mhurhangee/patent-ind-claim-en huggingface dataset:
Method for preparing a gel, the method comprising the steps of: a) Mixing: - at least one red seaweed polysaccharide; and - a solution comprising a metal hydroxide, wherein the concentration of hydroxide in said solution is at least 1.21 mol/L, and wherein the concentration of metal in said solution is at least 2.79 mol/L; to obtain an initial mixture; b) Heating the initial mixture obtained in step a) to a melting temperature of the red seaweed polysaccharide, to obtain a melt mixture; c) Gelating the melt mixture obtained in step b). a) Mixing: - at least one red seaweed polysaccharide; and - a solution comprising a metal hydroxide, wherein the concentration of hydroxide in said solution is at least 1.21 mol/L, and wherein the concentration of metal in said solution is at least 2.79 mol/L; to obtain an initial mixture; - at least one red seaweed polysaccharide; and - a solution comprising a metal hydroxide, wherein the concentration of hydroxide in said solution is at least 1.21 mol/L, and wherein the concentration of metal in said solution is at least 2.79 mol/L; b) Heating the initial mixture obtained in step a) to a melting temperature of the red seaweed polysaccharide, to obtain a melt mixture; c) Gelating the melt mixture obtained in step b).
A film comprising: a polyethylene composition, comprising: an ethylene content and from 0 to 25 mol% of a C 3 -C 40 olefin comonomer content, based upon the total weight of the polyethylene composition, the polyethylene composition having a total internal plus terminal unsaturation greater than 0.7 unsaturations per 1000 carbon atoms and a terminal unsaturation of 50% or more of the total unsaturations, internal, terminal and total unsaturations being determined by 1 H NMR, wherein the film has: an Elmendorf Tear value in the machine direction, as determined by ASTM D-1922, of from 0.39 g/micron to 11.81 g/micron (10 g/mil to 300 g/mil), and a Dart Drop Impact, as determined by ASTM D-1709, modified as described in the specification, of from 3.94 g/micron to 31.50 g/micron (100 g/mil to 800 g/mil). an ethylene content and from 0 to 25 mol% of a C 3 -C 40 olefin comonomer content, based upon the total weight of the polyethylene composition, the polyethylene composition having a total internal plus terminal unsaturation greater than 0.7 unsaturations per 1000 carbon atoms and a terminal unsaturation of 50% or more of the total unsaturations, internal, terminal and total unsaturations being determined by 1 H NMR, wherein the film has: an Elmendorf Tear value in the machine direction, as determined by ASTM D-1922, of from 0.39 g/micron to 11.81 g/micron (10 g/mil to 300 g/mil), and a Dart Drop Impact, as determined by ASTM D-1709, modified as described in the specification, of from 3.94 g/micron to 31.50 g/micron (100 g/mil to 800 g/mil). an Elmendorf Tear value in the machine direction, as determined by ASTM D-1922, of from 0.39 g/micron to 11.81 g/micron (10 g/mil to 300 g/mil), and a Dart Drop Impact, as determined by ASTM D-1709, modified as described in the specification, of from 3.94 g/micron to 31.50 g/micron (100 g/mil to 800 g/mil).
Seal for sealing a flanged joint between a flange which is formed on a supporting body and a flange which is formed on a control valve component , comprising - a seal body of laminar configuration for being received between the two flanges , - at least one compressed air duct which is guided through the seal body for guiding compressed air between the two flanges , - a first sealing lip which is formed on the seal body with a pressing face which runs circumferentially around the compressed air duct for pressing onto one of the flanges in an air-tight manner, characterized in that a second sealing lip is provided which is formed on the pressing face and covers the pressing face partially. - a seal body of laminar configuration for being received between the two flanges , - at least one compressed air duct which is guided through the seal body for guiding compressed air between the two flanges , - a first sealing lip which is formed on the seal body with a pressing face which runs circumferentially around the compressed air duct for pressing onto one of the flanges in an air-tight manner, characterized in that a second sealing lip is provided which is formed on the pressing face and covers the pressing face partially.
