mhurhangee/patent-ind-claim-en huggingface dataset:
A method for updating alarm limits applied in monitoring one or more medical parameters of a subject, the method comprising the steps of: a) obtaining a measurement of ambient pressure at a defined time point ('t 1 '), comparing the measurement of ambient pressure to a reference ambient pressure, and updating the alarm limits to correspond with the ambient pressure at ti or alerting a user to update the alarm limits in response to a difference between the measured ambient pressure at ti and the reference ambient pressure being at or above a predetermined threshold; or b) obtaining a measurement of a rate of change of ambient pressure during the monitoring of the one or more medical parameters, comparing the rate of change of ambient pressure to a predefined threshold, and updating the alarm limits or alerting a user to update the alarm limits in response to the rate of change of ambient pressure being at or above the predefined threshold; and wherein for both a) and b), the alarm limits are applied in monitoring one or more medical parameters of a subject, and wherein the one or more medical parameters comprises a CO 2 related parameter and are affected by a change in ambient pressure. a) obtaining a measurement of ambient pressure at a defined time point ('t 1 '), comparing the measurement of ambient pressure to a reference ambient pressure, and updating the alarm limits to correspond with the ambient pressure at ti or alerting a user to update the alarm limits in response to a difference between the measured ambient pressure at ti and the reference ambient pressure being at or above a predetermined threshold; or comparing the measurement of ambient pressure to a reference ambient pressure, and updating the alarm limits to correspond with the ambient pressure at ti or alerting a user to update the alarm limits in response to a difference between the measured ambient pressure at ti and the reference ambient pressure being at or above a predetermined threshold; or b) obtaining a measurement of a rate of change of ambient pressure during the monitoring of the one or more medical parameters, comparing the rate of change of ambient pressure to a predefined threshold, and updating the alarm limits or alerting a user to update the alarm limits in response to the rate of change of ambient pressure being at or above the predefined threshold; and comparing the rate of change of ambient pressure to a predefined threshold, and updating the alarm limits or alerting a user to update the alarm limits in response to the rate of change of ambient pressure being at or above the predefined threshold; and
A tuneable waveguide structure having a longitudinal extension (L) and comprising a first inner wall , a second inner wall , a third inner wall and a fourth inner wall , the inner walls being constituted by respective main surfaces and being electrically conducting, where the first inner wall and the second inner wall are facing each other, and where the third inner wall and the fourth inner wall are facing each other, where the intended direction of the electrical field (E) is parallel to the main surfaces of the first inner wall and the second inner wall and where the intended direction of the electrical field (E) is perpendicular to the main surfaces of the third inner wall and the fourth inner wall , where the tuneable waveguide structure comprises at least one tuning device , where said at least one tuning device comprises a wall part , and where said wall part comprises one of the first inner wall and the second inner wall , where said wall part is movably arranged in a direction that is perpendicular to the intended direction of the electrical field(E) and substantially perpendicular to the longitudinal extension (L), characterized in that said tuning device comprises an adjustment arrangement that in turn comprises at least two support rods that at least indirectly are connected to said wall part , where the adjustment arrangement further comprises a sloped surface for each support rod , each sloped surface being movable substantially in parallel to the first and second inner walls in the extension of the slope and in sliding engagement with a corresponding support rod and such that a movement of a respective sloped surface is translated to a movement of the corresponding support rod.
An insertion instrument configured to eject at least one anchor at a target location, the anchor including an anchor body that has a substrate that extends substantially along a direction of elongation, the substrate de - fining a plurality of openings spaced along the direction of elongation, the anchor further including an actuation member that is woven through at least two of the openings, the insertion instrument comprising: a cannula defining an elongate opening sized to receive the anchor body ; and a pusher member insertable into the cannula and configured to be depressed in the elongate opening so as to eject the anchor body from the cannula and into the target location, such that when a tensile force is applied to the actuation member along a direction substantially along the direction of elongation, the anchor body expands along a second direction perpendicular with respect to the direction of elongation, wherein the insertion instrument is configured to retain at least one end of a tensioning member that is coupled to the actuation member , wherein the tensioning member comprises a tensioning strand having first and second ends (380', 380"), characterized in that the insertion instrument is configured to retain the first and second ends (380', 380"), and selectively release one of the first and second ends (380', 380") while the other end is retained. a cannula defining an elongate opening sized to receive the anchor body ; and a pusher member insertable into the cannula and configured to be depressed in the elongate opening so as to eject the anchor body from the cannula and into the target location, such that when a tensile force is applied to the actuation member along a direction substantially along the direction of elongation, the anchor body expands along a second direction perpendicular with respect to the direction of elongation, wherein the insertion instrument is configured to retain at least one end of a tensioning member that is coupled to the actuation member , wherein the tensioning member comprises a tensioning strand having first and second ends (380', 380"), characterized in that the insertion instrument is configured to retain the first and second ends (380', 380"), and selectively release one of the first and second ends (380', 380") while the other end is retained.
