mhurhangee/ep-ind-claims huggingface dataset:
A method for performing vehicle to everything, V2X, communication by a base station in a wireless communication system, comprising: receiving a V2X bearer information informing a V2X bearer, wherein the V2X bearer is a bearer being used for V2X service; determining that the base station supports only PC5-based V2X service, among PC5-based V2X service and Uu-based V2X service; postponing resource allocation of the V2X bearer; and transmitting information informing a postponement of resource allocation for the V2X bearer to a mobility management entity, MME. receiving a V2X bearer information informing a V2X bearer, wherein the V2X bearer is a bearer being used for V2X service; determining that the base station supports only PC5-based V2X service, among PC5-based V2X service and Uu-based V2X service; postponing resource allocation of the V2X bearer; and transmitting information informing a postponement of resource allocation for the V2X bearer to a mobility management entity, MME.
A fluidic coupling comprising: a coupling body having a coupling body internal sealing surface, a first bore extending from an external surface, a second bore having a smaller diameter than the first bore, a conical cavity between the first and second bores, and a first fluid channel extending from the coupling body internal sealing surface at the end of the second bore opposite the conical cavity and through the coupling body; a polymeric body having a first endface, a second endface opposite to the first endface, a first outer surface extending from the first endface and having a cylindrical shape, and a second outer surface having a chamfer which extends from the first outer surface to the second endface, the polymeric body having a bore extending from the first end to a polymeric body internal sealing surface and having a fluid channel extending from the polymeric body internal sealing surface to the second endface, the bore configured to receive a tube having a fluid channel so that an endface of the tube engages the polymeric body internal sealing surface, the second endface of the polymeric body configured to engage the coupling body internal sealing surface, the second outer surface of the polymeric body and an internal surface of the coupling body defining a deformation volume to receive a deformation of the polymeric body when under axial compression, wherein a fluidic seal is formed between the fluid channel of the tube and the fluid channel of the coupling body when the polymeric body is under compression. a coupling body having a coupling body internal sealing surface, a first bore extending from an external surface, a second bore having a smaller diameter than the first bore, a conical cavity between the first and second bores, and a first fluid channel extending from the coupling body internal sealing surface at the end of the second bore opposite the conical cavity and through the coupling body; a polymeric body having a first endface, a second endface opposite to the first endface, a first outer surface extending from the first endface and having a cylindrical shape, and a second outer surface having a chamfer which extends from the first outer surface to the second endface, the polymeric body having a bore extending from the first end to a polymeric body internal sealing surface and having a fluid channel extending from the polymeric body internal sealing surface to the second endface, the bore configured to receive a tube having a fluid channel so that an endface of the tube engages the polymeric body internal sealing surface, the second endface of the polymeric body configured to engage the coupling body internal sealing surface, the second outer surface of the polymeric body and an internal surface of the coupling body defining a deformation volume to receive a deformation of the polymeric body when under axial compression, wherein a fluidic seal is formed between the fluid channel of the tube and the fluid channel of the coupling body when the polymeric body is under compression.
A control device for a hybrid drive vehicle, the hybrid drive vehicle comprising an internal combustion engine that comprises an exhaust passage and an exhaust gas purification catalyst having an oxygen storage function and provided in the exhaust passage, an electric motor, and a clutch interposed between the internal combustion engine and the electric motor to apply an EV mode for travel using only a drive power of an electric motor in an disengaged state and an HEV mode for travel using both a drive power of the internal combustion engine and the drive power of the electric motor in an engaged state, the control device comprising: fuel-cut performing means that performs a fuel-cut to the internal combustion engine when a requested load to the internal combustion engine becomes zero while the HEV mode is applied; and engagement maintaining means that maintains the clutch in the engaged state for a first predetermined time period after the electric motor starts the internal combustion engine by engaging the clutch; characterized by prohibiting means that prohibits the fuel-cut from being performed within a second predetermined time period that is greater than the first predetermined time period. fuel-cut performing means that performs a fuel-cut to the internal combustion engine when a requested load to the internal combustion engine becomes zero while the HEV mode is applied; and engagement maintaining means that maintains the clutch in the engaged state for a first predetermined time period after the electric motor starts the internal combustion engine by engaging the clutch; characterized by prohibiting means that prohibits the fuel-cut from being performed within a second predetermined time period that is greater than the first predetermined time period.
