mhurhangee/ep-ind-claims huggingface dataset:
A razor cartridge (100, 110) comprising: a blade housing configured to accommodate a plurality of blades (10a-e) comprising at least a first blade and a second blade; a first contact member arranged at a front side of the plurality of blades (10a-e) with respect to a shaving direction; and a second contact member arranged at a rear side of the plurality of blades (10a-e) with respect to the shaving direction, wherein each of the plurality of blades (10a-e) comprises an edge portion and a base, wherein a thickness of a first position of the edge portion of the first blade is less than a thickness of a corresponding second position of the edge portion of the second blade, and wherein a first exposure amount of the first blade with respect to a contact plane (cp) defined between the first contact member and the second contact member is less than a second exposure amount of the second blade with respect to the contact plane (cp). a blade housing configured to accommodate a plurality of blades (10a-e) comprising at least a first blade and a second blade; a first contact member arranged at a front side of the plurality of blades (10a-e) with respect to a shaving direction; and a second contact member arranged at a rear side of the plurality of blades (10a-e) with respect to the shaving direction, wherein each of the plurality of blades (10a-e) comprises an edge portion and a base, wherein a thickness of a first position of the edge portion of the first blade is less than a thickness of a corresponding second position of the edge portion of the second blade, and wherein a first exposure amount of the first blade with respect to a contact plane (cp) defined between the first contact member and the second contact member is less than a second exposure amount of the second blade with respect to the contact plane (cp).
A polypeptide comprising a first nuclease domain, a second nuclease domain, and a variant Fc domain, wherein the first and second nuclease domains are operably linked, optionally with a linker, to each other in series to form a tandem array, wherein said tandem array of nuclease domains is operably linked, optionally with a linker, to either the C-terminus or the N-terminus of the variant Fc domain, wherein the first and second nuclease domains are selected from an RNAse and a DNase, and wherein the variant Fc domain is a variant human IgG1 Fc domain comprising an amino acid substitution which decreases binding, compared to wild-type, to an Fcγ receptor or a complement protein or both, and wherein the polypeptide has a reduced effector function optionally selected from the group consisting of opsonization, phagocytosis, complement dependent cytotoxicity, and antibody-dependent cellular cytotoxicity.
A method of wireless communication, comprising: determining an estimated interference associated with a data transmission over a plurality of subcarriers on an uplink; and processing data received over at least one subcarrier on a downlink based at least in part on the estimated interference; further comprising transmitting a set of information relating to the estimated interference to a base station; wherein the set of information comprises frequency locations of intermodulation products associated with the plurality of subcarriers. determining an estimated interference associated with a data transmission over a plurality of subcarriers on an uplink; and processing data received over at least one subcarrier on a downlink based at least in part on the estimated interference; further comprising transmitting a set of information relating to the estimated interference to a base station; wherein the set of information comprises frequency locations of intermodulation products associated with the plurality of subcarriers.
A packaging method, comprising: providing a semiconductor functional structure, the semiconductor functional structure comprising a semiconductor functional layer and an interconnecting layer being provided on a surface of the semiconductor functional layer; forming an isolation layer exposing part of the interconnecting layer, the exposed part of the interconnecting layer acting as a first pad, and the first pad being used for performing a first type test; after completing the first type test, removing part of the first pad to form a fourth pad, wherein an area of the fourth pad is smaller than an area of the first pad; after forming the fourth pad, forming a redistribution layer on the fourth pad and the isolation layer, the redistribution layer and the interconnecting layer being electrically connected; and forming a first insulating layer exposing parts of the redistribution layer, the exposed parts of the redistribution layer acting as a second pad and a third pad, the second pad being used for performing a second type test, and the third pad being used for executing a functional interaction corresponding to contents of the second type test; wherein a running speed of the semiconductor functional structure when performing the first type test is lower than a running speed of the semiconductor functional structure when performing the second type test. providing a semiconductor functional structure, the semiconductor functional structure comprising a semiconductor functional layer and an interconnecting layer being provided on a surface of the semiconductor functional layer; forming an isolation layer exposing part of the interconnecting layer, the exposed part of the interconnecting layer acting as a first pad, and the first pad being used for performing a first type test; after completing the first type test, removing part of the first pad to form a fourth pad, wherein an area of the fourth pad is smaller than an area of the first pad; after forming the fourth pad, forming a redistribution layer on the fourth pad and the isolation layer, the redistribution layer and the interconnecting layer being electrically connected; and forming a first insulating layer exposing parts of the redistribution layer, the exposed parts of the redistribution layer acting as a second pad and a third pad, the second pad being used for performing a second type test, and the third pad being used for executing a functional interaction corresponding to contents of the second type test; wherein a running speed of the semiconductor functional structure when performing the first type test is lower than a running speed of the semiconductor functional structure when performing the second type test.
