mhurhangee/patent-ind-claim-en huggingface dataset:
Filtering device for filtering cut-off gases for an electric current cut-off apparatus having separable contacts and comprising an electric arc extinction chamber, the filtering device being characterised in that it comprises, assembled together: - an inlet part for the cut-off gases, the inlet part being made of metal material and comprising: • an inlet orifice which is to be fluidically connected to a cut-off gas outlet of an electric current cut-off apparatus , • an outlet orifice , and • at least one flared wall extending between the inlet and outlet orifices; - a gas diffuser which covers the outlet orifice of the inlet part , the gas diffuser having a planar form and comprising through-orifices; characterised by - a filter made of porous metal foam, placed at the outlet of the gas diffuser . - an inlet part for the cut-off gases, the inlet part being made of metal material and comprising: • an inlet orifice which is to be fluidically connected to a cut-off gas outlet of an electric current cut-off apparatus , • an outlet orifice , and • at least one flared wall extending between the inlet and outlet orifices; • an inlet orifice which is to be fluidically connected to a cut-off gas outlet of an electric current cut-off apparatus , • an outlet orifice , and • at least one flared wall extending between the inlet and outlet orifices; - a gas diffuser which covers the outlet orifice of the inlet part , the gas diffuser having a planar form and comprising through-orifices; characterised by - a filter made of porous metal foam, placed at the outlet of the gas diffuser .
A device for determining the volume flow of liquid gas discharged by a liquid gas line, comprising a measuring line portion that can be connected to the liquid gas line via a connection valve having a variable opening cross-section, and comprising a measuring apparatus that is arranged on the measuring line portion and that determines the volume flow of liquid gas flowing through the measuring line portion , characterized by a control apparatus to which measurement data of the measuring apparatus are applied, wherein the control apparatus is designed to issue a warning signal and/or to stop the discharge of liquid gas if the volume flow of liquid gas determined by means of the measuring apparatus falls below a minimum volume flow, wherein the control apparatus is further designed, in a first opening step, to actuate the connection valve so as to partially open same at the start of a liquid gas discharge process in such a way that the volume flow in the measuring line portion does not fall below the minimum volume flow for the duration of the first opening step and, in a subsequent second opening step, to actuate the connection valve so as to fully open same.
A method for winding a continuous flexible elongated element , made of plastic, around a spool comprising the steps of: preparing a spool provided with a winding core , preparing an elongated retaining element , realized as a retaining film, at least partial winding of said elongated retaining element around the winding core , winding of said continuous flexible elongated element around the winding core in rotation around a winding axis (X), starting from a free end of the continuous flexible elongated element , wherein the step of at least partial winding of said elongated retaining element around the winding core is effected so as to retain said free end of said continuous flexible elongated element on said winding core , wherein said first step of at least partial winding of said elongated retaining element is effected so as to generate at least one turn of said elongated retaining element around said winding core , by means of a relative motion of roto-translatory type between said elongated retaining element and said winding core , characterized in that the step of at least partial winding of said elongated retaining element comprising a step of locking a flap of said elongated retaining element with respect to said spool , using a locking means , including a clamp , integral with the spool , to set it in rotation integrally with said spool and cause said at least partial winding around the winding core . preparing a spool provided with a winding core , preparing an elongated retaining element , realized as a retaining film, at least partial winding of said elongated retaining element around the winding core , winding of said continuous flexible elongated element around the winding core in rotation around a winding axis (X), starting from a free end of the continuous flexible elongated element , wherein the step of at least partial winding of said elongated retaining element around the winding core is effected so as to retain said free end of said continuous flexible elongated element on said winding core , wherein said first step of at least partial winding of said elongated retaining element is effected so as to generate at least one turn of said elongated retaining element around said winding core , by means of a relative motion of roto-translatory type between said elongated retaining element and said winding core , characterized in that the step of at least partial winding of said elongated retaining element comprising a step of locking a flap of said elongated retaining element with respect to said spool , using a locking means , including a clamp , integral with the spool , to set it in rotation integrally with said spool and cause said at least partial winding around the winding core .