A sensing device comprising a pressure sensor (2; S1; S2), at least two electrically conductive leads (3; L1, L2) extending from the sensor, at least one electrically conductive trace (3; T1, T2) connected to each of the conductive leads, and at least one signal transfer terminal (4; CT1, CT2) electrically connected to each of the conductive traces, wherein the pressure sensor (2; S1, S2), each of the electrically conductive leads (3; L1, L2), and each of the conductive traces (3; T1, T2) are associated with a flexible, non-electrically conductive substrate, to which each of the signal transfer terminals (4; CT1, CT2) are mounted and wherein the pressure sensor (2; S1, S2) is fabricated from a flexible and stretchable fabric, characterized in that each of the electrically conductive leads (3; L1, L2) and each of the conductive traces (3; T1,T2) are fabricated from an electrically conductive fabric, each of the electrically conductive fabric traces comprising a fabric having different properties from the fabric of the pressure sensor,
A process for making a continuous web of a longitudinally corrugated fibrous material comprising the steps that a continuous web of a non-corrugated fibrous material is passed between a rigid cylinder, which is affected on the side surface thereof by circumferential grooves 22 which are flanked and shaped so as to define a substantially corrugated profile reproducing the pattern of the corrugations to be obtained substantially on the whole thickness of the web itself, and a presser (20, 30) comprising an external layer which is of an elastically compressible material and which is maintained adherent to said rigid cylinder with a force suitable for making said continuous web penetrate into said grooves and thus obtaining said corrugations affecting the whole thickness of the web itself, and at the same time said continuous web is subjected, on at least one segment of the passage thereof between said rigid cylinder and said presser (20, 30), to a reduction of the speed of the surface thereof in contact with said presser (20, 30) with respect to the speed of the surface thereof in contact with said rigid cylinder, said force for maintaining said presser (20, 30) adherent to said rigid cylinder and said speed reduction between said two surfaces (23, 25) of the web being mutually defined so that the web exiting from said passage has: - a longitudinally corrugated pattern on both the surfaces (23, 25) thereof, - transverse ripples at least at the corrugated surface which was in contact with said rigid cylinder, said process being further characterized in that: - the difference between the speed of the surface of said web in contact with said presser (20, 30) with respect to the speed of the surface thereof in contact with said rigid cylinder is about 5-30%, - said force for maintaining the presser adherent to said rigid cylinder is such to generate, at the contact area (nip), a linear pressure of about 5-50 Kg per linear centimeter of length of the nip. - a longitudinally corrugated pattern on both the surfaces (23, 25) thereof, - transverse ripples at least at the corrugated surface which was in contact with said rigid cylinder, - the difference between the speed of the surface of said web in contact with said presser (20, 30) with respect to the speed of the surface thereof in contact with said rigid cylinder is about 5-30%, - said force for maintaining the presser adherent to said rigid cylinder is such to generate, at the contact area (nip), a linear pressure of about 5-50 Kg per linear centimeter of length of the nip.
Nebulizer for aerosolizing a liquid consisting in 4 sub-units (2, 3, 6, 7) detachably secured together, said 4 sub-units (2, 3, 6, 7) being: - a nebulizer body comprising an aerosol-generating system (4; 23, 24) for generating an aerosol and a nebulization chamber for containing the aerosol, and further comprises a first axially-arranged inner conduit comprising a lumen and a lower end projecting into the liquid tank of the reservoir, the lower end of the first inner conduit terminating close to the bottom of the liquid tank, - a reservoir comprises a liquid tank for receiving a liquid to be aerosolized, the reservoir being detachably fixed to the nebulizer body, and further comprises a second inner conduit projecting axially and upwardly into the liquid tank, the first inner conduit of the nebulizer body being arranged as a sleeve around a downstream end of the second inner conduit of the reservoir and being spaced from the downstream end of the second inner conduit of the reservoir by a spacing, - a detachable cover fixed to the nebulizer body and forming the top of the nebulization chamber, and - a respiratory interface detachably fixed to and in fluid communication with the nebulization chamber, characterized in that the aerosol-generating system (4; 23, 24) of the nebulizer body comprises a nozzle element comprising an orifice and a deflector element facing the orifice of the nozzle element, said nozzle element and said deflector element being arranged into the lumen of the first inner conduit, and the detachable cover comprises at least two valves (8,9). - a nebulizer body comprising an aerosol-generating system (4; 23, 24) for generating an aerosol and a nebulization chamber for containing the aerosol, and further comprises a first axially-arranged inner conduit comprising a lumen and a lower end projecting into the liquid tank of the reservoir, the lower end of the first inner conduit terminating close to the bottom of the liquid tank, - a reservoir comprises a liquid tank for receiving a liquid to be aerosolized, the reservoir being detachably fixed to the nebulizer body, and further comprises a second inner conduit projecting axially and upwardly into the liquid tank, the first inner conduit of the nebulizer body being arranged as a sleeve around a downstream end of the second inner conduit of the reservoir and being spaced from the downstream end of the second inner conduit of the reservoir by a spacing, - a detachable cover fixed to the nebulizer body and forming the top of the nebulization chamber, and - a respiratory interface detachably fixed to and in fluid communication with the nebulization chamber,
A modified diene-containing (co)polymer, wherein a 5% weight loss temperature is at least 180°C as measured by simultaneous thermal analysis method in accordance with ISO11358, having an average molecular weight of at least 1500 g/mol as measured by low-temperature GPC according to ISO16014-3, and a halogen content of at least 35wt.%, characterized in that it comprises in its structure in addition to halogen atoms at least one epoxy group, at least one hydroxyl group, and from 0 to less than 1.5 wt.% of tertiary and/or allyl halogenides.
