mhurhangee/ep-ind-claims huggingface dataset:
A bed frame assembly (101, 201) comprising: a first planar member configured to support a bed; a first end bracket coupled to a side of the first planar member; a second end bracket coupled to an opposite side of the first planar member; and a connecting member detachably coupled to the first end bracket and the second end bracket, and configured to be adjusted to change a tension of the connecting member to secure the first and second end brackets to the first planar member; wherein at least one of the first end bracket or the second end bracket is configured to be removed from the first planar member upon loosening of the connecting member to allow for one or more additional planar members to be added to the bed frame assembly so as to reconfigure the bed frame assembly (101, 201). a first planar member configured to support a bed; a first end bracket coupled to a side of the first planar member; a second end bracket coupled to an opposite side of the first planar member; and a connecting member detachably coupled to the first end bracket and the second end bracket, and configured to be adjusted to change a tension of the connecting member to secure the first and second end brackets to the first planar member; wherein at least one of the first end bracket or the second end bracket is configured to be removed from the first planar member upon loosening of the connecting member to allow for one or more additional planar members to be added to the bed frame assembly so as to reconfigure the bed frame assembly (101, 201).
A catalyst for a fuel cell electrode, the catalyst comprising: an active particle which comprises: a core comprising platinum, a transition metal excluding platinum, and an oxide of a non-transition metal; and a shell disposed on the core and comprising platinum, wherein the active particle comprises platinum and the non-transition metal in a molar ratio of 100:1.80 to 100:4.00. an active particle which comprises: a core comprising platinum, a transition metal excluding platinum, and an oxide of a non-transition metal; and a shell disposed on the core and comprising platinum, a core comprising platinum, a transition metal excluding platinum, and an oxide of a non-transition metal; and a shell disposed on the core and comprising platinum, wherein the active particle comprises platinum and the non-transition metal in a molar ratio of 100:1.80 to 100:4.00.
A method for the production of a purified allergen hydrolysate comprising the steps of a) extracting a natural source of allergens comprising allergenic proteins to form an extract, b) purifying of said extract to remove non-protein components to form a purified extract, c) denaturating said purified extract to form a purified denaturated extract, wherein denaturation is performed with mixtures of chaotropic agents and reducing agents, said purified denaturated extract comprising proteins, wherein no single protein is 60% or more (w/w) of all proteins measured by SDS-PAGE followed by densitometry and all proteins represent at least 60% (w/w) of the dry weight of the purified denaturated extract measured by BCA assay, d) hydrolysing said purified denaturated extract with an enzyme to form an allergen hydrolysate, e) purifying said allergen hydrolysate to remove peptides with a molecular weight above 10,000 Da and below 1,000 Da in order to obtain a purified hydrolysate where 70%, more preferably 80% of the peptides are between 10,000 Da and 1,000 Da. a) extracting a natural source of allergens comprising allergenic proteins to form an extract, b) purifying of said extract to remove non-protein components to form a purified extract, c) denaturating said purified extract to form a purified denaturated extract, wherein denaturation is performed with mixtures of chaotropic agents and reducing agents, said purified denaturated extract comprising proteins, wherein no single protein is 60% or more (w/w) of all proteins measured by SDS-PAGE followed by densitometry and all proteins represent at least 60% (w/w) of the dry weight of the purified denaturated extract measured by BCA assay, d) hydrolysing said purified denaturated extract with an enzyme to form an allergen hydrolysate, e) purifying said allergen hydrolysate to remove peptides with a molecular weight above 10,000 Da and below 1,000 Da in order to obtain a purified hydrolysate where 70%, more preferably 80% of the peptides are between 10,000 Da and 1,000 Da.
A control apparatus comprising: an angle control unit configured to change an angle between an imaging plane of an image sensor and a plane orthogonal to an optical axis of an imaging lens via a driving unit, so as to tilt the imaging plane relative to the plane orthogonal to the optical axis; an image processing unit configured to set a specific area in an image, the specific area being set by a user operation; and an acquisition unit configured to acquire first positional information of the specific area in the image; characterized by comprising a determining unit configured to determine second positional information of the specific area based on the angle and the positional information before the image sensor is tilted, in a case that the image sensor is tilted, wherein the image processing unit is configured to set the specific area based on the second positional information in case a change in position, size or shape of the specific area is equal to or greater than a threshold value after recalculation of the coordinates for the specific area, in case that the image sensor is tilted. an angle control unit configured to change an angle between an imaging plane of an image sensor and a plane orthogonal to an optical axis of an imaging lens via a driving unit, so as to tilt the imaging plane relative to the plane orthogonal to the optical axis; an image processing unit configured to set a specific area in an image, the specific area being set by a user operation; and an acquisition unit configured to acquire first positional information of the specific area in the image; characterized by comprising a determining unit configured to determine second positional information of the specific area based on the angle and the positional information before the image sensor is tilted, in a case that the image sensor is tilted, wherein the image processing unit is configured to set the specific area based on the second positional information in case a change in position, size or shape of the specific area is equal to or greater than a threshold value after recalculation of the coordinates for the specific area, in case that the image sensor is tilted.