A display assembly of an electronic device , the electronic device further comprising a camera module , the display assembly comprising: a cover plate , a display panel , and a backlight module that are sequentially stacked together, wherein the display panel has a display region and the display region defines a first mounting through hole, the first mounting through hole (h1) corresponds to the display region of the cover plate such that external light passes through the first mounting through hole and reaches the camera module ; the backlight module defines a second mounting through hole (h2) aligned with the first mounting through hole (h1); the second mounting through hole (h2) is configured to position the camera module ; and the first mounting through hole (h1) serves as a channel through which external light passing through the cover plate enters the camera module ; wherein the backlight module comprises a metal bottom cover and a plastic sleeve , wherein the metal bottom cover defines a first through hole (t1), and an edge of the first through hole (t1) is connected with a first folded edge of the metal bottom cover, and wherein the plastic sleeve is connected with the first folded edge , the plastic sleeve defines an open hole aligned with the first through hole (t1), and the open hole of the plastic sleeve is the second mounting through hole (h2). a cover plate , a display panel , and a backlight module that are sequentially stacked together, wherein the display panel has a display region and the display region defines a first mounting through hole, the first mounting through hole (h1) corresponds to the display region of the cover plate such that external light passes through the first mounting through hole and reaches the camera module ; the backlight module defines a second mounting through hole (h2) aligned with the first mounting through hole (h1); the second mounting through hole (h2) is configured to position the camera module ; and the first mounting through hole (h1) serves as a channel through which external light passing through the cover plate enters the camera module ; wherein the backlight module comprises a metal bottom cover and a plastic sleeve , wherein the metal bottom cover defines a first through hole (t1), and an edge of the first through hole (t1) is connected with a first folded edge of the metal bottom cover, and wherein the plastic sleeve is connected with the first folded edge , the plastic sleeve defines an open hole aligned with the first through hole (t1), and the open hole of the plastic sleeve is the second mounting through hole (h2).
An orthodontic splint comprising: a first base and second base , each base having a bonding surface (106; 108) for attachment to a respective tooth, an outer surface opposite the bonding surface and facing the lingual direction, and an outer edge (114; 116) fully surrounding the bonding surface (106; 108) as viewed from a direction generally perpendicular to the bonding surface; and an elongated connector beam being flexible and resilient over essentially its entire length and having a cross-sectional dimension that generally increases with increasing proximity to the nearer of the first or second base , the connector beam having a first end and a second end joined to the outer surface of the base along locations remote from the outer edge (114; 116) of the base (102; 104), and a longitudinal midpoint . a first base and second base , each base having a bonding surface (106; 108) for attachment to a respective tooth, an outer surface opposite the bonding surface and facing the lingual direction, and an outer edge (114; 116) fully surrounding the bonding surface (106; 108) as viewed from a direction generally perpendicular to the bonding surface; and an elongated connector beam being flexible and resilient over essentially its entire length and having a cross-sectional dimension that generally increases with increasing proximity to the nearer of the first or second base , the connector beam having a first end and a second end joined to the outer surface of the base along locations remote from the outer edge (114; 116) of the base (102; 104), and a longitudinal midpoint .
An optical scanning device for scanning light, comprising: a swingable reflection unit , configured to swing while reflecting light rays from a light source for changing a light travelling direction and scan light; a blocking plate that is provided in the reflection unit and configured to swing in linkage with the reflection unit ; and a sensor unit that includes an output unit configured to output light or electromagnetic waves as a detection target and a detection unit configured to detect the detection target; wherein the blocking plate is made of a material through which the light or electromagnetic waves do not pass, and , when the reflection unit is in a predetermined swing angle range, the blocking plate blocks a path of the detection target between the output unit and the detection unit ; characterized in that the sensor unit includes at least a first sensor unit and a second sensor unit along a swing trajectory of the blocking plate , and wherein, when the reflection unit is at a first position, the blocking plate is positioned between the output unit and the detection unit of the first sensor unit , and when the reflection unit is at a second position, the blocking plate is positioned between the output unit and the detection unit of the second sensor unit . a swingable reflection unit , configured to swing while reflecting light rays from a light source for changing a light travelling direction and scan light; a blocking plate that is provided in the reflection unit and configured to swing in linkage with the reflection unit ; and a sensor unit that includes an output unit configured to output light or electromagnetic waves as a detection target and a detection unit configured to detect the detection target; wherein the blocking plate is made of a material through which the light or electromagnetic waves do not pass, and , when the reflection unit is in a predetermined swing angle range, the blocking plate blocks a path of the detection target between the output unit and the detection unit ; characterized in that the sensor unit includes at least a first sensor unit and a second sensor unit along a swing trajectory of the blocking plate , and wherein, when the reflection unit is at a first position, the blocking plate is positioned between the output unit and the detection unit of the first sensor unit , and when the reflection unit is at a second position, the blocking plate is positioned between the output unit and the detection unit of the second sensor unit .