A glass article comprising: a glass plate having a contour shape having an upper edge and a lower edge; a functional film formed on at least one of principal surfaces of the glass plate; and a holder having a recessed portion into which the lower edge of the glass plate is fitted, wherein the functional film has a first coverage area and a second coverage area the second coverage area being formed in a manner to cover the principal surface extending from the upper edge toward the lower edge of the glass plate, the first coverage area being formed on a lower side of the second coverage area, along the lower edge, and a maximum film thickness of the first coverage area being smaller than a maximum film thickness of the second coverage area, the holder is provided on a lower edge side of the glass plate, within the first coverage area of functional film, via an adhesive in the recessed portion, and a difference between the maximum film thickness and a minimum film thickness of the first coverage area is smaller than a difference between the maximum film thickness and the minimum film thickness of the second coverage area. a glass plate having a contour shape having an upper edge and a lower edge; a functional film formed on at least one of principal surfaces of the glass plate; and a holder having a recessed portion into which the lower edge of the glass plate is fitted, wherein the functional film has a first coverage area and a second coverage area the second coverage area being formed in a manner to cover the principal surface extending from the upper edge toward the lower edge of the glass plate, the first coverage area being formed on a lower side of the second coverage area, along the lower edge, and a maximum film thickness of the first coverage area being smaller than a maximum film thickness of the second coverage area, the holder is provided on a lower edge side of the glass plate, within the first coverage area of functional film, via an adhesive in the recessed portion, and a difference between the maximum film thickness and a minimum film thickness of the first coverage area is smaller than a difference between the maximum film thickness and the minimum film thickness of the second coverage area.
Open roof construction for a vehicle having a roof opening in its fixed roof , comprising a frame including a passage opening for placement below the roof opening in the fixed roof, the passage opening being smaller than the roof opening, a panel for closing the roof opening in a closed position and at least partially opening the roof opening in an open position, and an operating mechanism on each side of the passage opening for supporting and moving the panel, the panel having a panel bracket below each longitudinal side and the operating mechanisms each include a panel support , the panel bracket and the panel support each being elongated and extending a substantial part of the longitudinal length of the panel and each having a plurality of holes and a screw for each pair of holes to attach the panel bracket to the panel support, characterized in that at least one pair of holes is provided with a funnel having an entrance opening where the screwdriver (S) is inserted and an exit opening opposite to and in line with the pair of holes , at least when the panel is in its closed position in order to guide a screw driver (S) to the respective screw which is pre-mounted in or in front of the pair of holes.
A lipopolysaccharide production method in which a lipopolysaccharide (LPS) is extracted and purified from gram-negative bacterium, the lipopolysaccharide production method comprising: a first step of performing extraction from the gram-negative bacterium using hot water to obtain an extract liquid that contains the lipopolysaccharide, wherein a temperature of the hot water is 50 to 150°C; and a second step of purifying the extract liquid or a solution containing the LPS in the extract liquid by using reverse-phase liquid chromatography to obtain the lipopolysaccharide, wherein a reverse-phase column used in the reverse-phase liquid chromatography has a packing material constituted of a material having a functional group of 1 to 8 carbons. a first step of performing extraction from the gram-negative bacterium using hot water to obtain an extract liquid that contains the lipopolysaccharide, wherein a temperature of the hot water is 50 to 150°C; and a second step of purifying the extract liquid or a solution containing the LPS in the extract liquid by using reverse-phase liquid chromatography to obtain the lipopolysaccharide, wherein a reverse-phase column used in the reverse-phase liquid chromatography has a packing material constituted of a material having a functional group of 1 to 8 carbons.