A fibre comprising a microfibrillated cellulose, the fibre obtainable by a method comprising the steps of: preparing a composition comprising microfibrillated cellulose, wherein the microfibrillated cellulose has a fibre steepness ranging from about 20 to about 50; wherein the microfibrillated cellulose is obtainable by a two-stage process of (i) grinding a fibrous substrate comprising cellulose in a grinding vessel in the presence of an inorganic particulate material, and (ii) refining in a refiner or homogenizing in a homogenizer, or sonicating with an ultrasonic device the ground fibrous substrate comprising cellulose and the inorganic particulate material; wherein the grinding is carried out in an aqueous environment in the presence of a grinding medium; wherein the term "grinding medium" means a medium other than inorganic particulate material and wherein the grinding medium is 0.5 mm or greater in size; extruding the microfibrillated cellulose and inorganic particulate material from step through an extruder; attenuating the extruded microfibrillated cellulose and the inorganic particulate material with an attenuating gas; and collecting the extruded fibre. preparing a composition comprising microfibrillated cellulose, wherein the microfibrillated cellulose has a fibre steepness ranging from about 20 to about 50; wherein the microfibrillated cellulose is obtainable by a two-stage process of (i) grinding a fibrous substrate comprising cellulose in a grinding vessel in the presence of an inorganic particulate material, and (ii) refining in a refiner or homogenizing in a homogenizer, or sonicating with an ultrasonic device the ground fibrous substrate comprising cellulose and the inorganic particulate material; wherein the grinding is carried out in an aqueous environment in the presence of a grinding medium; wherein the term "grinding medium" means a medium other than inorganic particulate material and wherein the grinding medium is 0.5 mm or greater in size; extruding the microfibrillated cellulose and inorganic particulate material from step through an extruder; attenuating the extruded microfibrillated cellulose and the inorganic particulate material with an attenuating gas; and collecting the extruded fibre.
A fixation device for folding a seal member for a surgical access device, the fixation device comprising: a frame including a horizontal portion and an upright portion; a press assembly secured to the upright portion of the frame, the press assembly including a handle assembly and an anvil assembly operably connected to the handle assembly; and a nest assembly secured to the horizontal portion of the frame, the nest assembly including a clamping assembly, a folding assembly supported on the clamping assembly, a support assembly supported on the folding assembly, and a nest member, wherein the support assembly includes a support plate and a seal clamp for securing a seal member. a frame including a horizontal portion and an upright portion; a press assembly secured to the upright portion of the frame, the press assembly including a handle assembly and an anvil assembly operably connected to the handle assembly; and a nest assembly secured to the horizontal portion of the frame, the nest assembly including a clamping assembly, a folding assembly supported on the clamping assembly, a support assembly supported on the folding assembly, and a nest member, wherein the support assembly includes a support plate and a seal clamp for securing a seal member.
A tool holder for a tool assembly, the tool holder comprising: - a tubular element having a cavity and a central axis; - a damping mass arranged within the cavity and movable radially with respect to the central axis and relative to the tubular element; - an adapter having a rear part fixed to the tubular element, and a front part for connection to an end effector of the tool assembly, the rear part comprising an opening, and the damping mass is at least partly received in the opening with a radial clearance; and - an elastic element positioned between the adapter and the damping mass, the elastic element being arranged to support the damping mass and to damp radial vibrational movements of the damping mass relative to the tubular element, characterized in that the elastic element comprises a front surface substantially perpendicular to the central axis and a rear surface substantially perpendicular to the central axis. - a tubular element having a cavity and a central axis; - a damping mass arranged within the cavity and movable radially with respect to the central axis and relative to the tubular element; - an adapter having a rear part fixed to the tubular element, and a front part for connection to an end effector of the tool assembly, the rear part comprising an opening, and the damping mass is at least partly received in the opening with a radial clearance; and - an elastic element positioned between the adapter and the damping mass, the elastic element being arranged to support the damping mass and to damp radial vibrational movements of the damping mass relative to the tubular element, characterized in that the elastic element comprises a front surface substantially perpendicular to the central axis and a rear surface substantially perpendicular to the central axis.