A laser projection system with feature detection on the surface of an object that diffusely reflects light, comprising: a laser projector configured to project a laser output light beam on the surface and to scan the output light beam along a beam path over the surface where a portion of said output light is diffusely reflected from the surface back to said projector as a feedback light beam; an optical detector at said projector capable of receiving said diffusely reflected feedback light beam and to convert it into a digital image, and a light suppression system configured to substantially eliminate light, including background light, other than light traveling back from said surface along the beam path, from reaching said optical detector, the suppression system including a light beam dump , converging lens and a spatial filter , said light beam dump eliminating a split portion of said output light beam that is not projected onto the surface; said beam splitter being located in said beam path and arranged to decouple said output light beam from said feedback light beam; said converging lens being arranged to concentrate said feedback light beam on said spatial filter; said spatial filter being arranged to admit said feedback light beam to said photodetector while substantially blocking stray light, and said projected light beam and said feedback light beam associated with a given point on the surface propagating in opposite directions along said beam path... a laser projector configured to project a laser output light beam on the surface and to scan the output light beam along a beam path over the surface where a portion of said output light is diffusely reflected from the surface back to said projector as a feedback light beam; an optical detector at said projector capable of receiving said diffusely reflected feedback light beam and to convert it into a digital image, and a light suppression system configured to substantially eliminate light, including background light, other than light traveling back from said surface along the beam path, from reaching said optical detector, the suppression system including a light beam dump , converging lens and a spatial filter , said light beam dump eliminating a split portion of said output light beam that is not projected onto the surface; said beam splitter being located in said beam path and arranged to decouple said output light beam from said feedback light beam; said converging lens being arranged to concentrate said feedback light beam on said spatial filter; said spatial filter being arranged to admit said feedback light beam to said photodetector while substantially blocking stray light, and said projected light beam and said feedback light beam associated with a given point on the surface propagating in opposite directions along said beam path...
An air conditioning indoor unit , comprising: a frame with an accommodating cavity ; a chassis , wherein the frame is provided on the chassis , and the chassis is located in the accommodating cavity , the chassis and the frame cooperate to form an outlet communicating with the accommodating cavity , and a lower end of the chassis is provided with an accommodating slot adjacent to the outlet , and the accommodating slot accommodates a driving device ; a sealing member configured to seal the accommodating slot ; wherein the air conditioning indoor unit further comprises an air deflector, the air deflector is rotatably disposed at the outlet and the driving device is configured to drive the air deflector to rotate; wherein a side of the sealing member away from the driving device is abutted against an inner wall of the accommodating cavity ; and wherein an opening of the accommodating slot faces towards a side of the frame away from the outlet , and the sealing member is located between the accommodating cavity and the frame to seal the opening of the accommodating slot . a frame with an accommodating cavity ; a chassis , wherein the frame is provided on the chassis , and the chassis is located in the accommodating cavity , the chassis and the frame cooperate to form an outlet communicating with the accommodating cavity , and a lower end of the chassis is provided with an accommodating slot adjacent to the outlet , and the accommodating slot accommodates a driving device ; a sealing member configured to seal the accommodating slot ; wherein the air conditioning indoor unit further comprises an air deflector, the air deflector is rotatably disposed at the outlet and the driving device is configured to drive the air deflector to rotate; wherein a side of the sealing member away from the driving device is abutted against an inner wall of the accommodating cavity ; and wherein an opening of the accommodating slot faces towards a side of the frame away from the outlet , and the sealing member is located between the accommodating cavity and the frame to seal the opening of the accommodating slot .