A method for proliferating epithelial cells ex vivo, comprising: expanding the number of cells in an originating epithelial cell population comprising epithelial cells under serum-free and feeder-cell free expansion culture conditions, thereby generating an expanded epithelial cell population, wherein: the expansion culture conditions comprise (i) one or more inhibitors of ALK5, ALK4, and/or ALK7; and (ii) one or more agents that modulate cytoskeletal structure in the population, wherein the one or more agents that modulate cytoskeletal structure comprise one or more of a Rho-associated protein kinase inhibitor, a p21-activated kinase inhibitor, and a myosin II inhibitor. (i) one or more inhibitors of ALK5, ALK4, and/or ALK7; and (ii) one or more agents that modulate cytoskeletal structure in the population, wherein the one or more agents that modulate cytoskeletal structure comprise one or more of a Rho-associated protein kinase inhibitor, a p21-activated kinase inhibitor, and a myosin II inhibitor.
A display apparatus comprising: a display unit that displays a first image for assisting a cooker with a cooking action; an obtaining unit that obtains a recognition result of recognizing a foodstuff serving as a cooking target on the basis of a photographed image obtained from a camera; a determination unit that determines whether or not a recognized foodstuff indicated by the recognition result is present in a superposable area where the first image can be superposed on the recognized foodstuff, out of a displayable area of the display unit; and a display control unit that causes the display unit to: (i) superpose the first image on the recognized foodstuff when the determination unit determines that the recognized foodstuff is present in the superposable area; and characterized in that the display control unit further causes the display unit to: (ii) display a second image generated on the basis of the recognized foodstuff included in the photographed image obtained from the camera and superpose the first image on the second image when the determination unit determines that the recognized foodstuff is not present in the superposable area, wherein the second image is a photograph of the recognized foodstuff obtained by photographing done by the camera. a display unit that displays a first image for assisting a cooker with a cooking action; an obtaining unit that obtains a recognition result of recognizing a foodstuff serving as a cooking target on the basis of a photographed image obtained from a camera; a determination unit that determines whether or not a recognized foodstuff indicated by the recognition result is present in a superposable area where the first image can be superposed on the recognized foodstuff, out of a displayable area of the display unit; and a display control unit that causes the display unit to: (i) superpose the first image on the recognized foodstuff when the determination unit determines that the recognized foodstuff is present in the superposable area; and (i) superpose the first image on the recognized foodstuff when the determination unit determines that the recognized foodstuff is present in the superposable area; and characterized in that the display control unit further causes the display unit to: (ii) display a second image generated on the basis of the recognized foodstuff included in the photographed image obtained from the camera and superpose the first image on the second image when the determination unit determines that the recognized foodstuff is not present in the superposable area, wherein the second image is a photograph of the recognized foodstuff obtained by photographing done by the camera.
Beverage dispenser comprising: - a housing, - at least one refillable container for storing bulk beverage ingredient, said container comprising:. a tank,. a discharge port at the outlet of the tank, - at least one beverage preparation unit operatively linked to the container for preparing a beverage from the stored bulk beverage ingredient, - a door, wherein the at least one refillable container is positioned in the housing and the housing is closed by the door, and wherein the discharge port of the at least one refillable container is closed at rest and is opened if a pressure is exerted on it, and wherein the discharge port of the container interacts with the door so that: - when the door is closed, the door contacts the discharge port of the container so that said discharge port is actuated in an opened position, and - when the door is opened and does not contact the discharge port of the container, said discharge port is in a closed position. - a housing, - at least one refillable container for storing bulk beverage ingredient, said container comprising:. a tank,. a discharge port at the outlet of the tank,. a tank,. a discharge port at the outlet of the tank, - at least one beverage preparation unit operatively linked to the container for preparing a beverage from the stored bulk beverage ingredient, - a door, - when the door is closed, the door contacts the discharge port of the container so that said discharge port is actuated in an opened position, and - when the door is opened and does not contact the discharge port of the container, said discharge port is in a closed position.