A method, comprising: obtaining, with an analytics engine of a server structure of an adaptive bit rate content delivery system, historical data corresponding to one or more channels offered by the server structure, the server structure comprising a multicast server; receiving, with the analytics engine, at least some near-real-time data corresponding to content offerings available on the one or more channels; determining, with the analytics engine, one or more channel maps as a function of both the historical data and the at least some near-real-time data, the one or more channel maps identifying a group of channels of the one or more channels that will be delivered by the multicast server; determining, with a flap detector of the analytics engine, at least one flapping threshold for the group of channels that will be delivered by the multicast server, the flapping threshold representing a threshold frequency at which a channel flaps; and reducing flapping of the one or more channels by comparing the flapping frequency of at least one of the group of channels to the flapping threshold and determining whether the at least one of the group of channels should remain in the group of channels that will be delivered by the multicast server based on the comparison. obtaining, with an analytics engine of a server structure of an adaptive bit rate content delivery system, historical data corresponding to one or more channels offered by the server structure, the server structure comprising a multicast server; receiving, with the analytics engine, at least some near-real-time data corresponding to content offerings available on the one or more channels; determining, with the analytics engine, one or more channel maps as a function of both the historical data and the at least some near-real-time data, the one or more channel maps identifying a group of channels of the one or more channels that will be delivered by the multicast server; determining, with a flap detector of the analytics engine, at least one flapping threshold for the group of channels that will be delivered by the multicast server, the flapping threshold representing a threshold frequency at which a channel flaps; and reducing flapping of the one or more channels by comparing the flapping frequency of at least one of the group of channels to the flapping threshold and determining whether the at least one of the group of channels should remain in the group of channels that will be delivered by the multicast server based on the comparison.
A relocating device for locating and relocating a first object relative to a second object, for use with a means for defining a location point on the second object, such that the first object may be moved and then relocated relative to the second object, wherein said relocating device is operably connectable to the first object, wherein the relocating device is an irregular tetrahedron having faces that each have irregular triangle shapes such that each face and edge is unique, said relocating device comprising: at least one light source for producing beams of light which emanate from each face of the relocating device in a different direction; and a power source operably connected to the at least one light source ; wherein the at least one light source is adapted to produce three beams of light, when the relocating device is applied to a surface of the first object; wherein each beam of light is capable of defining a beam location point in relation to the second object. at least one light source for producing beams of light which emanate from each face of the relocating device in a different direction; and a power source operably connected to the at least one light source ; wherein the at least one light source is adapted to produce three beams of light, when the relocating device is applied to a surface of the first object; wherein each beam of light is capable of defining a beam location point in relation to the second object.
A user device having an eye-tracking feature, comprising: a front panel including a display screen ; a first group of light sources positioned at a first region of the front panel, the first group of light sources configured to emit light; a photodetector module positioned on the front panel in the vicinity of the first group of light sources for generating eye tracking signals based on retroreflected lights detected from a user's eye corresponding to the emitted light from the first group of light sources ; a second group of light sources positioned at a second region of the front panel, the second group of light sources configured to emit light; wherein the photodetector module is configured to capture images of a user's eye including reflection images of the emitted light from the second group of light sources ; and a processor communicatively coupled to the photodetector module, the processor configured to: process the eye tracking signals to determine eye pupil center coordinates of the user's eye; process the captured images of the user's eye to determine screen center coordinates of the display screen ; and compare the determined eye pupil center coordinates and the determined screen center coordinates to determine a gaze point of the user's eye on the display screen . a first group of light sources positioned at a first region of the front panel, the first group of light sources configured to emit light; a photodetector module positioned on the front panel in the vicinity of the first group of light sources for generating eye tracking signals based on retroreflected lights detected from a user's eye corresponding to the emitted light from the first group of light sources ; a second group of light sources positioned at a second region of the front panel, the second group of light sources configured to emit light; wherein the photodetector module is configured to capture images of a user's eye including reflection images of the emitted light from the second group of light sources ; and a processor communicatively coupled to the photodetector module, the processor configured to: process the eye tracking signals to determine eye pupil center coordinates of the user's eye; process the captured images of the user's eye to determine screen center coordinates of the display screen ; and compare the determined eye pupil center coordinates and the determined screen center coordinates to determine a gaze point of the user's eye on the display screen . process the eye tracking signals to determine eye pupil center coordinates of the user's eye; process the captured images of the user's eye to determine screen center coordinates of the display screen ; and compare the determined eye pupil center coordinates and the determined screen center coordinates to determine a gaze point of the user's eye on the display screen .