An electrical circuit comprising: a first functional block comprising an electrical load to produce an external result ; a second functional block comprising a voltage isolator ; a third functional block comprising a current controller ; and a fourth functional block comprising a current steering block ; wherein the first, second, and third functional blocks are connected such that the external result of the electrical load is configured to be determined by the current controller acting through the voltage isolator; wherein the voltage isolator is configured to limit a maximum voltage across the current controller; and wherein the current steering block comprises: a diode network ; at least n source nodes connected to the diode network, wherein n is three or greater; an input node (aa) connected to the first functional block 801), wherein current sourced from any source node is steered to the first functional block through the input node; and an output node (bb) connected to the third functional block , wherein current from the third functional block is sinked into the output node and is steered to a source node connected to a current sink. a first functional block comprising an electrical load to produce an external result ; a second functional block comprising a voltage isolator ; a third functional block comprising a current controller ; and a fourth functional block comprising a current steering block ; wherein the first, second, and third functional blocks are connected such that the external result of the electrical load is configured to be determined by the current controller acting through the voltage isolator; wherein the voltage isolator is configured to limit a maximum voltage across the current controller; and wherein the current steering block comprises: a diode network ; at least n source nodes connected to the diode network, wherein n is three or greater; an input node (aa) connected to the first functional block 801), wherein current sourced from any source node is steered to the first functional block through the input node; and an output node (bb) connected to the third functional block , wherein current from the third functional block is sinked into the output node and is steered to a source node connected to a current sink. a diode network ; at least n source nodes connected to the diode network, wherein n is three or greater; an input node (aa) connected to the first functional block 801), wherein current sourced from any source node is steered to the first functional block through the input node; and an output node (bb) connected to the third functional block , wherein current from the third functional block is sinked into the output node and is steered to a source node connected to a current sink.
An edible particulate material comprising from 80% to 100% by weight based on total weight of the material of a processable, microbially released, flavour acceptable bran-like material, characterized by the following parameters: (i) the bran like material has a mean particle size by volume (Vol. MPS) of from 5 to 100 microns; (ii) the bran like material has a volume particle size distribution (Vol. PSD) characterized by the parameters: D 90,3 less than or equal to 200 microns, and D 50,3 less than or equal to 25 microns, and D 10,3 less than or equal to 8 microns; (iii) the bran like material has a mean particle sphericity as measured by a S mean of greater than or equal to 0.75; (iv) where processable denotes the bran-like material has an oil holding capacity (OHC) of from 0.7 to 1.5; where (v) where microbially released denotes that the bran-like material satisfies the criteria that Salmonella is not detected in a 25 g sample of the edible material; and (vi) where flavour acceptable denotes that the bran-like material has: a lipase activity (LA) of less than or equal to 2 U/g; a peroxidase activity (PA) of less than or equal to 2 U/g and optionally has a roasted flavour rated 2 or less in a sniff test determined by a sensory panel as described herein and/or a total amount of pyrazine compounds as described herein. (i) the bran like material has a mean particle size by volume (Vol. MPS) of from 5 to 100 microns; (ii) the bran like material has a volume particle size distribution (Vol. PSD) characterized by the parameters: D 90,3 less than or equal to 200 microns, and D 50,3 less than or equal to 25 microns, and D 10,3 less than or equal to 8 microns; D 90,3 less than or equal to 200 microns, and D 50,3 less than or equal to 25 microns, and D 10,3 less than or equal to 8 microns; (iii) the bran like material has a mean particle sphericity as measured by a S mean of greater than or equal to 0.75; (iv) where processable denotes the bran-like material has an oil holding capacity (OHC) of from 0.7 to 1.5; where (v) where microbially released denotes that the bran-like material satisfies the criteria that Salmonella is not detected in a 25 g sample of the edible material; and (vi) where flavour acceptable denotes that the bran-like material has: a lipase activity (LA) of less than or equal to 2 U/g; a peroxidase activity (PA) of less than or equal to 2 U/g and optionally has a roasted flavour rated 2 or less in a sniff test determined by a sensory panel as described herein and/or a total amount of pyrazine compounds as described herein. a lipase activity (LA) of less than or equal to 2 U/g; a peroxidase activity (PA) of less than or equal to 2 U/g and optionally has a roasted flavour rated 2 or less in a sniff test determined by a sensory panel as described herein and/or a total amount of pyrazine compounds as described herein.
Transfer device for wrapping machines for confectionery products, comprising an oscillating arm on a vertical plane; first kinematic means suitable for alternately driving said oscillating arm between a lowered position for gripping the products to be transferred and a raised position for releasing said products ; an orientation member rotatably brought on said oscillating arm , said orientation member being rotatable about a vertical axis (A); a gripping member of single products to be transferred, having substantially the shape of a gripper, carried by said orientation member and provided with a pair of lever members bearing respective jaws of said gripper, said lever members being pivoted on said orientation member according to vertical axes of rotation (B, C); second kinematic means suitable for actuating the angular rotation of said lever members between a configuration for gripping said single products to be transferred and a configuration for releasing the same products ; characterized in that said transfer device comprises third kinematic means suitable for actuating the angular rotation of said orientation member according to said vertical axis (A) for carrying out, in a suitable phase relation with said alternating motion of said oscillating arm , the axial rotation of said products from a first pickup position in correspondence with a pickup area to a second release position in correspondence with a release area, said second release position being rotated by a predetermined angle with respect to said first position.