A thermally insulative liner for packaging, the thermally insulative liner comprising: a base; a plurality of sidewalls (112, 211-213) extending from the base, the plurality of sidewalls (112, 211-213) defining an opening to an internal volume, the opening being opposite to the base; and a cover configured to cover the opening; characterized in that, the cover comprises a first segment, a second segment, and a third segment; a first side of the first segment is hingedly attached to a first sidewall of the plurality of sidewalls (112, 211-213) such that the first segment is rotatable, from a position in which the first segment is parallel to and aligned with the first sidewall, in a first direction relative to the first sidewall; a first side of the second segment is hingedly attached to a second side of the first segment opposite to the first side of the first segment such that the second segment is rotatable, from a position in which the second segment is parallel to and aligned with the first segment, in the first direction; and a first side of the third segment is hingedly attached to a second side of the second segment opposite to the first side of the second segment such that the third segment is rotatable, from a position in which the third segment is parallel to and aligned with the second segment, in a second direction opposite to the first direction. a base; a plurality of sidewalls (112, 211-213) extending from the base, the plurality of sidewalls (112, 211-213) defining an opening to an internal volume, the opening being opposite to the base; and a cover configured to cover the opening; characterized in that, the cover comprises a first segment, a second segment, and a third segment; a first side of the first segment is hingedly attached to a first sidewall of the plurality of sidewalls (112, 211-213) such that the first segment is rotatable, from a position in which the first segment is parallel to and aligned with the first sidewall, in a first direction relative to the first sidewall; a first side of the second segment is hingedly attached to a second side of the first segment opposite to the first side of the first segment such that the second segment is rotatable, from a position in which the second segment is parallel to and aligned with the first segment, in the first direction; and a first side of the third segment is hingedly attached to a second side of the second segment opposite to the first side of the second segment such that the third segment is rotatable, from a position in which the third segment is parallel to and aligned with the second segment, in a second direction opposite to the first direction.
A display device, comprising: a projector configured to emit projection light having a first projection distance; a first screen disposed at the first projection distance from the projector along the projection light and configured to receive first projection light of the projection light and display a first image; a second screen disposed at a position at which a distance from the projector along the projection light is shorter than the distance of the first screen and configured to receive second projection light of the projection light different from the first projection light and display a second image characterized in that the display device further comprises a projection distance shortening unit having positive refractive power, disposed on a path of the second projection light between the projector and the second screen, and configured to shorten a projection distance of the second projection light. a projector configured to emit projection light having a first projection distance; a first screen disposed at the first projection distance from the projector along the projection light and configured to receive first projection light of the projection light and display a first image; a second screen disposed at a position at which a distance from the projector along the projection light is shorter than the distance of the first screen and configured to receive second projection light of the projection light different from the first projection light and display a second image characterized in that the display device further comprises a projection distance shortening unit having positive refractive power, disposed on a path of the second projection light between the projector and the second screen, and configured to shorten a projection distance of the second projection light.
A refrigerator comprising: a main body; storage chambers (20, 30) divisionally provided in the main body; a pair of doors (40, 50) opening or closing one of the storage chambers; a filler unit rotatably connected to at least one door of the pair of doors (40, 50) to seal a gap between the pair of doors (40, 50); a guide member provided on the main body configured to guide rotation of the filler unit; and a protection unit mounted on the filler unit and configured to prevent breakage due to collision with the guide member, wherein the protection unit includes a protrusion configured to move along a guide slot of the guide member so as to rotate the filler unit (60, 60') according to insertion and separation of the protrusion into and from the guide member and to ascend and descend against the filler unit, characterized in that the protrusion is provided with a slope inclined downward to the storage chambers (20, 30) when the at least one door is in a closed position. a main body; storage chambers (20, 30) divisionally provided in the main body; a pair of doors (40, 50) opening or closing one of the storage chambers; a filler unit rotatably connected to at least one door of the pair of doors (40, 50) to seal a gap between the pair of doors (40, 50); a guide member provided on the main body configured to guide rotation of the filler unit; and a protection unit mounted on the filler unit and configured to prevent breakage due to collision with the guide member, wherein the protection unit includes a protrusion configured to move along a guide slot of the guide member so as to rotate the filler unit (60, 60') according to insertion and separation of the protrusion into and from the guide member and to ascend and descend against the filler unit, characterized in that the protrusion is provided with a slope inclined downward to the storage chambers (20, 30) when the at least one door is in a closed position.
