becoming hydrophilic and permeable for an aerosol-generating liquid material when exposed to light, and wherein the at least one light emitting source is configured to illuminate the light-switchable layer .