mhurhangee/ep-ind-claims huggingface dataset:
A method for supporting generation of comfort noise for at least two audio channels at a receiving node, the method being performed by a transmitting node, the method comprising: determining spectral characteristics of audio signals on at least two input audio channels; determining a spatial coherence between the audio signals on the respective input audio channels, wherein the spatial coherence is associated with perceptual importance measures; dividing the spatial coherence into frequency bands, wherein a compressed representation of the spatial coherence is determined per frequency band by weighting the spatial coherence within each frequency band according to the perceptual importance measures; and signaling information about the spectral characteristics and information about the compressed representation of the spatial coherence per frequency band to the receiving node, for enabling the generation of the comfort noise for the at least two audio channels at the receiving node. determining spectral characteristics of audio signals on at least two input audio channels; determining a spatial coherence between the audio signals on the respective input audio channels, wherein the spatial coherence is associated with perceptual importance measures; dividing the spatial coherence into frequency bands, wherein a compressed representation of the spatial coherence is determined per frequency band by weighting the spatial coherence within each frequency band according to the perceptual importance measures; and signaling information about the spectral characteristics and information about the compressed representation of the spatial coherence per frequency band to the receiving node, for enabling the generation of the comfort noise for the at least two audio channels at the receiving node.
An optical fiber comprising: a core, said core having an outer radius r 1; a cladding (2, 3, 4) surrounding said core, said cladding having an outer radius r 4, the cladding including a depressed index region, wherein the optical fiber further comprises a coating surrounding the cladding and the outer radius r 6 of the coated fiber is 110 μm or less; and a primary coating surrounding said cladding, said primary coating having an outer radius r 5, said primary coating having an in situ modulus of 0.50 MPa or less; characterized in that the depressed index region has a triangular relative refractive index profile with a moat volume magnitude of between 30 μm 2 % and 75 μm 2 % wherein said fiber has a mode field diameter of 9 μm or greater at 1310 nm and exhibits a bend loss at a wavelength of 1550 nm, when turned about a mandrel having a diameter of 15 mm, of less than 0.5 dB/turn, and a bend loss at a wavelength of 1550 nm, when turned about a mandrel having a diameter of 30 mm, of less than 0.012 dB/turn, wherein the fiber further comprises a secondary coating surrounding said primary coating, said secondary coating having said outer radius r 6, said secondary coating having an in situ modulus of 1500 MPa or greater. a core, said core having an outer radius r 1; a cladding (2, 3, 4) surrounding said core, said cladding having an outer radius r 4, the cladding including a depressed index region, wherein the optical fiber further comprises a coating surrounding the cladding and the outer radius r 6 of the coated fiber is 110 μm or less; and a primary coating surrounding said cladding, said primary coating having an outer radius r 5, said primary coating having an in situ modulus of 0.50 MPa or less; characterized in that the depressed index region has a triangular relative refractive index profile with a moat volume magnitude of between 30 μm 2 % and 75 μm 2 % wherein said fiber has a mode field diameter of 9 μm or greater at 1310 nm and exhibits a bend loss at a wavelength of 1550 nm, when turned about a mandrel having a diameter of 15 mm, of less than 0.5 dB/turn, and a bend loss at a wavelength of 1550 nm, when turned about a mandrel having a diameter of 30 mm, of less than 0.012 dB/turn, wherein the fiber further comprises a secondary coating surrounding said primary coating, said secondary coating having said outer radius r 6, said secondary coating having an in situ modulus of 1500 MPa or greater.