A sparger comprising: a disc-shaped body; and first holes and second holes having different sizes from each other provided in the body, wherein the diameter of the second holes is smaller than the diameter of the first holes, wherein the second holes include a protrusion formed upward along an outer circumference surface of the second holes, wherein the protrusion is formed to have a constant diameter upward. a disc-shaped body; and first holes and second holes having different sizes from each other provided in the body, wherein the diameter of the second holes is smaller than the diameter of the first holes, wherein the second holes include a protrusion formed upward along an outer circumference surface of the second holes, wherein the protrusion is formed to have a constant diameter upward.
A rotor device for a spinning reel, the rotor configured to rotate about a spool shaft, the rotor comprising: a tubular portion disposed away from the spool shaft at a predetermined interval; and a plate-shaped portion including a radially outer part, a radially inner part, the radially outer part integrated with an inner peripheral part of the tubular portion, the radially inner part extending from the radially outer part toward the spool shaft, the radially outer part having a smaller thickness than at least a part of the radially inner part, an arm member on an outer peripheral part of the tubular portion, characterized by the plate-shaped portion including a rib part on the radially inner part and the radially outer part between the spool shaft and the arm member, said rib part extending radially from the spool shaft towards the arm member, wherein the rib part does not contact the tubular portion. a tubular portion disposed away from the spool shaft at a predetermined interval; and a plate-shaped portion including a radially outer part, a radially inner part, the radially outer part integrated with an inner peripheral part of the tubular portion, the radially inner part extending from the radially outer part toward the spool shaft, the radially outer part having a smaller thickness than at least a part of the radially inner part, an arm member on an outer peripheral part of the tubular portion, characterized by the plate-shaped portion including a rib part on the radially inner part and the radially outer part between the spool shaft and the arm member, said rib part extending radially from the spool shaft towards the arm member, wherein the rib part does not contact the tubular portion.
A debris filter comprising: a housing; a filter screen mounted to said housing and disposed so as to extend across a flow path through said housing; a debris extractor mounted to said housing, said debris extractor and said filter screen being so mounted to said housing as to enable rotation of said filter screen and said debris extractor relative to one another, said debris extractor having a debris intake opening; said debris filter being characterised in that it further comprises a splitter bar mounted to said housing upstream of said filter screen, said debris extractor and said splitter bar being so mounted to said housing that said intake opening is positionable in juxtaposition with or adjacent to said splitter bar with said splitter bar overlapping and shielding said intake opening.
A spacer assembly for a drug delivery system for injecting a medicament, the drug delivery system comprising a housing and a needle configured to move between an extended position and a retracted position with respect to the housing, the assembly characterized by: a first spacer portion configured to be received by and secured to_a stopper; a second spacer portion spaced from the first spacer portion a predetermined distance, the second spacer portion is secured to the first spacer portion while allowing axial movement of the second spacer portion relative to the first spacer portion for the predetermined distance; an inner plunger received by the first spacer portion and_having a distal end, the inner plunger axially moveable relative to the first spacer portion; and a spacer shuttle received by the inner plunger, the spacer shuttle is rotatable and axially moveable relative to the inner plunger, and wherein axial displacement of the second portion of the spacer assembly is configured to cause rotation of the spacer shuttle wherein axial movement of the second spacer portion relative to the first spacer portion is restricted by the spacer shuttle, and movement of the spacer shuttle is restricted by the inner plunger such that movement of the inner plunger, due to decreased pressure on the stopper, permits the second spacer portion to axially move relative to the first spacer portion and thereby rotate and displace the spacer shuttle. a first spacer portion configured to be received by and secured to_a stopper; a second spacer portion spaced from the first spacer portion a predetermined distance, the second spacer portion is secured to the first spacer portion while allowing axial movement of the second spacer portion relative to the first spacer portion for the predetermined distance; an inner plunger received by the first spacer portion and_having a distal end, the inner plunger axially moveable relative to the first spacer portion; and a spacer shuttle received by the inner plunger, the spacer shuttle is rotatable and axially moveable relative to the inner plunger, and wherein axial displacement of the second portion of the spacer assembly is configured to cause rotation of the spacer shuttle wherein axial movement of the second spacer portion relative to the first spacer portion is restricted by the spacer shuttle, and movement of the spacer shuttle is restricted by the inner plunger such that movement of the inner plunger, due to decreased pressure on the stopper, permits the second spacer portion to axially move relative to the first spacer portion and thereby rotate and displace the spacer shuttle.