A surgical stapling device , comprising; a first jaw; a second jaw having an open position and a closed position with respect to the first jaw; an actuating bar arranged in the first jaw and including a first set of ratchet teeth ; a ratchet piston configured to oscillatingly displace the actuating bar along a longitudinal direction of the first jaw; a housing ; having at least one staple and at least one staple driving slot, situated in the first jaw; and a carriage , including at least one staple-driving wedge , selectively engageable with the first set of ratchet teeth of the actuating bar to translate the carriage in a distal direction through the housing from a proximal terminal position to a distal terminal position, a distance between the distal terminal position and the proximal terminal position greater than a stroke length of the oscillating displacement of the actuating bar; wherein the staple driving wedge is adapted to drive the staple through the staple driving slot against the second jaw during distal movement of the carriage through the housing.
A latch valve (20; 120) comprising: a magnetic chamber (22; 122) defining a flow passage (24; 124); a seal seat in the flow passage (24; 124) and a seal disposed against the seal seat such that the seal restricts flow through the flow passage (24; 124); a magnetic valve member (26; 126) disposed in the flow passage (24; 124) adjacent the seal ; a permanent magnet generating a first magnetic field (M1) that magnetically latches the magnetic valve member (26; 126) to apply a load on the seal against the seal seat and apply a default magnitude of compression of the seal ; and an electromagnet configured to generate a variable second magnetic field (M2) that magnetically influences the magnetic valve member (26; 126) to vary the load on the seal against the seal seat ; wherein the magnetic chamber (22; 122) is free of any mechanical springs; characterised in that the seal is disposed against the seal seat such that an amount of fluid leaks past the seal through the seal seat , depending on the magnitude of the load applied to the seal by the magnetic valve member ; and a controller electrically connected with the electromagnet is configured to vary the second magnetic field (M2) responsive to flow output from the flow passage (24; 124) through the seal seat to selectively vary the load on the seal and the magnitude of compression of the seal to vary the amount of fluid that leaks past the seal while the seal is disposed against the seal seat . a magnetic chamber (22; 122) defining a flow passage (24; 124); a seal seat in the flow passage (24; 124) and a seal disposed against the seal seat such that the seal restricts flow through the flow passage (24; 124); a magnetic valve member (26; 126) disposed in the flow passage (24; 124) adjacent the seal ; a permanent magnet generating a first magnetic field (M1) that magnetically latches the magnetic valve member (26; 126) to apply a load on the seal against the seal seat and apply a default magnitude of compression of the seal ; and an electromagnet configured to generate a variable second magnetic field (M2) that magnetically influences the magnetic valve member (26; 126) to vary the load on the seal against the seal seat ; wherein the magnetic chamber (22; 122) is free of any mechanical springs; characterised in that the seal is disposed against the seal seat such that an amount of fluid leaks past the seal through the seal seat , depending on the magnitude of the load applied to the seal by the magnetic valve member ; and a controller electrically connected with the electromagnet is configured to vary the second magnetic field (M2) responsive to flow output from the flow passage (24; 124) through the seal seat to selectively vary the load on the seal and the magnitude of compression of the seal to vary the amount of fluid that leaks past the seal while the seal is disposed against the seal seat .