A rotor of a permanent magnetic motor formed with a plurality of main magnetic poles along a peripheral direction of a rotor core by respectively comprising permanent magnets in permanent magnet inserting holes formed at a plurality of spots in a peripheral direction of the rotor core to penetrate in an axial direction from one end surface up to the other end surface of the rotor core, and formed with magnetic shielding portions for each main magnetic pole which penetrate in the axial direction from the one end surface up to the other end surface of the rotor core and which are positioned between a d axis and a q axis of a d-q axial coordinate on the end surface of the rotor core, wherein each magnetic shielding portion includes a main body portion and an extending portion succeeding to the main body portion, wherein the main body portion is formed at a position opposing a q axis side end surface of the permanent magnet, wherein the main body portion also extends towards an outer peripheral surface of the rotor core, wherein the extending portion is formed closer to an outer peripheral side than an outer peripheral side magnetic pole surface of the permanent magnet, wherein the extending portion also extends from the q axis side towards the d axis side with an outer peripheral side portion of the main body portion being the starting point and gradually separates from the outer peripheral surface of the rotor core while extending from the q axis side towards the d axis side, wherein the extending portion is constituted of a first extending portion and a second extending portion succeeding the first extending portion, wherein the first extending portion is arranged in that its base end portion (127a-1) succeeds to the outer peripheral side portion of the main body portion and extends linearly from the q axis side towards the d axis side with the outer peripheral side portion of the main body portion being the starting point, wherein the second extending portion gradually separates from the outer peripheral surface of the rotor in extending towards the d axis side, characterised in that the first extending portion comes gradually closer to the outer peripheral surface of the rotor in extending towards the d axis side.
An electro-optic assembly comprising an adhesive layer and a layer of electro-optic material, the adhesive layer comprising a polymeric polyurethane adhesive material and an ionic material, the ionic material comprising a carboxylate anion fixed to the polyurethane adhesive material and a quaternary ammonium or phosphonium cation free to migrate through the polyurethane adhesive material, the ionic material reducing the volume resistivity of the polyurethane adhesive material and not being removed by heating the polyurethane adhesive material to 50°C.
Winding device for a sheet product in which: the winding device is configured to receive the product in the form of a single sheet or in the form of parallel and adjacent strips obtained by longitudinal cutting of the sheet; the winding device is further configured to wind said strips of product by separately forming a first reel about a first winding axis and a second reel about a second winding axis; the winding device comprises a plurality of mobile diverter elements configurable such that each product strip is received by a respective single diverter or by a respective group of said diverters; said diverters being selectively positionable, individually or in groups, in a first setup adapted for directing a respective strip of product towards the first reel or in a second setup adapted for directing a respective strip of product towards the second reel; the set of said mobile diverters thus being configurable to direct parallel and adjacent strips of product, fed to said winder, alternately towards the first reel and towards the second reel, the winding device being characterized in that said mobile diverters are arranged directly upstream of the reels thereby acting as the drawing-in means of the product strips into the reels. the winding device is configured to receive the product in the form of a single sheet or in the form of parallel and adjacent strips obtained by longitudinal cutting of the sheet; the winding device is further configured to wind said strips of product by separately forming a first reel about a first winding axis and a second reel about a second winding axis; the winding device comprises a plurality of mobile diverter elements configurable such that each product strip is received by a respective single diverter or by a respective group of said diverters; said diverters being selectively positionable, individually or in groups, in a first setup adapted for directing a respective strip of product towards the first reel or in a second setup adapted for directing a respective strip of product towards the second reel; the set of said mobile diverters thus being configurable to direct parallel and adjacent strips of product, fed to said winder, alternately towards the first reel and towards the second reel, the winding device being characterized in that said mobile diverters are arranged directly upstream of the reels thereby acting as the drawing-in means of the product strips into the reels.