A method for monitoring shuffle quality of at least one deck of cards during a card game by means of a control unit, which method comprises: identifying each card of a first round of cards, when being discarded; storing a first sequence of the identified cards of the first round of cards, in the order they are discarded; identifying each card of a second round of cards, after shuffling but before being provided to one or more players; storing a second sequence of the identified cards of the second round of cards as they are dealt from a card shoe, in the order they are provided to the one or more players; comparing the stored first sequence of cards with the stored second sequence of cards; detecting a predetermined pattern in the second sequence of cards, originating from the first sequence of cards; and providing an alert when the predetermined pattern is detected in the second sequence of cards. identifying each card of a first round of cards, when being discarded; storing a first sequence of the identified cards of the first round of cards, in the order they are discarded; identifying each card of a second round of cards, after shuffling but before being provided to one or more players; storing a second sequence of the identified cards of the second round of cards as they are dealt from a card shoe, in the order they are provided to the one or more players; comparing the stored first sequence of cards with the stored second sequence of cards; detecting a predetermined pattern in the second sequence of cards, originating from the first sequence of cards; and providing an alert when the predetermined pattern is detected in the second sequence of cards.
A lighting system comprising a first luminaire and a second luminaire, each of the first and second luminaires (10; 10') comprising a housing and a lighting unit insertable into and removable from the housing, wherein the housing comprises a radially extending flange (13; 13') around an annular wall, the annular wall protruding in an axial direction around a central axis from a first main face of the radially extending flange (13; 13'), wherein the housing further comprises a clamping arrangement for clamping the housing to a carrier or substrate, the clamping arrangement being removable from the housing, wherein the first luminaire has a first radially extending flange with a first removable portion and the second luminaire has a second radially extending flange with a second removable portion, wherein after removal of said first removable portion and said second removable portion, said first and second radially extending flanges (13; 13') are connectable matching parts, which in mutually connected position form a shared flange.
Low-pressure cooking pot, composed of a round or oval pot which is provided with a defined capacity and which has an outwardly curved pouring edge around its upper edge, a lid which is suitable for the upper opening and which comprises a sealing ring made of elastic material, a closure mechanism which is provided on the lid and which is equipped with movable claws in order to engage behind the pouring edge, a handle which is provided on the lid, an actuating element which is provided on the handle for releasing and locking the claws and a pressure-relief valve which is provided in the lid, as well as a safety valve, characterized in that the safety valve is arranged in the region of at least one of the claws and that on moving the claws into the releasing position, said safety valve is opened so that the internal vapor pressure can escape to the outside already during the releasing operation.
A conductive polymer composition comprising: a conductive polymer, which is a composite of substituted or unsubstituted polyaniline; and at least two solvents selected from solvents represented by the following formula (excluding that both of the two solvents are a solvent represented by the formula in which R 1 is a straight-chain alkyl group and R 2 is a straight-chain alkylene group): R 1 -O-R 2 -OH wherein R 1 is a straight-chain alkyl group or a branched alkyl group, and R 2 is a straight-chain alkylene group or a branched alkylene group. a conductive polymer, which is a composite of substituted or unsubstituted polyaniline; and at least two solvents selected from solvents represented by the following formula (excluding that both of the two solvents are a solvent represented by the formula in which R 1 is a straight-chain alkyl group and R 2 is a straight-chain alkylene group): R 1 -O-R 2 -OH wherein R 1 is a straight-chain alkyl group or a branched alkyl group, and R 2 is a straight-chain alkylene group or a branched alkylene group.
A mutant 3-hydroxybutyrate dehydrogenase (3-HBDH) from Rhodobacter sphaeroides with improved performance relative to the wild-type 3-HBDH, wherein the mutant comprises an amino acid sequence that is at least 80 % identical to the amino acid sequence of SEQ ID NO: 1 (3-HBDH from Rhodobacter sphaeroides; wild-type 3-HBDH) and wherein the mutant has at least one amino acid substitution relative to the wild-type 3-HBDH at a position corresponding to position 250 of SEQ ID NO: 1.
A method for manufacturing a substrate for thin film solar cells consisting of a transparent insulating substrate, and a transparent electrode layer including at least zinc oxide deposited on the transparent insulating substrate, the transparent insulating substrate consists of stacked layers of a transparent base material having a smooth surface, and a transparent foundation layer, the transparent foundation layer comprises transparent micro-particles having an average particle diameter of not less than 10 nm and not more than 100 nm, and a transparent binder, the transparent foundation layer has a fine surface unevenness having a root-mean-square deviation of the surface of 5 to 50 nm in an interface by a side of the transparent electrode layer, and a projected portion of the fine surface unevenness of the transparent foundation layer has a curved surface, characterized in that the method comprises the step of depositing the transparent electrode layer by a low pressure thermal chemical vapor deposition with a temperature of the transparent insulating substrate being not less than 150 °C.