A method for operating a combustion chamber comprising: introducing a fuel into the combustion chamber via a plurality of nozzles , each nozzle having an associated stoichiometry for an output end of the nozzle ; measuring the stoichiometry of each nozzle via one or more sensors to obtain stoichiometric data, wherein the sensors are spectral analyzers configured to measure the stoichiometry at a particular nozzle by analyzing the frequencies of the photons emitted by the combustion; determining that at least one of a frequency of spectral line fluctuations and an amplitude of spectral line fluctuations derived from the stoichiometric data has exceeded a threshold; and adjusting the stoichiometry of at least one of the nozzles based at least in part on the stoichiometric data so as to maintain a flame stability of the combustion chamber . introducing a fuel into the combustion chamber via a plurality of nozzles , each nozzle having an associated stoichiometry for an output end of the nozzle ; measuring the stoichiometry of each nozzle via one or more sensors to obtain stoichiometric data, wherein the sensors are spectral analyzers configured to measure the stoichiometry at a particular nozzle by analyzing the frequencies of the photons emitted by the combustion; determining that at least one of a frequency of spectral line fluctuations and an amplitude of spectral line fluctuations derived from the stoichiometric data has exceeded a threshold; and adjusting the stoichiometry of at least one of the nozzles based at least in part on the stoichiometric data so as to maintain a flame stability of the combustion chamber .
A steerable medical device, comprising: an outer flexible tubular member ; an inner flexible tubular member disposed within the outer flexible tubular member, the inner tubular member comprising a reinforcing member extending parallel to a longitudinal axis of the inner tubular member, wherein at least one of a distal end and a proximal end of the reinforcing member is everted about a second reinforcing member of the inner tubular member; a steerable portion comprising the outer and inner flexible tubular members, the outer and inner flexible polymeric tubular members each configured to preferentially bend in the steerable portion, and wherein the outer and inner flexible tubular members are axially fixed relative to one another at a fixation location distal to the steerable portion, wherein the inner flexible tubular member, in the steerable portion, comprises a single seam between a first segment of material with a first durometer and a second segment of material with a second durometer different than the first durometer, at least a portion of the seam being angled, wherein the configuration of the seam contributes to the direction of the preferential bending of the inner flexible tubular member; and an external controller operatively coupled to the inner and outer flexible tubular members such that, upon actuation of an actuator, one of the inner and outer tubular flexible members is put in tension and the other of the inner and outer flexible tubular members is put in compression, thereby steering the steerable portion. an outer flexible tubular member ; an inner flexible tubular member disposed within the outer flexible tubular member, the inner tubular member comprising a reinforcing member extending parallel to a longitudinal axis of the inner tubular member, wherein at least one of a distal end and a proximal end of the reinforcing member is everted about a second reinforcing member of the inner tubular member; a steerable portion comprising the outer and inner flexible tubular members, the outer and inner flexible polymeric tubular members each configured to preferentially bend in the steerable portion, and wherein the outer and inner flexible tubular members are axially fixed relative to one another at a fixation location distal to the steerable portion, wherein the inner flexible tubular member, in the steerable portion, comprises a single seam between a first segment of material with a first durometer and a second segment of material with a second durometer different than the first durometer, at least a portion of the seam being angled, wherein the configuration of the seam contributes to the direction of the preferential bending of the inner flexible tubular member; and an external controller operatively coupled to the inner and outer flexible tubular members such that, upon actuation of an actuator, one of the inner and outer tubular flexible members is put in tension and the other of the inner and outer flexible tubular members is put in compression, thereby steering the steerable portion.
A method for transmitting downlink control information, comprising: determining , by a network device, a first control resource set capable of being used by the network device among M control resource sets, wherein the M control resource sets correspond to Y candidate synchronizing signal block, SSB, positions on an unlicensed carrier; and sending , by the network device, first downlink control information on a resource of the first control resource set, wherein the first downlink control information is used to determine an SSB position where at least one SSB in X SSBs is sent among the Y SSB positions, wherein M, Y and X are all positive integers, and 1 ≤X< Y, M <, Y determining , by a network device, a first control resource set capable of being used by the network device among M control resource sets, wherein the M control resource sets correspond to Y candidate synchronizing signal block, SSB, positions on an unlicensed carrier; and sending , by the network device, first downlink control information on a resource of the first control resource set, wherein the first downlink control information is used to determine an SSB position where at least one SSB in X SSBs is sent among the Y SSB positions, wherein M, Y and X are all positive integers, and 1 ≤X< Y, M <, Y