A friction transmission belt that is a V-belt or a V-ribbed belt with a power transmission face made of a rubber composition, characterized in that, the rubber composition contains: a rubber component containing, as a main component, an EPDM with a diene content in the range from 6.5% by mass to 12% by mass; and short fibers dispersed in the rubber component so as to be oriented in a belt width direction, and having an aspect ratio in the range from 100 to 300, and the rubber composition has a tensile yield stress of 15.0 MPa or more at 25°C in the belt width direction. the rubber composition contains: a rubber component containing, as a main component, an EPDM with a diene content in the range from 6.5% by mass to 12% by mass; and short fibers dispersed in the rubber component so as to be oriented in a belt width direction, and having an aspect ratio in the range from 100 to 300, and a rubber component containing, as a main component, an EPDM with a diene content in the range from 6.5% by mass to 12% by mass; and short fibers dispersed in the rubber component so as to be oriented in a belt width direction, and having an aspect ratio in the range from 100 to 300, and the rubber composition has a tensile yield stress of 15.0 MPa or more at 25°C in the belt width direction.
A speed detecting device comprising: a rotating body including a permanent magnet, the rotating body being spaced above a principal surface of a moving body, the moving body being a conductor configured to rotate or move, the permanent magnet being configured to be driven to rotate about a predetermined rotation axis by a Lorentz force produced in accordance with a rotating or moving direction of the moving body; a rotational speed ω1max caused by said Lorentz force depending on the moving or rotating speed of the moving body; a motor configured to apply a further rotational drive force to the rotating body; a rotation control unit configured to control the rotational drive force applied by the motor to the rotating body to vary a rotating speed of the rotating body caused by the rotational drive force of the Lorentz force such that the rotating body rotates at a desired rotating speed ω1; a current detecting unit configured to detect a value of electric current flowing through the motor during the operation to rotate the rotating body at the desired rotating speed ω1; and a moving speed estimating unit configured to estimate a moving or rotating speed of the moving body based on the value of the electric current detected by the current detecting unit, said current being correlated with said further rotational drive force. a rotating body including a permanent magnet, the rotating body being spaced above a principal surface of a moving body, the moving body being a conductor configured to rotate or move, the permanent magnet being configured to be driven to rotate about a predetermined rotation axis by a Lorentz force produced in accordance with a rotating or moving direction of the moving body; a rotational speed ω1max caused by said Lorentz force depending on the moving or rotating speed of the moving body; a motor configured to apply a further rotational drive force to the rotating body; a rotation control unit configured to control the rotational drive force applied by the motor to the rotating body to vary a rotating speed of the rotating body caused by the rotational drive force of the Lorentz force such that the rotating body rotates at a desired rotating speed ω1; a current detecting unit configured to detect a value of electric current flowing through the motor during the operation to rotate the rotating body at the desired rotating speed ω1; and a moving speed estimating unit configured to estimate a moving or rotating speed of the moving body based on the value of the electric current detected by the current detecting unit, said current being correlated with said further rotational drive force.
A process for preparing a treated mineral filler product, the process consisting of the steps of: (a) providing at least one calcium carbonate-containing mineral filler, wherein the calcium carbonate-containing mineral filler is a dry ground mineral filler or a wet ground mineral filler that has been dried; (b) providing at least one saturated aliphatic carboxylic acid having between 6 and 9 carbon atoms, wherein the saturated aliphatic carboxylic acid is in a liquid or molten state; (c) contacting said at least one calcium carbonate-containing mineral filler of step (a), in one or more steps, with the at least one saturated aliphatic carboxylic acid of step (b) such that the added amount of said at least one saturated aliphatic carboxylic acid corresponds to a theoretical total number of molecules of between 1x10 18 and 1x10 20 /m 2 on the surface of the treated mineral filler product; and (d) forming a treatment layer comprising said at least one saturated aliphatic carboxylic acid and/or reaction products of said at least one saturated aliphatic carboxylic acid on the surface of said at least one mineral filler resulting in a treated mineral filler product. (a) providing at least one calcium carbonate-containing mineral filler, wherein the calcium carbonate-containing mineral filler is a dry ground mineral filler or a wet ground mineral filler that has been dried; (b) providing at least one saturated aliphatic carboxylic acid having between 6 and 9 carbon atoms, wherein the saturated aliphatic carboxylic acid is in a liquid or molten state; (c) contacting said at least one calcium carbonate-containing mineral filler of step (a), in one or more steps, with the at least one saturated aliphatic carboxylic acid of step (b) such that the added amount of said at least one saturated aliphatic carboxylic acid corresponds to a theoretical total number of molecules of between 1x10 18 and 1x10 20 /m 2 on the surface of the treated mineral filler product; and (d) forming a treatment layer comprising said at least one saturated aliphatic carboxylic acid and/or reaction products of said at least one saturated aliphatic carboxylic acid on the surface of said at least one mineral filler resulting in a treated mineral filler product.