A method for the determination of the total amount of a therapeutic multispecific antibody in a serum or plasma sample in a sandwich type immunoassay comprising the step of: - determining the amount of a complex formed between i) an anti-idiotypic antibody that specifically binds to a first binding specificity of the therapeutic multispecific antibody, and ii) the therapeutic multispecific antibody by incubating the complex with an anti-idiotypic antibody that specifically binds to a second binding specificity of the therapeutic multispecific antibody, which is different from the first binding specificity, and thereby determining the amount of the therapeutic multispecific antibody in the sample, wherein the anti-idiotypic antibody that specifically binds to a first binding specificity of the therapeutic multispecific antibody is conjugated to a solid phase, wherein the anti-idiotypic antibody that specifically binds to a second binding specificity of the therapeutic multispecific antibody is labeled, and wherein the amount of the anti-idiotypic antibody that specifically binds to a second binding specificity of the therapeutic multispecific antibody bound is directly correlated to the amount of therapeutic multispecific antibody in the sample. - determining the amount of a complex formed between i) an anti-idiotypic antibody that specifically binds to a first binding specificity of the therapeutic multispecific antibody, and ii) the therapeutic multispecific antibody by incubating the complex with an anti-idiotypic antibody that specifically binds to a second binding specificity of the therapeutic multispecific antibody, which is different from the first binding specificity, and thereby determining the amount of the therapeutic multispecific antibody in the sample,
An articulated bed comprising: a first section configured to support at least part of a mattress thereon, the first section comprising a first side rail and a plurality of first mattress support bars extending generally parallel to one another, each first mattress support bar comprising a first end and a second end, wherein each of the plurality of first mattress support bars has the first end thereof fixed to the first side rail so as to integrate the plurality of first mattress support bars with the first side rail, wherein each of the plurality of first mattress support bars is hinged about a first axis at a position thereof so as to rotate the first side rail about the first axis; a second section located next to the first section and configured to support at least part of a mattress thereon; and a lift mechanism configured to engage with the first section and to rotate the first side rail and the plurality of first mattress support bars about the first axis, characterized in that the lift mechanism comprises a first lifting bar arranged to extend along the first side rail and lifting arms attached to the first lifting bar, the lifting arms configured to hingedly rotate generally about the first axis so as to lift the first lifting bar as hingedly rotating generally about the first axis, and that the first side rail and the first lifting bar are engaged with each other such that lifting the first lifting bar lifts the first side rail and simultaneously rotates the first side rail about the first axis. a first section configured to support at least part of a mattress thereon, the first section comprising a first side rail and a plurality of first mattress support bars extending generally parallel to one another, each first mattress support bar comprising a first end and a second end, wherein each of the plurality of first mattress support bars has the first end thereof fixed to the first side rail so as to integrate the plurality of first mattress support bars with the first side rail, wherein each of the plurality of first mattress support bars is hinged about a first axis at a position thereof so as to rotate the first side rail about the first axis; a second section located next to the first section and configured to support at least part of a mattress thereon; and a lift mechanism configured to engage with the first section and to rotate the first side rail and the plurality of first mattress support bars about the first axis, characterized in that the lift mechanism comprises a first lifting bar arranged to extend along the first side rail and lifting arms attached to the first lifting bar, the lifting arms configured to hingedly rotate generally about the first axis so as to lift the first lifting bar as hingedly rotating generally about the first axis, and that the first side rail and the first lifting bar are engaged with each other such that lifting the first lifting bar lifts the first side rail and simultaneously rotates the first side rail about the first axis.
A method for producing a positive electrode conductive material of a battery using a tire rubber material containing sulfur and a metal as a raw material, the method being characterized in that, the raw material is thermally decomposed so that the raw material is separated into a solid portion and a dry distilled gas, the solid portion is separated into the metal and a carbonized portion, and the carbonized portion is crushed and thermally processed using a thermal processing apparatus at a temperature between 2400°C and 2800°C to remove zinc contained therein and to produce the positive electrode conductive material of the battery.
A battery charger for charging a battery pack, comprising a case serving as a casing of the battery charger, wherein: the case has an attachment portion for attaching the battery pack provided on an upper surface of the case and having a guide portion for guiding and slidingly attaching the battery pack along an attaching direction of the battery pack, wherein the guide portion is formed as a part of the case by integral resin molding and comprises a protruding portion protruding inwardly from a right side and a protruding portion protruding inwardly from a left side of the attachment portion, characterized in that an exposed step portion is formed in the protruding portion, wherein the exposed step portion is exposed upwardly with regard to the upper surface of the case and has a stepped configuration with a recessed portion, and a bottom surface of the recessed portion is formed to be sloped with respect to the horizontal direction along the attaching direction of the battery pack. the case has an attachment portion for attaching the battery pack provided on an upper surface of the case and having a guide portion for guiding and slidingly attaching the battery pack along an attaching direction of the battery pack, wherein the guide portion is formed as a part of the case by integral resin molding and comprises a protruding portion protruding inwardly from a right side and a protruding portion protruding inwardly from a left side of the attachment portion, characterized in that an exposed step portion is formed in the protruding portion, wherein the exposed step portion is exposed upwardly with regard to the upper surface of the case and has a stepped configuration with a recessed portion, and a bottom surface of the recessed portion is formed to be sloped with respect to the horizontal direction along the attaching direction of the battery pack.