A coupled balloon, characterized in comprising: a first balloon body in which the inside comprises a heat seal layer, the outside is formed by overlapping films configured from gas barrier layers, a valve for injecting a gas into one location on the peripheral edge thereof is interposed, and the peripheral edge other than the inner surface of the valve is thermally fused; one or a plurality of second balloon bodies in which the inside comprises a heat seal layer, the outside is formed by overlapping films configured from gas barrier layers, and the peripheral edge thereof is thermally fused; through-holes (16, 17) via which the balloon bodies communicate with each other formed in the first balloon body and in the second balloon body; and a double-sided bonding tape having a communication hole by which the outward-surface-side peripheral edge portions of each of the through-holes are joined together, the communication hole being aligned with the through-holes.
Timepiece movement comprising a device for driving an analogue display formed by a display disc including a toothing, the drive device including a drive source and driving means coupling said drive source to the toothing, said driving means including a wheel set including pins, formed of a toothed wheel and of a pin pinion, and an engaging wheel engaging said toothed wheel, the pin pinion including two pins (16a, 16b) separated by a distance ( d 16) configured to position said pins on either side of any tooth of said toothing, said toothed wheel having a first non-circular profile and said engaging wheel having a second non-circular profile which is complementary to the first non-circular profile, the toothed wheel and the engaging wheel being arranged with respect to each other such that, when said two pins are oriented in a tangential direction, the angular rotation of the pin wheel set is slower when said two pins are in perpendicular alignment to said tangential direction.
A woven moisture sensor for monitoring a patient's vascular access having at least one conductor (S to S; K to K) produced by weaving, the conductor (S to S; K to K) having a monitoring section (K, P, P; 130, P, P) of the conductor which is produced by weaving, the monitoring section being configured for function-testing the conductor (S to S; K to K), the monitoring section (K, P, P) of the conductor (S to S; K to K) which is produced by weaving being configured as a terminating resistor, the terminating resistor (K, P, P) being a high-resistance electrically conductive thread and the specific electrical resistivity of the control thread (K, P, P) being much greater than the specific electrical resistivity of the electrically conductive threads forming the conductor, and the high-resistance electrically conductive thread (K, P, P) having a specific electrical resistivity in the value range from 10 3 ohm/cm to 10 6 ohm/cm, based on the length of the thread. characterized in that the high-resistance electrically conductive thread (K, P, P) has a carbon nanotube coating.
A refrigeration cycle in which carbon dioxide circulates as refrigerant, comprising at least a first expansion device for expanding the refrigerant from a high pressure to a medium pressure, and at least a second expansion device for expanding the refrigerant from a medium pressure to an evaporation pressure; wherein the refrigeration cycle is configured to be operated supercritically or transcritically, characterized in that the first expansion device is formed as at least two valves (a, b, c, d) connected in parallel, so that if one of the valves (a, b, c, d) connected in parallel is defective, it can be removed from operation, and the other valve, or at least one of the other valves, continue(s) to ensure normal operation of the refrigeration cycle.
A handle device for an opening element of a vehicle, including: - a support intended to be mounted on the opening element and forming a cavity with an opening; - a handle mounted movably on the support, with an entered position in which said handle extends essentially in the opening and an external position in which said handle extends outside the cavity; the movable mounting of the handle being configured to permit at least a portion of said handle to enter in the cavity under the effect of a pressure exerted on said handle from the exterior towards said cavity, for the purpose of then passing from the entered position to the external position, characterized in that the cavity is delimited by walls (6 1) adjacent to the opening, said walls (6 1) including flanges (6 2) extending along and at the rear of the handle in entered position, so as to form retaining surfaces for glass formed between the edges (8 1) of said handle and said walls (6 1), said retention taking place during the entry movement of the handle in the cavity. - a support intended to be mounted on the opening element and forming a cavity with an opening; - a handle mounted movably on the support, with an entered position in which said handle extends essentially in the opening and an external position in which said handle extends outside the cavity;
A predictive semi-active laser, SAL, pulse correlator, comprising: a history buffer configured to store an indicator for each of a plurality of received pulses; a match identifier configured to search the history buffer for a specified number of pulse matches corresponding to a pulse train match; a correlation predictor configured to initiate the search of the history buffer for the pulse train match for a specific future interval by the match identifier, assuming that a pulse will be received within the future interval, the correlation predictor further configured to, when the pulse train match is found, predict at a current time that reception of the pulse during the future interval would verify correlation of the pulse train match; and a correlation verifier configured to verify correlation by receiving the pulse during the future interval when the correlation predictor predicts correlation for the future interval. a history buffer configured to store an indicator for each of a plurality of received pulses; a match identifier configured to search the history buffer for a specified number of pulse matches corresponding to a pulse train match; a correlation predictor configured to initiate the search of the history buffer for the pulse train match for a specific future interval by the match identifier, assuming that a pulse will be received within the future interval, the correlation predictor further configured to, when the pulse train match is found, predict at a current time that reception of the pulse during the future interval would verify correlation of the pulse train match; and a correlation verifier configured to verify correlation by receiving the pulse during the future interval when the correlation predictor predicts correlation for the future interval.