A straddled vehicle comprising: an under cover having a lower surface facing downward in a vehicle up-down direction; a fuel tank ; a canister connected to the fuel tank and configured for collecting evaporated fuel in the fuel tank ; and a drain hose connected to the canister and having a drain portion that is formed with a drain opening , wherein: the under cover includes an insertion portion into which the drain portion of the drain hose is inserted; the insertion portion is formed with a discharge opening that is open downward in the vehicle up-down direction; and characterised in that the straddled vehicle includes a projection formed on the lower surface of the under cover , arranged forward of the discharge opening in a vehicle front-rear direction, and projecting downward in the vehicle up-down direction. an under cover having a lower surface facing downward in a vehicle up-down direction; a fuel tank ; a canister connected to the fuel tank and configured for collecting evaporated fuel in the fuel tank ; and a drain hose connected to the canister and having a drain portion that is formed with a drain opening , wherein: the under cover includes an insertion portion into which the drain portion of the drain hose is inserted; the insertion portion is formed with a discharge opening that is open downward in the vehicle up-down direction; and characterised in that the straddled vehicle includes a projection formed on the lower surface of the under cover , arranged forward of the discharge opening in a vehicle front-rear direction, and projecting downward in the vehicle up-down direction. the under cover includes an insertion portion into which the drain portion of the drain hose is inserted; the insertion portion is formed with a discharge opening that is open downward in the vehicle up-down direction; and characterised in that the straddled vehicle includes a projection formed on the lower surface of the under cover , arranged forward of the discharge opening in a vehicle front-rear direction, and projecting downward in the vehicle up-down direction.
An apparatus for applying a vibratory force to a limb of a user of the apparatus , the apparatus comprising: a foot plate to receive the foot of a user; a vibration system communicating with the foot plate to provide a vibration force to the foot within a first excursion range, the vibration force being along an actuation axis normal to a support surface of the foot plate ; and a restoring element providing a restoring force to the foot plate over a second excursion range larger than the first excursion range, characterized in that : the restoring element is a weight having a center of gravity, the weight providing the restoring force dependent on when there is displacement of the foot plate from a neutral position through a rocking or pivoting of the foot plate . a foot plate to receive the foot of a user; a vibration system communicating with the foot plate to provide a vibration force to the foot within a first excursion range, the vibration force being along an actuation axis normal to a support surface of the foot plate ; and a restoring element providing a restoring force to the foot plate over a second excursion range larger than the first excursion range, characterized in that : the restoring element is a weight having a center of gravity, the weight providing the restoring force dependent on when there is displacement of the foot plate from a neutral position through a rocking or pivoting of the foot plate .
A composition comprising: (I) an agriculturally acceptable carrier; (II) a seed; and (III) the fungal entomopathogen deposited as Patent Deposit No. NRRL 67073. (I) an agriculturally acceptable carrier; (II) a seed; and (III) the fungal entomopathogen deposited as Patent Deposit No. NRRL 67073.
A laminate comprising: a resin film that can function as a waterproof air-permeable membrane and/or a waterproof sound-transmitting membrane; and a separator, wherein the resin film and the separator are joined to each other by an adhesive layer, and a peel surface formed when the separator is peeled from the resin film is positioned between the resin film and the adhesive layer. a resin film that can function as a waterproof air-permeable membrane and/or a waterproof sound-transmitting membrane; and a separator, wherein the resin film and the separator are joined to each other by an adhesive layer, and a peel surface formed when the separator is peeled from the resin film is positioned between the resin film and the adhesive layer.
A control apparatus comprising: a posture specifying unit that specifies a posture of a head-mounted display including a light-emitting unit that emits light at luminance according to drive current, the posture specified based on a posture specifying image taken by a camera , the posture specifying image including an image of the light-emitting unit; a luminance information specifying unit that specifies information indicating the luminance of the light-emitting unit based on a luminance specifying image taken by the camera that takes the posture specifying image, the luminance specifying image including an image of the light-emitting unit; and a drive current control unit that controls the drive current of the light-emitting unit based on the specified information indicating the luminance of the light-emitting unit, wherein the luminance information specifying unit specifies the information indicating the luminance of the light-emitting unit based on an area occupied by the light-emitting unit in the luminance specifying image including the image of the light-emitting unit. a posture specifying unit that specifies a posture of a head-mounted display including a light-emitting unit that emits light at luminance according to drive current, the posture specified based on a posture specifying image taken by a camera , the posture specifying image including an image of the light-emitting unit; a luminance information specifying unit that specifies information indicating the luminance of the light-emitting unit based on a luminance specifying image taken by the camera that takes the posture specifying image, the luminance specifying image including an image of the light-emitting unit; and a drive current control unit that controls the drive current of the light-emitting unit based on the specified information indicating the luminance of the light-emitting unit, wherein the luminance information specifying unit specifies the information indicating the luminance of the light-emitting unit based on an area occupied by the light-emitting unit in the luminance specifying image including the image of the light-emitting unit.