A fastener connected to a garment, comprising: a first component formed on a base plate having a first face and a second face opposite the first face and having an engagement portion formed on the first face and extending therefrom; and a flexible second component having at least one opening for receiving the engagement portion of the first component , characterized in that the first component further comprises one or more raised portions formed on the second face of the base plate which abut against an end of a strap or fabric of the garment, wherein the second face of the base plate faces inwardly toward the body of a wearer in use. a first component formed on a base plate having a first face and a second face opposite the first face and having an engagement portion formed on the first face and extending therefrom; and a flexible second component having at least one opening for receiving the engagement portion of the first component , characterized in that the first component further comprises one or more raised portions formed on the second face of the base plate which abut against an end of a strap or fabric of the garment, wherein the second face of the base plate faces inwardly toward the body of a wearer in use.
A thermal transfer sheet , comprising: a substrate ; a release layer ; and a transfer layer in that order, wherein the release layer contains at least one of alumina and alumina hydrate, and a binder resin, wherein a solid content ratio of the at least one of alumina and alumina hydrate to the binder resin, as alumina or alumina hydrate, to binder resin, is from 7/3 or more and 9/1 or less by mass, and wherein the transfer layer includes a peeling layer . a substrate ; a release layer ; and a transfer layer in that order, wherein the release layer contains at least one of alumina and alumina hydrate, and a binder resin, wherein a solid content ratio of the at least one of alumina and alumina hydrate to the binder resin, as alumina or alumina hydrate, to binder resin, is from 7/3 or more and 9/1 or less by mass, and wherein the transfer layer includes a peeling layer .
A method for producing a gaseous medium comprising steam, said steam being produced from a first fluid medium separated from the exhaust gas from combustion of a fuel in a steam generating step, said fuel being provided for burning for providing energy for heating said first fluid medium, comprising the step of: - mixing the steam thus produced with exhaust gas from combustion of said fuel; and - wherein the steam in the steam generating step is provided under pressure; characterized in that at least one chemical substance different from air and water is supplied to the pressurized steam produced in the steam generating step prior to the step of mixing the steam with the exhaust gas. - mixing the steam thus produced with exhaust gas from combustion of said fuel; and - wherein the steam in the steam generating step is provided under pressure;
A road wheel comprising: a mounting disc ; a dish-shaped transitional wall ; a rim with an annular cylindrical wall attached along a first rim edge to an edge of the transitional wall ; and a stiffening flange attached to the rim along a second rim edge opposite the first rim edge wherein the flange is tapered to be thicker at an end attached to the rim and thinner at an unattached end and provides radial support to the second edge of the cylindrical wall to resist deflection. a mounting disc ; a dish-shaped transitional wall ; a rim with an annular cylindrical wall attached along a first rim edge to an edge of the transitional wall ; and a stiffening flange attached to the rim along a second rim edge opposite the first rim edge wherein the flange is tapered to be thicker at an end attached to the rim and thinner at an unattached end and provides radial support to the second edge of the cylindrical wall to resist deflection.
An actuatable valve , comprising: an outer housing ; an upstream element of the outer housing defining an inlet opening ; a downstream element of the outer housing defining an outlet opening ; and an inner housing element inside the outer housing for housing an actuatable restrictor for restricting fluid flow along a fluid flow path through the valve ; wherein the inner housing element is non-integral with at least one of the upstream and downstream elements , and characterised in that leading and trailing surfaces of moving components of the actuatable restrictor which are of equal area are in fluid communication with fluid on the same side of the actuatable valve in all positions such that pressures on either side of the moving components are equal such that the actuatable valve is a pressure balanced valve. an outer housing ; an upstream element of the outer housing defining an inlet opening ; a downstream element of the outer housing defining an outlet opening ; and an inner housing element inside the outer housing for housing an actuatable restrictor for restricting fluid flow along a fluid flow path through the valve ; wherein the inner housing element is non-integral with at least one of the upstream and downstream elements , and characterised in that leading and trailing surfaces of moving components of the actuatable restrictor which are of equal area are in fluid communication with fluid on the same side of the actuatable valve in all positions such that pressures on either side of the moving components are equal such that the actuatable valve is a pressure balanced valve.