Water supply system for a passenger rail vehicle, comprising at least one water removal point and an annular line, which is formed by a supply line and return line, characterised in that, from one of the lines (3, 4), two transmission lines (5, 6) lead to the at least one water removal point, wherein, a pressure reducer is inserted into the respective line between the junctions (7, 8) of the transmission lines (3, 4), wherein the pressure reducer has a cross-sectional reduction therein across the flow path of the water, wherein, in the installed position of the pressure reducer, the deepest points of the flow path in the respective line and in the pressure reducer lie on a straight line.
A method of managing a queuing operation, to avoid failure in queuing, corresponding to a user equipment in a paging state for a network terminal of a wireless communications system, characterized by the method comprising: through a cell update procedure, queuing the user equipment at a frequency carrier where the user equipment currently camps and keeping the user equipment in the paging state: including a wait time information element in a CELL UPDATE CONFIRM message; excluding a Frequency info information element from the CELL UPDATE CONFIRM message; and sending the CELL UPDATE CONFIRM message to the user equipment. through a cell update procedure, queuing the user equipment at a frequency carrier where the user equipment currently camps and keeping the user equipment in the paging state: including a wait time information element in a CELL UPDATE CONFIRM message; excluding a Frequency info information element from the CELL UPDATE CONFIRM message; and sending the CELL UPDATE CONFIRM message to the user equipment. including a wait time information element in a CELL UPDATE CONFIRM message; excluding a Frequency info information element from the CELL UPDATE CONFIRM message; and sending the CELL UPDATE CONFIRM message to the user equipment.
Device for generating spin waves, the device (100, 200, 300, 400) comprising: a magnetostrictive film, a deformation film changing physical dimensions in response to an actuation, the magnetostrictive film and the deformation film being connected, such that a change in physical dimensions of the deformation film results in a mechanical stress in the magnetostrictive film resulting in a change in magnetization of the magnetostrictive film, and a spin waveguide (114, 208) for propagation of spin waves, characterised in that the device further comprises an acoustic isolation surrounding the magnetostrictive film and the deformation film, thereby forming an acoustic resonator. a magnetostrictive film, a deformation film changing physical dimensions in response to an actuation, the magnetostrictive film and the deformation film being connected, such that a change in physical dimensions of the deformation film results in a mechanical stress in the magnetostrictive film resulting in a change in magnetization of the magnetostrictive film, and a spin waveguide (114, 208) for propagation of spin waves,
A deformable upright to obtain arched ceilings and nonlinear openings said upright being constituted by a strip of sheet metal punched and folded along two parallel fold lines to form a U-shape consisting of a base and wings, the wings being provided with flaps, said upright being constituted by a plurality of symmetrical modules with respect to the longitudinal axis of the upright, wherein each module has: - on each wing an opening which extends over the folding line of the flaps with respect to the wings, - on the base a central slot extending in a direction perpendicular to the longitudinal axis of the upright, - on the base, externally to the central slot, four slotted cutouts which each has one end near the ends of the base of the openings, characterised in that - the openings are hourglass shaped and do not extend over the fold lines, - the central slot is formed from a substantially elliptical portion which extends on both sides in two slotted openings, - the four slotted cutouts are inclined and have one end close to the elliptical portion.
Capsule comprising a shell containing a transparent and thermally conducting liquid, particles having a thermochromic coating and particles having a photochromic coating, characterized in that said thermochromic particles are bulkier than said photochromic particles, the liquid being such that, within a first range of temperatures, its density is greater than the density of the thermochromic particles and than the density of the photochromic particles, and such that, within a second range of temperatures greater than those of the first range, the density of the photochromic particles is less than the density of the liquid, which is itself less than the density of the thermochromic particles.