A clamp support having: a support base having support base retention features; and a support bracket for receiving the support base including an arm having a plurality of opposing lips for receiving at least a portion of a cushion clamp, the support bracket including support bracket retention features adapted to mate with the support base retention features; the support base and the support bracket being substantially flat (20, 27) only in selective corresponding areas that align when the support base is received by the support bracket that prevent rotation of the support base and the support bracket relative to one another. a support base having support base retention features; and a support bracket for receiving the support base including an arm having a plurality of opposing lips for receiving at least a portion of a cushion clamp, the support bracket including support bracket retention features adapted to mate with the support base retention features; the support base and the support bracket being substantially flat (20, 27) only in selective corresponding areas that align when the support base is received by the support bracket that prevent rotation of the support base and the support bracket relative to one another.
A card reorienting mechanism (24, 124) for a card processing machine, comprising: means for transporting a card (67, 167) without contacting a principle surface of the card; and means for reorienting the card without contacting the principal surface of the card, characterized in that the means for reorienting the card comprises a first electric motor (70, 170), a platform (38, 138), a first drive train (66, 68, 166, 168) between the first electric motor and the platform whereby the first electric motor is able to rotate the platform; and the means for transporting the card comprises a second electric motor (102, 202), a transport mechanism (46, 48, 146, 148), and a second drive train (58, 104, 106, 108, 110, 120, 158, 204) between the second electric motor and the transport mechanism whereby the transport mechanism is actuatable by the second electric motor, the transport mechanism being on the card reorienting mechanism and rotatable with the platform, wherein the transport mechanism is configured to contact a side surface of the card. means for transporting a card (67, 167) without contacting a principle surface of the card; and means for reorienting the card without contacting the principal surface of the card, characterized in that the means for reorienting the card comprises a first electric motor (70, 170), a platform (38, 138), a first drive train (66, 68, 166, 168) between the first electric motor and the platform whereby the first electric motor is able to rotate the platform; and the means for transporting the card comprises a second electric motor (102, 202), a transport mechanism (46, 48, 146, 148), and a second drive train (58, 104, 106, 108, 110, 120, 158, 204) between the second electric motor and the transport mechanism whereby the transport mechanism is actuatable by the second electric motor, the transport mechanism being on the card reorienting mechanism and rotatable with the platform, wherein the transport mechanism is configured to contact a side surface of the card.
A refrigerator comprising: a storage compartment formed in a cabinet of the refrigerator by a fixed insulation wall, the storage compartment being provided with an access opening; a door rotatably provided to the cabinet and configured to open and close the access opening; an uppermost shelf provided in the storage compartment on which food can be placed; a drawer provided in the storage compartment and configured to be positioned in the space under a lowermost shelf; a camera fixed to a ceiling of the storage compartment between a front edge of the uppermost shelf and the access opening and configured to photograph both: - a first region for storing of food arranged on the uppermost shelf, and - a second region for storing of food arranged in an internal space of the drawer in the storage compartment; and a controller; characterized in that: the distance between the access opening of the storage compartment and the front edge of the uppermost shelf is less than the distance between the access opening of the storage compartment and the front edge of the lowermost shelf; and in that the controller is configured to separate, through a capturing time of a picture captured by the camera and containing both the first region and the second region, a first region picture and a second region picture from the picture to individually divide and store the first region picture and the second region picture. a storage compartment formed in a cabinet of the refrigerator by a fixed insulation wall, the storage compartment being provided with an access opening; a door rotatably provided to the cabinet and configured to open and close the access opening; an uppermost shelf provided in the storage compartment on which food can be placed; a drawer provided in the storage compartment and configured to be positioned in the space under a lowermost shelf; a camera fixed to a ceiling of the storage compartment between a front edge of the uppermost shelf and the access opening and configured to photograph both: - a first region for storing of food arranged on the uppermost shelf, and - a second region for storing of food arranged in an internal space of the drawer in the storage compartment; and - a first region for storing of food arranged on the uppermost shelf, and - a second region for storing of food arranged in an internal space of the drawer in the storage compartment; and a controller; the distance between the access opening of the storage compartment and the front edge of the uppermost shelf is less than the distance between the access opening of the storage compartment and the front edge of the lowermost shelf; and in that the controller is configured to separate, through a capturing time of a picture captured by the camera and containing both the first region and the second region, a first region picture and a second region picture from the picture to individually divide and store the first region picture and the second region picture.